KENWOOD NX 5900 User Manual

SERVICE MANUAL

700/800MHz DIGITAL TRANSCEIVER

R21SB05EA1BR05-3V72I2C<1RE1e-M0v0.A0N01U>AL

NX-5900, NX-5900(B)

NX-5900 is a model that operation panel is attached.

NX-5900(B) is a model that operation panel is not attached.

The illustration is NX-5900.

TABLE OF CONTENTS

PRECAUTION. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-4

SPECIFIC SERVICE INSTRUCTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-4

DISASSEMBLY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-31

ADJUSTMENT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-34

TROUBLESHOOTING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-76

This product complies with the RoHS directive for the European market.

This product uses Lead Free solder.

B5B-7211-00

No.RA032<Rev.001>

2015/10

SPECIFICATION

GENERAL

Frequency Range

Receive

Transmit

763~776, 851~870 MHz

763~776, 793~806, 806~825, 851~870 MHz

Max. Channels per Radio

Number of Zones

1024 (Up to 4000 CH with option)

128

Max. Channels per Zone

Channel Spacing

512

Analog

Digital

12.5 / 25 kHz

6.25 / 12.5 kHz

13.6V DC ±15%

-22°F to +140°F (-30°C to +60°C)

±1.0ppm

Operating Voltage

Operating Temperature Range

Frequency Stability

Dimensions (W x H x D)

Radio w/Control Head

6.73 x 1.89 x 7.72 in.

(171 x 48 x 196 mm)

Weight (net)

RECEIVER

Sensitivity

3.75 lbs (1.7 kg)

NXDN 6.25kHz Digital (3%BER)

NXDN 12.5kHz Digital (3%BER)

P25 Digital (5% BER)

P25 Digital (1% BER)

Analog (12dB SINAD)

P25 Digital

0.20μV

0.25μV

0.40μV

0.25μV

Selectivity

63dB

Analog @ 12.5kHz

70dB

Analog @ 25kHz

78dB

Intermodulation

Spurious Rejection

Audio Distortion

Audio Output

80dB

85dB

Less than 2%

4W / 4Ω (Remote Control Head: 3W / 4Ω)

TRANSMITTER

RF Power Output

Spurious Emission

FM Hum & Noise

30W to 2W (700M), 35W to 2W (800M)

-80dB

Analog @ 12.5kHz

Analog @ 25kHz

40dB

45dB

Audio Distortion

Modulation

Less than 2%

16K0F3E, 14K0F3E, 11K0F3E, 8K10F1E, 8K10F1D,

8K10F1W, 8K30F1E, 8K30F1D, 8K30F7W, 4K00F1E,

4K00F1D, 4K00F7W, 4K00F2D

Analog measurements made per TIA 603 and specifications shown are typical.

P25 Digital measurements made per TIA 102CAAA and specifications shown are typical.

JVC KENWOOD Corporation reserves the right to change specifications without prior notice or obligation.

(No.RA032<Rev.001>)1-3

SECTION 1

PRECAUTION

This service manual does not describe PRECAUTION.

SECTION 2

SPECIFIC SERVICE INSTRUCTIONS

2.1 SYSTEM SET-UP

Type

Frequency range (MHz)

RF power

Operation panel

763~775.99375

793~805.99375

806~825

30W(763~775.99375, NX-5900 K

Yes

Merchandise received

793~805.99375MHz)

NX-5900(B) F

35W(806~825,

851~870

Choose the type of transceiver

851~870MHz)

NX-5900(B) K

763~775.99375

851~870

NX-5900(B)

NX-5900 or NX-5900(B)?

NX-5900

Operation panel (KCH-19)

Refer to the KRK-14H/15B service manual

(B5B-7173-10) for Setup and installation

information for all combinations.

(Also includes installation information for

KCH-20R.)

It's possible to combine and install the

RF Deck (NX-5900), Remote Kit (KRK-14H,

KRK-15B), Control Head (KCH-19, KCH-20R)

and Cable (KCT-71, KCT-72) respectively.

Are you using

the Multi-RF Deck/Multi-Control

Head remote kit?

YES

Are you using

the ignition sense cable?

YES

Refer to the “2.3.1 Ignition Sense

Cable (KCT-46:Option)”.

KCT-46

(Option)

A personal computer, programming interface (KPG-46U), and

FPU (programming software) are required for programming.

Transceiver programming

KCT-23 DC cable

KCT-23 M,M3

Are you using

the GPS function?

YES

KRA-40 GPS active antenna

(Option)

Are you using

the public address?

YES

Refer to the “2.3.2 Horn Alert/P.A.

Relay Unit (KAP-2: Option)”.

KAP-2

(Option)

Are you using

the external speaker?

Refer to the “2.3.3 External

Speaker (Option)”.

KES-3 or KES-5

Are you using

the keypad microphone?

YES

KMC-36

(Option)

Supplied microphone

Desk top microphone KMC-9C/KMC-53

Are you using

the secure cryptographic module?

YES

Refer to the “2.3.4 SECURE CRYPTOGRAPHIC

MODULE (KWD-AE30/KWD-AE31: Option)”.

KWD-AE30 or KWD-AE31

(Option)

Delivery

1-4 (No.RA032<Rev.001>)

2.2 REALIGNMENT

2.2.1 Modes

Mode

Operation

Firmware programming • [AUX (Orange)] + Power ON

mode*2

User mode

Panel test mode

PC mode

• [

] + Power ON

Select the “Firmware Prog” using the

[] / [] key.

Press the [

Panel tuning mode

] key.

• If Write is performed by KFL, Firm-

ware programming mode will start

automatically.

Data programming mode

PC test mode

PC tuning mode

Clone mode*2

• [

] + Power ON

Firmware programming mode

Clone mode

• [

] + Power ON

Select the “Clone” using the [] / []

key.

Press the [

] key.

Front panel programming mode*1

Front panel program- • Press the PF key to which Front pan-

ming mode*2

el programming mode is set during

the user mode.

Transceiver information mode

*1:In order to use the Front panel programming mode, it is nec-

essary to purchase the "Front panel program" feature option.

• Press the [

Menu mode.

] key and enter the

Select the any icon assigned the Front

panel programming mode using the

[] / [] key.

Mode

User mode

Panel test mode

Function

For normal use.

Press [

] key.

Select the “Panel Program” using the

[] / [] key.

Used by the dealer to check the fundamen-

tal characteristics.

Press the [

• [+] + Power ON

• [ ] + Power ON

] key.

Panel tuning mode Used by the dealer to tune the transceiver.

Transceiver

information mode*2

PC mode

Used for communication between the

transceiver and PC.

Select the “Transceiver Info” using the

[] / [] key.

Data programming Used to read and write frequency data and

mode

other features to and from the transceiver.

Press the [

] key.

PC test mode

Used to check the transceiver using the

PC. This feature is included in the FPU.

*2 There is the two or three as how to enter.

2.2.3 Panel Test Mode

Setting method refer to ADJUSTMENT.

Firmware program- Used when changing the main program of

ming mode

the flash memory.

2.2.4 Panel Tuning Mode

Setting method refer to ADJUSTMENT.

Clone mode

Used to transfer programming data from

one transceiver to another.

2.2.5 PC Mode

Front panel pro- Frequency, signaling and features write to

gramming mode the transceiver.

2.2.5.1 Preface

The transceiver is programmed by using a personal computer,

programming interface (KPG-46U/46X) and FPU (programming

software).

The programming software can be used with a PC. Figure 1

shows the setup of a PC for programming.

Transceiver infor- Used to confirm the transcerver firmware

mation mode

version, SCM firmware version and SCM

Hardware version.

2.2.2 How to Enter Each Mode

Mode

Operation

KPG-46U/46X

+ Tuning cable

(E30-3383-05)

User mode

Power ON

Panel test mode*2

• [

] + Power ON

• [

] + Power ON

Select the “Panel Test” using the [] /

[] key.

Press the [

Received commands from PC

[Panel test mode] + [

] key.

PC mode

FPU

Panel tuning mode

]

USB

The illustration is NX-5900.

KPG-46U/46X

Transceiver

Fig.1

(No.RA032<Rev.001>)1-5

2.2.5.2 Connection procedure

(1) Connects the transceiver to the computer using the inter-

face cable (KPG-46U/46X).

(7) If writing ends successfully, the checksum is calculated

and a result is displayed.

(8) If you want to continue programming other transceivers, re-

peat step (4) to (7).

Note:

You must install the KPG-46U/46X driver in the comput-

er to use the USB programming interface cable (KPG-

46U/46X).

Note:

If write is perfomed by KFL, Firmware programming

mode will start automatically even if Firmware program-

ming is set to disable in the programming software.

(2) When the POWER switch on, user mode can be entered

immediately. When PC sends command the transceiver

enter PC mode, and “PROGRAM” is displayed on the LCD.

When data transmitting from the transceiver, the red LED

lights.

2.2.6.4 Function

If you press the [

played, the checksum is calculated, and a result is displayed. If

you press the [ ] key again while checksum is displayed,

] key while “FIRMWARE PROG” is dis-

When data receiving to the transceiver, the green LED

lights.

“FIRMWARE PROG” is redisplayed.

Note:

2.2.7 Clone Mode

The data stored in the computer must match the “Model

Name” when it is written into the flash memory.

Programming data can be transferred from one transceiver to an-

other by connecting them via their modular microphone jacks.

The operation is as follows.

2.2.5.3 KPG-46U/46X description (USB programming in-

terface cable: Option)

The KPG-46U/46X is a cable which connects to a USB port on a

computer.

When using the KPG-46U/46X, install the supplied CD (with driv-

er software) in the computer. The KPG-46U driver runs under

Windows XP, Vista, 7, 8 or 8.1.

The KPG-46X driver runs under Windows Vista, 7, 8 or 8.1.

The latest version of the USB driver is available for download

from the following URL:

The following data cannot be cloned.

• Tuning data

• Embedded message with password

• ESN (Electronic Serial Number) data

Key guide on the Clone/ Front Panel Programming Pass-

word input screen.

• Confirm ([

• Delete ([

] key): The password confirmation

] key): Delete the latest digit from the current

password number (Press and hold to delete all password

numbers)

http://www.kenwood.com/usb-com/

(This URL may change without notice.)

• Select([

number.

] key): Determine the latest digit of the password

2.2.5.4 Programming software KPG-D1/D1N (Ver. 1.60 or

later) description

The FPU is the programming software for the transceiver sup-

plied on a CD. This software runs under Windows Vista, 7, 8 or

8.1 on a PC.

(1) In the source transceiver, enter the clone mode by using

section “2.2.2 How to Enter Each Mode”. When the Clone/

Front Panel Programming Password is set to the transceiv-

er, "Input Password" is displayed on the LCD.

If the password is not set, the transceiver displays "CLONE

MODE".

The data can be input to or read from the transceiver and edited

on the screen.

2.2.6 Firmware Programming Mode

(2) When you enter the correct password, “CLONE MODE” is

displayed, the transceiver can be used as the cloning

source. The following describes how to enter the pass-

word.

2.2.6.1 Preface

Flash memory is mounted on the transceiver. This allows the

transceiver to be upgrade when new features are released in the

future. (For details on how to obtain the firmware, contact Cus-

tomer Service.)

(3)

- How to enter the password using the MIC keypad;

If one of the keys 0 to 9 is pressed while the “Input Pass-

word” is displayed, the password number is displayed on

the LCD.

Each press of the key shifts the display in order to the

left.

2.2.6.2 Connection procedure

Connect the transceiver to the personal computer using the pro-

gramming interface (KPG-46U/46X). (Connection is same as in

the PC mode.)

When you enter the password and press [

] or [*] key,

2.2.6.3 Programming

“CLONE MODE” displayed if the entered password is

correct. If password is incorrect, “Input Password” is re-

displayed.

(1) Start up the firmware programming software (KENWOOD

Firmware Loader). The KFL.exe exists in the KPG-D1/D1N

installed folder.

(2) Set the baud rate to "auto" or 1152000, 576000, 115200,

and 57600.

- How to enter password using the [] and [] keys;

If the [] / [] key is pressed while “Input Password” is

displayed, the Clone/ Front Panel Programming Pass-

word input screen is displayed.

If the [] or [] key is pressed while the clone/ Front

Panel Programming Password input screen is displayed,

the number (0 to 9) blinks on the LCD. When you press

the [ ] key, currently selected number is determined. If

(3) Set the firmware to be upgrade by file name item.

(4) Enter the Firmware programming mode by using section

“2.2.2 How to Enter Each Mode”. Then, the yellow LED on

the transceiver light and "FIRMWARE PROG" is displayed.

(5) Check the connection between the transceiver and the per-

sonal computer, and make sure that the transceiver is in

the Program mode.

you press the [

] key after entering password in this

(6) Press “Write” button in the window. When the transceiver

starts to receive data, the “LOADING” display lights.

procedure, “CLONE MODE” is displayed if entered pass-

1-6 (No.RA032<Rev.001>)

word is correct. If the password is incorrect, “Input Pass-

word” is redisplayed.

If the Clone/Front panel programming Password is set to the

transceiver, "Panel Program" is displayed on the LCD when you

enter the correct password while “Input Password” is displayed.

(4) Power ON the target transceiver.

(5) Connecting the cloning cable (part No.E30-3382-05) to the

modular microphone jacks on the source and target.

2.2.8.2 Data Writing

Before moving to next Zone/Channel, “Keep This Change?” ap-

pears on the LCD, if you select “OK”, the new data is written to

memory. If you select “Cancel”, the new data not be written; the

new data will be erased.

• The setup items for Front panel programming mode are as

follows.

(6) Press [

] key on the source while the source displays

“CLONE MODE”. The data of the source is sent to the tar-

get. While the target is receiving the data, “PROGRAM” is

displayed. When cloning of the data is completed, the

source displays “END”, and the target automatically oper-

ates in the User mode. The target can then be operated by

the same program as the source.

No.

Setup item

Display

Remarks

RX Frequency RX Frequency Receive Frequency

TX Frequency TX Frequency Transmit Frequency

Channel Type Channel Type Analog/NXDN/P25

(7) The other target can be continuously cloned. When the

[

] key on the source is pressed while the source displays

“END”, the source displays “CLONE MODE”. Carry out the

operation in step (4) to (6).

Channel

Spacing

Channel Space Analog: 12.5kHz/25kHz

Note:

• Cannot be cloned if the password (overwrite password) is

programmed to the target.

NXDN:

6.25kHz/12.5kHz

• “Model name” must be same to clone the transceiver.

P25: 12.5kHz

The illustration is NX-5900.

RX Signaling

TX Signaling

RX RAN

RX QT/DQT

TX QT/DQT

RX RAN

Receive QT/DQT

Transmit QT/DQT

None, 1~63

TX RAN

None, 1~63

RX NAC

000~FFF

(Hexadecimal)

Note: “F7F” cannot set.

Cloning cable

(E30-3382-05)

10 TX NAC

TX NAC

000~FFF

(Hexadecimal)

Note: “F7E” and “F7F”

cannot set.

Fig.2

2.2.8 Front Panel Programming Mode

11 Talkgroup ID

List Number

Talkgroup

None, 1~1500

If the Front Panel Programming Mode is used, the frequency or

other data of the conventional channel is rewritable only by the

transceiver.

12 Transmit Power Transmit

Power

Low/Medium/High

Moreover, the conventional channel can be added.

The following setup items can be changed or added by us-

ing the Front panel programming mode.

• RX/TX Frequency

13 Channel Name Channel Name

• Channel Type

• Channel Spacing

• Decode QT/DQT/RAN/NAC, Encode QT/DQT/RAN/NAC

• Talkgroup ID List No.

• Transmit Power

• Channel Name

Key guide on the Clone/ Front Panel Programming Pass-

word input screen.

• Confirm ([

• Delete ([

] key): The password confirmation

] key): Delete the latest digit from the current

password number (Press and hold to delete all password

numbers)

• Select ([ ] key): Determine the latest digit of the password

number.

2.2.8.1 Enter to the Front panel programming mode.

Enter to the Menu Mode by pressing [Front Panel Mode] PF key

or [Menu] key. When the Front Panel Mode is selected, it can en-

ter to the Front panel programming mode.

If the Clone/Front panel programming Password is not set to the

transceiver, "Panel Program" is displayed on the LCD.

(No.RA032<Rev.001>)1-7

• Key operation

Key\Item Zone Select Channel RX Frequency TX Frequency

Select

Channel

Type

Channel

Spacing

RX Signaling TX Signaling

[

]

Decision

Unused

Decision

]

Back to the Back to the pre- Back to the Back to the Back to the Back to the Back to the

item

vious item

Unused

previous item previous item previous item previous item previous item

[

]

Unused

TX Frequency Unused

OFF

Unused

]

Exit panel pro- Exit panel Exit panel pro- Exit panel pro- Exit

panel Exit

panel Exit panel pro- Exit

panel

gram mode

program

mode

gram mode

program

mode

program

mode

gram mode

program

mode

[]

Zone change Channel

change

Frequency up Frequency up Channel type Channel

Signaling

number

change

Signaling

number

change

Spacing

Change

[]

Zone change Channel

change

Frequency

down

Frequency

down

Channel type Channel

Signaling

number

change

Signaling

number

change

Unused

Spacing

Change

[]

Unused

Frequency step Frequency

change step change

Unused

Signaling type Signaling

change type change

[]

Frequency step Frequency

change step change

Unused

Signaling type Signaling

change type change

MIC Key- Zone number Channel

Go to the direct enter mode

Channel

number

select (1 or 2) select (1 or 2)

Channel

spacing

Go to the direct enter mode

pad

select

number

select

[0] ~ [9]

MIC Key- Decision

pad [*]

Decision

Decision Decision

Decision

MIC Key- Unused

pad [#]

Back to the Back to the pre- Back to the Back to the Back to the Back to the Back to the

item

vious item

previous item previous item previous item previous item previous item

Key\Item

RX RAN

Decision

TX RAN

RX NAC

Decision

TX NAC

Decision

TG ID List No.

Transmit

Power

Channel Name

[

]

Decision

Back to the pre- Back to the pre- Back to the pre- Back to the pre- Back to the pre- Back to the pre- Back to the pre-

vious item

vious item/De-

lete

[

]

Unused

Character/Digit

switching

Exit panel pro- Exit panel pro- Exit panel pro- Exit panel pro- Exit panel pro- Exit panel pro- Exit panel pro-

gram mode

[]

[]

[]

[]

RX RAN up

TX RAN up

RX NAC up

TX NAC up

TG List number Transmit power Go to the direct

change

enter mode

RX RAN down TX RAN down RX NAC down TX NAC down TG List number Transmit power

down

change

Unused

RX RAN ON/

OFF

RX RAN ON/

OFF

Unused

RX RAN ON/

OFF

RX RAN ON/

OFF

Unused

MIC Key-

pad [0] ~ [9]

Go to the direct enter mode

Talkgroup List Transmit power

number select select (1, 2 or 3)

MIC Key- Decision

pad [*]

Decision

Decision/ Char-

acter/ Digit

switching

MIC Key- Back to the

Back to the

pad [#]

previous item

1-8 (No.RA032<Rev.001>)

• Direct enter mode

Key\Item

Channel

Name

Frequency Frequency Signaling Signaling RAN RAN NAC NAC

[

]

Decision

Character/Channel name decision

Delete

Unused

Exit panel program mode

Unused

[]

Character selection (upper case char-

acter → lower-case character → digit

→ upper case character...)

[]

Character selection (upper case char-

acter → lower-case character → digit

→ upper case character...)

[]

Move a cursor to the right

Move a cursor to the left

[]

MIC Key- Add a digit to the current number

pad

[0] ~ [9]

MIC Key- Decision

pad [*]

Input character switching

Delete

MIC Key- Delete/Back to the previous item

pad [#]

(No.RA032<Rev.001>)1-9

• Front panel programming mode flow chart

NX-5900

Input Password

Clone/Front Panel Password

Enter the Front panel programming mode

by using section "2.2.2 How to Enter Each Mode".

[

]

Front panel Programming mode

[

]

[

] or [

]

Keep This Change?

Zone Select

[

]

Channel Name

[

Channel Select

[

]

[

] or [

]

[

] or [

]

Transmit Power

Low

Medium

High

Blank Channel

Select the setting channel.

[

]

[No]

Zone-Channel Format

is "Personality".

"System Type = Conventional"

there is more than two.

[

] or [

]

[

] or [

]

System Select

Analog

P25

NXDN

[

]

RX Frfequency

[

]

TX Frequency

OFF

[

]

[

]

[System Type]: "P25" or ”NXDN” and [Channel Type]: "Mixed"

Mixed

[

] or [

]

[System Type]: "P25"

P25

[

] or [

]

Channel Type

Analog

[System Type]: "NXDN"

NXDN

[

]

[

] or [

[System Type]: "P25"

[

] or [

]

P25

Transmit Mode select

Analog

[System Type]: "NXDN"

NXDN

[Channel Type]: "Mixed" and

when Channel Spacing in two kinds of Channel Type is set.

[

] or [

]

[Channel Type]: "Analog","Mixed"(Transmit Mode: NXDN),"Mixed"(Transmit Mode: P25)

[

] or [

]

[

] or [

]

[

] or [

]

[Channel Type]:

"P25","Mixed"(Transmit Mode:P25) and

when two kinds of Channel Type is set.

12.5kHz

25.0kHz

20.0kHz

When the KPG-D1N is used, 25.0kHz may not be allowed

depends on the frequency.

Channel Spacing

12.5kHz

[Channel Type]: "NXDN","Mixed"(Transmit Mode: NXDN)

[

] or [

]

[

]

[Channel Type]: "NXDN",

"Mixed"(Transmit Mode:NXDN) and

when two kinds of Channel Type is set.

6.25Hz

[Channel Type]: "Analog","Mixed"(Transmit Mode: NXDN),

"Mixed"(Transmit Mode: P25) and when a kind of Channel Type is set.

[

] or [ ] [ ] or [ ] [ ] or [

]

RX Signaling

OFF

DQT N

DQT I

[

]

[

]

[TX Frequency]: "OFF"

[Channel Type]: "Analog"

[TX Frequency]: Other than "OFF"

[Channel Type]: "Analog","Mixed"(Transmit Mode: NXDN),"Mixed"(Transmit Mode: P25)

[

] or [ ] [ ] or [ ] [ ] or [

]

TX Signaling

RX RAN

OFF

DQT N

DQT I

[

]

[Channel Type]: "Analog"

[

]

[

]

[TX Frequency]: "OFF"

[Channel Type]: "NXDN"

[TX Frequency]: Other than "OFF"

[Channel Type]: "NXDN","Mixed"(Transmit Mode: NXDN)

TX RAN

[

]

[Channel Type]: "NXDN",

"Mixed"(Transmit Mode: NXDN)

RX NAC

[

]

[TX Frequency]: "OFF"

[Channel Type]: "P25"

[TX Frequency]: Other than "OFF"

[Channel Type]: "P25","Mixed"(Transmit Mode: P25)

TX NAC

[

]

[

]

Talkgroup List ID Amount: 0

[Channel Type]: "P25","Mixed"(Transmit Mode: P25)

Talkgroup ID List Amount must not be 0.

Talkgroup ID List Number

[

]

Note:

Zone-Channel Format allows you to whether to configure for

each zone the channels in the same system, or channels in different system.

P25 can be configured for System Select or Channel Type if one or

more P25 conventional system is preconfigured by the FPU.

1-10 (No.RA032<Rev.001>)

2.2.9 Transceiver Information Mode

Use this function to confirm the transceiver firmware version, SCM Firmware version and SCM Hardware version.

(1) Enter the Transceiver Information mode by using section "2.2.2 How to Enter Each Mode".

(2) The transceiver firmware version appears on the LCD.

(3) Use the [] and [] keys to select the confirmation items.

[

]/[

]

[

]/[

]

Transceiver

firmware version

SCM Firmware

version

SCM Hardware

version

[

]/[

]

(4) To exit the transceiver information mode, turn the transceiver power OFF.

Note:

When the SCM board is not equipped to the transceiver, SCM Firmware Version and SCM Hardware Version are displayed

as "-.-.-."

2.3 INSTALLATION

NX-5900 External View

171

T I A O N .

I N T E

7 0 7 0 0

C E P T

C A U S E U N D E S I R E D O P E R

R E C E I V E D , I N C L U D I N G I N T E R F E R E N C E

( 2 ) T H I S D E V I C E M U S T

M T A T H A

A N D

E R E N

I N T E R F E R E N C E , C A U S

T H I S D E V I C E T W O C O N D I T

T I O N I S S U B J E C T F C C R U L E S . O P E R A

Y E

H T M A R M F U L

I O N L L S O : W ( 1 I ) N G

T H

E T

T H E

5 R

T H I S D E V I C E C O M P L I E S W I T H

D U R A I T C N T G P R O L O V N A O G I D E D C O U N S E .

C A E F

S U R H O T

C A U T I O N

M a d e i n J a p a n

0 1 2 M 3 4 5 6 7 8 9

0 1 2 N 3 4 5 6 7 8 9 A B

0 1 2 P 3 4 5 6 7 8 9 A B C D E F

S / N o . 0 0 0 0 0 0 0 0

M o d e l : N X - 5 9 0 0 - K

I C : 2 8 2 F - 4 7 8 5 0 0

F C C I D : K 4 4 4 7 8 5 0 0

D C 1 3 . 6 V 1 2 A

0 0 0 0 0 0 0 0 0 0 0 0 0

T R L A A T N S C E I V E R

- K

7 0 0 / 8 0 0 M H z D I G I

N X - 5 9 0 0

170

(No.RA032<Rev.001>)1-11

NX-5900(B) External View

171

T I O N .

7 0 7 0 0

C A U S E U N D E S I R E D O P E R A

R E C E I V E D , I N C L U D I N G I N T E R F E R E N C E

( 2 ) T H I S D E V I C E M U S T

M T A T H A

A N D

I N T E A R N F Y E R E N

A C

C C E P T

I N T E R F E R E N C E , C A U S N Y E O H T M A A R M F U L

T W O C O N D I T F I O O N L L S O : W ( 1 I ) N G

T I O N I S S U B J E C T F C C R U L E S . O P E R A

T H I S D E V I C E

T H E T

T H E

5 R

T H I S D E V I C E C O M P L I E S W I T H

D U

A T I T N G P R O L

V I N D A

U S E .

C A U T I O N

A C E S U R H F O T

M a d e i n J a p a n

0 1 2 M 3 4 5 6 7 8 9

0 1 2 N 3 4 5 6 7 8 9 A B

0 1 2 P 3 4 5 6 7 8 9 A B C D E F

S / N o . 0 0 0 0 0 0 0 0

M o d e l : N X - 5 9 0 0 - K

I C : 2 8 2 F - 4 7 8 5 0 0

F C C I D : K 4 4 4 7 8 5 0 0

D C 1 3 . 6 V 1 2 A

0 0 0 0 0 0 0 0 0 0 0 0 0

T R L A N S C E I V E R

- K

7 0 0 / 8 0 0 M H z D I G I T

N X - 5 9 0 0

(

170)

ATTENTION:

When installing the option, please take measures to prevent

static electricity.

2.3.1 Ignition Sense Cable (KCT-46: Option)

The KCT-46 is an optional cable for enabling the ignition func-

tion. The ignition function lets you turn the power to the transceiv-

er on and off with the car ignition key.

2.3.1.1 Connecting the KCT-46 cable to the transceiver

(1) Open the KCT-46 fuse holder and insert a mini blade fuse

(3A). <1>

<2>

(2) While holding a clear protective cover, remove the black

cap at the end of the yellow cable (ignition sense cable) of

the transceiver. <2>

(3) Connect the plug of the KCT-46 to the yellow cable termi-

nal of the transceiver. <3>

<3>

F52-0019-05

<1>

(4) Connect the other end of the KCT-46 to the ignition line of

the car. <4>

<4>

Ignition line

of the car

Note:

Fig.1

You must setup using the KPG-D1/D1N.

1-12 (No.RA032<Rev.001>)

2.3.2 Horn Alert/P.A. Relay Unit (KAP-2: Option)

The Horn alert (max. 2A drive), Public address and External

speaker function are enabled by installing the KAP-2 in the trans-

ceiver.

(7) Pass the 6-pin connector of the cable (E37-1113-25)

through the chassis hole <5> and insert the bush into the

shassis hole.

(8) Rotate the bush of the cable 90 degrees counterclockwise

as viewed from the rear of the chassis. <6>

(9) Insert the 6-pin connector of the cable into the connector

(CN2) of the KAP-2 relay unit. <7>

2.3.2.1 Installing the KAP-2 unit in the transceiver

(The kit A is not used in the KAP-2 accessories)

(1) Remove the cabinet, top packing and shielding plate of the

transceiver.

(2) Set the KAP-2 relay unit jumper pins according to the pur-

pose of use.

Note:

You must setup using the KPG-D1/D1N.

(3) Remove the 6-pin jumper connector inserted in the TXRX

unit (A/2) connector (CN910). <1>

<6>

<1>

CN910

<5>

Fig.2-1

(4) Insert one side of the lead wire with connector (E37-1114-

05) into the relay unit connector (CN3) <2> and the other

side into the TX-RX unit (A/2) connector (CN910) <3>

CN2

<7>

E37-1113-25

E37-1114-05

Fig.2-4

<2>

(10) Form the KAP-2 cable as shown in the figure.

CN3

<3>

CN910

Fig.2-2

KAP-2 cable

(5) Place the relay unit at the position shown in Figure 2-2 and

secure it to the chassis with a screw.

(6) Remove the cap on the rear of the chassis by pushing it

from the inside with your finger. <4>

<4>

Fig.2-3

(No.RA032<Rev.001>)1-13

2.3.3 External Speaker (Option)

Connection Procedure

Insert the crimp terminal into the Square plug supplied with the

KAP-2.

2.3.3.1 KES-3

The KES-3 is an external speaker for the 3.5-mm-diameter

speaker jack.

Connection Procedure

Connect the KES-3 to the 3.5-mm-diameter speaker jack on

the rear of the transceiver.

Black/White

lead

Square plug

(E59-0419-05)

Black lead

Insulating cover

(F29-0481-15)

Fig.3-1

Fig.3-3

2.3.3.2 KES-5

KAP-2 Cable (E37-1113-25) 6-pin Connector

External speaker KES-5 can be installed for KAP-2. If KES-5 is

installed, it can be set by changing the CN1 short pin from pins 4

and 5 to pins 5 and 6 on the KAP-2.

Pin No.

Color

Red

Name

HR2

GND

OSP

ESP

GND

HR1

KAP-2 CN1 Connect

Set Up

INT. SP or KES-3

KES-5

Blue

4-5

5-6

Yellow

Green

Brown

Black

When you use the KES-5, plug the short pin to pins 5 and 6 on

the KAP-2.

When you use the INT. SP or KES-3, plug the short pin to pins 4

and 5 on the KAP-2.

KAP-2 unit

CN1

INT. SP

KES-3

KES-5

Short pin

Fig.3-2

1-14 (No.RA032<Rev.001>)

2.3.4 SECURE CRYPTOGRAPHIC MODULE (KWD-AE30/KWD-AE31:Option)

2.3.4.1 SUPPLIED ACCESSORIES

Connecting cable

(X42-3330-XX)

Cushion A *

(G13-2179-XX)

Cushion C

(G1D-0006-XX)

Cushion D *

(G1D-0055-XX)

Spacer *

(F3K-0004-XX)

Cushion B

(G13-2178-XX)

Note:

Supplied accessories with * mark are not used for the NX-5900.

2.3.4.2 INSTALLING THE MODULE IN THE TRANSCEIVER

(1) Remove the cabinet, top packing and shielding plate of the

transceiver.

(5) Pull and remove the release paper while pressing down on

the module with your finger to hold it in place, to attach the

module to the TX/RX PCB.

Note:

• When it is necessary to remove the module, do so by

peeling the module off using your finger, while pulling

it vertically. Do not use a screwdriver or other similar

implement to remove the module; you may inadvert-

ently damage the TX/RX PCB and the module.

• Cushion B cannot be reused. Attach a new cushion B

when you remove the cushion from the module.

(2) Attach the cushion B and C to the module backside.

(6) Reinstall the cabinet, top packing and shielding plate of the

transceiver.

Note:

Align and attach the

cushion to the side of the

Module.

• When the KWD-AE30/ KWD-AE31 is installed, select

the “Secure Cryptographic Module” checkbox in the

Product Information of the Programming software

[FPU (Field Programming Unit)], and then set each pa-

rameter.

• If the KWD-AE30/ KWD-AE31 connector is not proper-

ly installed, the TX/RX indicator will blink red or "No

SCM" will appear on the display when the transceiver

power is turned on.

Note:

Refer to the figure for how to attach cushion B. If the re-

lease paper is reversed, it cannot be pulled out.

(3) Fold the release paper as indicated in the figure.

• If the Encryption Key data is not written at the Keyload-

er, or the Encryption Key data is zeroized, "Key Fail"

will appear on the display.

• If the KWD-AE30/ KWD-AE31 is installed in other

transceivers, the Encryption Key data will be forced to

zeroize.

(4) Insert the connector of the module the connector (CN731)

of the TX/RX PCB into.

CN731

(No.RA032<Rev.001>)1-15

2.3.5 Changing D-SUB 25-pin connector (4 pin, 5 pin) con-

figuration

2.3.5.1 Change configuration of D-SUB 25-pin connector

from AUXIO9 to CTS

4 pin

The output (4 pin) of D-SUB 25-pin connector is configured at

the AUXIO9 as the default value.

Remove the R950 chip jumpers and solder the chip jumpers to

$R952.

Ref. No.

R950

Function

$R952

R952

Default

AUXIO9

$R950

CTS (RS-232C)

2.3.5.2 Change configuration of D-SUB 25-pin connector

from DI to RTS

5 pin

The input (5 pin) of D-SUB 25-pin connector is configured at

the DI as the default value.

Remove the R943 chip jumpers and solder the chip jumpers to

$R946.

Ref. No.

R943

Function

$R946

R946

Default

$R943

RTS (RS-232C)

MAIN UNIT (A/2)

Component side

1-16 (No.RA032<Rev.001>)

2.4 CIRCUIT DESCRIPTION

2.4.1 Overview

The NX-5900 is a 700/800MHz Analog FM & Digital Mobile transceiver designed to operate in the frequency range of 763 to

775.99375MHz, 793 to 805.99375MHz (700M) and 806 to 825MHz, 851 to 870MHz (800M). The unit consists of a receiver, a trans-

mitter, a phase-locked loop (PLL) frequency synthesizer, a digital control unit, and a power supply circuit.

2.4.2 Frequency Configuration

The receiver is a double-conversion super-heterodyne using first intermediate frequency (IF) of 58.05MHz and second IF of 2.25MHz.

Incoming signals from the antenna are mixed with the local signal from the PLL circuit to produce the first IF of 58.05MHz. This is then

mixed with the 55.8MHz second local oscillator output to produce the 2.25MHz second IF. The transmit signal frequency is generated

by the PLL VCO, and modulated by the signal from the DSP. It is then amplified and fed to the antenna.

ANT

700M:763 775.99375MHz(RX/TX)

793 805.99375MHz(TX)

2nd

VCO

800M:806 825MHz(TX)

851 870MHz(RX/TX))

58.05MHz

MCF

1st MIX

55.8MHz

MIX

IF Circuit

ANT

AMP

19.2MHz

700M:821 834.04375MHz:

800M:792.95 811.95MHz:

Baseband

Circuit

TCXO

CODEC

PLL

MIC

AMP

VCO

700M:763 775.99375MHz(RX/TX)

793 805.99375MHz(TX)

800M:806 825MHz(TX)

851 870MHz(RX/TX)

Fig.1 Frequency configuration

2.4.3 Receiver System

2.4.3.1 RF circuit

The receive signal from antenna SW (D305, D306, D308, D310, and D311) is amplified by a RF amplifier (700MHz band: Q501,

800MHz band: Q502) and passes through the band-pass filter (700MHz band: L521, L510, 800MHz band: L522, L511) to remove

unwanted signals. These are controlled with the RF filter switch (IC501 and IC502).The signal is then fed to the 1st mixer (IC500).

2.4.3.2 IF circuit

The first IF signal is passed through a four-pole monolithic crystal filter (XF600) to reject adjacent channel signal. The filtered first IF

signal is amplified by the first IF amplifier (Q604 and Q603) and then applied to the IF system IC (IC600). The IF system IC provides

a second mixer, second PLL, AGC and A/D converter.

The second mixer mixes the first IF signal with the 55.8MHz of second local oscillator output and produces the second IF signal of

2.25MHz.

The second IF signal is then be fed into an ADC, generates the I and Q data. This data is in the form of SSI (Serial Synchronous

Interface), and sent to the DSP (IC706).

2.4.3.3 Audio amplifier circuit

Audio processing (high-pass filter, low-pass filter, de-emphasized and so on) at Analog FM mode and decoding at Digital mode are

processed by DSP. SSI signal from DSP is converted to audio signal at IC902. The signal goes to internal speaker and connector for

external speaker (J900) through the amplifier (IC903), electronic volume control (IC719) and audio amplifier (IC911).

ANT

D305,306

D308,310 IC501

D311

ANT

L521

BPF

Q501 L510

BPF

2nd Q600

VCO

IC502

IC500

XF600

BPF

Q604 Q603

RF AMP

SSI

LPF

IF IC

L522

BPF

Q502 L511

MCF

IFAMP IFAMP

IC600

BPF

RF AMP

RX VCO/PLL

Internal Speaker

DSP

CODEC

IC902

VOL

IC719

IC706

IC903

IC911

External Speaker

J900

Fig.2 RF and IF circuit

(No.RA032<Rev.001>)1-17

2.4.4 Transmitter System

2.4.4.1 Audio Band Circuit

The signal from microphone is amplified and converted to digital signal by IC902. IC902 includes AGC function.

Digital signal is transferred to IC706 thru SSI.

2.4.4.2 Base Band Circuit

The audio signal transferred from IC902 is processed at IC706. Voice signals of 300Hz or lower and frequencies of 3kHz or higher are

cut off and an audio range 300Hz to 3kHz is extracted. The audio signal is then pre-emphasized in FM mode and synthesized with

the signals, such as QT and DQT, as required, and is transferred to PLL Frequency Synthesizer block. The DTMF and MSK base

band signals are also generated by IC706.

In Digital mode, the audio signal is converted to the 4-Level FSK base band signal and is transferred to PLL Frequency Synthesizer

block.

The output level according to the transmit carrier is fine-adjusted according to each modulation method.

2.4.4.3 Drive and Final amplifier

The signal from the TX VCO is amplified by the pre-drive amplifier (IC300, Q300 and Q301). The output of the pre-drive amplifier is

amplified by the drive amplifier (Q302) and the final amplifier (Q303) to 30W at 700MHz or 35W at 800MHz band (2W when the power

is low). IC300 is MMIC. Q300, Q301, Q302, and Q303 are MOS FET.

The output of the final amplifier is then passed through the coupler, antenna switch (D305, D306, D308, D310, and D311), harmonic

filter (LPF) and applied to the antenna terminal.

2.4.4.4 APC circuit

The automatic transmission power control (APC) circuit controls the transmitter output in adjusted value by monitoring it with a coupler.

RF detection and comparison functions are included in the power-control IC (IC302).

The output of the power control IC is given as a drive source of each gate of the pre-drive amplifier (Q300 and Q301) and the drive

amplifier (Q302) and completes APC feedback loop.

When a normal antenna load is connected, reflected Forward RF Power is detected by the coupler and direct in the power-control IC

(IC302). Forward RF Power is converted into DC voltage in IC302 and is compared with APC1.

The output voltage goes through DC amplifier (IC303) to the pre-drive amplifier (Q300 and Q301) and the drive amplifier (Q302).

The voltage controls the gate bias1 voltage of Q300, Q301 and Q302, and keeps transmission output power stable.

SPC controls the gate bias2 voltage of Q303.

D305,306

D308,310

D311

ANT

IC300

Q300

Q301

Q302

Drive

Q303

Final

Pre-

Pre -

Pre-

ANT

LPF

TX VCO

ANT

Coupler

Drive1

Drive2

Drive3

Gate Bias1

Gate Bias2

Q305

DC SW

Q306

DC SW

IC302

D304

IC303

/DSW

CONT

REV

DET

REV

Q309

DC SW

IC303

AMP

IC304

IC305

AMP

SPC

Q307

DC SW

AMP

APC1

Fig.3 Drive and Final amplifier and APC circuit

2.4.5 PLL Frequency Synthesizer

2.4.5.1 TCXO (X700)

TCXO (X700) generates a reference frequency of 19.2MHz for the PLL frequency synthesizer. This reference signal is buffered by

Q700 and IC703. And it is distributed to PLL (IC100), IF IC (IC600), and IC706.

The frequency adjustment is achieved by switching the ratio of dividing frequency of PLL. The resolution of adjusting frequency is ap-

proximately 8Hz.

1-18 (No.RA032<Rev.001>)

2.4.5.2 VCO

There are TX VCO and RX VCO.

The TX VCO (Q102) generates the carrier for the transmitter. The oscillation frequency of the VCO is half of transmit frequency. VCO

oscillation frequency range is 381.5 to 435MHz. The transmit frequency range is 763 to 870MHz.

The RX VCO (Q104) generates the 1st local signal for the receiver. The oscillation frequency of the VCO is half of the 1st local signal

for the receiver. VCO oscillation frequency range is 396.475 to 417.025MHz. The 1st local signal frequency range is 792.95 to

834.05MHz.

The VCO oscillation frequency is determined by voltage control terminals "CV" and "ASSIST".

The voltage control terminal "CV" is controlled by PLL IC (IC100). The voltage control terminal "ASSIST" is controlled by the control

voltage from D/A converter (IC715).

For the modulation input terminal, "VCO_MOD" of PLL (IC100), the output frequency changes according to the applied voltage. This

is used to modulate the VCO output.

2.4.5.3 PLL IC

PLL IC (IC100) compare the difference in phases of the VCO oscillation signal and the TCXO reference frequency. And it returns the

difference voltage to the VCO CV terminal and realizes the "Phase Locked Loop".

This allows the VCO oscillation frequency to accurately match (lock) the desired frequency.

When the frequency is controlled by the PLL, the frequency convergence time increases as the frequency difference increases when

the set frequency is changed. To supplement this, the MPU is used before control by the PLL IC to bring the VCO oscillation frequency

close to the desired frequency. As a result, the VCO CV voltage does not change and is always stable at approx. 2.5V.

The desired frequency is set for the PLL IC by the MPU (IC706) through the 3-line "SDO1", "P_SCK1", "/PCS_RF" serial bus for PLL.

MPU monitors through the “PLD”, whether the PLL IC is locked or not. If the VCO does not lock to desired frequency (unlock), the

“PLD” logic is low.

2.4.6 Control Circuit

The control circuit consists of MPU/DSP (IC706) and its peripheral circuits. IC706 mainly performs the following;

(1) Switching between transmission and reception by PTT signal input.

(2) Reading system, zone, frequency, and program data from the memory circuit.

(3) Sending frequency program data to the PLL.

(4) Controlling the audio mute circuit by decode data input.

2.4.6.1 MPU

The MPU/DSP (IC706) is 32bit RISC processor and Fixed/Floating-Point VLIW DSP, equipped with peripheral function.

This MPU operates at 288MHz (MAX) clock and 3.3V/1.8V/1.2V DC. Controls the flash memory, Mobile DDR, the receive circuit, the

transmitter circuit, the control circuit, and the display circuit and transfers data to or from an external device.

2.4.6.2 Memory Circuit

Memory circuit consists of the MPU and the Mobile DDR (IC702), the flash memory (IC701). The flash memory has capacity of 512Mbit

that contains the transceiver control program for the MPU and stores the data.

It also stores the data for transceiver channels and operating parameter that are written by the FPU. This program can be easily written

from external devices. The Mobile DDR has capacity of 512Mbit. The MPU copies the program to the Mobile DDR from Flash memory.

And MPU is used as a work area Mobile DDR.

Flash memory

Note:

The flash memory stores the data that is written by the FPU (KPG-D1/D1N), tuning data (Deviation, Squelch, etc.) , and firmware

program (User mode, Test mode, Tuning mode, etc.). This data must be rewritten when replacing the flash memory.

Mobile DDR (static memory)

Note:

Mobile DDR is used as a work area of the MPU.

2.4.6.3 LCD

LCD interface connector (CN4) of the display unit.

The LCD is controlled using parallel interface from MPU (IC706) through the interface connectors (CN749 of the MAIN unit and CN6

of SUB unit) and flexible cable.

2.4.6.4 Key Detection Circuit

Keys are detected using I/O Expander IC (IC10) of the SUB unit. If pressed key is detected by IC10, it is informed to MPU (IC706) of

the MAIN unit through serial line.

(No.RA032<Rev.001>)1-19

2.4.6.5 DSP

The DSP circuit consists of a MPU/DSP (IC706) and processes the baseband signal. The DSP operates at 288MHz (MAX) clock, the

I/O section operates at 3.3V/1.8V and the core section operates at 1.2V.

The DSP carries out the following processes:

• 4Level FSK processing

• Analog FM pre-emphasis/de-emphasis

• Vocoder processing between audio codec and modulation/demodulation

• CAI processing, such as error correction encoding

• QT/DQT encoding/decoding

• DTMF encoding/decoding

• MSK encoding/decoding

• 2-tone encoding/decoding

• Compressor/expander processing

• Voice scrambler processing

• Transmit/receive audio filtering processing

• Microphone amplifier AGC processing

• Audio mute processing

• Modulation level processing

• Active Noise Reduction

• Voice recording/playback processing

• Voice announce processing

2.4.7 Power Supply Circuit

+B is connected to RF Power Module, 50BU regulator (Q8, Q9 and D11) through the fuse (F1), DC/DC converter IC (IC8) via fuse

(F1), SB1 switch (Q5 and Q6) through the fuse (F2) and SB2 switch (Q10) through the fuse (F3).

Q8, Q9 and D11 regulates +B voltage to 5V (50BU). Then IC1 regulates 50BU to 3.1V (31BU). Then IC3 regulates 31BU to 1.2V

(12BU). 50BU, 31BU and 12BU operate whenever +B is supplied.

IC8 regulates +B voltage to 5.4V (54M). 54M is controlled by BAT_CNT signal from Power management IC (IC2). When Power switch

is turned on, BAR_CNT signal is controlled by /PSW signal. 54M goes to AVR ICs (A1, IC11, IC5, IC4, IC12, IC14, IC7, IC10, IC6 and

IC17).

A1 (12M) is enabled while the 54M is operating. 12M provides the power to the MPU/DSP (IC706) and turns on IC11 (18M). 18M

provides the power to the MPU/DSP and Mobile DDR (IC702) and turns on IC5 (33M), IC14 (33OPT). 33M provides the power to the

MPU/DSP, Flash memory (IC701) and many control circuits and turns on IC4 (33A), IC10 (50A). Then 33A turns on IC9 (18M_3).

The Power management IC (IC2) watches +B voltage. If +B voltage is higher than 6.2V, IC2 outputs high voltage to the /BINT terminal.

If the /BINT is high, SB1 (Q5 and Q6) and SB2 (Q10 and Q11) are turned on by SBC_2 signal from MPU. In the same way, IC12 (33C)

and IC6 (50C) are turned on by SBC_2. 50C is fed to IC13 (200C). IC13 (200C) is the DC/DC boost converter. The 200C circuit then

outputs approximately +20VDC.

SB1 supplies SUB unit and MAIN unit B/2 (D-sub unit) with +B voltage. SB2 supplies Audio power amplifier (IC911) and 9V AVR (IC15)

with +B voltage. Then IC15 regulates +B to 9V (90C). Then IC16 regulates 90C to 5V (50CT). If the MPU controls TXC, ANT SW and

ASSW signals to High, Q15, Q16 (90T), Q17, Q18 (90ANT) and Q14 are turned on and transmission circuits are enabled to transmit.

If the MPU controls RXC signal to High, IC17 (50R) is turned on and reception circuits are enabled to receive.

When the Power management IC and MPU detect /PSW signal (Power switch), /IGN signal (Ignition sense) and /BINT signal, they

set the SBC_2 signal to Low, and turn the transceiver power off.

When D1, Q4 detect over-voltage condition, they turn SB1 and SB2 off, and transfer that the MPU through IC2.

1-20 (No.RA032<Rev.001>)

CN2

Final / Drive amp

31BU

50BU

Q8, Q9, D11

5V Reg

IC1

3.1V AVR

Power management IC

MPU/DSP RTC

12BU

IC3

1.2V AVR

SCTAM

Q1, Q3

DC SW

Option Board

/BINT

54M

MPU/DSP Core

MPU/DSP PLL

IC8

5.4V DC/DC

1.2V AVR

12M

18M

BAT_CNT

from

Power management IC

(IC2)

MPU/DSP I/O(B), DDR

IC11

1.8V AVR

Mobile DDR2, Clock buffer

IC9

DC SW

18M_3

Flash ROM V(I/O) & 3state(512M)

CODEC DVDD

33A

MPU/DSP I/O(A,C) DVDD, USB_VDDA33

Flash ROM, I/O Expander,ADC, CODEC

19.2M TCXO circuit, Uart SW, RS-232C

driver, SP GND switch clock, SUB (Display) unit

IC5

3.3V AVR

33M

18M

8bit/8ch DAC

12bit/4ch DAC

CODEC AVDD,DRVDD

33A

33C

IC4

3.3V AVR

33M

IC12

3.3V AVR

PLL , IF

SBC_2

IC14

3.3V AVR

33OPT

33SD

Option Board

microSD

18M

IC7

3.3V AVR

SD_EN

I/O Expander, D-sub level shift.

8bit/16ch ADC AVCC

OP amp for VREF/25REF

MPU/DSP USB_VBUS

SP GND switch driver

IC10

5V AVR

50A

33M

50C

IC6

PLL , IF, 2ndVCO

VCO Assist

5V AVR

SBC_2

200C

IC13

20V DC/DC

50CS

Q115

Ripple

TX/RX VCO

VCO buffer amp

/SAVE

VCO Doubler Amp,

TX buffer amp

Q81

TX Heter SW

IC17

5V AVR

50R

54M

RX Heter SW , Local amp

LNA, 1st Mixer, IF amp

RXC

Power management IC

SUB (Display) unit

SB1

SB2

D-sub 25

SUB (Display) unit

Q5, Q6

DC SW

SBC_2

Q10, Q11

DC SW

Audio Power Amp

Q15, Q16

DC SW

90C

IC15

9V AVR

90T

TX Pre Drive / TX circuit

TXC

Q17, Q18

DC SW

90ANT

50CT

Antenna switch

ANTSW

IC16

5V AVR

Q14

DC SW

TX PreDrive(MMIC)

ASSW

RF Detector / Controller

Fig.4 Power supply circuit

(No.RA032<Rev.001>)1-21

2.4.8 Signaling Circuit

2.4.8.1 Encode (QT/DQT/DTMF/2-tone/MSK)

Each signaling data signal of QT, DQT, DTMF, 2-tone and MSK is generated by IC706, superposed on a modulation signal and output

to TX VCO and PLL IC.

2.4.8.2 Decode (QT/DQT/DTMF/2-tone/MSK)

The audio signal is removed from the FM detection signal sent to the IC706 and the resulting signal is decoded by IC706.

2.4.9 Bluetooth/GPS Circuit

The main component of the Bluetooth/GPS circuit is Bluetooth / GPS IC (IC5) on MODULE unit.

The clocks of Bluetooth/GPS IC require 19.2MHz for core and 32.768kHz slow clock (X1 and X2) for UART.

Bluetooth/GPS IC communicates to the OMAP processor (IC706) on the HCI UART. Interface of UART & Digital audio (PCM) between

the OMAP processor (IC706) and the Bluetooth/GPS IC (IC5), have level conversion at the level shift IC (IC6 and IC7) on MODULE

unit.The Bluetooth/GPS IC is powered by 1.8V and 3.3V which are supplied from 2 discrete external regulators (IC2 and IC3) on MOD-

ULE unit.

IC706

IC6

IC5

UART

PCM

UART

PCM

Bluetooth

antenna

Level

shift IC

BPF

MPU/DSP

BT/GPS IC

IC7

GPS

PCM

Level

shift IC

antenna

connector

CN5

TCXO

19.2MHz

32.768kHz

Clock

Main unit

Module (BT/GPS) unit

Fig.5 Bluetooth/GPS circuit

2.4.9.1 Bluetooth Circuit

The Bluetooth / GPS IC (IC5) support Bluetooth 3.0 up to HCI level.

TX/RX frequency is 2400-2483.5MHz (79ch Hopping, 2402-2480MHz, 1MHz step). Transmitting power is +2dBm at Bluetooth anten-

na input.

Using the printed antenna with Bluetooth, and connected to the Bluetooth / GPS IC (IC5) through the saw filter (L11).

Frequency configuration for Bluetooth is following:

There are two LO modes: 2X and Offset LO (OSLO). 2X where LO is 2*RF_FREQ (e.g. when transmitting at 2441MHz it is at

4882MHz). OSLO where LO is at (2/3)*RF_FREQ (e.g. when transmitting at 2441MHz it is at 1627.333MHz).

In RX the 2X is always used.

In GFSK TX if power is >10dBm then OSLO is used

In EDR2 TX if power is >-12dBm then OSLO is used

In EDR3 TX if power is >-12dBm then OSLO is used

Otherwise 2X is used for TX as well.

2.4.9.2 GPS Circuit

The GPS RF signal is received with the active antenna, and connected to the Bluetooth / GPS IC (IC5) through the terminal (CN5)

and saw filter (L9).

The output is passed to pin L2 of the GPS IC. The input match for pin L2 comprises of C38, C36 and L7.

The control and data lines for the GPS IC are GPS_PA_EN, BTFM_nSHUTDOWN, GPS_TX and GPS_RX.

GPS_TX and GPS_RX are shared with Bluetooth data line.

Frequency configuration for GPS is following: Lo is GPS: 1571.324MHz

GPS

antenna

33BT

VBAT1(A2)

3.3V

TCXO_LDO_IN(H1)

GPS_LNA_IN(L2)

VDDS

1.8V

18BT

Antenna

connector

BPF

IC706

GPS TX

GPS_RX

BT_HCI_UART_TX(A4)

LEVEL

SHIFT

GPS ANT ALM

GPS ANT PWR

GPS

detect

BT_HCI_UART_RX(B5)

BTFM_nSHUTDOWN(A6)

GPS_PA_EN(G3)

MPU/DSP

3.3V

antenna

33GPS

TCXO

19.2MHz

TCXO_CLK_LV(F1)

BT_RF

OSCILLATOR

32.768kHz

RTC_CLK(H9)

BT/GPS IC

BPF

Fig.6 GPS circuit

1-22 (No.RA032<Rev.001>)

2.5 COMPONENTS DESCRIPTION

2.5.1 Main unit (XC1-1021-80)

Ref.No

IC904

Part Name

Description

Logic control

Ref.No

IC1

Part Name

Description

Voltage regulator (31BU)

Power management

Voltage regulator (12BU)

Voltage regulator (33A)

Voltage regulator (33M)

Voltage regulator (50C)

Voltage regulator (33SD)

DC-DC Converter (54M)

Load switch (18M)

Voltage regulator (50A)

DC-DC Converter (18M)

Voltage regulator (33C)

DC-DC Converter (200C)

Voltage regulator (33OPT)

Voltage regulator (90C)

Voltage regulator (50CT)

Voltage regulator (50R)

Reset

IC905

IC906

IC907

IC908

IC909

IC910

IC912

Buffer AMP (BER CK/BER DT)

Level shift

IC2

Analog switch

Schmitt trigger

RS-232C driver

I/O expander

IC3

IC4

IC5

IC6

Logic control

IC7

Transistor

FET

DC switch (SCTAM1)

DC switch

IC8

IC9

DIGI

TRANSISTOR

DC switch

IC10

IC11

IC12

IC13

IC14

IC15

IC16

IC17

IC18

IC100

IC101

IC102

IC300

IC302

FET

DC switch (SB1)

DC switch

Q6, 7

DIGI

TRANSISTOR

Q8, 9

Q10

Q11

Transistor

FET

Voltage regulator (50BU)

DC switch (SB2)

DC switch

DIGI

TRANSISTOR

Q12

Q14

Q15

FET

DC switch

PLL IC

DIGI

TRANSISTOR

Schmitt trigger

DC AMP (CV/Assist)

TX pre-drive AMP

TX power control

APC

Q16

Q17

FET

DC switch (90T)

DC switch

DIGI

TRANSISTOR

Q18

FET

DC switch (90ANT)

T/R switch

IC303~305 IC

IC500 IC

IC501, 502 IC

Q81

FET

RX 1st mixer

Q102

Q103

Q104

Q105

Q106

Q107

Q108

Q110

Q113

Q115

FET

VCO oscillation

DC switch

RX Band Switch

IF IC

FET

IC600

IC701

IC702

IC703

FET

VCO oscillation

VCO Buffer amp

VCO Doubler amp

TX local Buffer amp

Ripple filter

Flash memory

Transistor

FET

Mobile DDR

Clock buffer

IC704, 705 IC

IC706 IC

Logic control

MPU/DSP

DC switch

IC707, 708 IC

IC709, 710 IC

Analog switch

FET

T/R switch(VCO)

DC switch

Logic control

FET

IC711

IC712

IC714

IC715

IC719

IC720

IC900

IC901

IC902

IC903

I/O expander

Q300, 301 FET

TX Pre-drive amp

TX drive amp

TX Final amp

DC switch

A/D converter

Q302

Q303

Q304

FET

Analog switch

D/A converter

Q305~307 Transistor

Q308, 309 FET

DC switch

Reset

DC switch

Logic control

Q500

Q501, 502 Transistor

Q503 FET

Transistor

RX local Buffer amp

LNA

DC AMP (25REF/VREF)

Codec

RX Band Switch

AF AMP

(No.RA032<Rev.001>)1-23

Ref.No

Q504

Part Name

FET

Description

DC switch

Ref.No

Part Name

Description

D505, 506 Diode

Overvoltage protection

Q600

Q601

FET

VCO oscillation

DC switch

D600, 601 VARI CAP DIODE VCO frequency control

DIGI

TRANSISTOR

D602

Diode array

Overvoltage protection

Reverse current prevention

Line protection

D700, 701 Diode

D702~706 Varistor

Q602

Q603

Q604

Q700

Q701

Transistor

FET

Ripple filter

IF AMP

D708

Zener diode

Overvoltage protection

Reverse current prevention

External speaker detection

Overvoltage protection

Line protection

IF AMP

D710, 711 Diode

Transistor

FET

TCXO buffer

DC switch

D801

D900

D903

D904

D905

D906

D907

D908

D909

Diode

Diode array

Zener diode

Diode array

Diode

Q703, 704 FET

Q705

DIGI

TRANSISTOR

Line protection

Q900, 901 FET

Audio mute

Zener diode

Diode

Overvoltage protection

Reverse current prevention

Line protection

Q902

Transistor

Audio mute

Q905, 906 FET

Q907, 908 FET

Audio mute

Diode array

DC switch

External speaker detection

Line protection

Zener diode

Overvoltage protection

Reverse current prevention

Overvoltage protection

Reverse current prevention

Surge protection

D910~915 Diode array

Diode

D916

D917

Diode

Reverse current prevention

Overvoltage protection

Line protection

Zener diode

Diode

Zener diode

D918~920 Diode array

Surge absorber

Diode

D921

D922

D923

D924

Diode

Reverse current prevention

Overvoltage protection

Line protection

Backup battery charge

Reverse current prevention

Voltage regulator (50BU)

Reverse current prevention

DC-DC converter (54M)

DC-DC converter (200C)

Reverse current prevention

Overvoltage protection

Zener diode

Diode array

Diode

D7~10

D11

D12, 13

D14

D15

D16, 17

D100

D106

Diode

Zener diode

Diode

Reverse current prevention

Diode

2.5.2 Module (BT/GPS) unit (XC2-0031-80)

Ref.No Part Name Description

Level converter

Diode

IC1

IC2

IC3

IC4

IC5

Zener diode

Voltage regulator (18BT)

Voltage regulator (33BT)

Voltage regulator (33GPS)

GPS/Bluetooth

VARI CAP DIODE VCO frequency control

D107~109 VARI CAP DIODE VCO assist tune

D110

D111

VARI CAP DIODE TX modulation

VARI CAP DIODE VCO frequency control

IC6, 7 IC

Level converter

D112~114 VARI CAP DIODE VCO assist tune

FET

DC switch

D115

D117

DIODE

Speed up

D17, 18 Diode

Overvoltage protection

Variable

capacitance diode

VCO assist tune

2.5.3 SUB (Display) unit (XC3-0020-20) (Only NX-5900)

D300

D304

Diode

T/R switch

Ref.No

IC1

Part Name

Description

Voltage regulator (50M)

Voltage regulator (30LCD)

Logic control

TX Reverse power detection

Antenna switch

D305, 306 Diode

IC2

IC3

IC4

IC6

IC8

IC9

IC10

IC12

D307

SURGE

ABSORBER

Surge protection

Analog switch

D308

Diode

Antenna switch

Illuminance sensor

LED driver

D310, 311 Diode

Antenna switch

D312, 313 Zener diode

Overvoltage protection

Reverse current prevention

T/R switch

Logic control

D314

D500

Diode

I/O expander

Logic control

1-24 (No.RA032<Rev.001>)

Ref.No

Part Name

FET

Description

Pin No.

20 54M

Name

I/O

Function

DC switch

O 5.4V output

Q3, 4

DIGI

CN749 (to Sub (Display) unit CN6)

TRANSISTOR

NC (IGN)

- No connection

DIGI

DC switch

(Ignition sense input)

TRANSISTOR

- No connection

D1, 2

D4~7

D9~12

Zener diode

LED

Overvoltage protection

LED

GND

54M

GND

18M

D[15]

D[14]

- Ground

O 5.4V output

LED

- Ground

D14~16 LED

LED

- Ground

D20

D21

D22

Zener diode

Overvoltage protection

LED

O 1.8V output

LED

I/O LCD driver data output

O LCD driver chip-serect signal

Diode

Overvoltage protection

Surge protector

Overvoltage protection

D23, 24 Zener diode

D25 Varistor

10 D[13]

11 D[12]

12 D[11]

13 D[10]

14 D[9]

15 D[8]

16 D[7]

17 D[6]

18 D[5]

19 D[4]

20 D[3]

21 D[2]

22 D[1]

23 D[0]

24 /CS_LCD

25 DC

D26~32 Zener diode

2.6 TERMINAL FUNCTION

2.6.1 Main unit (XC1-1021-80)

Pin No.

Name

I/O

Function

CN4 (Ignition)

IGN

Ignition sense input

GND

- Ground

CN731 (for production)

- -

1~20 -

CN735 (to Module (BT/GPS) unit CN1)

GPS_PWR

GPS_ALM

Antenna power supply detection

Antenna open/short detection

O LCD driver data/command

switch signal

GND

- Ground

GND

- Ground

26 /WR_LCD

27 /RD_LCD

28 PRST

29 /KEYINT

30 I2CCK

31 I2CDT

32 GND

O LCD driver WR signal

O LCD driver RD signal

O LCD driver reset signal

GPS_ANT_SW

GPS_PA_EN

O Enable signal for 33GPS

O GPS receiver part switching

signal output

Key state change signal

BT_SHUTDOWN O Shutdown signal output

O I2C serial clock

I/O I2C serial data

- Ground

WCLK

O Audio serial data bus word clock

output

BCLK

O Audio serial data bus bit clock

output

33 USB_D-

34 USB_D+

35 GND

I/O USB0 PHY data minus

I/O USB0 PHY data plus

- Ground

10 BT_AUD_DI

11 BT_AUD_DO

12 RTS2

Audio signal input

O Audio signal output

O Serial data output

36 33M

O 3.3V output

13 CTS2

Serial data input

37 DM/KVL

38 GND

I/O MIC data detection

- Ground

14 G_RXD2

15 G_TXD2

16 BT_SW

17 GND

O Serial data output

O Enable signal for 33BT and 18BT

- Ground

39 RXD

Serial data input

40 TXD

O Serial data output

41 /PTT

PTT input

18 GND

- Ground

42 /PSW

Detection signal input of power

switch

19 54M

O 5.4V output

(No.RA032<Rev.001>)1-25

Pin No.

Name

I/O

Function

Pin No.

Name

TXD2

I/O

Function

Serial data input 2

43 AFO+

O AF signal output plus

O AF signal output minus

44 AFO-

45 MIC

46 ME

AUXIO4

AUXIO8

I/O AUX input/output 4

I/O AUX input/output 8

I/O AUX input/output 5

I/O AUX input/output 9

MIC signal input

- MIC ground

10 AUXIO5

11 AUXIO9

12 AUXO1

13 TXD0

14 AUXO2

15 RXD0

16 GND

17 ME

47 R_SET2

48 R_SET1

49 R_SET0

50 GND

Radio setting signal 2

Radio setting signal 1

Radio setting signal 0

AUX input1

Serial data input 0

AUX input2

- Ground

CN900 (to Sub (Display) unit CN2)

O Speaker output

O Serial data output 0

- Ground

SPO

SPG

GND

SB1

- Speaker ground

- MIC ground

- Ground

18 MI2

O External MIC signal output

O Switched power supply

CN906 (to Main unit B/2 CN907)

- No connection

19 DEO

20 GND

21 50A

RX detected signal input

- Ground

5V input

O Data signal output

2~7 SB1

O Switched power supply

O RX filtered AF signal out

22 DI

AFO

23 AFO

24~29 SB1

30 NC

RX filtered AF signal in

Switched power supply

Data signal input

10 50A

O 5V output

- No connection

CN910

11 GND

- Ground

12 DEO

O RX detected signal output

SB2

SPI

SPO

O Switched power supply

O Speaker output

13 MI2

External MIC signal input

14 ME

- MIC ground

- Ground

Speaker input

15 GND

O Control signal of Pubilc address

function

16 RXD0

17 AUXO2

18 TXD0

19 AUXO1

20 AUXIO9

21 AUXIO5

22 AUXIO8

23 AUXIO4

24 TXD2

25 AUXIO3

26 RXD2

27 AUXIO2

28 AUXIO1

29 AUXIO7

30 AUXIO6

Serial data input 0

HOR

GND

O Control signal of Horn alert func-

tion

O AUX output2

O Serial data output 0

O AUX output1

- Ground

J700 (microSD)

I/O Data2

I/O AUX input/output 9

I/O AUX input/output 5

I/O AUX input/output 8

I/O AUX input/output 4

O Serial data output 2

I/O AUX input/output 3

DAT2

CD/DAT3

CMD

VDD

I/O Data3

I/O Command input/output

O 3.3V output

O Clock output

- Ground

CLK

VSS

Serial data input 2

DAT0

DAT1

I/O Data0

I/O AUX input/output 2

I/O AUX input/output 1

I/O AUX input/output 7

I/O AUX input/output 6

I/O Data1

Card detect switch

10 COMMON

11 GND1

- Ground

CN907 (to Main unit A/2 CN906)

12 GND2

AUXIO6

I/O AUX input/output 6

I/O AUX input/output 7

I/O AUX input/output 1

I/O AUX input/output 2

O Serial data output 2

I/O AUX input/output 3

AUXIO7

AUXIO1

AUXIO2

RXD2

AUXIO3

1-26 (No.RA032<Rev.001>)

Pin No.

Name

I/O

Function

Pin No.

Name

I/O

Function

J901 (ACC. D-Sub 25-pin)

15 GPS_PA_EN

GPS receiver part switching

signal input

16 GPS_ANT_SW

17 GND

Enable signal for 33GPS

Ground

RXD1

TXD1

AUXIO9

I/O

18 GND

Ground

19 GPS_ALM

20 GPS_PWR

Antenna open/short detection

Antenna power supply detec-

tion

MI2

GND

AUXIO8

TXD2

2.6.3 Sub (Display) unit (XC3-0020-20)

I/O

Pin No.

Name

I/O

Function

10 RXD2

CN2 (to Main unit A/2 CN900)

11 GND

SP+

SPG

GND

Speaker output

Speaker ground

Ground

12 AUXIO7

13 AUXIO6

14 SB

I/O

Refer to “D-sub 25-pin connector

specification”.

I/O

Switched power supply

15 AUXO2

16 AUXO1

17 AFO

CN4 (LCD)

VSSA

VCC

Ground

18 GND

19 DEO

O 3V output

20 AUXIO5

21 AUXIO4

22 AUXIO3

23 AUXIO2

24 AUXIO1

25 ME

I/O

VCC

VSSD

IOVCC

RDX

Ground

O 1.8V output

O LCD driver RD signal

O LCD driver WR signal

2.6.2 Module (BT/GPS) unit (XC2-0031-80)

WRX

DCX

Pin No.

Name

I/O

Function

O LCD driver data/command switch

signal

CN1(to Main unit A/2 CN735)

54M

5.4V input

Ground

CSX

DB1

O LCD driver chip-serect signal

I/O LCD driver data output

54M

GND

BT_SW

DB2

Ground

DB3

Enable signal for 33BT and

18BT

DB4

DB5

G_TXD2

G_RXD2

CTS2

Serial data intput

Serial data output

Serial data input

Audio signal input

Audio signal output

DB6

DB7

DB8

RTS2

DB10

DB11

DB12

DB13

DB14

DB15

DB16

10 BT_AUD_DO

11 BT_AUD_DI

12 BCLK

Audio serial data bus bit clock

input

13 WCLK

Audio serial data bus word

clock input

14 BT_SHUTDOWN

Shutdown signal input

(No.RA032<Rev.001>)1-27

Pin No.

Name

DB17

I/O

I/O LCD driver data output

No connection

Function

Pin No.

Name

I/O

Function

D[5]

D[6]

D[7]

D[8]

D[9]

I/O LCD driver data input

CABC

RESX

IM0

O LCD driver reset signal

O Interface mode select

LEDA

LED1

LED2

LED3

LED4

O 54M output (LED light anode)

LED light cathode 1

LED light cathode 2

LED light cathode 3

No connection

D[10]

D[11]

D[12]

D[13]

D[14]

D[15]

18M

CN5 (Internal speaker)

Speaker ground

SPG

SP+

O Speaker output

1.8V input

Ground

CN6 (to Main unit A/2 CN749)

GND

54M

GND

Ground

R_SET0

R_SET1

R_SET2

O Radio setting signal 0

O Radio setting signal 1

O Radio setting signal 2

5.4V input

Ground

GND

No connection

MIC ground

NC (IGN)

No connection (Ignition sense in-

put)

MIC

O MIC signal output

J1 (MIC jack)

AFO-

AF signal input minus

AF signal input plus

BLC_4/D+2

I/O Back light control signal / USB

PHY data plus

AFO+

/PSW

O Detection signal input of power

switch

SB_2

O Switched power supply

GND

Ground

/PTT

O PTT output

PTT/TXD_3

ME_3

I/O PTT input / Serial data output

TXD

Serial data input

O Serial data output

Ground

I/O MIC data detection

MIC ground

RXD

MIC_3

MIC signal input

GND

HOOK/RXD/D-2 I/O Hook detection / Serial data input

/ USB PHY data minus

DM/KVL

33M

3.3V input

Ground

DM/KVL_3

I/O MIC data detection

GND

USB_D+

USB_D-

GND

I/O USB0 PHY data plus

I/O USB0 PHY data minus

Ground

I/O I2C serial data

I2C serial clock

O Key state change signal

I2CDT

I2CCK

/KEYINT

PRST

/RD_LCD

/WR_LCD

LCD driver reset signal

LCD driver Read signal

LCD driver Write signal

LCD driver data/command switch

signal

/CS_LCD

D[0]

LCD driver chip-serect signal

I/O LCD driver data input

D[1]

D[2]

D[3]

D[4]

1-28 (No.RA032<Rev.001>)

2.6.4 D-Sub 25-pin connector specification

Rating and Condition

Pin No.

Pin Name

I/O

Signal Type

Parameter

Min

Typ

Max

Unit

RXD1

Digital

Input Voltage Range

Threshold Low

Threshold High

Baud Rate

-30

0.5

1.3

1.60

2.45

300k

bps

100

TXD1

Digital

Voltage Swing (3kΩ Load)

Baud Rate

±5

±5.2

300k

bps

100

AUXIO9

I/O Digital

VIH

-0.5

5.2

VIL

VOH (Io=-1.5mA)

VOL (Io=1.5mA)

Input Voltage Range

Threshold Low

Threshold High

5.2

1.1

CTS (RS-232C) I

Digital

-30

0.5

1.3

1.75

0.5

2.6

Analog

Input Voltage range

(STD Deviation)

Vp-p

Freq Response (STD Dev.)

20~9600Hz

-3

RTS (RS-232C) O

Digital

Voltage Swing (3kΩ Load)

Audio Level (STD Deviation)

Allowable Freq

±5

±5.2

mVrms

MI2

Analog

300

3000

Input Impedance

600

GND

AUXIO8

I/O Digital

VIH

-0.5

5.2

VIL

VOH (Io=-1.5mA)

5.2

1.1

5.2

1.1

VOL (Io=1.5mA)

TXD2

RXD2

Digital

GND

VOH (Io=-1.5mA)

3.7

VOL (Io=1.5mA)

100

VIH

VIL

2.8

5.2

0.65

100

GND

AUXIO7

I/O Digital

VIH

-0.5

3.7

5.2

VIL

VOH (Io=-1.5mA)

VOL (Io=1.5mA)

VIH

5.2

1.1

5.2

AUXIO6

I/O Digital

VIL

-0.5

3.7

VOH (Io=-1.5mA)

VOL (Io=1.5mA)

5.2

1.1

(No.RA032<Rev.001>)1-29

Rating and Condition

Min Typ

This parameter depends on Battery Voltage

Pin No.

Pin Name

I/O

Signal Type

Power

Parameter

Max

Unit

Voltage

Supply Current

AUXO2

AUXO1

AFO

Digital

Analog

The type of this port is open collector.

VOL

0.4

IOL

-500

The type of this port is open collector.

VOL

0.4

Vp-p

IOL

-500

Output Level

Coupling Capacitor

0.7

allowable Load

allowable freq

100

300

kΩ

3000

GND

DEO

GND

Analog

Output Level

0.28

Vp-p

Coupling Capacitor

allowable Load

-6

kΩ

Frequ. Response (STD Dev)

Wide

20~4800Hz

Wide

4800~7200Hz

-24

Narrow 20~4800Hz

-15

AUXIO5

AUXIO4

AUXIO3

AUXIO2

AUXIO1

I/O Digital

VIH

5.2

VIL

-0.5

VOH (Io=-1.5mA)

5.2

1.1

5.2

VOL (Io=1.5mA)

VIH

VIL

-0.5

VOH (Io=-1.5mA)

5.2

1.1

5.2

VOL (Io=1.5mA)

VIH

VIL

-0.5

VOH (Io=-1.5mA)

VOL (Io=1.5mA)

VIH

5.2

1.1

5.2

VIL

-0.5

VOH (Io=-1.5mA)

VOL (Io=1.5mA)

VIH

5.2

1.1

5.2

VIL

-0.5

VOH (Io=-1.5mA)

VOL (Io=1.5mA)

This is GND port for Microphone.

5.2

1.1

Analog

1-30 (No.RA032<Rev.001>)

SECTION 3

DISASSEMBLY

3.1 Precautions for Disassembly

3.1.2 Removing the speaker hardware fixture (J2B-0023-

00) and holder (J1K-0019-00)

3.1.1 Main PCB (Main unit A/2) disassembly

(1) Remove all screws and antenna terminals on the Main

PCB.

(2) Rotate the bush of the power supply cable 90 degrees

counterclockwise as viewed from the rear of the chassis

<1> and remove the power supply cable from the chassis

<2>.

(3) When the speaker phone jack is pushed up, using your fin-

ger, from the rear of the chassis <3>, the Main PCB is re-

moved from the chassis.

(1) Remove the speaker lead from the holder hook. <1>

(2) Remove the speaker connector from the display unit con-

nector (CN5). <2>

(3) When removing the speaker hardware fixture, insert a flat-

head screwdriver at the position shown in Figure 2-1 and

tilt it in the direction shown by the arrow. <3>

(4) To remove the holder, insert a flat-head screwdriver into

tab of the holder and tilt it in the direction shown by the ar-

row. <4>

Note:

CN5

The Main PCB and D-sub PCB (Main unit B/2) are con-

nected with a flat cable.

Remove them carefully.

(4) Turn the Main PCB over and remove the flat cable from the

connector (CN906). <4>

<2>

(5) Remove the Main PCB from the chassis.

<3>

<1>

Fig.2-1

<2>

Fig.1-1

<4>

<3>

Fig.2-2

Fig.1-2

<4>

CN906

Fig.1-3

(No.RA032<Rev.001>)1-31

3.2 Precautions for Reassembly

3.2.1 Main PCB (Main unit A/2) reassembly

(1) With the Main PCB turned over, insert the flat cable from

the D-sub PCB (Main unit B/2) into the connector (CN906)

on the Main PCB.

CN4

(2) Place the Main PCB at its original position as shown in Fig-

ure 3.

Black

Red

IC911

Fig.4-2

3.2.3 Remove the top cover from the shield cover

(1) There are five shield covers on the Main unit (A/2) and

Module (BT/GPS) unit, the top covers can be removed.

Shield cover

Fig.3

Module(BT/GPS) unit

3.2.2 Power supply cable installation procedure

(1) Pass the power supply cable through the chassis hole <1>

as shown in Figure 4-1 and insert the bush into the chassis

hole.

(2) Rotate the bush of the power supply cable 90 degrees

clockwise as viewed from the rear of the chassis. <2>

(3) Align the ignition sense connector (yellow) of the power

supply cable around the chemical capacitor (C401) and

connect it to the Main unit (A/2) connector (CN4).

(4) Align the + (positive) terminal of the power supply cable

(red) as shown in Figure 4-2 and fix it to the terminal strip

with a screw.

Shield cover

Main unit (A/2)

(5) Align the - (negative) terminal of the power supply cable

(black) as shown in Figure 4-2 and fix it to the terminal strip

with a screw.

(2) Use tweezers to slightly lift the edge of the top cover. <1>

(3) As you do step 2 above, vary the position you hold the top

cover as you lift it, and remove the top cover <2>.

<2>

Note:

Once the top cover is removed, it cannot be used again.

<1>

<2>

Fig.4-1

1-32 (No.RA032<Rev.001>)

Note:

Push evenly on the top cover and be careful that you do

3.2.6 Installing the holder (J1K-0019-00) and speaker hard-

ware fixture (J2B-0023-00)

not bend it as you install it on the shield cover.

(1) Insert two tabs of the holder (J1K-0019-00) into the hollows

in the top of the panel. <1>

(2) Push the two tabs of the holder in on the opposite side of

those in step 1 above and fit them into the hollow in the bot-

tom of the panel. <2>

Note:

Push in the holder until it snaps in place.

(3) Install the speaker holder onto the panel. <3>

3.2.4 Top packing installation procedure

(1) Place the top packing over the shielding plate.

(2) Fit the convex tab of the top packing into the hollow of the

chassis. <1>.

(3) Fit the chassis into the groove of the top packing. <2>

Verify that the top packing is in close contact with the chas-

sis.

Note:

To improve water resistance, fit the panel into the groove

of the holder.

(4) Place the speaker into the speaker holder.

Note:

The speaker must not ride on the holder rib.

(5) Place the spacer on the speaker.

(6) Insert the hardware fixture (J2B-0023-00) into the hollow of

the panel as shown in Figure 7-3, then push two parts of

the hardware fixture and fit it into the hollow of the top of the

panel. (Fig. 7-3 <4>)

<2>

<1>

Note:

Push in the hardware fixture until it snaps in place.

(7) Insert the speaker connector into the display unit connector

(CN5).

(8) Place the speaker lead on the holder hook.

<2>

<1>

Fig.5

3.2.5 D-sub cap installation procedure

To improve water resistance, fit the D-sub cap into the D-sub ter-

minal hardware fixture of the transceiver in the following order:

(1) Fit the left side <1> of the D-sub cap into the hardware fix-

ture.

(2) Fit the right side <2> of the D-sub cap into the hardware fix-

ture.

(3) Fit the center <3> of the D-sub cap into the hardware fix-

ture.

Fig.7-1

Spacer

Speaker

Speaker holder

<3>

Verify that the D-sub cap is in close contact with the hard-

ware fixture.

<1>

<2>

<3>

Fig.7-2

<4>

Fig.7-3

Fig.6

(No.RA032<Rev.001>)1-33

SECTION 4

ADJUSTMENT

4.1 Controls

4.2.2 Key operation

Key "Func" not appears on the sub LCD display

Power switch

Function

Display

Volume Up/Down key

Channel Up/Down key

[+]

Push: Volume up

Hold: Volume up continu-

ously

[-]

Push: Volume down

Hold: Volume down con-

tinuously

[]

[]

[]

[]

Push: Test channel up

Hold: Test channel up

continuously

Channel No.

MIC jack

Auxiliary (orange) key

KMC-36 (OPTION)

Push: Test channel down Channel No.

Hold: Test channel down

continuously

[PTT]

Keypad

Push: Squelch level up *1 Squelch level

Hold: Squelch off

Squelch off: icon

appears

Wide 5k/Wide 4k/Narrow/ Wide 5k: "w"

Very Narrow *2

Wide 4k: "s"

Narrow: "n"

Very Narrow: "v"

[

]

Shift to panel tuning

mode

4.1.1 Preparations for checking/tuning the transceiver

Before attempting to check/tune the transceiver, connect the unit

to a suitable power supply.

Whenever the transmitter is turned on, the unit must be connect-

ed to a suitable dummy load (i.e. power meter).

The speaker output connector must be terminated with an 4Ω

dummy load and connected to an AC voltmeter and an audio dis-

tortion meter or a SINAD measurement meter at all times during

checking/tuning.

]

Function on

"Func" appears on the

sub LCD display

]

MSK 1200bps and

2400bps *1

2400bps:

appears

icon

]

Push: Test signaling up Signaling No.

Hold: Test signaling up

continuously

[AUX

4.2 Panel Test Mode

(Orange)]

4.2.1 Test mode operation features

[PTT]

Transmit

This transceiver has a test mode. To enter test mode, press and

hold the [

] key while turning the transceiver power ON. Before

[0] to [9]

and

[#], [ ]

the transceiver enters test mode, the frequency version informa-

tion appears on the LCD momentarily. Test mode can be inhibit-

ed by programming. To exit test mode, turn the transceiver

power OFF. The following functions are available in test mode.

*1: When the mode is selected as Analog, this function is en-

abled.

• When the panel test mode is activated, the last used channel

and signaling numbers are displayed. When the panel test

mode is activated for the first time, the channel and signaling

numbers are 1.

*2: When the mode is selected as P25, bandwidth is fixed to Nar-

row.

Key

"Func" appears on the sub LCD display

• If test signaling 10 (P25 Phase1), 7 (P25 Phase2) and 7

(NXDN Mode) is selected, the result of Bit Error Rate (BER)

calculation is displayed on the LCD.

Function

Display

icon appears

[+]

P25 Modulation Type LSM :

(C4FM/LSM) *3

[-]

Function off

[]

[]

Talk Around on/off

On:

icon appears

Mode selection

Analog: "A"

Analog/P25 Phase1

/P25 Phase2/NXDN

P25 Phase1: "P1"

P25 Phase2: "P2"

NXDN: "N"

[]

1-34 (No.RA032<Rev.001>)

Key

"Func" appears on the sub LCD display

Key

"Func" appears on the sub LCD display

Function Display

Transmit

Function off

Function

Display

[]

Key/LCD check

The contents of the

pressed key etc.,

appear.

[PTT]

[0] to [9]

and

[

]

High power/Medium

power/Low power

High: "H"

Medium: "M"

Low: "L"

[#], [ ]

*3: When the mode is selected as P25, this function is enabled.

[

]

Function off

• LED indicator

Red LED Lights during transmission.

Green LED Lights when there is carrier.

]

Compander on/off

On:

icon appears

]

External Speaker on/off On:

Function off

• Sub LCD indicator

"Func" Appears at function on.

[AUX

(Orange)]

• LCD display in panel test mode

Temperature

Power

(Power ON)

Sub LCD display

Main LCD display

Signaling

No.

(After 2sec.)

Channel No.

Type

Fx, Kx types are displayed

as "K".

Squelch level

(Analog mode only)

An : Analog narrow mode

Aw : Analog wide mode

As : Analog wide 4k mode

P1 : P25 Phase1 mode

P2 : P25 Phase2 mode

Nn : NXDN narrow mode

Frequency range

: 763~870MHz

Nv : NXDN very narrow mode

4.2.3 Frequency and Signaling

The transceiver has been adjusted for the frequencies shown in

the following table. When required, readjust them following the

adjustment procedure to obtain the frequencies you want in ac-

tual operation.

(2) Test signaling

Analog mode signaling

No.

None

(1) Test frequency

None

Square Wave

LTR Data

RX (MHz)

763.05000

TX (MHz)

793.05000

LTR Data

QT:67.0Hz

QT:151.4Hz

QT:210.7Hz

QT:254.1Hz

QT:67.0Hz

QT:151.4Hz

QT:210.7Hz

QT:254.1Hz

DQT:D023N

DQT:D754I

769.05000

775.95000

763.55000

769.55000

775.45000

851.05000

860.05000

869.95000

851.55000

860.55000

869.45000

799.05000

805.95000

793.55000

799.55000

805.45000

806.05000

815.05000

824.95000

806.55000

815.55000

824.45000

DQT:D023N

DQT:D754I

DTMF Decode

(CODE: 159D)

DTMF Encode

(CODE: 159D)

None

DTMF Encode (CODE: 9)

2-tone Decode

(A: 304.7Hz, B: 3106.0Hz) B: 3106.0Hz)

2-tone Encode (A: 304.7Hz,

Single Tone Decode

(979.9Hz)

Single Tone Encode

(979.9Hz)

13~16

(No.RA032<Rev.001>)1-35

NXDN Mode signaling

No. RX

No.

None

Single Tone Encode

(1000Hz)

RAN1

None

RAN1

PN9

MSK PN9

MSK Decode

MSK Encode

Maximum Deviation

Pattern

P25 Phase1 signaling

No. RX

FSW + PN9

NAC 293

Tone Pattern (1031Hz) Tone Pattern (1031Hz)

NAC 293

NAC 023

NAC 5EA

None

RAN: Radio Access Number

PN9: Pseudo-Random Pattern

No.7, 9 Item: PC test mode only

NAC 023

NAC 5EA

PN9

4.3 Panel Tuning Mode

NAC 293

None

Symbol Rate Pattern

1/3 Deviation Pattern

0 Continuous Pattern

Fidelity Pattern

FSW+PN9

4.3.1 Transceiver tuning (To enter tuning mode)

To enter tuning mode, press the [

is in test mode. Use the [

ing modes, and the [  ]/[  ] key to adjust tuning requirements

(1 to 4096 appears on the LCD).

Use the [

modes. Use the [

justments, and use the [  ] key to switch between Wide5k/

Wide4k/Narrow.

] key while the transceiver

] key to write tuning data through tun-

] key to select the adjustment item through tuning

] key to adjust 4, 6 or 8 reference level ad-

None

1011Hz Tone Test Pattern

Silence Pattern

Tone Pattern

Silence Pattern

Audio Test Pattern

• LCD display in panel tuning mode

NAC293 + Audio Test Pat-

tern

CV voltage, AD value, etc

Vocoder Loop

None

Sub LCD

display

700MHz RX Low

2.6

RAST

256

P25 Phase2 signaling

No. RX

Main LCD

display

Adjustment value

(1~4096)

Adjustment point

STTP-OB-1031-0

None

STTP-IB1031-1+Audio

PN9 Phase2

700MHz RX Low

700MHz RX Center

700MHz RX High

700MHz TX Low

700MHz TX High

800MHz TX Low

800MHz TX High

800MHz RX Low

800MHz RX Center

800MHz RX High

Proper value guide

(When the frequency

adjustment is necessary,

or is displayed.)

An: Analog narrow mode

As: Analog wide 4k mode

Aw: Analog wide mode

P1: P25 Phase1 mode

P2: P25 Phase2 mode

Nn: NXDN narrow mode

STTP-OB-1031-1

Symbol Rate Pattern

Phase2

Adjustment item

STTP-OB-1031-1

1/3 Deviation Pattern

Phase2

Nv: NXDN very narrow mode

STTP-OB-1031-1

STTP-OB-1031

0 Continuous Pattern

0 Burst Pattern

Symmetrical

STTP-IB1031-1

Tone Pattern (Half rate) STTP-IB1031-1

Silence Pattern

(Half Rate)

STP-IB-1 +

Silence Pattern (Half Rate)

Audio Test Pattern

(Half Rate)

STTP-IB1031-1 + Audio

Test Pattern (Half Rate)

Codec Loop

STTP-IB1031-1 + Codec

Loop

Vocoder Loop

(Half Rate)

STTP-IB1031-1 +

Vocoder Loop (Half Rate)

1-36 (No.RA032<Rev.001>)

4.3.2 Key operation

Key

RSSI Reference, Open Squelch, Low RSSI, High RSSI, Tight

Squelch

Function

Hold (1 second)

Continuation up

Tuning point

Display

RX (MHz)

TX (MHz)

Push

Volume up

700M RX/TA

Low

700M RX/TA 763.100000

Low

763.000000

[+]

[-]

Volume down

Continuation down

Continuation up

700M RX/TA

Center

700M RX/TA 769.100000

Center

769.000000

776.000000

851.000000

860.000000

870.000000

[  ]

[  ]

[  ]

[  ]

Adjustment value up

Adjustment value down Continuation down

700M RX/TA

High

700M RX/TA 775.900000

High

Auto adjustment start

800M RX/TA

Low

800M RX/TA 851.100000

Low

Wide5k/Wide4k/Narrow/

P25/NXDN

800M RX/TA

Center

800M RX/TA 859.900000

Center

[

]

Shift to panel test mode

]

To enter 4, 6 or 8 refer- -

ence level adjustments

800M RX/TA

High

800M RX/TA 869.900000

High

[

]

Writes the adjustment

value

Transmit Assist, Ramp Up Offset, Ramp Down Offset, High

Transmit Power, Medium Transmit Power, Low Transmit

Power, Balance, Maximum Deviation, P25 High Deviation,

P25 H-CPM Deviation, NXDN High Deviation

]

Go to next adjustment

item

Back to last adjustment

item (At the time of 4, 6 or

8 point adjustment: Ad-

justment point change)

Tuning point

Display

RX (MHz)

TX (MHz)

[AUX

Output tone pattern

700M RX/TA

Low

700M RX/TA 763.100000

Low

763.000000

(Orange)] change of balance ad-

justment (A change is

700M RX/TA

High

700M RX/TA 775.900000

High

776.000000

possible only during bal-

ance adjustment.)

700M TX Low 700M TX Low 763.100000

700M TX High 700M TX High 775.900000

800M TX Low 800M TX Low 851.100000

800M TX High 800M TX High 869.900000

793.000000

805.993750

806.000000

825.000000

851.000000

[PTT]

(MIC)

Transmit

[0] to [9]

and

[#],[

]

800M RX/TA

Low

800M RX/TA 851.100000

Low

(MIC)

4.3.3 4, 6 or 8 reference level adjustments frequency

Receive Assist

800M RX/TA

High

800M RX/TA 869.900000

High

870.000000

Tuning point

Display

RX (MHz)

TX (MHz)

700M RX/TA

Low

700M RX/TA 763.100000

Low

763.000000

700M RX/TA

High

700M RX/TA 775.900000

High

776.000000

851.000000

870.000000

800M RX/TA

Low

800M RX/TA 851.100000

Low

800M RX/TA

High

800M RX/TA 869.900000

HIgh

QT Deviation, DQT Deviation , LTR Deviation , DTMF Devi-

ation , MSK Deviation

Tuning point

Display

RX (MHz)

TX (MHz)

700M RX/TA

High

700M RX/TA 775.900000

High

776.000000

700M TX High 700M TX High 775.900000

800M TX High 800M TX High 869.900000

805.993750

825.000000

870.000000

800M RX/TA

High

800M RX/TA 869.900000

High

(No.RA032<Rev.001>)1-37

4.3.4 Adjustment item supplement

Adjustment Item

DTMF Deviation

Description

Adjustment Item

Receive Assist

Description

DTMF tone deviation is adjusted.

The lock voltage of VCO (Receive) is ad-

justed.

Single Tone Devia- The deviation of Single Tone used in “2-

This item must be adjusted before all ad-

justment items for receiver section are ad-

justed.

tion

tone” is adjusted.

MSK Deviation

CWID Deviation

MSK tone deviation is adjusted.

CWID tone deviation is adjusted.

Transmit Assist

Frequency

The lock voltage of VCO (Transmit) is ad-

justed.

This item must be adjusted before all ad-

justment items for transmitter section are

adjusted.

CWID is used to inform the others who is

transmitting on a 6.25-kHz spacing chan-

nel. (In FCC rule, Analog mode or CWID is

required for each channel-spacing.)

RSSI Reference

The minimum RSSI level for scan stop is

adjusted.

Frequency is adjusted under receiving

condition with SSG.

Open Squelch

Low RSSI

The squelch level at level “5” is adjusted.

The SSG needs 0.001ppm accuracy so

please use a standard oscillator if neces-

sary.

This item can be adjusted only in PC Test

Mode so that the adjustment value is not

changed easily.

RSSI display level “

“ is adjusted.

Both “Low RSSI” and “High RSSI” must be

adjusted. (The curve data of RSSI level is

applied.)

High RSSI

Tight Squelch

The squelch level at level “9” is adjusted.

Ramp Offset

Adjust this item to the optimal Ramp volt-

age.

High

Maximum High Maximum Power is adjusted.

Power

Medium Maximum Medium Maximum Power is adjusted.

Power

Low

Maximum Low Maximum Power is adjusted.

Power

High Transmit Pow- High Transmit Power Limit is adjusted.

er Limit

Medium Transmit Medium Transmit Power Limit is adjusted.

Power Limit

Low Transmit Pow- Low Transmit Power Limit is adjusted.

er Limit

High Transmit

Power

High Transmit Power is adjusted.

Medium Transmit Medium Transmit Power is adjusted.

Power

Low Transmit Pow- Low Transmit Power is adjusted.

Balance

The transmit modulation frequency re-

sponse is adjusted.

This item is adjusted so that the deviation

of 2kHz becomes the same deviation of

20Hz.

This item must be adjusted before all ad-

justment items for deviations are adjusted.

High Deviation

(P25/NXDN)

High Deviation of P25/NXDN is adjusted.

MaximumDeviation Maximum Deviation of Analog (Analog

(Analog Wide 5k/

Wide 4k/Narrow)

Wide 5k/Wide 4k/Narrow) is adjusted.

This item must be adjusted before all ad-

justment items for tone deviations are ad-

justed.

QT Deviation

DQT Deviation

LTR Deviation

QT tone deviation is adjusted.

DQT tone deviation is adjusted.

LTR tone deviation is adjusted.

1-38 (No.RA032<Rev.001>)

4.3.5 Adjustment item and Display

Order Adjusutment Main

Sub LCD

display

Adjust

item

LCD

(Analog (Analog (Analog (P25

(P25 (NXDN (NXDN

display

Wide) Wide 4k) Narrow) Phase1) Phase2) Nar-

row)

Very

Nar-

row)

Number

Adjustment range

Receive Assist

Transmit Assist

RTC Correction

RAST

TAST

RTC

(CV voltage)

Common

Section 2

4 point ADJ

1 ~ 4096

(CV voltage)

Common

Section 3

8 point ADJ

1 ~ 4096

Common

Section 5

-2.00~-0.01 ,0.00 ,+0.01~+2.00

8 point ADJ

Ramp Up Offset RAMPU (ADC measurement

value)

Transmitter

Section 1

1~1024

Ramp Down

Offset

RAMPD (ADC measurement

value)

Transmitter

Section 2

8 point ADJ

1~1024

Transmitter

Section 3

High Maximum

Power

MAX_H

MAX_M

MAX_L

H_LMT

1~256

Transmitter

Section 4

Medium

Maximum Power

1~256

Transmitter

Section 5

Low Maximum

Power

1~256

High Transmit

Power Limit

Transmitter

Section 6

1~256

Medium Transmit M_LMT

Power Limit

Transmitter

Section 7

1~256

Low Transmit

Power Limit

L_LMT

Transmitter

Section 8

1~256

High Transmit

Power

H_PWR

Transmitter

Section 9

1~1024

Medium Transmit M_PWR

Power

Transmitter

Section 10

1~1024

Low Transmit

Power

L_PWR

BAL

Transmitter

Section 11

1~1024

Balance

(Encode frequency)

Transmitter

Section 12

1~1024

Maximum

Deviation

ADEV

PDEV

Transmitter

Section 13

1~1024

P25 High

Deviation

Transmitter

Section 14

1~1024

P25 H-CPM

Deviation

P2DEV (RSSI measurement -

value)

Transmitter

Section 15

1~1024

NXDN High

Deviation

NDEV

Transmitter

Section 16

1~1024

QT Deviation

Transmitter

Section 17

1~1024

DQT Deviation

DQT

Transmitter

Section 18

1~1024

(No.RA032<Rev.001>)1-39

Order Adjusutment Main

Sub LCD

display

Adjust

item

LCD

(Analog (Analog (Analog (P25

(P25 (NXDN (NXDN

display

Wide) Wide 4k) Narrow) Phase1) Phase2) Nar-

row)

Very

Nar-

row)

Number

Adjustment range

LTR Deviation

LTR

Transmitter

Section 19

1~1024

DTMF Deviation DTMF

Transmitter

Section 20

1~1024

Single Tone

Deviation

TONE

MSK

Transmitter

Section 21

1~1024

MSK Deviation

Transmitter

Section 22

1~1024

CW ID Deviation CWID

RSSI Reference RRSSI

Transmitter

Section 23

1~1024

(RSSI measurement -

value)

Receiver

Section 2

1~256

Open Squelch

Low RSSI

SQL

(ASQDET

measurement value)

6 *1

Receiver

Section 3

1~256

LRSSI

HRSSI

SQLT

(RSSI measurement -

value)

Receiver

Section 4

1~256

High RSSI

(RSSI measurement -

value)

Receiver

Section 5

1~256

Tight Squelch

(ASQDET

measurement value)

Receiver

Section 6

1~256

*1: When P25 Phase1 is selected, in C4FM and LSM, there is an adjustment item, respectively.

1-40 (No.RA032<Rev.001>)

4.3.6 Panel tuning mode flow chart

Note:

* In this Panel tuning mode flow chart, the Adjustment item name is modified.

Adjustment Item

LCD Display

For all adjustment items, press the [

to write the adjustment value.

N/W/VN

Panel Test Mode

QT Deviation

[

]

] key

DQT Deviation

LTR Deviation

DTMF Deviation

SingleTone Deviation

MSK Deviation

[

]hold

[

]

Adjustment Point

LCD Display

Adjustment Point

LCD Display

RX Assist

RAST

]press

4 reference level

Adjustments

Receive Assist

[

]hold

TX Assist

TAST

]press

8 reference level

Adjustments

[

]

[

]

4 reference level

Adjustments

700M RX/TA Low

4 reference level

Adjustments

700M RX/TA High

]hold

[

]

[

]

RTC Correction

RTC

700M RX/TA High

700M TX High

]press

[

]hold

[

]

[

]

[

8 reference level

Adjustments

Ramp Up

RAMPU

]press

800M RX/TA Low

800M TX High

[

]

8 reference level

Adjustments

Ramp Down

RAMPD

]press

800M RX/TA High

[

]

[

]

[

]

High Max Power

MAX_H

Narrow

8 reference level

Adjustments

4 reference level

Adjustments exit

4 reference level

Adjustments exit

]press

[

]hold

Medium Max Power Narrow

MAX_M

]press

8 reference level

Adjustments

[

]hold

RSSI Reference

Open Squelch

Low Max Power

MAX_L

Narrow

8 reference level

Adjustments

Adjustment Point

LCD Display

Low RSSI

High RSSI

Tight Squelch

]press

[

]hold

High Power Limit

H_LMT

Narrow

8 reference level

Adjustments

]press

[

]hold

[

]

6 reference level

Adjustments

700M RX/TA Low

Medium Power Limit Narrow

M_LMT

]press

8 reference level

Adjustments

[

]

[

]hold

700M RX/TA Center

Low Power Limit

L_LMT

Narrow

8 reference level

Adjustments

[

]

]press

[

]hold

700M RX/TA High

[

]

High Power

H_PWR

Narrow

8 reference level

Adjustments

[

]

]press

[

]hold

800M RX/TA Low

]

Medium Power

M_PWR

Narrow

8 reference level

Adjustments

[

]

]press

[

]hold

800M RX/TA Center

Low Power

L_PWR

]press

Narrow

8 reference level

Adjustments

[

]

[

]

800M RX/TA High

Balance

BAL

]press

Narrow

8 reference level

Adjustments

[

]

[

6 reference level

Adjustments exit

[

]

[

]

[

]

Analog Max Deviation Narrow

Analog Max Deviation Wide4k

ADEV

Analog Max Deviation Wide5k

ADEV

]press

[

ADEV

[

]

8 reference level

Adjustments

[

]hold

Adjustment Point

LCD Display

Phase1

Narrow

P25 High Deviation

PDEV

[

]

8 reference level

Adjustments

[

]

8 reference level

Adjustments

700M RX/TA Low

]press

[

]hold

[

]

Phase2

Narrow

P25 H-CPM Deviation

P2DEV

8 reference level

Adjustments

[

]

700M RX/TA High

[

]

[

]press

[

]hold

700M TX Low

Transmit Assist

Ramp Up

Ramp Down

High Transmit Power

Medium Transmit Power

Low Transmit Power

Balance

Maximum Deviation

P25 High Deviation

P25 H-CPM Deviation

NXDN High Deviation

[

]

VeryNarrow

NXDN High Deviation Narrow

NXDN High Deviation

NDEV

[

700M TX High

[

NDEV

]press

[

8 reference level

Adjustments

]

[

]

[

]hold

[

]

[

]

QT Deviation

Narrow

QT Deviation

Wide4k

QT Deviation

Wide5k

800M TX Low

[

4 reference level

Adjustments

]press

[

]hold

[

]

[

]

[

]

[

]

800M TX High

[

DQT Deviation

DQT

Narrow

DQT Deviation

DQT

Wide4k

DQT Deviation

DQT

Wide5k

4 reference level

Adjustments

[

]

[

]

[

]

[

]press

[

]hold

800M RX/TA Low

[

]

[

]

[

]

LTR Deviation

LTR

Narrow

LTR Deviation

LTR

Wide4k

LTR Deviation

LTR

Wide5k

[

]

4 reference level

Adjustments

800M RX/TA High

[

]

[

]

[

]

]press

[

]hold

[

]

[

]

DTMF Deviation

DTMF

Narrow

DTMF Deviation

DTMF

Wide4k

DTMF Deviation

DTMF

Wide5k

8 reference level

Adjustments exit

4 reference level

Adjustments

[

]

[

]

[

]

]press

[

]hold

[

]

[

]

[

]

Single Tone Deviation Narrow

Single Tone Deviation

TONE

Wide4k

Single Tone Deviation Wide5k

TONE

]press

[

TONE

[

4 reference level

Adjustments

]

[

]

[

]hold

[

]

[

]

MSK Deviation

MSK

Narrow

MSK Deviation Wide4k

MSK Deviation Wide5k

MSK

[

]

]press

[

]hold

4 reference level

Adjustments

CW ID Deviation

CWID

Narrow

[

]press

[

]hold

[

]

RSSI (Reference)

RRSSI

]press

Narrow

6 reference level

Adjustments

[

]hold

[

]

[

]

[

]

[

]

[

]

Squelch (Open)

SQL

Narrow

Squelch (Open) Wide4k

SQL

Squelch (Open) Wide5k

SQL

Squelch (Open) C4FM

Squelch (Open)

SQL

LSM”

[

SQL

[

]press

[

]hold

[

]

[

]

[

]

[

]

RSSI (Low)

LRSSI

Narrow

6 reference level

Adjustments

[

]

[

]

[

]

VeryNarrow

[

]press

[

Squelch (Open) Narrow

SQL

Squelch (Open)

SQL

RSSI (High)

HRSSI

Narrow

6 reference level

Adjustments

[

]

[

]

6 reference level

Adjustments

]press

[

]

[

]

[

]

Squelch (Tight)

SQLT

Narrow

Squelch (Tight)

SQLT

Wide4k

Squelch (Tight)

SQLT

Wide5k

]press

[

]hold

[

]

[

]

[

]

6 reference level

Adjustments

(No.RA032<Rev.001>)1-41

4.4 BER (Bit Error Rate) Measurement

(1) The Panel Test Mode is used to measure the BER (Refer

"4.2.1 Test mode operation features").

(For example, if the BER is 0.86%, the display shows

"0.86".)

(2) Select "10" (P25 Phase1), "7" (P25 Phase2) and "7"

(NXDN Mode) for test signaling (Refer to "4.2.3 Frequency

and Signaling" (2) Test signaling).

Note:

4.5 Adjustment points

"7" (NXDN Mode) can be selected only by PC test mode.

(3) Select a bandwidth (Narrow/Very Narrow) by pressing the

[  ] key. When P25 Phase1 or P25 Phase2 is selected, it

is not necessary to select a bandwidth.

(4) Select a test frequency ("4.2.3 Frequency and Signaling"

(2) Test signaling Test frequency).

MAIN UNIT (XC1-1021-80) (A/2)

Component side

(5) Measure the BER (Bit Error Rate) using the digital radio

tester.

RTC

Enter a standard input signal into the transceiver as a stan-

dard tone test pattern for P25, FSW+PN9 for NXDN.

(6) Adjust the input signal level to achieve the standard bit er-

ror rate (BER).

RTC

4.6 Test Equipment Required for Alignment

Test Equipment

Major Specifications

1. Standard Signal

Generator (SSG)

Frequency Range

Modulation

Output

100 to 900MHz

Frequency modulation and external modulation

-127dBm/0.1uV to greater than -20dBm/22.4mV

When performing the Frequency adjustment, the following accuracy is necessary.

• 0.001ppm

Use a standard oscillator for adjustments, if necessary.

2. Power Meter

Input Impedance

50Ω

Operation Frequency

Measurement Capability

100 to 900MHz

Vicinity of 100W

3. Deviation Meter

Frequency Range

100 to 900MHz

4. Digital Volt Meter

(DVM)

Measuring Range

Input Impedance

10mV to 20V DC

High input impedance for minimum circuit loading

5. Oscilloscope

DC through 30MHz

6. Frequency Counter

Frequency Range

Frequency Stability

10Hz to 1000MHz

0.2ppm or less

To measure the oscillating frequency of the internal clock 32766.00Hz~32770.00Hz for

RTC Correction Resolution 0.01Hz is better for accuracy adjustment.

7. Ammeter

20A or more

8. AF Volt Meter (AF VM)

Frequency Range

Voltage Range

50Hz to 10kHz

1mV to 10V

9. Audio Generator (AG)

10. Distortion Meter

Frequency Range

Output

50Hz to 5kHz or more

0 to 1V

Capability

Input Level

3% or less at 1kHz

50mV to 10Vrms

11. Spectrum Analyzer

12. 4Ω Dummy Load

Measuring Range

DC to 1GHz or more

Approx. 4Ω, 10W

13. Regulated Power Supply

13.6V, approx. 20A (adjustable from 9V to 17V)

Useful if ammeter equipped

*The test equipment which is not used for adjustment is contained in this table.

1-42 (No.RA032<Rev.001>)

Test cable for microphone input (E30-3360-28)

Tuning cable (E30-3383-05 or E30-7754-05)

Adapter cable (E30-3383-05 or E30-7754-05) is required for

injecting an audio if PC tuning is used.

GREEN

RED

See “PC Mode” section for the connection.

BLACK

BLUE

Illust is E30-3383-05.

PTT

MIC-E

MIC

SHIELD

WHITE

GRAY

YELLOW

MIC connector (Front panel view)

1 : MBL

2 : +B

3 : GND

Lead wire +

Shield wire –

MIC

4 : PTT/TXD (PC serial data from radio)

5 : MICE

6 : MIC

7 : HOOK/RXD (PC serial data to radio)

8 : DM

4.7 Radio check Section

Item

Condition

PC test mode

Measurement

Adjustment

Specifica-

tions

/Remarks

Panel test

mode

Test-

Unit Terminal Unit Parts Method

equipment

1)CH-Sig: 1-1

PTT: ON

1)Test Channel

Channel: 1

Test Signaling Mode: Analog

Signaling: 1

f. counter

Panel ANT

Check an ±0.25ppm

internal ±198.3Hz@7

tempera- 93.05MHz

ture of

Frequency

check

PTT: Press [Transmit] button.

radio from

20°C to

33°C.

2-1.

High

1)CH-Sig: 1-1

PTT: ON

1)Test Channel

Channel: 1

Power

meter

Panel ANT

Check

27.0W~30.0W

13.0A or less

power

check

[700M

band]

TA: OFF

Test Signaling Mode: Analog Ammeter

Signaling: 1

PTT: Press [Transmit] button.

2)CH-Sig: 2-1

PTT: ON

2)Test Channel

Channel: 2

TA: OFF

Test Signaling Mode: Analog

Signaling: 1

PTT: Press [Transmit] button.

3)CH-Sig: 3-1

PTT: ON

3)Test Channel

Channel: 3

TA: OFF

Test Signaling Mode: Analog

Signaling: 1

PTT: Press [Transmit] button.

(No.RA032<Rev.001>)1-43

Item

Condition

PC test mode

Measurement

Adjustment

Specifica-

tions

/Remarks

Panel test

mode

Test-

Unit Terminal Unit Parts Method

equipment

2-2.

High

power

check

[700M

band

1)CH-Sig: 1-1

PTT: ON

TA: ON

1)Test Channel

Channel: 1

Test Signaling Mode: Analog Ammeter

Signaling: 1

Power

meter

Panel ANT

Check

27.0W~30.0W

13.0A or less

PTT: Press [Transmit] button.

2)CH-Sig: 2-1

PTT: ON

TA: ON

2)Test Channel

Channel: 2

Test Signaling Mode: Analog

Signaling: 1

PTT: Press [Transmit] button.

Talk

around]

3)CH-Sig: 3-1

PTT: ON

TA: ON

3)Test Channel

Channel: 3

Test Signaling Mode: Analog

Signaling: 1

PTT: Press [Transmit] button.

2-3.

High

power

check

[800M

band]

1)CH-Sig: 7-1

PTT: ON

TA: OFF

1)Test Channel

Channel: 7

Test Signaling Mode: Analog Ammeter

Signaling: 1

Power

meter

30.0W~40.0W

13.0A or less

PTT: Press [Transmit] button.

2)CH-Sig: 8-1

PTT: ON

TA: OFF

2)Test Channel

Channel: 8

Test Signaling Mode: Analog

Signaling: 1

PTT: Press [Transmit] button.

3)CH-Sig: 9-1

PTT: ON

TA: OFF

3)Test Channel

Channel: 9

Test Signaling Mode: Analog

Signaling: 1

PTT: Press [Transmit] button.

2-4.

High

1)CH-Sig: 7-1

PTT: ON

1)Test Channel

Channel: 7

Power

meter

30.0W~40.0W

13.0A or less

power

check

[800M

band

Talk

TA: ON

Test Signaling Mode: Analog Ammeter

Signaling: 1

PTT: Press [Transmit] button.

2)CH-Sig: 8-1

PTT: ON

TA: ON

2)Test Channel

Channel: 8

Test Signaling Mode: Analog

Signaling: 1

around]

PTT: Press [Transmit] button.

3)CH-Sig: 9-1

PTT: ON

3)Test Channel

Channel: 9

TA: ON

Test Signaling Mode: Analog

Signaling: 1

PTT: Press [Transmit] button.

1-44 (No.RA032<Rev.001>)

Item

Condition

PC test mode

Measurement

Adjustment

Specifica-

tions

/Remarks

Panel test

mode

Test-

Unit Terminal Unit Parts Method

equipment

3-1.

Low

power

check

[700M

band]

1)CH-Sig: 1-1

PTT: ON

TA: OFF

1)Test Channel

Channel: 1

Test Signaling Mode: Analog Ammeter

Signaling: 1

Power

meter

Panel ANT

Check

1.5W~2.0W

5.0A or less

PTT: Press [Transmit] button.

2)CH-Sig: 2-1

PTT: ON

TA: OFF

2)Test Channel

Channel: 2

Test Signaling Mode: Analog

Signaling: 1

PTT: Press [Transmit] button.

3)CH-Sig: 3-1

PTT: ON

TA: OFF

3)Test Channel

Channel: 3

Test Signaling Mode: Analog

Signaling: 1

PTT: Press [Transmit] button.

3-2.

Low

1)CH-Sig: 1-1

PTT: ON

TA: ON

1)Test Channel

Channel: 1

Test Signaling Mode: Analog Ammeter

Signaling: 1

Power

meter

1.5W~2.0W

5.0A or less

power

check

[700M

band

Talk

PTT: Press [Transmit] button.

2)CH-Sig: 2-1

PTT: ON

TA: ON

2)Test Channel

Channel: 2

Test Signaling Mode: Analog

Signaling: 1

PTT: Press [Transmit] button.

around]

3)CH-Sig: 3-1

PTT: ON

TA: ON

3)Test Channel

Channel: 3

Test Signaling Mode: Analog

Signaling: 1

PTT: Press [Transmit] button.

3-3.

Low

1)CH-Sig: 7-1

PTT: ON

1)Test Channel

Channel: 7

Power

meter

1.5W~2.0W

5.0A or less

power

check

[800M

band]

TA: OFF

Test Signaling Mode: Analog Ammeter

Signaling: 1

PTT: Press [Transmit] button.

2)CH-Sig: 8-1

PTT: ON

2)Test Channel

Channel: 8

TA: OFF

Test Signaling Mode: Analog

Signaling: 1

PTT: Press [Transmit] button.

3)CH-Sig: 9-1

PTT: ON

3)Test Channel

Channel: 9

TA: OFF

Test Signaling Mode: Analog

Signaling: 1

PTT: Press [Transmit] button.

(No.RA032<Rev.001>)1-45

Item

Condition

PC test mode

Measurement

Adjustment

Specifica-

tions

/Remarks

Panel test

mode

Test-

Unit Terminal Unit Parts Method

equipment

3-4.

Low

1)CH-Sig: 7-1

PTT: ON

1)Test Channel

Channel: 7

Power

meter

Panel ANT

Check

1.5W~2.0W

5.0A or less

power

check

[800M

band

Talk

around]

TA: ON

Test Signaling Mode: Analog Ammeter

Signaling: 1

PTT: Press [Transmit] button.

2)CH-Sig: 8-1

PTT: ON

TA: ON

2)Test Channel

Channel: 8

Test Signaling Mode: Analog

Signaling: 1

PTT: Press [Transmit] button.

3)CH-Sig: 9-1

PTT: ON

3)Test Channel

Channel: 9

TA: ON

Test Signaling Mode: Analog

Signaling: 1

PTT: Press [Transmit] button.

MIC

1)CH-Sig: 1-1

AG: 1kHz

1)Test Channel

Channel: 1

Deviation

meter

Panel ANT

Ext. SP

Adjust AG 5mV ±1mV

input to get

sensitivity

check

PTT: ON

Test Signaling Mode: Analog Oscillo-

connec-

tor

a standard

MOD.

Signaling: 1

AG: 1kHz

scope

PTT: Press [Transmit] button. AF VM

5-1.

1)CH-Sig: 2-1

SSG output

Wide 5k:

-117dBm

(0.32μV)

(MOD:

1kHz/±3kHz)

Wide 4k:

-117dBm

(0.32μV)

(MOD:

1)Test Channel

Channel: 2

Test Signaling Mode: Analog Oscilloscope

Signaling: 1

SSG output

Wide 5k: -117dBm (0.32μV) 4Ω Dummy

(MOD: 1kHz/±3kHz)

Wide 4k: -117dBm (0.32μV)

(MOD: 1kHz/±2.4kHz)

Narrow: -117dBm (0.32μV)

(MOD: 1kHz/±1.5kHz)

SSG

AF VM

Panel ANT

Check

12dB SINAD

or more

Sensitivi-

ty check

[700M

band]

Ext. SP

connec-

tor

Distortion

meter

load

1kHz/

±2.4kHz)

Narrow:

-117dBm

(0.32μV)

(MOD: 1kHz/

±1.5kHz)

5-2.

1)CH-Sig: 8-1

SSG output

Wide 5k:

-117dBm

(0.32μV)

(MOD:

1kHz/±3kHz)

Wide 4k:

-117dBm

(0.32μV)

(MOD:

1)Test Channel

Channel: 8

Test Signaling Mode: Analog Oscilloscope

Signaling: 1

SSG output

Wide 5k: -117dBm (0.32μV) 4Ω Dummy

(MOD: 1kHz/±3kHz)

Wide 4k: -117dBm (0.32μV)

(MOD: 1kHz/±2.4kHz)

(Narrow: -117dBm (0.32μV)

(MOD: 1kHz/±1.5kHz)

SSG

AF VM

Panel ANT

Check

12dB SINAD

or more

Sensitivi-

ty check

[800M

band]

Ext. SP

connec-

tor

Distortion

meter

load

1kHz/

±2.4kHz)

Narrow:

-117dBm

(0.32μV)

(MOD: 1kHz/

±1.5kHz)

1-46 (No.RA032<Rev.001>)

4.8 Common Section

Item Condition

PC test mode

Measurement

Adjustment

Method

Specifications

/Remarks

Panel tuning

mode

Test- Unit Ter- Unit Parts

equip-

ment

minal

1) DC voltage:13.6V

Setting 2) SSG standard modulation

[Wide 5k] MOD:1kHz,DEV:3kHz

[Wide 4k] MOD:1kHz,DEV:2.4kHz

[Narrow] MOD:1kHz,DEV:1.5kHz

1) Adj item:

[RAST]

Adjust:[****] 2) Adj item:

1) Adj item:

[Receive Assist]

Panel [Panel [PC test mode]

tuning [Automatic

2.5V±0.1V

[Automatic

Adjustment]

After the automatic

adjustment is per-

Receive

Assist

mode] Adjustment]

2) Adj item:

[700M RX/

TA Low]→

[700M RX/

TA High]→

[800M RX/

TA Low]→

[800M RX/

TA High]

[Frequency:

[],

[]

[PC

test

1) Press [Tune Assist

Voltage] button.

2) Press [Apply All] but- formed, verify that

ton to store the adjust- the VCO lock volt-

700MHz Band]

[RX/TA Low]→

[RX/TA High]

[Frequency:

mode] ment value after the

age is within the

voltage range

which is specified

800MHz Band]

[RX/TA Low]→

[RX/TA High]

Press [Apply All]

button to store the

adjustment value.

[←],

[→]

automatic adjustment

has finished.

[Manual Adjustment] by the manual ad-

[V] indicator on the PC justment.

window shows VCO lock [Manual Adjust-

voltage. Change the ad- ment]

Adjust:[****]

Press [

]

key to store

the adjust-

ment value.

justment value to get

VCO lock voltage within button to store the

the limit of the specified adjustment value

Press [Apply All]

voltage.

after all adjustment

point have been

adjusted.

1) Adj item:

[TAST]

Adjust:[****] 2) Adj item:

2) Adj item:

[700M RX/

TA Low]→

[700M RX/

TA High]→

[700M TX

Low]→

1) Adj item:

[Transmit Assist]

Panel [Panel

Transmit

Assist

tuning Note:

mode]

[],

[]

[PC

test

mode]

[←],

[→]

Confirm the VCO lock

voltage approximately Note:

3 seconds after the The assist adjust-

adjustment value is ment value must

changed.

[Frequency:

700MHz Band]

[RX/TA Low]→

[RX/TA High]→

[TX Low]→

[TX High]

[Frequency:

be between from

340 to 3550.

[700M TX

High]→

[800M TX

Low]→

[800M TX

High]→

800MHz Band]

[TX Low]→

[TX High]→

[RX/TA Low]→

[RX/TA High]

PTT Press

[800M RX/

TA Low]→

[800M RX/

TA High]

[Transmit] button.

Press [Apply All]

button to store the

adjustment value.

Adjust:[****]

PTT: ON.

Press [

]

key to store

the adjust-

ment value.

(No.RA032<Rev.001>)1-47

Item

Condition

Panel tuning PC test mode

mode

Measurement

Adjustment

Method

Specifications

/Remarks

Test- Unit Ter- Unit Parts

equip-

ment

minal

*The Frequen- 1) Adj item:

SSG

Panel ANT Panel [Panel [PC test mode]

[PC test mode]

Frequency cy adjust-

ment can be

performed

[Frequency]

SSG output:

-20dBm (22.4mV)

(CW (without mod-

ulation))

tuning Press [Start] button of “IF20” value = With-

mode] "Auto Tuning". in 0±30 digits. The

Press [Apply] button to value of “IF20” will

store the adjustment become around “0”

value after the automatic after the adjustment

[],

[]

[PC

test

only in PC

test mode.

adjustment has

has finished.

Caution:

mode] finished.

Perform the fre-

quency adjustment

under the following

conditions.

[←],

[→]

Remark:

“Frequency” is

adjusted under

receiving condition

with SSG.

• Temperature range

of +20°C to +33°C

(+68.0°F to

+91.4°F).

(Thetemperatureis

displayed on the

Frequency adjust-

ment screen of the

KPG-D1/D1N and

the LCD of the

transceiver.)

• Use an accuracy of

0.001ppm for the

SSG. (Use a stan-

dard oscillator if

necessary.)

TEST

POINT

(CN715)

RTC

1) Adj item:

[RTC]

1) Adj item:

[RTC Correction]

Data: [****]

Fre-

quen-

Panel

[Panel [Panel tuning mode]

tuning Press [ ] key to store Change the adjust-

mode] the adjustment value.

Remaks:

Corre- Adjust:[****]

citon

ment value so that

the frequency cur-

Press [ ] key Press [Apply] key to Counte

to store the ad- store the adjustment r

justment val- value.

[



]

[PC test mode]

Press [Apply] button to rently displayed on

[

[PC

test

store the adjustment

value.

“Crystal Oscillation

Frequency” on the

PC window and the

frequency currently

displayed on the

ue.

mode]

[

←

]

[→

frequency counter

are in agreement.

1-48 (No.RA032<Rev.001>)

4.9 Transmitter Section

Item

Condition

PC test mode

Measurement

Adjustment

Method

Specifica-

tions

/Remarks

Panel tuning

mode

Test- Unit Ter- Unit Parts

equip-

ment

minal

1) Adj item:

Power Panel ANT Panel [Panel [PC test mode]

Ramp

Offset

[RAMPU]

Adjust:[****]

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

High]→

[Ramp Up Offset] meter

tuning [Automatic Adjust-

mode] ment]

2) Adj item:

Ammeter

[Frequency:

[],

[]

[PC

test

1) Press [Tune Rump

Offset] button.

2) Press [Apply All] but-

ton to store the adjust-

700MHz Band]

[RX/TA Low]→

[RX/TA High]→

[TX Low]→

mode] ment value after the

[700M TX Low]→ [TX High]

[700M TX

[←],

[→]

automatic adjustment

has finished.

[Frequency:

800MHz Band]

High]→

3) Check Ramp UP Off-

set Monitor Value Over

45.

[Manual Adjustment]

1) Set the adjustment

value to “1”.

2) Increase the adjust-

ment value slowly while

monitoring the offset

monitor value.

3) Set the adjustment

value when the offset

monitor value exceed

“50”.

[800M TX Low]→ [TX Low]→

[800M TX

High]→

[800M RX/TA

Low]→

[800M RX/TA

High]

[TX High]→

[RX/TA Low]→

[RX/TA High]

Press [Transmit]

button.

Press [Apply All]

button to store the

adjustment value.

PTT : ON

Press [ ] key to

store the adjust-

ment value.

1) Adj item:

[RAMPD]

Adjust:[****]

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

High]→

[700M TX Low]→ [TX Low]→

[700M TX

1) Adj item:

[Ramp Down

Offset ]

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA Low]→

[RX/TA High]→

Power Panel ANT Panel [Panel [PC test mode]

Ramp

down

Offset

meter

tuning [Automatic Adjust-

Ammeter

mode] ment]

[],

[]

[PC

test

1) If "Automatic Adjust-

ment" is completed in

the item of "Ramp up

Offset", this item is Com-

mode] pleted in addition.

[←],

[→]

2) Check ''Ramp Down

Offset'' monitor value

under ''50'' with PTT ON

[Manual Adjustment]

1) Set the following val-

ue with reference to the

value that you applied in

the item of "Ramp up

Offset"

[TX High]

[Frequency:

High]→

[800M TX Low]→ 800MHz Band]

[800M TX

High]→

[800M RX/TA

Low]→

[800M RX/TA

High]

[TX Low]→

[TX High]→

[RX/TA Low]→

[RX/TA High]

Press [Transmit]

button.

Press [Apply All]

button to store the

adjustment value.

2)Write calcurated Val-

ue "Ramp up Offset-70".

3)If the subtraction re-

sult is less than "1", ap-

ply"1".

PTT : ON

Press [ ] key to

store the adjust-

ment value.

(No.RA032<Rev.001>)1-49

Item

Condition

Panel tuning PC test mode

Measurement

Adjustment

Method

Specifica-

tions

/Remarks

Test- Unit Ter- Unit Parts

mode

equip-

ment

minal

High

Maxi-

mum

Power

1) Adj item:

[An MAX_H]

Adjust:[****]

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

High]→

[700M TX Low]→ [TX Low]→

[700M TX

1) Adj item:

[High Maximum

Power]

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA Low]→

[RX/TA High]→

Power Panel ANT Panel [Panel 45W (700M RX/TA Low, ±1.0W

meter

Ammeter

tuning 700M RX/TA High,

mode] 700M TX Low,

15.0A or less

[PC test

mode]

[],

[]

[PC

test

700M TX High)

40W (800M RX/TA Low,

800M RX/TA High,

800MHz TX Low,

Press [Apply

All] button to

store the

adjustment

value after all

adjustment

point was

adjusted.

mode] 800MHz TX High)

[←],

[→]

[TX High]

[Frequency:

High]→

[800M TX Low]→ 800MHz Band]

[800M TX

High]→

[TX Low]→

[TX High]→

[800M RX/TA

Low]→

[800M RX/TA

High]

[RX/TA Low]→

[RX/TA High]

Press [Transmit]

button.

PTT : ON

Press [Apply All]

button to store the

adjustment value.

Press [ ] key to

store the adjust-

ment value.

1) Adj item:

[An MAX_M]

Adjust:[****]

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

High]→

[700M TX Low]→ [TX Low]→

[700M TX

1) Adj item:

[Medium Maximum meter

Power]

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA Low]→

[RX/TA High]→

Power Panel ANT Panel [Panel 45W (700M RX/TA Low, ±1.0W

Medium

Maxi-

mum

power

tuning 700M RX/TA High,

mode] 700M TX Low,

15.0A or less

[PC test

Ammeter

[],

[]

[PC

test

700M TX High)

40W (800M RX/TA Low, Press [Apply

800M RX/TA High,

800MHz TX Low,

mode]

All] button to

store the

mode] 800MHz TX High)

[←],

[→]

adjustment

value after all

adjustment

point was

[TX High]

[Frequency:

High]→

[800M TX Low]→ 800MHz Band]

adjusted.

[800M TX

High]→

[TX Low]→

[TX High]→

[800M RX/TA

Low]→

[800M RX/TA

High]

[RX/TA Low]→

[RX/TA High]

Press [Transmit]

button.

PTT : ON

Press [Apply All]

button to store the

adjustment value.

Press [ ] key to

store the adjust-

ment value.

1-50 (No.RA032<Rev.001>)

Item

Condition

Panel tuning PC test mode

Measurement

Adjustment

Method

Specifica-

tions

/Remarks

Test- Unit Ter- Unit Parts

mode

equip-

ment

minal

Low

Maxi-

mum

power

1) Adj item:

[An MAX_L]

Adjust:[****]

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

High]→

[700M TX Low]→ [TX Low]→

[700M TX

1) Adj item:

[Low Maximum

Power]

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA Low]→

[RX/TA High]→

Power Panel ANT Panel [Panel 45W (700M RX/TA Low, ±1.0W

meter

Ammeter

tuning 700M RX/TA High,

mode] 700M TX Low,

15.0A or less

[],

[]

[PC

test

700M TX High)

40W (800M RX/TA Low, mode]

800M RX/TA High,

800MHz TX Low,

[PC test

Press [Apply

All] button to

store the

mode] 800MHz TX High)

[←],

[→]

adjustment

value after all

adjustment

point was

[TX High]

[Frequency:

High]→

[800M TX Low]→ 800MHz Band]

[800M TX

High]→

[TX Low]→

[TX High]→

adjusted.

[800M RX/TA

Low]→

[800M RX/TA

High]

[RX/TA Low]→

[RX/TA High]

Press [Transmit]

button.

PTT : ON

Press [Apply All]

button to store the

adjustment value.

Press [ ] key to

store the adjust-

ment value.

1) Adj item:

[An H_LMT]

Adjust:[****]

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

High]→

[700M TX Low]→ [TX Low]→

[700M TX

1) Adj item:

Power Panel ANT Panel [Panel Write the value as

High

Trans-

mit

Power

Limit

[High Transmit

Power Limit]

2) Adj item:

meter

tuning followings.

Ammeter

mode] 256 (Fixed)

[],

[]

[PC

test

mode]

[←],

[→]

[Frequency:

700MHz Band]

[RX/TA Low]→

[RX/TA High]→

[TX High]

[Frequency:

High]→

[800M TX Low]→ 800MHz Band]

[800M TX

High]→

[TX Low]→

[TX High]→

[800M RX/TA

Low]→

[800M RX/TA

High]

[RX/TA Low]→

[RX/TA High]

Press [Transmit]

button.

PTT : OFF

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

(No.RA032<Rev.001>)1-51

Item

Condition

Panel tuning PC test mode

Measurement

Adjustment

Method

Specifica-

tions

/Remarks

Test- Unit Ter- Unit Parts

mode

equip-

ment

minal

1) Adj item:

[An M_LMT]

Adjust:[****]

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

High]→

[700M TX Low]→ [TX Low]→

[700M TX

1) Adj item:

[Medium Transmit meter

Power Limit]

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA Low]→

[RX/TA High]→

Power Panel ANT Panel [Panel Write the value as

Medium

Trans-

mit

Power

Limit

tuning followings.

Ammeter

mode] 256 (Fixed)

[],

[]

[PC

test

mode]

[←],

[→]

[TX High]

[Frequency:

High]→

[800M TX Low]→ 800MHz Band]

[800M TX

High]→

[TX Low]→

[TX High]→

[800M RX/TA

Low]→

[800M RX/TA

High]

[RX/TA Low]→

[RX/TA High]

Press [Transmit]

button.

PTT : OFF

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

1) Adj item:

[An L_LMT]

Adjust:[****]

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

High]→

[700M TX Low]→ [TX Low]→

[700M TX

1) Adj item:

Power Panel ANT Panel [Panel Write the value as

Low

Trans-

mit

Power

Limit

[Low Transmit

Power Limit]

2) Adj item:

meter

tuning followings.

Ammeter

mode] 256 (Fixed)

[],

[]

[PC

test

mode]

[←],

[→]

[Frequency:

700MHz Band]

[RX/TA Low]→

[RX/TA High]→

[TX High]

[Frequency:

High]→

[800M TX Low]→ 800MHz Band]

[800M TX

High]→

[TX Low]→

[TX High]→

[800M RX/TA

Low]→

[800M RX/TA

High]

[RX/TA Low]→

[RX/TA High]

Press [Transmit]

button.

PTT : OFF

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

1-52 (No.RA032<Rev.001>)

Item

Condition

Panel tuning PC test mode

Measurement

Adjustment

Method

Specifica-

tions

/Remarks

Test- Unit Ter- Unit Parts

mode

equip-

ment

minal

High

Trans-

mit

Power

1) Adj item:

[An H_PWR]

Adjust:[****]

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

High]→

[700M TX Low]→ [TX Low]→

[700M TX

1) Adj item:

[High Transmit

Power]

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA Low]→

[RX/TA High]→

Power Panel ANT Panel [Panel [7RL]: 28.5W

±1.0W

13.0A or less

[PC test

meter

Ammeter

tuning [7RH]: 28.5W

mode] [7TL]: 28.5W

[],

[]

[PC

test

[7TH]: 28.5W

mode]

Press [Apply

All] button to

store the

adjustment

value after all

adjustment

point was

[8TL]: 35.0W

[8TH]: 35.0W

mode] [8RL]: 35.0W

[←],

[→]

[8RH]: 35.0W

[TX High]

[Frequency:

High]→

[800M TX Low]→ 800MHz Band]

adjusted.

[800M TX

High]→

[TX Low]→

[TX High]→

[800M RX/TA

Low]→

[800M RX/TA

High]

[RX/TA Low]→

[RX/TA High]

Press [Transmit]

button.

PTT : ON

Press [Apply All]

button to store the

adjustment value.

Press [ ] key to

store the adjust-

ment value.

10.

1) Adj item:

[An M_PWR]

Adjust:[****]

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

High]→

[700M TX Low]→ [TX Low]→

[700M TX

1) Adj item:

[Medium Transmit meter

Power]

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA Low]→

[RX/TA High]→

Power Panel ANT Panel [Panel 1.75W

±0.2W

5.0A or less

[PC test

Medium

Trans-

mit

tuning

mode]

[],

[]

[PC

Note:

Medium transmit pow-

er is the purpose of

the custom power

(adjustment).

This power must be

lower than High trans-

mit power.

Ammeter

mode]

Power

Press [Apply

All] button to

store the

adjustment

value after all

adjustment

point was

adjusted.

test

mode]

[←],

[→]

[TX High]

[Frequency:

In the production, this

Medium transmit

power is adjusted at

1.75W.

High]→

[800M TX Low]→ 800MHz Band]

[800M TX

High]→

[TX Low]→

[TX High]→

[800M RX/TA

Low]→

[800M RX/TA

High]

[RX/TA Low]→

[RX/TA High]

Press [Transmit]

button.

PTT : ON

Press [Apply All]

button to store the

adjustment value.

Press [ ] key to

store the adjust-

ment value.

(No.RA032<Rev.001>)1-53

Item

Condition

Panel tuning PC test mode

Measurement

Adjustment

Method

Specifica-

tions

/Remarks

Test- Unit Ter- Unit Parts

mode

equip-

ment

minal

11.

Low

Trans-

mit

Power

1) Adj item:

[An L_PWR]

Adjust:[****]

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

High]→

[700M TX Low]→ [TX Low]→

[700M TX

1) Adj item:

[Low Transmit

Power]

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA Low]→

[RX/TA High]→

Power Panel ANT Panel [Panel 1.75W

±0.2W

5.0A or less

[PC test

meter

Ammeter

tuning

mode]

[],

mode]

[]

[PC

test

mode]

[←],

[→]

Press [Apply

All] button to

store the

adjustment

value after all

adjustment

point was

adjusted.

[TX High]

[Frequency:

High]→

[800M TX Low]→ 800MHz Band]

[800M TX

High]→

[TX Low]→

[TX High]→

[800M RX/TA

Low]→

[800M RX/TA

High]

[RX/TA Low]→

[RX/TA High]

Press [Transmit]

button.

PTT : ON

Press [Apply All]

button to store the

adjustment value.

Press [ ] key to

store the adjust-

ment value.

12.

Balance

1) Adj item:

[An BAL]

1) Adj item:

[Balance]

Deviation meter

LPF: 3kHz

Devia- Panel ANT Panel [Panel The Deviation of 20Hz 2kHz Tone de-

tion

tuning frequency is fixed.

mode] Change the 2kHz ad-

viation is with-

in ± 1.0% of

20Hz tone de-

viation.

Adjust:[****]

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

High]→

[700M TX Low]→ [TX High]

[700M TX

meter

Oscillo-

scope

[],

[]

justment value to be-

come the same

HPF: OFF

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA Low]→

[RX/TA High]→

[TX Low]→

[PC

test

deviation of 20Hz within

the specified range.

[PC test

mode]

[←],

[→]

mode]

Press [Apply

All] button to

(a supplementary

explanation:

Another way to adjust is store the

ready. adjustment

[Frequency:

800MHz Band]

(Same as TK-5910, the value after all

old model of NX-5900). adjustment

High]→

[800M TX Low]→ [TX Low]→

Press [AUX(Orange)]

point was

[800M TX

High]→

[800M RX/TA

Low]→

[800M RX/TA

High]

[TX High]→

key to switch the tone to adjusted.

100Hz square wave.

Then, make the demod-

ulation waveform shown

on oscilloscope into

[RX/TA Low]→

[RX/TA High]

Press [Transmit]

button.

Press [Apply All]

button to store the

adjustment value.

square shape.)

Adjust:[****]

PTT : ON

Press [ ] key to

store the adjust-

ment value.

*1 : Refer to the “4.9.1 Necessary Deviation adjustment item for each signaling and mode” table.

Balance adjustment is common with the adjustment of all signaling deviations.

1-54 (No.RA032<Rev.001>)

Item

Condition

Panel tuning PC test mode

Measurement

Adjustment

Method

Specifica-

tions

/Remarks

Test- Unit Ter- Unit Parts

mode

equip-

ment

minal

13.

1) Adj item:

[Aw ADEV]

Adjust:[****]

Deviation meter

LPF: 15kHz

HPF: OFF

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

High]→

[700M TX Low]→ [RX/TA High]→

[700M TX

1) Adj item:

[Maxmum

Deviation

(Analog Wide 5k)] Oscil-

Deviation meter

LPF: 15kHz

HPF: OFF

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA Low]→

Devia- Panel ANT Panel [Panel Write fixed value for

4150~4250Hz

Maxi-

mum

Devia-

tion

meter

tuning each adjustment point.

mode] (The value is written be- [PC test

[],

[]

[PC

test

low.) Transmit at each mode]

adjustment point and

check that the deviation All] button to

is between 4150Hz and store the

lo-

scope

Press [Apply

[Analog

Wide

5k]

mode] 4250Hz.

adjustment

value after all

adjustment

point was

[←],

[→]

Deviation meter

LPF: 15kHz

HPF: OFF

adjusted.

[TX Low]→

[TX High]

[Fixed Value]

497

High]→

[800M TX Low]→ [Frequency:

[800M TX

High]→

[800M RX/TA

Low]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

Press [ ] key to

store the adjust-

ment value.

800MHz Band]

[TX Low]→

[TX High]→

[RX/TA Low]→

[RX/TA High]

Press [Transmit]

button.

Press [Apply All]

button to store the

adjustment value.

[Panel tuning mode]

PTT: ON

[PC test mode]

PTT: Press [Transmit]

button

[Analog 1) Adj item:

1) Adj item:

[Maxmum

Deviation

(Analog Wide 4k)] Oscil-

Deviation meter

LPF: 15kHz

HPF: OFF

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA Low]→

Devia- Panel ANT Panel [Panel Write fixed value for

3310~3410Hz

Wide

4k]

[As ADEV]

Adjust:[****]

Deviation meter

LPF: 15kHz

HPF: OFF

tion

meter

tuning each adjustment point.

mode] (The value is written be- [PC test

[],

[]

[PC

test

low.) Transmit at each mode]

adjustment point and

check that the deviation All] button to

is between 3310Hz and store the

lo-

scope

Press [Apply

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

High]→

mode] 3410Hz.

adjustment

value after all

adjustment

point was

[←],

[→]

Deviation meter

LPF: 15kHz

HPF: OFF

[700M TX Low]→ [RX/TA High]→

[700M TX

adjusted.

[TX Low]→

[TX High]

[Fixed Value]

498

High]→

[800M TX Low]→ [Frequency:

[800M TX

High]→

[800M RX/TA

Low]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

Press [ ] key to

store the adjust-

ment value.

800MHz Band]

[TX Low]→

[TX High]→

[RX/TA Low]→

[RX/TA High]

Press [Transmit]

button.

Press [Apply All]

button to store the

adjustment value.

[Panel tuning mode]

PTT: ON

[PC test mode]

PTT: Press [Transmit]

button

(No.RA032<Rev.001>)1-55

Item

Condition

Panel tuning PC test mode

mode

Measurement

Adjustment

Method

Specifica-

tions

/Remarks

Test- Unit Ter- Unit Parts

equip-

ment

minal

[Analog 1) Adj item:

1) Adj item:

Devia- Panel ANT Panel [Panel Write fixed value for

2050~2150Hz

Narrow]

[As ADEV]

Adjust:[****]

Deviation meter

LPF: 15kHz

HPF: OFF

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

High]→

[700M TX Low]→ [RX/TA High]→

[700M TX

[Maxmum

Deviation

(Analog Narrow)]

Deviation meter

LPF: 15kHz

HPF: OFF

tion

tuning each adjustment point.

mode] (The value is written be- [PC test

meter

Oscil-

lo-

[],

[]

[PC

test

low.) Transmit at each mode]

adjustment point and

Press [Apply

scope

check that the deviation All] button to

is between 2050Hz and store the

2) Adj item:

mode] 2150Hz.

adjustment

value after all

adjustment

point was

[Frequency:

700MHz Band]

[RX/TA Low]→

[←],

Deviation meter

LPF: 15kHz

HPF: OFF

[→]

adjusted.

[TX Low]→

[TX High]

[Fixed Value]

495

High]→

[800M TX Low]→ [Frequency:

[800M TX

High]→

[800M RX/TA

Low]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

Press [ ] key to

store the adjust-

ment value.

800MHz Band]

[TX Low]→

[TX High]→

[RX/TA Low]→

[RX/TA High]

Press [Transmit]

button.

Press [Apply All]

button to store the

adjustment value.

[Panel tuning mode]

PTT: ON

[PC test mode]

PTT: Press [Transmit]

button

*2 : Refer to the “4.9.1 Necessary Deviation adjustment item for each signaling and mode” table.

Regarding Maximum Deviation (Analog), it is common with the adjustment of all analog signalings.

14. P25 1) Adj item:

1) Adj item:

[P25 High

Deviation]

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA Low]→

[RX/TA High]→

Devia- Panel ANT Panel [Panel Write fixed value for

2771~2883Hz

High

Devia-

tion

[P1 PDEV]

Adjust:[****]

Deviation meter

LPF: 3kHz

HPF: OFF

tion

tuning each adjustment point.

mode] (The value is written be- [PC test

meter

Oscil-

lo-

[],

[]

[PC

test

low.) Transmit at each mode]

adjustment point and

check that the deviation All] button to

is between 2771Hz and store the

Press [Apply

scope

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

High]→

mode] 2883Hz.

adjustment

value after all

adjustment

point was

[←],

[→]

Deviation meter

LPF: 3kHz

HPF: OFF

[700M TX Low]→ [TX Low]→

[700M TX

adjusted.

[TX High]

[Frequency:

[Fixed Value]

502

High]→

[800M TX Low]→ 800MHz Band]

[800M TX

High]→

[TX Low]→

[TX High]→

[Panel tuning mode]

PTT: ON

[800M RX/TA

Low]→

[800M RX/TA

High]

[RX/TA Low]→

[RX/TA High]

Press [Transmit]

button.

[PC test mode]

PTT: Press [Transmit]

button

Adjust:[****]

PTT : ON

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

1-56 (No.RA032<Rev.001>)

Item

Condition

Panel tuning PC test mode

mode

Measurement

Adjustment

Method

Specifica-

tions

/Remarks

Test- Unit Ter- Unit Parts

equip-

ment

minal

15. P25 1) Adj item:

1) Adj item:

Devia- Panel ANT Panel [Panel Write fixed value for

3090~3215Hz

H-CPM

Devia-

tion

[P2 P2DEV]

Adjust:[****]

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

High]→

[700M TX Low]→ [TX Low]→

[700M TX

[P25 H-CPM

Deviation]

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA Low]→

[RX/TA High]→

tion

tuning each adjustment point.

mode] (The value is written be- [PC test

meter

Oscil-

lo-

[],

[]

[PC

test

low.) Transmit at each mode]

adjustment point and

Press [Apply

scope

check that the deviation All] button to

is between 3090Hz and store the

mode] 3215Hz.

adjustment

value after all

adjustment

point was

[←],

Deviation meter

LPF: 3kHz

HPF: OFF

[→]

adjusted.

[TX High]

[Frequency:

[Fixed Value]

482

High]→

[800M TX Low]→ 800MHz Band]

[800M TX

High]→

[TX Low]→

[TX High]→

[Panel tuning mode]

PTT: ON

[800M RX/TA

Low]→

[800M RX/TA

High]

[RX/TA Low]→

[RX/TA High]

Press [Transmit]

button.

[PC test mode]

PTT: Press [Transmit]

button

Adjust:[****]

PTT : ON

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

16.

NXDN

High

Devia-

tion

[NXDN

1) Adj item:

[Nn NDEV]

Adjust:[****]

Deviation meter

LPF: 3kHz

1) Adj item:

[NXDN High

Deviation

(NXDN Narrow]

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA Low]→

Devia- Panel ANT Panel [Panel Write fixed value for

2995~3117Hz

tion

tuning each adjustment point.

mode] (The value is written be- [PC test

meter

Oscil-

lo-

[],

[]

[PC

test

low.) Transmit at each mode]

adjustment point and

check that the Analog

deviation is between

Press [Apply

HPF: OFF

scope

All] button to

store the ad-

justment val-

ue after all

adjustment

point was ad-

justed.

Narrow] 2) Adj item:

[700M RX/TA

mode] 2995Hz and 3117Hz.

Low]→

[700M RX/TA

High]→

[700M TX Low]→ [RX/TA High]→

[700M TX

[←],

[→]

Deviation meter

LPF: 3kHz

HPF: OFF

[TX Low]→

[TX High]

[Fixed Value]

501

High]→

[800M TX Low]→ [Frequency:

[800M TX

High]→

[800M RX/TA

Low]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

Press [ ] key to

store the adjust-

ment value.

800MHz Band]

[TX Low]→

[TX High]→

[RX/TA Low]→

[RX/TA High]

Press [Transmit]

button.

Press [Apply All]

button to store the

adjustment value.

[Panel tuning mode]

PTT: ON

[PC test mode]

PTT: Press [Transmit]

button

(No.RA032<Rev.001>)1-57

Item

Condition

Panel tuning PC test mode

mode

Measurement

Adjustment

Method

Specifica-

tions

/Remarks

Test- Unit Ter- Unit Parts

equip-

ment

minal

[NXDN 1) Adj item:

1) Adj item:

Devia- Panel ANT Panel [Panel Write fixed value for

1311~1363Hz

Very

Narrow]

[Nv NDEV]

Adjust:[****]

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

High]→

[700M TX Low]→ [RX/TA Low]→

[700M TX

[NXDN High

Deviation

(NXDN Very Nar- Oscil-

row]

Deviation meter

LPF: 3kHz

tion

meter

tuning each adjustment point.

mode] (The value is written be- [PC test

[],

[]

[PC

test

low.) Transmit at each mode]

lo-

scope

adjustment point and

check that the Analog

deviation is between

Press [Apply

All] button to

store the ad-

justment val-

ue after all

adjustment

point was ad-

justed.

HPF: OFF

mode] 1311Hz and 1363Hz.

[←],

[→]

2) Adj item:

[Frequency:

700MHz Band]

Deviation meter

LPF: 3kHz

HPF: OFF

[RX/TA High]→

[TX Low]→

[Fixed Value]

501

High]→

[800M TX Low]→ [TX High]

[800M TX

[Frequency:

[Panel tuning mode]

High]→

[800M RX/TA

Low]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

800MHz Band]

[TX Low]→

PTT: ON

[TX High]→

[PC test mode]

PTT: Press [Transmit]

button

[RX/TA Low]→

[RX/TA High]

Press [Transmit]

button.

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

17. QT 1) Adj item:

1) Adj item:

[QT Deviation

(Analog Wide 5k)] meter

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

[Frequency:

Devia- Panel ANT Panel [Panel Write the value as fol-

0.75kHz±0.05

kHz

Devia-

tion *3

[Aw QT]

Adjust:[****]

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

[700M RX/TA

High]→

tion

tuning lowings.

mode]

Oscil-

lo-

[],

[]

[Fixed Value]

527

[Analog

Wide

5k]

scope

[PC

test

mode]

[←],

[→]

700MHz Band]

[RX/TA High]→

[TA High]

[700M TA

High]→

[800M TX

[Frequency:

High]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

800MHz Band]

[TX High]→

[RX/TA High]

Press [Transmit]

button.

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

1-58 (No.RA032<Rev.001>)

Item

Condition

Panel tuning PC test mode

mode

Measurement

Adjustment

Method

Specifica-

tions

/Remarks

Test- Unit Ter- Unit Parts

equip-

ment

minal

[Analog 1) Adj item:

1) Adj item:

[QT Deviation

(Analog Wide 4k)] meter

Devia- Panel ANT Panel [Panel Write the value as fol-

0.60kHz±0.05

kHz

Wide

4k]

[An QT]

tion

tuning lowings.

mode]

Adjust:[****]

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

[700M RX/TA

High]→

Deviation meter

LPF: 3kHz

Oscil-

lo-

[],

[]

[Fixed Value]

525

HPF: OFF

scope

[PC

test

mode]

[←],

[→]

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA High]→

[TA High]

[700M TA

High]→

[800M TX

[Frequency:

High]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

800MHz Band]

[TX High]→

[RX/TA High]

Press [Transmit]

button.

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

[Analog 1) Adj item:

1) Adj item:

Devia- Panel ANT Panel [Panel Write the value as fol-

0.35kHz±0.05

kHz

Narrow]

[An QT]

[QT Deviation

(Analog Narrow)]

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

tion

tuning lowings.

mode]

Adjust:[****]

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

[700M RX/TA

High]→

[700M TA

High]→

[800M TX

meter

Oscil-

lo-

[],

[]

[Fixed Value]

525

scope

[PC

test

[Frequency:

mode]

[←],

[→]

700MHz Band]

[RX/TA High]→

[TA High]

[Frequency:

High]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

800MHz Band]

[TX High]→

[RX/TA High]

Press [Transmit]

button.

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

(No.RA032<Rev.001>)1-59

Item

Condition

Panel tuning PC test mode

mode

Measurement

Adjustment

Method

Specifica-

tions

/Remarks

Test- Unit Ter- Unit Parts

equip-

ment

minal

18.DQT 1) Adj item:

1) Adj item:

[DQT Deviation

(Analog Wide 5k)] meter

Devia- Panel ANT Panel [Panel Write the value as fol-

0.75kHz±0.05

kHz

Devia-

tion *3

[Aw DQT]

Adjust:[****]

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

[700M RX/TA

High]→

tion

tuning lowings.

mode]

Deviation meter

LPF: 3kHz

Oscil-

lo-

[],

[]

[Fixed Value]

428

[Analog

Wide

5k]

HPF: OFF

scope

[PC

test

mode]

[←],

[→]

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA High]→

[TA High]

[700M TA

High]→

[800M TX

[Frequency:

High]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

800MHz Band]

[TX High]→

[RX/TA High]

Press [Transmit]

button.

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

[Analog 1) Adj item:

1) Adj item:

[DQT Deviation

(Analog Wide 4k)] meter

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

[Frequency:

Devia- Panel ANT Panel [Panel Write the value as fol-

0.60kHz±0.05

kHz

Wide

4k]

[As DQT]

Adjust:[****]

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

[700M RX/TA

High]→

tion

tuning lowings.

mode]

Oscil-

lo-

[],

[]

[Fixed Value]

428

scope

[PC

test

mode]

[←],

[→]

700MHz Band]

[RX/TA High]→

[TA High]

[700M TA

High]→

[800M TX

[Frequency:

High]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

800MHz Band]

[TX High]→

[RX/TA High]

Press [Transmit]

button.

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

1-60 (No.RA032<Rev.001>)

Item

Condition

Panel tuning PC test mode

mode

Measurement

Adjustment

Method

Specifica-

tions

/Remarks

Test- Unit Ter- Unit Parts

equip-

ment

minal

[Analog 1) Adj item:

1) Adj item:

Devia- Panel ANT Panel [Panel Write the value as fol-

0.35kHz±0.05

kHz

Narrow]

[An DQT]

Adjust:[****]

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

[700M RX/TA

High]→

[DQT Deviation

(Analog Narrow)]

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

tion

tuning lowings.

mode]

meter

Oscil-

lo-

[],

[]

[Fixed Value]

428

scope

[PC

test

[Frequency:

mode]

[←],

[→]

700MHz Band]

[RX/TA High]→

[TA High]

[700M TA

High]→

[800M TX

[Frequency:

High]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

800MHz Band]

[TX High]→

[RX/TA High]

Press [Transmit]

button.

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

19. LTR 1) Adj item:

1) Adj item:

[LTR Deviation

(Analog Wide 5k)] meter

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

[Frequency:

Devia- Panel ANT Panel [Panel Write the value as fol-

1.00kHz±0.05

kHz

Devia-

tion *3

[Aw LTR]

Adjust:[****]

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

[700M RX/TA

High]→

tion

tuning lowings.

mode]

Oscil-

lo-

[],

[]

[Fixed Value]

519

[Analog

Wide

5k]

scope

[PC

test

mode]

[←],

[→]

700MHz Band]

[RX/TA High]→

[TA High]

[700M TA

High]→

[800M TX

[Frequency:

High]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

800MHz Band]

[TX High]→

[RX/TA High]

Press [Transmit]

button.

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

(No.RA032<Rev.001>)1-61

Item

Condition

Panel tuning PC test mode

mode

Measurement

Adjustment

Method

Specifica-

tions

/Remarks

Test- Unit Ter- Unit Parts

equip-

ment

minal

[Analog 1) Adj item:

1) Adj item:

[LTR Deviation

(Analog Wide 4k)] meter

Devia- Panel ANT Panel [Panel Write the value as fol-

0.9kHz±0.05k

Wide

4k]

[As LTR]

Adjust:[****]

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

[700M RX/TA

High]→

tion

tuning lowings.

mode]

Deviation meter

LPF: 3kHz

Oscil-

lo-

[],

[]

[Fixed Value]

519

HPF: OFF

scope

[PC

test

mode]

[←],

[→]

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA High]→

[TA High]

[700M TA

High]→

[800M TX

[Frequency:

High]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

800MHz Band]

[TX High]→

[RX/TA High]

Press [Transmit]

button.

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

[Analog 1) Adj item:

1) Adj item:

Devia- Panel ANT Panel [Panel Write the value as fol-

0.75kHz±0.05

kHz

Narrow]

[An LTR]

Adjust:[****]

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

[700M RX/TA

High]→

[LTR Deviation

(Analog Narrow)]

Deviation meter

LPF: 3kHz

HPF: OFF

2) Adj item:

tion

tuning lowings.

mode]

meter

Oscil-

lo-

[],

[]

[Fixed Value]

519

scope

[PC

test

[Frequency:

mode]

[←],

[→]

700MHz Band]

[RX/TA High]→

[TA High]

[700M TA

High]→

[800M TX

[Frequency:

High]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

800MHz Band]

[TX High]→

[RX/TA High]

Press [Transmit]

button.

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

1-62 (No.RA032<Rev.001>)

Item

Condition

Panel tuning PC test mode

Measurement

Adjustment

Method

Specifica-

tions

/Remarks

Test- Unit Ter- Unit Parts

mode

equip-

ment

minal

20.

1) Adj item:

[Aw DTMF]

Adjust:[****]

Deviation meter

LPF: 15kHz

HPF: OFF

2) Adj item:

[700M RX/TA

High]→

1) Adj item:

[DTMF Deviation

(Analog Wide 5k)] meter

Devia- Panel ANT Panel [Panel Write the value as fol-

2.50kHz±0.05

kHz

DTMF

Devia-

tion *3

tion

tuning lowings.

mode]

Deviation meter

LPF: 15kHz

Oscil-

lo-

[],

[]

[Fixed Value]

549

[Analog

Wide

5k]

HPF: OFF

scope

[PC

test

mode]

[←],

[→]

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA High]→

[TA High]

[700M TA

High]→

[800M TX

[Frequency:

High]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

800MHz Band]

[TX High]→

[RX/TA High]

Press [Transmit]

button.

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

[Analog 1) Adj item:

1) Adj item:

[DTMF Deviation

(Analog Wide 4k)] meter

Deviation meter

LPF: 15kHz

HPF: OFF

2) Adj item:

[Frequency:

Devia- Panel ANT Panel [Panel Write the value as fol-

2.00kHz±0.05

kHz

Wide

4k]

[An DTMF]

Adjust:[****]

Deviation meter

LPF: 15kHz

HPF: OFF

2) Adj item:

[700M RX/TA

High]→

tion

tuning lowings.

mode]

Oscil-

lo-

[],

[]

[Fixed Value]

549

scope

[PC

test

mode]

[←],

[→]

700MHz Band]

[RX/TA High]→

[TA High]

[700M TA

High]→

[800M TX

[Frequency:

High]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

800MHz Band]

[TX High]→

[RX/TA High]

Press [Transmit]

button.

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

(No.RA032<Rev.001>)1-63

Item

Condition

Panel tuning PC test mode

mode

Measurement

Adjustment

Method

Specifica-

tions

/Remarks

Test- Unit Ter- Unit Parts

equip-

ment

minal

[Analog 1) Adj item:

1) Adj item:

Devia- Panel ANT Panel [Panel Write the value as fol-

1.25kHz±0.05

kHz

Narrow]

[An DTMF]

Adjust:[****]

Deviation meter

LPF: 15kHz

HPF: OFF

2) Adj item:

[700M RX/TA

High]→

[DTMF Deviation

(Analog Narrow)]

Deviation meter

LPF: 15kHz

HPF: OFF

2) Adj item:

tion

tuning lowings.

mode]

meter

Oscil-

lo-

[],

[]

[Fixed Value]

549

scope

[PC

test

[Frequency:

mode]

[←],

[→]

700MHz Band]

[RX/TA High]→

[TA High]

[700M TA

High]→

[800M TX

[Frequency:

High]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

800MHz Band]

[TX High]→

[RX/TA High]

Press [Transmit]

button.

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

21.

1) Adj item:

[Aw TONE]

Adjust:[****]

Deviation meter

LPF: 15kHz

HPF: OFF

1) Adj item:

[Single Tone

Deviation

(Analog Wide 5k)] Oscil-

Deviation meter

LPF: 15kHz

Devia- Panel ANT Panel [Panel Write the value as fol-

3.00kHz±0.05

kHz

Single

Tone

Devia-

tion

meter

tuning lowings.

mode]

[],

[]

[Fixed Value]

515

lo-

scope

[PC

test

[Analog 2) Adj item:

HPF: OFF

Wide

5k]

[700M RX/TA

High]→

[700M TA

High]→

[800M TX

High]→

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA High]→

[TA High]

mode]

[←],

[→]

[Frequency:

[800M RX/TA

High]

800MHz Band]

[TX High]→

Adjust:[****]

PTT : ON

Press [ ] key to

store the adjust-

ment value.

[RX/TA High]

Press [Transmit]

button.

Press [Apply All]

button to store the

adjustment value.

1-64 (No.RA032<Rev.001>)

Item

Condition

Panel tuning PC test mode

mode

Measurement

Adjustment

Method

Specifica-

tions

/Remarks

Test- Unit Ter- Unit Parts

equip-

ment

minal

[Analog 1) Adj item:

1) Adj item:

[Single Tone

Deviation

(Analog Wide 4k)] Oscil-

Deviation meter

LPF: 15kHz

HPF: OFF

2) Adj item:

[Frequency:

Devia- Panel ANT Panel [Panel Write the value as fol-

2.40kHz±0.05

kHz

Wide

4k]

[As TONE]

Adjust:[****]

Deviation meter

LPF: 15kHz

HPF: OFF

2) Adj item:

[700M RX/TA

High]→

tion

meter

tuning lowings.

mode]

[],

[]

[Fixed Value]

515

lo-

scope

[PC

test

mode]

[←],

[→]

[700M TA

700MHz Band]

[RX/TA High]→

[TA High]

High]→

[800M TX

High]→

[800M RX/TA

High]

[Frequency:

800MHz Band]

[TX High]→

Adjust:[****]

PTT : ON

Press [ ] key to

store the adjust-

ment value.

[RX/TA High]

Press [Transmit]

button.

Press [Apply All]

button to store the

adjustment value.

[Analog 1) Adj item:

1) Adj item:

[Single Tone

Deviation

(Analog Narrow)]

Deviation meter

LPF: 15kHz

HPF: OFF

2) Adj item:

[Frequency:

Devia- Panel ANT Panel [Panel Write the value as fol-

1.50kHz±0.05

kHz

Narrow]

[An TONE]

Adjust:[****]

Deviation meter

LPF: 15kHz

HPF: OFF

2) Adj item:

[700M RX/TA

High]→

tion

tuning lowings.

mode]

meter

Oscil-

lo-

[],

[]

[Fixed Value]

515

scope

[PC

test

mode]

[←],

[→]

[700M TA

700MHz Band]

[RX/TA High]→

[TA High]

High]→

[800M TX

High]→

[800M RX/TA

High]

[Frequency:

800MHz Band]

[TX High]→

Adjust:[****]

PTT : ON

Press [ ] key to

store the adjust-

ment value.

[RX/TA High]

Press [Transmit]

button.

Press [Apply All]

button to store the

adjustment value.

(No.RA032<Rev.001>)1-65

Item

Condition

Panel tuning PC test mode

mode

Measurement

Adjustment

Method

Specifica-

tions

/Remarks

Test- Unit Ter- Unit Parts

equip-

ment

minal

22.MSK 1) Adj item:

1) Adj item:

[MSK Deviation

(Analog Wide 5k)] meter

Devia- Panel ANT Panel [Panel Write the value as fol-

3.00kHz±0.05

kHz

Devia-

tion *3

[Aw MSK]

Adjust:[****]

Deviation meter

LPF: 15kHz

HPF: OFF

2) Adj item:

[700M RX/TA

High]→

tion

tuning lowings.

mode]

Deviation meter

LPF: 15kHz

Oscil-

lo-

[],

[]

[Fixed Value]

504

[Analog

Wide

5k]

HPF: OFF

scope

[PC

test

mode]

[←],

[→]

2) Adj item:

[Frequency:

700MHz Band]

[RX/TA High]→

[TA High]

[700M TA

High]→

[800M TX

[Frequency:

High]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

800MHz Band]

[TX High]→

[RX/TA High]

Press [Transmit]

button.

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

[Analog 1) Adj item:

1) Adj item:

[MSK Deviation

(Analog Wide 4k)] meter

Deviation meter

LPF: 15kHz

HPF: OFF

2) Adj item:

[Frequency:

Devia- Panel ANT Panel [Panel Write the value as fol-

2.40kHz±0.05

kHz

Wide

4k]

[As MSK]

Adjust:[****]

Deviation meter

LPF: 15kHz

HPF: OFF

2) Adj item:

[700M RX/TA

High]→

tion

tuning lowings.

mode]

Oscil-

lo-

[],

[]

[Fixed Value]

504

scope

[PC

test

mode]

[←],

[→]

700MHz Band]

[RX/TA High]→

[TA High]

[700M TA

High]→

[800M TX

[Frequency:

High]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

800MHz Band]

[TX High]→

[RX/TA High]

Press [Transmit]

button.

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

1-66 (No.RA032<Rev.001>)

Item

Condition

Panel tuning PC test mode

mode

Measurement

Adjustment

Method

Specifica-

tions

/Remarks

Test- Unit Ter- Unit Parts

equip-

ment

minal

[Analog 1) Adj item:

1) Adj item:

Devia- Panel ANT Panel [Panel Write the value as fol-

1.50kHz±0.05

kHz

Narrow]

[An MSK]

Adjust:[****]

Deviation meter

LPF: 15kHz

HPF: OFF

2) Adj item:

[700M RX/TA

High]→

[MSK Deviation

(Analog Narrow)]

Deviation meter

LPF: 15kHz

HPF: OFF

2) Adj item:

tion

tuning lowings.

mode]

meter

Oscil-

lo-

[],

[]

[Fixed Value]

504

scope

[PC

test

[Frequency:

mode]

[←],

[→]

700MHz Band]

[RX/TA High]→

[TA High]

[700M TA

High]→

[800M TX

[Frequency:

High]→

[800M RX/TA

High]

Adjust:[****]

PTT : ON

800MHz Band]

[TX High]→

[RX/TA High]

Press [Transmit]

button.

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

23.

1) Adj item:

[An CWID]

Adjust:[****]

Deviation meter

LPF: 15kHz

HPF: OFF

1) Adj item:

Devia- Panel ANT Panel [Panel Write the value as fol-

1.10kHz±0.10

kHz

CWID

Devia-

tion *3

[CWID Deviation

(Analog Narrow)]

Deviation meter

LPF: 15kHz

HPF: OFF

2) Adj item:

tion

tuning lowings.

mode]

meter

Oscil-

lo-

[],

[]

[Fixed Value]

502

[Analog

Narrow] 2) Adj item:

[700M RX/TA

scope

[PC

test

[Frequency:

mode]

[←],

[→]

High]→

[700M TA

High]→

[800M TX

High]→

[800M RX/TA

High]

700MHz Band]

[RX/TA High]→

[TA High]

[Frequency:

800MHz Band]

[TX High]→

[RX/TA High]

Press [Transmit]

button.

Adjust:[****]

PTT : ON

Press [ ] key to

store the adjust-

ment value.

Press [Apply All]

button to store the

adjustment value.

*3: Refer to the “4.9.1 Necessary Deviation adjustment item for each signaling and mode” table.

(No.RA032<Rev.001>)1-67

4.9.1 Necessary Deviation adjustment item for each signaling and mode

The following shows the necessary adjustment items for each signaling deviation. Please read the following table like the following

example. In the case of the signaling "QT (Wide 5k)", this signaling is composed of three elements [Balance, Maximum Deviation (An-

alog Wide 5k) and QT Deviation (Wide 5k)]. Please adjust Balance and Maximum Deviation (Analog Wide 5k) before adjusting QT

Deviation (Wide 5k).

Mode Signaling

Necessary adjustment and order

Wide 4k Narrow

1. Balance adjust

Wide 5k

Very Narrow

Analog Audio

1. Balance adjust

2. Maximum Deviation

[Analog Wide 5k]

1. Balance adjust

2. Maximum Deviation

[Analog Wide 4k]

2. Maximum Deviation

[Analog Narrow]

1. Balance adjust

2. Maximum Deviation

[Analog Wide 5k]

3. QT Deviation

1. Balance adjust

2. Maximum Deviation

[Analog Wide 4k]

3. QT Deviation

1. Balance adjust

2. Maximum Deviation

[Analog Narrow]

3. QT Deviation

[Analog Wide 5k]

[Analog Wide 4k]

[Analog Narrow]

DQT

LTR

1. Balance adjust

2. Maximum Deviation

[Analog Wide 5k]

3. DQT Deviation

[Analog Wide 5k]

1. Balance adjust

2. Maximum Deviation

[Analog Wide 4k]

3. DQT Deviation

[Analog Wide 4k]

1. Balance adjust

2. Maximum Deviation

[Analog Narrow]

3. DQT Deviation

[Analog Narrow]

1. Balance adjust

2. Maximum Deviation

[Analog Wide 5k]

3. LTR Deviation

[Analog Wide 5k]

1. Balance adjust

2. Maximum Deviation

[Analog Wide 4k]

3. LTR Deviation

[Analog Wide 4k]

1. Balance adjust

2. Maximum Deviation

[Analog Narrow]

3. LTR Deviation

[Analog Narrow]

DTMF

2TONE

1. Balance adjust

2. Maximum Deviation

[Analog Wide 5k]

3. DTMF Deviation

[Analog Wide 5k]

1. Balance adjust

2. Maximum Deviation

[Analog Wide 4k]

3. DTMF Deviation

[Analog Wide 4k]

1. Balance adjust

2. Maximum Deviation

[Analog Narrow]

3. DTMF Deviation

[Analog Narrow]

1. Balance adjust

2. Maximum Deviation

[Analog Wide 5k]

3. Single TONE Deviation 3. Single TONE Deviation 3. Single TONE Deviation

[Analog Wide 5k]

1. Balance adjust

2. Maximum Deviation

[Analog Wide 4k]

1. Balance adjust

2. Maximum Deviation

[Analog Narrow]

[Analog Wide 4k]

[Analog Narrow]

MSK

(Fleet

sync)

1. Balance adjust

2. Maximum Deviation

[Analog Wide 5k]

3. MSK Deviation

[Analog Wide 5k]

1. Balance adjust

2. Maximum Deviation

[Analog Wide 4k]

3. MSK Deviation

[Analog Wide 4k]

1. Balance adjust

2. Maximum Deviation

[Analog Narrow]

3. MSK Deviation

[Analog Narrow]

P25

1. Balance adjust

2. P25 High Deviation

3. P25 High Deviation

(H-CPM)

NXDN Audio

CWID

1. Balance adjust

2. High Deviation

[NXDN Narrow]

1. Balance adjust

2. High Deviation

[NXDN Very

Narrow]

1. Balance adjust

2. Maximum Devia-

tion

[Analog Narrow]

3. CWID Deviatio

[Very Narrow]

• Balance is common with all the above deviation adjustments. If Balance (Transmitter Section 12) has already adjusted, please skip Step1

and adjust from Step2.

• Maximum Deviation (Analog Wide 5k/Wide 4k/Narrow) is common with all the analog signaling deviations and CWID Deviation (NXDN Very

Narrow).

If Balance and Maximum Deviation (Analog Wide 5k/Wide 4k/Narrow) (Transmitter Section 13) have already adjusted, please skip Step2

and adjust from Step3.

1-68 (No.RA032<Rev.001>)

4.10 Receiver Section

Item

Condition

PC test mode

Measurement

Adjustment

Method

Specifi-

cations

/Remarks

Panel tuning mode

Test- Unit Ter- Unit Parts

equip-

ment

minal

[Panel test mode]

1) Test Channel

Channel: 1

SSG

Panel ANT Panel [Panel Volume Up/Down knob to 1.41V

AF level 1) CH-Sig: 1-1

setting

DVM

AF VM

Dummy

load

Ext.

tuning obtain 1.41V AF output.

±0.1V

SSG output:

-47dBm (1mV)

(MOD: 1kHz/

±1.5kHz)

Test Signaling

Mode: Analog

Signaling: 1

SSG output:

-47dBm (1mV)

(MOD:1kHz/

±1.5kHz)

mode] (0.5W @ 4Ω load)

con-

nector

[+], [-]

[PC

test

mode]

[←],

[→]

2. RSSI 1) Adj item:

1) Adj item:

SSG

Distor-

tion

meter

Oscil-

loscop

Panel ANT Panel

[Panel tuning mode]

After input signal from

SSG, press [ key to

store the adjustment val-

ue.

refer-

ence

[An RRSSI]

Adjust:[***]

[RSSI Reference

(Analog Narrow)]

2) Adj item:

Ext.

con-

nector

[Analog 2) Adj item:

Narrow] [700M RX/TA

[Frequency:

Low]→

700 MHz Band]

[RX/TA Low]→

[RX/TA Center]→

[RX/TA High]

[Frequency:

800MHz Band]

[RX/TA Low]→

[RX/TA Ceter]→

[RX/TA High]

SSG output:

[700M RX/TA

Center]→

[700M RX/TA

High]→

PC test mode]

After input signal from

SSG, press [Apply] button

to store the adjustment

value.

[800M RX/TA

Low]→

[800M RX/TA

Ceter]→

[800M RX/TA

High]

SSG output:

12dB SINAD level

-3dB

12dB SINAD level

-3dB

(MOD: 1kHz/

±1.5kHz)

(MOD: 1kHz/

±1.5kHz)

3. Open 1) Adj item:

1) Adj item:

SSG

Distor-

tion

meter

Oscil-

loscop

Panel ANT Panel

[Panel tuning mode]

After input signal from

SSG, press [ ] key to

store the adjustment val-

ue.

Squelch

[Analog

Wide

[Aw SQL]

Adjust:[***]

2) Adj item:

[700M RX/TA

Low]→

[Open Squelch

(Analog Wide 5k)]

2) Adj item:

Ext.

con-

nector

5k]

[Frequency:

700 MHz Band]

[RX/TA Low]→

[RX/TA Center]→

[RX/TA High]

[Frequency:

[PC test mode]

[700M RX/TA

Center]→

[700M RX/TA

High]→

After input signal from

SSG, press [Apply] button

to store the adjustment

value.

[800M RX/TA

Low]→

[800M RX/TA

Ceter]→

[800M RX/TA

High]

SSG output:

12dB SINAD level

-3dB

800MHz Band]

[RX/TA Low]→

[RX/TA Ceter]→

[RX/TA High]

SSG output:

12dB SINAD level

-3dB

(MOD: 1kHz/±3kHz)

(MOD: 1kHz/

±3kHz)

(No.RA032<Rev.001>)1-69

Item

Condition

Panel tuning mode PC test mode

Measurement

Adjustment

Method

Specifi-

cations

/Remarks

Test- Unit Ter- Unit Parts

equip-

ment

minal

[Analog 1) Adj item:

1) Adj item:

[Open Squelch

(Analog Wide 4k)] tion

2) Adj item:

SSG

Distor-

Panel ANT Panel

[Panel tuning mode]

After input signal from

SSG, press [ ] key to

store the adjustment val-

ue.

Wide

4k]

[As SQL]

Adjust:[***]

2) Adj item:

[700M RX/TA

Low]→

Ext.

con-

nector

meter

Oscillo-

scope

[Frequency:

700 MHz Band]

[RX/TA Low]→

[RX/TA Center]→

[RX/TA High]

[Frequency:

800MHz Band]

[RX/TA Low]→

[RX/TA Ceter]→

[RX/TA High]

SSG output:

12dB SINAD level

-3dB

[700M RX/TA

Center]→

[700M RX/TA

High]→

[800M RX/TA

Low]→

[800M RX/TA

Ceter]→

[800M RX/TA

High]

SSG output:

12dB SINAD level

-3dB

[PC test mode]

After input signal from

SSG, press [Apply] button

to store the adjustment

value.

(MOD: 1kHz/

±2.4kHz)

(MOD: 1kHz/

±2.4kHz)

[Analog 1) Adj item:

1) Adj item:

SSG

Distor-

tion

meter

Oscillo-

scope

Panel ANT Panel

[Panel tuning mode]

After input signal from

SSG, press [ ] key to

store the adjustment val-

ue.

Narrow]

[An SQL]

Adjust:[***]

2) Adj item:

[700M RX/TA

Low]→

[Open Squelch

(Analog Narrow)]

2) Adj item:

Ext.

con-

nector

[Frequency:

700 MHz Band]

[RX/TA Low]→

[RX/TA Center]→

[RX/TA High]

[Frequency:

800MHz Band]

[RX/TA Low]→

[RX/TA Ceter]→

[RX/TA High]

SSG output:

12dB SINAD level

-3dB

[700M RX/TA

Center]→

[700M RX/TA

High]→

[800M RX/TA

Low]→

[800M RX/TA

Ceter]→

[800M RX/TA

High]

SSG output:

12dB SINAD level

-3dB

[PC test mode]

After input signal from

SSG, press [Apply] button

to store the adjustment

value.

(MOD: 1kHz/

±1.5kHz)

(MOD: 1kHz/

±1.5kHz)

1-70 (No.RA032<Rev.001>)

Item

Condition

Panel tuning mode PC test mode

Measurement

Adjustment

Method

Specifi-

cations

/Remarks

Test- Unit Ter- Unit Parts

equip-

ment

minal

[P25

(C4FM)]

1) Adj item:

[P1 SQL]

Adjust:[***]

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

Center]→

[700M RX/TA

High]→

[800M RX/TA

Low]→

[800M RX/TA

Ceter]→

[800M RX/TA

High]

SSG output:

1) Adj item:

[Open Squelch

(P25 C4FM)]

2) Adj item:

[Frequency:

700 MHz Band]

[RX/TA Low]→

[RX/TA Center]→

[RX/TA High]

SSG

Distor-

tion

meter

Oscillo-

scope

Panel ANT Panel

[Panel tuning mode]

After input signal from

SSG, press [ ] key to

store the adjustment val-

ue.

Ext.

con-

nector

[PC test mode]

After input signal from

SSG, press [Apply] button

to store the adjustment

value.

[Frequency:

800MHz Band]

[RX/TA Low]→

[RX/TA Ceter]→

[RX/TA High]

SSG output:

12dB SINAD level

at Analog Narrow

12dB SINAD level -1dB

at Analog Narrow

-1dB

(MOD: 1kHz/

±2.2kHz)

(MOD: 1kHz/

±2.2kHz)

[P25

(LSM)]

1) Adj item:

[P1 SQL]

Adjust:[***]

2) Adj item:

[700M RX/TA

Low]→

[700M RX/TA

Center]→

[700M RX/TA

High]→

[800M RX/TA

Low]→

[800M RX/TA

Ceter]→

[800M RX/TA

High]

SSG output:

1) Adj item:

[Open Squelch

(P25 LSM)]

2) Adj item:

[Frequency:

700 MHz Band]

[RX/TA Low]→

[RX/TA Center]→

[RX/TA High]

[Frequency:

800MHz Band]

[RX/TA Low]→

[RX/TA Ceter]→

[RX/TA High]

SSG output:

SSG

Distor-

tion

meter

Oscillo-

scope

Panel ANT Panel

[Panel tuning mode]

After input signal from

SSG, press [ ] key to

store the adjustment val-

ue.

Ext.

con-

nector

[PC test mode]

After input signal from

SSG, press [Apply] button

to store the adjustment

value.

12dB SINAD level at

Analog Narrow

12dB SINAD level -3dB

at Analog Narrow

-3dB

(MOD: 1kHz/

±3.3kHz)

(MOD: 1kHz/

±3.3kHz)

(No.RA032<Rev.001>)1-71

Item

Condition

Panel tuning mode PC test mode

Measurement

Adjustment

Method

Specifi-

cations

/Remarks

Test- Unit Ter- Unit Parts

equip-

ment

minal

[NXDN 1) Adj item:

1) Adj item:

SSG

Distor-

tion

meter

Oscillo-

scope

Panel ANT Panel

[Panel tuning mode]

After input signal from

SSG, press [ ] key to

store the adjustment val-

ue.

Narrow]

[Nn SQL]

Adjust:[***]

2) Adj item:

[700M RX/TA

Low]→

[Open Squelch

(NXDN Narrow)]

2) Adj item:

Ext.

con-

nector

[Frequency:

700 MHz Band]

[RX/TA Low]→

[RX/TA Center]→

[RX/TA High]

[700M RX/TA

Center]→

[700M RX/TA

High]→

[800M RX/TA

Low]→

[800M RX/TA

Ceter]→

[PC test mode]

After input signal from

SSG, press [Apply] button

to store the adjustment

value.

[Frequency:

800MHz Band]

[RX/TA Low]→

[RX/TA Ceter]→

[RX/TA High]

SSG output:

12dB SINAD level at

Analog Narrow

[800M RX/TA

High]

SSG output:

12dB SINAD level -1dB

at Analog Narrow

-1dB

(MOD: 400Hz/

±2.5kHz)

(MOD: 400Hz/

±2.5kHz)

[NXDN 1) Adj item:

1) Adj item:

[Open Squelch

(NXDN Very

Narrow)]

2) Adj item:

SSG

Distor-

tion

meter

Oscillo-

scope

Panel ANT Panel

[Panel tuning mode]

After input signal from

SSG, press [ ] key to

store the adjustment val-

ue.

Very

Narrow]

[Nv SQL]

Adjust:[***]

2) Adj item:

[700M RX/TA

Low]→

Ext.

con-

nector

[Frequency:

[700M RX/TA

Center]→

[700M RX/TA

High]→

[800M RX/TA

Low]→

[800RX/TA

Ceter]→

[800M RX/TA

High]

700 MHz Band]

[RX/TA Low]→

[RX/TA Center]→

[RX/TA High]

[Frequency:

800MHz Band]

[RX/TA Low]→

[RX/TA Ceter]→

[RX/TA High]

SSG output:

[PC test mode]

After input signal from

SSG, press [Apply] button

to store the adjustment

value.

SSG output:

12dB SINAD level at

12dB SINAD level Analog Narrow

at Analog Narrow

-3dB

(MOD: 400Hz/

±1.2kHz)

-3dB

(MOD: 400Hz/

±1.2kHz)

1-72 (No.RA032<Rev.001>)

Item

Condition

Panel tuning mode PC test mode

Measurement

Adjustment

Method

Specifi-

cations

/Remarks

Test- Unit Ter- Unit Parts

equip-

ment

minal

Low

1) Adj item:

[An LRSSI]

Adjust:[***]

1) Adj item:

[Low RSSI (Analog

Narrow)]

2) Adj item:

[Frequency:

SSG

Panel ANT Panel

[Panel tuning mode]

After input signal from

SSG, press [ ] key to

store the adjustment val-

ue.

Ext.

con-

nector

RSSI

[Analog 2) Adj item:

Narrow]

[700M RX/TA

Low]→

[700M RX/TA

Center]→

[700M RX/TA

High]→

[800M RX/TA

Low]→

[800M RX/TA

Ceter]→

[800M RX/TA

High]

SSG output:

-118dB(0.28μV)

(MOD: 1kHz/

±1.5kHz)

700 MHz Band]

[RX/TA Low]→

[RX/TA Center]→

[RX/TA High]

[Frequency:

800MHz Band]

[RX/TA Low]→

[RX/TA Ceter]→

[RX/TA High]

SSG output:

[PC test mode]

After input signal from

SSG, press [Apply] button

to store the adjustment

value.

-118dB(0.28μV)

(MOD: 1kHz/

±1.5kHz)

High

RSSI

1) Adj item:

[An HRSSI

Adjust:[***]

1) Adj item:

[High RSSI

(Analog Narrow)]

2) Adj item:

[Frequency:

SSG

Panel ANT Panel

[Panel tuning mode]

After input signal from

SSG, press [ ] key to

store the adjustment val-

ue.

Ext.

con-

nector

[Analog 2) Adj item:

Narrow] [700M RX/TA

Low]→

[700M RX/TA

Center]→

[700M RX/TA

High]→

[800M RX/TA

Low]→

[800M RX/TA

Ceter]→

[800M RX/TA

High]

SSG output:

-80dB(22.4μV)

(MOD: 1kHz/

±1.5kHz)

700 MHz Band]

[RX/TA Low]→

[RX/TA Center]→

[RX/TA High]

[Frequency:

800MHz Band]

[RX/TA Low]→

[RX/TA Ceter]→

[RX/TA High]

SSG output:

[PC test mode]

After input signal from

SSG, press [Apply] button

to store the adjustment

value.

-80dB(22.4μV)

(MOD: 1kHz/

±1.5kHz)

(No.RA032<Rev.001>)1-73

Item

Condition

Panel tuning mode PC test mode

Measurement

Adjustment

Method

Specifi-

cations

/Remarks

Test- Unit Ter- Unit Parts

equip-

ment

minal

Tight

1) Adj item:

[Aw SQLT]

Adjust:[***]

1) Adj item:

SSG

Distor-

tion

meter

Oscillo-

scope

Panel ANT Panel

[Panel tuning mode]

After input signal from

SSG, press [ ] key to

store the adjustment val-

ue.

[Tight Squelch

(Analog Wide 5k)]

2) Adj item:

Ext.

con-

nector

Squelch

[Analog 2) Adj item:

Wide

5k]

[700M RX/TA

Low]→

[Frequency:

700 MHz Band]

[RX/TA Low]→

[RX/TA Center]→

[RX/TA High]

[Frequency:

800MHz Band]

[RX/TA Low]→

[RX/TA Ceter]→

[RX/TA High]

SSG output:

[700M RX/TA

Center]→

[700M RX/TA

High]→

[800M RX/TA

Low]→

[800M RX/TA

Ceter]→

[800M RX/TA

High]

[PC test mode]

After input signal from

SSG, press [Apply] button

to store the adjustment

value.

12dB SINAD

SSG output:

12dB SINAD

level at Analog Wide

5k +6dB

level at Analog (MOD: 1kHz/±3kHz)

Wide 5k +6dB

(MOD: 1kHz/

±3kHz)

[Analog 1) Adj item:

1) Adj item:

SSG

Distor-

tion

meter

Oscillo-

scope

Panel ANT Panel

[Panel tuning mode]

After input signal from

SSG, press [ ] key to

store the adjustment val-

ue.

Wide

4k]

[As SQLT]

Adjust:[***]

2) Adj item:

[700M RX/TA

Low]→

[Tight Squelch

(Analog Wide 4k)]

2) Adj item:

Ext.

con-

nector

[Frequency:

700 MHz Band]

[RX/TA Low]→

[RX/TA Center]→

[RX/TA High]

[Frequency:

800MHz Band]

[RX/TA Low]→

[RX/TA Ceter]→

[RX/TA High]

SSG output:

[700M RX/TA

Center]→

[700M RX/TA

High]→

[800M RX/TA

Low]→

[800M RX/TA

Ceter]→

[800M RX/TA

High]

SSG output:

12dB SINAD

[PC test mode]

After input signal from

SSG, press [Apply] button

to store the adjustment

value.

12dB SINAD

level at Analog Wide

4k +6dB

level at Analog (MOD: 1kHz/

Wide 4k +6dB

(MOD: 1kHz/

±2.4kHz)

1-74 (No.RA032<Rev.001>)

Item

Condition

Panel tuning mode PC test mode

Measurement

Adjustment

Method

Specifi-

cations

/Remarks

Test- Unit Ter- Unit Parts

equip-

ment

minal

[Analog 1) Adj item:

1) Adj item:

SSG

Distor-

tion

meter

Oscillo-

scope

Panel ANT Panel

[Panel tuning mode]

After input signal from

SSG, press [ ] key to

store the adjustment val-

ue.

Narrow]

[As SQLT]

Adjust:[***]

2) Adj item:

[700M RX/TA

Low]→

[Tight Squelch

(Analog Narrow)]

2) Adj item:

Ext.

con-

nector

[Frequency:

700 MHz Band]

[RX/TA Low]→

[RX/TA Center]→

[RX/TA High]

[Frequency:

800MHz Band]

[RX/TA Low]→

[RX/TA Ceter]→

[RX/TA High]

SSG output:

[700M RX/TA

Center]→

[700M RX/TA

High]→

[800M RX/TA

Low]→

[800M RX/TA

Ceter]→

[PC test mode]

After input signal from

SSG, press [Apply] button

to store the adjustment

value.

[800M RX/TA

High]

12dB SINAD

SSG output:

12dB SINAD

level at Analog

Narrow +6dB

level at Analog (MOD: 1kHz/

Narrow +6dB

(MOD: 1kHz/

±1.5kHz)

(No.RA032<Rev.001>)1-75

SECTION 5

TROUBLESHOOTING

5.1 Fault Diagnosis of the BGA (Ball Grid Array) IC

Overview

A flowchart for determining whether or not the transceiver can be powered on (the LCD does not function even if the power switch

is turned on) due to broken BGA parts.

BGA parts

MPU/DSP (IC706), mobile DDR (IC702), Flash memory (IC701)

When the BGA IC is problematic, please bring the printed circuit board (XC1-1021-81) in for service. Various ESN/ default adjust-

ment values are written on the printed circuit board for service.

Additionally various ESN stickers are included. (Please refer to "5.4 Replacing Main Unit".)

After the printed circuit board has been readjusted, please attach any ESN stickers to the chassis. When "ESN Validation" is used,

you must modify the ESN register.

Checking power supply voltage

Checking voltage

Checking for an abnormal point

Points to be checked

Normal voltage

12M has an abnormal voltage.

[MPU/DSP]

12M C39

1.2V

1.8V

3.3V

1.8V

Remove L714 and L715 and L717 to check

the voltage of the 12M.

18M C64

33M IC5 (5 pin)

18M_3 IC9 (1 pin)

If the voltage becomes normal, the MPU/DSP

is broken.

When an abnormal

value is confirmed.

Power supply of each device is connected through

the coil.

Note:

A1(12M DC/DC Converter Device) is fragile

in the scratch.

[MPU/DSP]

12M L714, L715, L717

18M L720, L721

33M L722

Be careful when you touch this parts.

18M has an abnormal voltage.

[MPU/DSP]

Remove L720 and L721 to check the voltage

of the 18M.

[mobile DDR]

18M L702

If the voltage becomes normal, the MPU/DSP

is broken.

[Flash Memory]

33M L700

[mobile DDR]

18M_3 L724

Remove L702 to check the voltage of the 18M.

If the voltage becomes normal, the mobile DDR

is broken.

When a normal

value is confirmed.

Checking the clock

When an abnormal

value is confirmed.

33M has an abnormal voltage.

[MPU/DSP]

Points to be checked

Normal voltage (1.2V)

19.2MHz

Remove L722 to check the voltage of the 33M.

If the voltage becomes normal, the MPU/DSP

is broken.

19.2MHz

MPU/DSP side R708

When a normal

value is confirmed.

[Flash Memory]

Checking the Reset/Control signal

Remove L700 to check the voltage of the 33M.

If the voltage becomes normal, Flash memory

is broken.

Checking the control signal input to the MPU/DSP

Normal voltage

Points to be checked

18M_3 has an abnormal voltage.

[Flash Memory]

/RST D12 (Anode side)

/BINT IC2 (13 pin)

1.8V

3.1V

When an abnormal

value is confirmed.

Remove L724 to check the voltage of the

18M_3. If the voltage becomes normal,

Flash memory is broken.

/OVRB_OUT IC2 (12 pin)

When a normal

value is confirmed.

If the voltage is not corrected, there is a

problem other than the BGA parts. *1

Checking the MPU/DSP input switch signal

The POWER key is pressed and held.

Points to be checked

Confirmed voltage

ON 0V

/PSW_OUT IC2 (15 pin)

The BGA parts are not broken.

The ignition key is kept ON.

Points to be checked

The BGA parts are not broken.

Check the peripheral circuit of IC2. *2

Confirmed voltage

ON 0V

/IGN_OUT IC2 (9 pin)

When an abnormal

value is confirmed.

When a normal

value is confirmed.

1-76 (No.RA032<Rev.001>)

Checking the output signal

from the MPU/DSP.

Checking the control signal output from

the MPU/DSP

If the /FRST is always 0V, the MPU/DSP

is broken.

When an abnormal

value is confirmed.

Points to be checked

Normal voltage

Remove D701 to check the voltage of

Flash memory side R732.

/FRST

D701(Anode side)

1.8V

If the voltage becomes abnormal, Flash

memory is broken.

When a normal

value is confirmed.

If the IC704 (1 pin) is 0V or 1.8V,

the MPU/DSP may be broken.

If the IC704 (2 pin) is 0V or 1.8V,

the MPU/DSP or Flash memory may be

broken.

Points to be checked

/CS_FIC704(4 pin)

Normal voltage

When an abnormal

value is confirmed.

After power-on,

and

1.8V fixed later

When a normal

value is confirmed.

When an abnormal

value is confirmed.

Remove R51 to check the voltage of the SBC.

if the MPU/DSP side is 0V,

the MPU/DSP or Flash Memory or mobile DDR

may be broken.

Normal voltage

3.3V

Points to be checked

SBC MPU/DSP side R51

When a normal

value is confirmed.

The LCD displays control

Points to be checked

Normal voltage

The BGA parts are not broken.

Remove the FFC of Main unit between

Sub (Display) unit.

If the voltage becomes normal, the FFC or

Sub (Display) unit is broken.

When an abnormal

value is confirmed.

54M C841

18M C839

33M C820

5.36V

1.8V

3.3V

When a normal

value is confirmed.

The LCD displays control

When an abnormal

value is confirmed.

Normal voltage

3.3V

Remove Q703.

Points to be checked

PRST

D801(Cathode side)

If the MPU/DSP side is 3.3V, the MPU/DSP

or Flash memory or mobile DDR may be

broken.

When a normal

value is confirmed.

/CS_LCD has an abnormal voltage.

Check each of the following items.

Check to see the terminal of L731 and

CP717.

Points to be checked

Normal voltage

/CS_LCD CP717 (8 pin)

After power-on

and

When an abnormal

value is confirmed.

1.8V fixed later

Remove the FFC of Main unit between

Sub (Display) unit.

As a result, if the abnormality yet, the

MPU/DSP or Flash memory or mobile DDR

may be broken.

When a normal

value is confirmed.

It is unlikely that the BGA parts are broken.

When an error display appears on the LCD.

The LCD displays “INIT ERROR 1”.

An error occurs when the mobile DDR

internal RAM reads or writes.

The mobile DDR may be broken.

Check the flowchart from beginning.

Descriptions of signal names

(1) /RST

(2) /BINT

(3) /OVRB_OUT :Battery overvoltage monitoring

(4) /PSW_OUT :Power switch signal

(5) /IGN_OUT :Ignition switch signal

:MPU/DSP reset signal

:Battery final voltage monitoring

LOW Reset

LOW Final voltage

LOW Overvoltage

LOW ON

LOW Reset

(6) /FRST

(7) /CS_F

(8) SBC

(9) 30LCD

(10) PRST

:Flash Memory reset signal

:Flash Memory chip select signal LOW Active

:Switch +B control HIGH ON

:LCD module control 3.0V power supply

:LCD reset signal LOW Reset

(11) /CS_LCD :LCD controller chip select signal LOW Active

(No.RA032<Rev.001>)1-77

*1 If 12M, 18M or 33M has still abnormal voltage after the implementation of each procedure above, 54M(IC8), 12M(A1), 18M(IC11),

33M(IC5) or one of these peripheral circuit is broken.

54M (normally 5.4V at L12) has an abnormal voltage, check the MSP430G25KGCA (IC2) according to the following procedure.

Checking the operation of the IC2

When VIN of 54M

Check that the voltage of VN of 54M (IC8-2pin)

is 13.6V.

is 0V.

Check the voltage (13.6V [operating voltage range]) at both ends

of F1 (fuse). If F1 is broken, replace the F1 with a new one.

If F1 is not broken, 54M (IC8) or its peripheral cricuit is broken.

Standard Voltage/Operating Voltage range

13.6V/13.6 15%

When VIN of 54M is

out of operating

voltage range.

Set the supply voltage within the operating

voltage range. If set correctly, 54M (IC8) or its

peripheral circuit is broken.

When VIN of 54M

is 13.6V.

When the voltage of

BAT_CNT is not High.

Check that the signal BAT_CNT

of IC2-7pin outputs High (3.1V).

54M (IC8) or its peripheral circuit is broken.

When the voltage of

BAT_CNT is not High.

When the voltage DVCC

of IC2 is 3.1V.

IC2, 31BU, 50BU or one of these peripheral circuit

is broken.

Check that the voltage of DVCC of IC2-1pin is 3.1V.

When the voltage of

DVCC of IC2 is 3.1V.

When a normal

value is confirmed.

IC2 is broken.

Check that the analog voltage

of /BINT (IC2-5pin) is normal. (typically 2.6V.

Operating voltage range is 1.6V 3.0V).

When the voltage out-of-

Set the supply voltage within the operating

voltage range. If set correctly, IC2 or its

peripheral circuit is broken.

range condition is confirmed.

Checking the operation of the IC2 (/RST)

When the analog voltage of

/RST(IC2-6pin) is normal.

When the signal /RST (IC2-14pin) has an

abnomal output, check that the analog voltage of

IC2 is broken.

/RST (IC2-6pin) is normal. (typically 2.7V.

Minimum detection voltage is 2.0V.).

When the analog voltage of

/RST (IC2-6pin) is below

2.0V.

IC2, 54M (IC8) or its peripheral circuit of is broken.

Checking the operation of the IC2 (/BINT)

When a normal

value is confirmed.

When the signal/BINT (IC2-13pin) has an

abnormal outputs, check that the signal /RST (IC2

-14pin) has correct output.

IC2 or its peripheral circuit of is broken.

Checking the operation of the IC2 (/OVRB_OUT)

When a abnormal

value is confirmed.

When the signal/OVRB_OUT has an abnormal

outputs, check that the /OVRB (IC2-2pin) is

High (3.1V) in the deck powered on.

IC2 or its peripheral circuit is broken.

When a normal

value is confirmed.

IC2 is broken.

1-78 (No.RA032<Rev.001>)

Checking the operation of IC2 (/PSW and /IGN)

Check that the signal /PSW (IC2-10pin) and /PSW_OUT (IC2-15pin) are linked

with the power button on KCH-19 in power on state.

Check that the signal /PSW and /PSW_OUT are

0V during the power button is pressed.

IC2 is broken.

When /PSW is linked and

/PSW_OUT is not linked

with the power button.

IC2 or the circuit of the signal /PSW is broken.

When both /PSW and

/PSW_OUT are not linked

with the power button.

If the ignition function is enabled, check that the signal /IGN (IC2-8pin) and

/IGN_OUT (IC2-9pin) are linked with the ignition sense.

When the ingnition sense has 13.6V (set within the

operating voltage range), check that the signal

/IGN and IGN_OUT are 0V.

IC2 is broken.

When /IGN is 0V and

/IGN_OUT is not 0V.

IC2 or the circuit of the signal /IGN is broken.

When both /IGN and

/IGN_OUT are not 0V.

Remarks related MSP430G25KGCA

A. MSP430G25KGCA is written the program.

B. OMAP communicates with MSP43G25KGCA by serial communication at startup of deck.

Only firmware version of MSP43G25KGCA is confirmed OMAP in serial communication.

Even when firmware version of MSP43G25KGCA can not be acquired, the system of MSP43G25KGCA is started.

C. If there is the difference of firmware virsion of MSP43G25KGCA between MSP43G25KGCA and OMAP,

the firmware version of MSP43G25KGCA is updated with the serial communication by OMAP.

“WAIT···”is displayed on the LCD during the firmware update. When the firmware update fails,

the system of MSP43G25KGCA is started and OMAP is trying to update again at next startup.

(No.RA032<Rev.001>)1-79

5.2 Failure diagnosis of the GPS section

Over view:

When the GPS function does not operate, use this flowchart to determine the problem.

Major parts for a GPS circuit

IC706

IC6

IC5

GPS antenna (KRA-40 (option))

Coaxial cable (E0E-0003-00)

SAW Filter (L9)

Bluetooth/GPS IC (IC5)

Level conversion IC (IC6,IC7)

TCXO 19.2MHz (X1)

UART

PCM

UART

PCM

UART

PCM

GPS antenna unit

Level

conversion

SAW

Filter

Matching

GPS

Antenna

MPU/DSP

BT/GPS

IC7

Level

conversion

Bias

coaxial cable

CN5

32.768kHz clock (X2)

33BT Regulator (IC3)

MAIN UNIT

18BT Regulator (IC2)

33GPS Regulator (IC4)

MPU/DSP IC (IC706)

TCXO

19.2MHz

32.768kHz

Clock

MODULE (BT/GPS)

UNIT

Positioning is not carried out normally.

When a normal

condition is confirmed.

Check the Module (BT/GPS)

unit PCB side A.

When the power supply is ON,

“GPS Ant Fail” is displayed.

When an abnormal

condition is confirmed.

When an abnormal

condition is confirmed.

Verify the connection of KRA-40.

(SMA connector)

Connect the KRA-40 correctly.

When a normal

condition is confirmed.

When an abnormal

condition is confirmed.

Verify the connection of the SMA

connecting cable.

CN5 - E0E-0003-00

Connect the cable to

the CN5 correctly.

When a normal

condition is confirmed.

Check the Module (BT/GPS) unit PCB side B.

Check the Module (BT/GPS) unit PCB side A.

[The BT/GPS power supply

line 33BT circuit faulty]

Visual check of the PCB side A parts.

(Whether not damaged)

When an abnormal

condition is confirmed.

When an abnormal

condition is confirmed.

Check the Module (BT/GPS) unit

PCB side B.

Verify the BT/GPS power supply.

(33BT) L4: 3.3V

L4, C15, C19, C20, C33

Replace any abnormal parts.

When a normal

condition is confirmed.

[The BT/GPS power supply.

line 18BT circuit isfaulty]

Visual check of the PCB side A parts.

(Whether not damaged)

When an abnormal

condition is confirmed.

When an abnormal

condition is confirmed.

Verify the BT/GPS power supply.

(18BT) L5:1.8V

Check the Module (BT/GPS) unit

PCB side B.

C18, C13, C31, L8, C39

Replace any abnormal parts.

When a normal

condition is confirmed.

When an abnormal

condition is confirmed.

Verify the RTC line circuit for

the BT/GPS.

Visual check of X2, L8, C39

(Whether not damaged)

Replace any abnomal parts.

Verify the RTC for the BT/GPS.

X2 (3 pin): square waveform,

32.768kHz, 1.8Vp-p

When a normal

condition is confirmed.

[The reference clock circuit

for the BT/GPS is faulty]

Verify the reference clock for

the BT/GPS.

When an abnormal

condition is confirmed.

Visual check of the R9,Q1 R10,R26

R12, R13, X1, C4, C8, C9

(Whether not damaged)

(BT_CLK) Intersection of C8

and C9: Clipped Sine waveform,

19.2MHz, 0.2 to 1.2 Vp-p

Replace any abnormal parts.

When a normal

condition is confirmed.

Check the Module (BT/GPS) unit PCB side B.

1-80 (No.RA032<Rev.001>)

Check the Module (BT/GPS) unit PCB side B.

When an abnormal

condition is confirmed.

When a normal

condition is confirmed.

Verify the power supply voltage

after removing the KRA-40.

(33GPS) L6: 3.3V

Verify the BT/GPS power

supply.

(33GPS) L6: 3.3V

[The KRA-40 may be broken]

Replace the KRA-40.

When an arbnormal

condition is confirmed.

When a normal

condition is confirmed.

When an arbnormal

condition is confirmed.

Verify the power supply voltage

and the BT/GPS control signal.

CN1 (1 pin, 2 pin) : 5.4V

CN1 (16 pin) : 3.3V

Check the Main unit PCB.

When a normal

condition is confirmed.

[The BT/GPS power supply

line 33GPS circuit is faulty]

Visual check of the PCB side B parts

(Whether not damaged).

C23, C24, R15, C25, R16, IC4, C7,

R19, C26, C27, C29, L2, R14, C3

Replace any abnormal parts.

When an abnormal

condition is confirmed.

Verify the RF input circuit for the GPS.

SAW, GPS IC RF Matching parts

[The GPS RF input circuit is faulty]

Replace the GPS RF input circuit

parts. (only the parts which can be

replaced.) If any unexchangeable

parts are abnormal, replace the PCB.

Visual check the following parts.

From connector to SAW: CN5, C40, R24, R23

SAW parts : L9(side A), D17, D18

GPS IC RF Matching parts(side A) : C38, C36, L7

When a normal

condition is confirmed.

When an abnormal

condition is confirmed.

When an abnormal

condition is confirmed.

Verify the BT/GPS control

signal (BT/_SHUTDOWN).

CN1 (14 pin): 3.3V

Verify the BT/GPS control signal

(BTMF_nSHUTDoWN).

IC1 (5 pin): 1.8V

Check the Main unit PCB.

When a normal

condition is confirmed.

When an abnormal

condition is confirmed.

[/BT_SHUTDOWN line circuit

is faulty]

Visual check of the IC1, R7

(Whether not damaged)

Replace any abnormal parts.

When a normal

condition is confirmed.

[The MPU/DSP IC is abnormal]

Replace the PCB.

Verify the BT/GPS control

signal (18BT_RX).

IC6 (7 pin):

Square waveform UART data

of 1.8V logic.

Baud rate:

When an abnormal

condition is confirmed.

Verify the BT/GPS control

signal (TXD2).

CN1 (6 pin):

Square waveform UART data

of 3.3V logic.

When an abnormal

condition is confirmed.

Check the Main unit PCB.

Default: 115.2Kbps

After: 3.967Mbps.

When a normal

condition is confirmed.

[The 18BT_HC1 RX (TXD2)

line circuit is faulty]

Visual check of the CP1, IC6, R22

(Whether not damaged)

Replace any abnormal parts.

When a normal

condition is confirmed.

Verify the BT/GPS control

signal (RXD2).

CN1(7 pin): Square waveform

UART data of 3.3V logic.

Baud rate:

Verify the BT/GPS control

signal (18BT_TX).

IC6 (8 pin):

Square waveform UART data

of 1.8V logic.

When an abnormal

condition is confirmed.

When an abnormal

condition is confirmed.

Check the Main unit PCB.

Default: 115.2kbps

After: 3.967Mbps.

When a normal

condition is confirmed.

[The 18BT_HCI TX (RXD2)

When an abnormal

condition is confirmed.

line circuit is faulty]

Check the Main unit PCB.

Visual check of the CP1, IC6, R22

(Whether not damaged)

Replace any abnormal parts.

(No.RA032<Rev.001>)1-81

Check the Main unit PCB.

Verify the BT/GPS control

signal (G_TXD2).

CP705 (2 pin):

Square waveform UART data

of 3.3V logic.

Verify the BT/GPS control

signal (TXD2).

CN735 (15 pin): Square waveform

UART data of 3.3V logic.

Baud rate

When an abnormal

condition is confirmed.

When an abnormal

condition is confirmed.

[The MPU/DSP IC is abnormal]

Replace the PCB.

Default: 115.2kbps

After: 3.967Mbps.

When a normal

condition is confirmed.

[The TXD2 (18BT_HCI_RX)

When a normal

condition is confirmed.

line circuit is faulty]

Replace the CP705.

When an abnormal

condition is confirmed.

When an abnormal

condition is confirmed.

Verify the BT/GPS control

signal (G_RXD2).

CP705, (3 pin):

Square waveform UART data

of 1.8V logic.

Verify the BT/GPS control

signal(RXD2).

CN735 (14 pin): Square waveform

UART tada of 3.3V logic.

Baud rate:

[The MPU/DSP IC is abnormal]

Replace the PCB.

Default: 115.2kbps

After: 3.967Mbps.

When a normal

condition is confirmed.

When a normal

condition is confirmed.

[The RXD2 (18BT_HCI_TX)

line circuit is faulty]

Replace the CP705.

[The MPU/DSP IC is abnormal]

Replace the PCB.

Descriptions of signal names

(1) 33BT: BT/GPS IC 3.3V power supply

(2) 18BT: BT/GPS IC 1.8V power supply

(3) 33GPS: BT/GPS IC 3.3V power supply

(4) TXD2: BT/GPS serial data line connected to UART TX of MPU/DSP IC (MPU/DSP to BT/GPS IC)

(5) RXD2:BT/GPS serial data line connected to UART RX of MPU/DSP IC (MPU/DSP to BT/GPS IC)

(6) 18BT_HCI_RX: BT/GPS serial data line connected to UART RX of BT/GPS IC (MPU to BT/GPS IC)

(7) 18BT_HCI_TX: BT/GPS serial data line connected to UART TX of GPS IC (BT/GPS IC to MPU)

(8) /BT_SHUTDOWN: BT/GPS active control of MPU/DSP IC (MPU/DSP to BT/GPS IC) High → Active, Low → Reset

1-82 (No.RA032<Rev.001>)

5.3 Failure diagnosis of the Bluetooth section

Over view:

When the Bluetooth function does not operate, use this flowchart to determine the problem.

Major parts for a Bluetooth circuit

IC706

IC6

IC5

Bluetooth antenna (Pattern Antenna)

LC filter (L11)

Bluetooth/GPS (IC5)

Level conversion IC (IC6, IC7)

TCXO 19.2MHz (X1)

32.768kHz clock (X2)

33BT Regulator (IC3)

18BT Regulator (IC2)

MPU/DSP IC (IC706)

UART

PCM

UART

PCM

UART

PCM

L11

Level

conversion

Bluetooth

Antenna

Filt er

MPU/DSP

BT/GPS

IC7

Pattern Antenna

Level

conversion

MAINUNIT

TCXO

19.2MHz

32.768kHz

Clock

MODULE (BT/GPS)

UNIT

I can not pair with the Bluetooth (BT) headset.

Make sure the BT headset have enough power?

Turn on your BT headset?

Put your BT headset into pairing mode?

Charge the BT headset. Turn on your BT headset and bring it

within one to two meters.

Try again pair with BT headset.

When a normal

condition is confirmed.

Check the Module (BT/GPS) unit PCB side A.

When a normal

condition is confirmed.

When an abnormal

condition is confirmed.

Verify the ANT Matching Parts.

Visual check of L15, C68

(Whether not damaged)

Replace any abnormal parts.

When a normal

condition is confirmed.

[The BT/GPS power supply

line 33BT circuit is faulty]

Visual check of the PCB side A parts.

(Whether not damaged)

L4, C15, C19, C20, C33

When an abnormal

condition is confirmed.

When an abnormal

condition is confirmed.

Verify the BT/GPS power supply.

(33BT) L4: 3.3V

Check the Module (BT/GPS) unit

PCB side B (a).

Replace any abnormal parts.

When a normal

condition is confirmed.

When an abnormal

condition is confirmed.

When an abnormal

condition is confirmed.

[The BT/GPS power supply

line 18BT circuit is faulty]

Verify the BT/GPS power supply.

(18BT) L15: 1.8V

Check the Module (BT/GPS) unit

PCB side B (b).

Visual check of the PCB side A parts.

(Whether not damaged)

C18, C13, C31, L8, C39

Replace any abnormal parts.

When a normal

condition is confirmed.

When an abnormal

condition is confirmed.

Verify the RTC Line circuit for

the BT/GPS.

Visual check of X2, L8, C39

(Whether not damaged)

Verify the RTC for the BT/GPS.

X2 (3 pin): Square waveform,

32.768kHz,1.8Vp-p

Replace any abnormal parts.

When a normal

condition is confirmed.

(No.RA032<Rev.001>)1-83

When a normal

condition is confirmed.

Verify the reference clock for the

BT/GPS.

[The reference clock circuit

for the BT/GPS is faulty]

Visual check of the R9, Q1, R10, R26, R12, R13,

X1, C4, C8, C9 (Whether not damaged)

Replace any abnormal parts.

When an abnormal

condition is confirmed.

(BT_CLK) Intersection of

C8 and C9: Sine waveform,

19.2MHz 0.2 to 1.2 Vp-p

When a normal

condition is confirmed.

Check the Module (BT/GPS) unit PCB side B.

When a normal

condition is confirmed.

When an abnormal

condition is confirmed.

Verify the ANT Matching Parts.

Visual check of R27, R29

(Whether not damaged)

Replace any abnormal parts.

When a normal

condition is confirmed.

When an abnormal

condition is confirmed.

When an abnormal

condition is confirmed.

Verify the BT/GPS control signal

(BTFM_nSHUDoWN).

IC1 (5 pin): 1.8V

Verify the BT/GPS control signal

(/BT_SHUTDOWN).

CN1 (14 pin): 3.3V

Check the Main unit PCB (a).

When a normal

condition is confirmed.

When a normal

condition is confirmed.

[/BT_SHUTDOWN Line circuit

is faulty]

Visual check of the IC1, R7

(Whether not damaged)

Replace any abnormal parts.

Verify the BT/GPS control

signal (TXD2).

CN1 (6 pin):

Square waveform UART data

of 3.3V logic.

Verify the BT/GPS control

signal (18BT_RX)

IC6 (7 pin):

Square waveform UART data

of 1.8V logic.

When an abnormal

condition is confirmed.

When an abnormal

condition is confirmed.

Check the Main unit PCB (b).

Defeult: 115.2kbps

After: 3.967Mbps.

When a normal

condition is confirmed.

When a normal

condition is confirmed.

[The 18BT_HCI_RX(TXD2)

line circuit is faulty]

Visual check of the CP1, IC6, R22

(Whether not damaged)

Replace any abnormal parts.

1-84 (No.RA032<Rev.001>)

When a normal

condition is confirmed.

When an abnormal

condition is confirmed.

When an abnormal

condition is confirmed.

Verify the BT/GPS control

signal (18BT_HCI_TX.).

IC6 (18 pin):

Square waveform UART data

of 1.8V logic.

Verify the BT/GPS control

signal (RXD2).

CN1 (7 pin): Square waveform

UART data of 3.3V logic.

Baud rate:

Check the Main unit PCB (c).

Default: 115.2kbps

After: 3.967Mbps.

When an normal

condition is confirmed.

When a normal

condition is confirmed.

[The RXD2 (18BT_HCI_TX)

line circuit is faulty]

Visual check of the CP1, IC6, R22

Replace any abnormal parts.

[The BT/GPS IC is abnormal

Replace the PCB.

Check the PCB side B (a).

When a normal

condition is confirmed.

When an abnormal

condition is confirmed.

[The BT/GPS power supply line 33BT circuit is faulty]

[The BT/GPS IC is abnormal]

Replace the PCB.

Replace the

C5, C46, C44, C49.

Check the PCB side B (b).

When a normal

condition is confirmed.

When an abnormal

condition is confirmed.

[The BT/GPS power supply line 18BT circuit is faulty]

[The BT/GPS IC is abnormal]

Replace the PCB.

Replace the

C2, C47, L5, L13, C45, C48.

Check the Main unit PCB.

When a normal

condition is confirmed.

Verify the BT/GPS control

signal (TXD2).

CN735 (15 pin): Square

waveform UART data of 3.3V

logic.

Verify the BT/GPS control

signal (G_TXD2).

CP705 (3 pin):

Square waveform UART data

of 3.3V logic.

When an abnormal

condition is confirmed.

When an abnormal

condition is confirmed.

[The MPU/DSP IC is abnormal

Replace the PCB.

Baud rate

Default: 115.2kbps

After: 3.967Mbps.

When an normal

condition is confirmed.

[The RXD2 (18BT _HCI_TX)

line circuit is faulty]

Replace the CP705.

When a normal

condition is confirmed.

When an abnormal

condition is confirmed.

Verify the BT/GPS control

signal(RXD2).

CN735 (14 pin): Square waveform

UART tada of 3.3V logic.

Baud rate:

When an abnormal

condition is confirmed.

Verify the BT/GPS control

signal (18BT_HCI_TX).

CP705, (4 pin):

Square waveform UART data

of 1.8V logic.

[The MPU/DSP IC is abnormal]

Replace the PCB.

Default: 115.2kbps

After: 3.967Mbps.

When an normal

condition is confirmed.

When a normal

condition is confirmed.

[The RXD2 (18BT _HCI_TX)

line circuit is faulty]

Replace the CP705.

[The MPU/DSP IC is abnormal]

Replace the PCB.

Descriptions of signal names

1) 33BT: BT/GPS IC 3.3V power supply

2) 18BT: BT/GPS IC 1.8V power supply

3) TXD2: BT/GPS serial data line connected to UART TX of MPU/DSP IC (MPU/DSP to BT/GPS IC)

4) RXD2:BT/GPS serial data line connected to UART RX of MPU/DSP IC (MPU/DSP to BT/GPS IC)

5) 18BT_HCI_RX: BT/GPS serial data line connected to UART RX of BT/GPS IC (MPU to BT/GPS IC)

6) 18BT_HCI_TX: BT/GPS serial data line connected to UART TX of GPS IC (BT/GPS IC to MPU)

7) /BT_SHUTDOWN: BT/GPS active control of MPU/DSP IC (MPU/DSP to BT/GPS IC) High Active, Low Reset

(No.RA032<Rev.001>)1-85

5.4 Replacing Main Unit

Service Main unit” Data

The following data is written on the service unit:

Main unit Information

Data Type

Firmware

Desctiption

NX-5900 Firmware.

XC1-102 (NX-5900) F type data.

Model Name

Original Main

unit Number

For Service Main

unit Number

NX-5900 (F,K)

XC1-1021-80

XC1-1021-81

FPU Data

(PC programming mode)

Method of confirming “Original Main unit” and “Service

Main unit”

The 0Ω resistor (R1) is mounted on the “R1” silk print part of

the Service Main unit (XC1-1021-81).

Various Adjustment Data General adjustment values for the

(PC Test mode)

XC1-102 (NX-5900) .

KENWOOD ESN

Model name: [XC1-102] NX-5900S

Type: F

The same number as the KENWOOD

ESN label is written.

NXDN ESN/MPT ESN/ The same number as the NXDN ESN/

Product number/

P25 ESN

MPT ESN/Product Number/P25 ESN

label is written.

After Changing the PCB

(1) After changing the printed circuit board, write the up-to-

date Firmware following the instructions in the “2.2 RE-

ALIGNMENT - 2.2.6 Firmware Programming Mode”.

• Write the Firmware in accordance to the Market. If you

write different Market Firmware, there are times com-

munication with the FPU is not possible.

(2) Using the KPG-D1/D1N, select your desired item (Model

Name and Frequency) from the Model> Product Infor-

mation menu, then use Program> Write Data to the

Transceiver to write the FPU data (PC Programming

mode). When writing to the transceiver, a Warning Mes-

sage, corresponding to the item selected, appears. Click

[OK] to continue writing the data.

XC1-102 A/2

Component side

RTC

(3) Enter Program> Test Mode, then adjust the various ad-

justment data (PC Test Mode) as described in the “SEC-

TION 4 ADJUSTMENT”.

(4) Attach the new labels corresponding to the new printed

circuit board. (Refer to the images below for label place-

ment.)

XC1-102

1-80

(None)

0Ω

1-81

Note:

(5) If necessary, write the FPU data used by the customer

with the KPG-D1/D1N.

• The 0Ω resistor (R1) is used to differentiate the destina-

tion with a visual check. These are not connected with any

PCB pattern; they are specifically for production control.

There is no need to change the mount of these resistors.

• There is no difference between the schematic diagram of

the Service Main unit (XC1-1021-81) and the schematic

diagram of the original Main unit (XC1-1021-80). (R1 is

connected with GND (ground) only.)

Supplied Accessories of “Service Main unit”

Item (Including Parts Number)

Main Unit (XC1-102)

Quantity

KENWOOD ESN/ NXDN ESN/ Product Number/

MPT ESN/ P25 ESN Label

1-86 (No.RA032<Rev.001>)

Note:

• When using the ESN Validation function of NXDN Trunk-

• When a new printed circuit board is used, the KENWOOD

ESN changes, as does the Transceiver Information dis-

play of the KPG-D1/D1N, but this does not have any effect

on the operation of the transceiver.

• If changing to the original ESN, please contact our service

center.

ing, the NXDN ESN number changes when the circuit

board is changed (the number is written on the circuit

board); the NXDN Trunking System cannot be accessed.

Use the KPG-110SM on the NXDN Trunking System side

to reprogram the NXDN ESN number.

ESN Label Layout

ESN Label

5.5 Failure diagnosis of the Transmitter section

Overview:

When the Transmitter section does not operate, use this flowchart to determine the problem.

Confirmation before this failure diagnosis:

Before attempting to diagnose the transmitter section, check the calibration of measurement equipments (i.e.power meter).

Whenever the transmitter is turn on, the unit must be mounted on the chassis and connected to a suitable dummy load.

Major parts of the Transmitter section

Final FET (Q303)

Drive FET (Q302)

Power Control IC (IC302)

ANT Switch Diode (D305, D306, D308)

90C AVR (IC15)

50CT AVR (IC16)

Fuse (F300)

Note:

The Final FET is not able to be replaced using the service equipment, the Final FET is not registered as a service part.

Therefore, the Main unit must be replaced by the Service Main unit when the Final FET is defective.

This Failure diagnosis of Transmitter section is created to judge a defective Final FET.

Test Channel for the voltage verification

Test Channel 1-1 (TX frequency: 793.05MHz)_HighPower

(No.RA032<Rev.001>)1-87

Transmit power is not output from

the antenna.

Use the antenna for the

appropriate frequency band.

Is the appropriate antenna used ?

When an abnormal condition is confirmed.

When a normal condition

is confirmed.

Connect the antenna conenctor

correctly.

Is the connection of the antenna

connector correct ?

When an abnormal condition is confirmed.

When a normal condition

is confirmed.

Verify the bias voltage of the ANT When an abnormal value Verify the voltage of "90ANT".

When an abnormal value Verify the voltage of "90C".

When an abnormal value

is confirmed.

IC15(4pin): approx. 9.00[V]

--->Point''C''

switch circuit during transmitting. is confirmed.

R353: approx. 1.60[V] --->Point''A''

is confirmed.

R354: approx. 8.90[V] --->Point''B''

When a normal value

is confirmed.

When a normal value

is confirmed.

When a normal value

is confirmed.

[IC706 may be broken.]

Change Main unit PCB

to new one.

Verify the voltage of "ANTSW".

Q17: approx. 3.28[V] --->Point''D'' is confirmed.

When an abnormal value

[ANT switch diodes may be broken.]

Change D305, D306 and D308

(L8104) to new one.

*Foil Side (SideB)

When a normal value

is confirmed.

[Switch circuit may be broken.]

Change Q16 and Q15 to new one.

*Component Side (SideA)

Verify the voltage of "SB2".

IC15(2pin): approx. 12.7[V]

(*13.6[V] at RX) --->Point''E''

Verify whether the huse (F3) is not

broken.

[F3 may be broken]

Change F3 to new one.

*Component Side (SideA)

When an abnormal value

is confirmed.

When an abnormal condition

is confirmed.

When a normal value

is confirmed.

When a normal condition

is confirmed.

[IC15 may be broken.]

Verify the voltage of "SBC_2".

IC12(1pin): approx. 2.47[V]

--->Point''F''

[IC706 may be broken.]

Change Main unit PCB

to new one.

When an abnormal value

is confirmed.

Change IC15 to new one.

*Component Side (SideA)

When a normal value

is confirmed.

[Switch circuit may be broken.]

Change Q10 and Q11 to new one.

*Foil Side (SideB)

1-88 (No.RA032<Rev.001>)

[Battery voltage may be abnormal.]

Verify the voltage of the external

power supply.

Verify the drain voltage of the Final

FET (Q303).

L319: approx. 12.7[V] (*13.6[V] at

RX) --->Point"G"

When an abnormal value

is confirmed.

When a normal value

is confirmed.

Verify the voltage of "SPC".

R422: approx. 2.48[V] --->Point''I''

Verify the alignment value

of ''Maximum Power''.

[Alignment value may be incorrect.]

Align ''Maximum Power'' with all

alignment channels again.

Verify the gate bias voltage of the

Final FET (Q303).

L318: approx. 4.27[V] --->Point''H''

When an abnormal value

is confirmed.

When an abnormal value

is confirmed.

When an abnormal value

is confirmed.

When a normal value

is confirmed.

When a normal condition

is confirmed.

When a normal value

is confirmed.

Verify the voltage of "/DSW".

R381: 0[V] (*3.21[V] at RX)

--->Point''J''

When an abnormal value

is confirmed.

[IC719 may be broken.]

Change IC719 to new one.

[IC706 may be broken.]

Change Main unit PCB

to new one.

*Foil Side (SideB)

When a normal value

is confirmed.

[Switch circuit may be broken.]

Change Q305, Q308, Q309

and IC304

Verify the voltage of ''VOUT'' of

IC302.

IC302(12pin): approx. 1.41[V]

--->Point''L''

Verify the voltage of ''VSET'' of

IC302

IC302(11pin): approx. 1.86[V]

--->Point''N''

Verify the gate bias voltage of the When an abnormal value

Drive FET (Q302).

L316: approx. 4.96[V] --->Point''K''

When an abnormal value

is confirmed.

When an abnormal value

is confirmed.

When a normal value

is confirmed.

When a normal value

is confirmed.

When a normal value

is confirmed.

Verify the voltage of "/DSW".

R380: 0[V] (*3.21[V] at RX)

--->Point''M''

[IC706 may be broken.]

[IC302 may be broken.]

Change IC302 to new one.

When an abnormal value

is confirmed.

Change Main unit PCB to new

one.

*Component Side (SideA)

When a normal value

is confirmed.

[Switch circuit may be broken.]

Change Q306 and IC303 to new

one.

*Component Side (SideA)

[Alignment values may be incorrect.]

Verify the voltage of "APC1".

R384: approx. 2.91[V] --->Point''O''

Verify the alignment value of

''Tranmit Power''.

When an abnormal value

is confirmed.

When an abnormal value

is confirmed.

Align ''Transmit Power'' with all

alignment channels again.

When a normal value

is confirmed.

When a normal value

is confirmed.

[IC305 may be broken.]

Change IC305 to new one.

*Component Side (SideA)

[IC715 may be broken.]

Change IC715 to new one.

*Foil Side (SideB)

Verify whether the huse (F300) is

not broken.

[F300 may be broken.]

Change F300 to new one.

When an abnormal

condition is confirmed.

*Foil Side (SideB)

When a normal condition

is confirmed.

[Final FET may be broken.]

Change Main unit PCB to new one.

Change the PreDrive FETs

(Q300 and Q301) to new one.

Change the Drive FET

(Q302) to new one.

When an abnormal

condition is confirmed.

*Foil Side (SideB)

When a normal condition

is confirmed.

[PreDrive FETs are broken.]

[Drive FET is broken.]

(No.RA032<Rev.001>)1-89

Voltage check point

Main unit PCB Component Side (SideA)

Point A, B, D, L, N

Point C, E

Point F

1-90 (No.RA032<Rev.001>)

Point G

Point H, I, J, K, M, O

(No.RA032<Rev.001>)1-91

MEMO

SCHEMATIC DIAGRAM

MAIN UNIT (XC1-1021-80 (NX-5900(K), NX-5900B(F), NX-5900B(K)))

THP1

NX-5900 700/800MHz

MAIN UNIT(A/2)(XC1-102)

IC300

BGU6104

IC13,D15

DC-DC

CONVERTER(200C)

PRE-DRIVE AMP

Q300

4.92V

L13 15u

19.72V

DB2J40700

19.72V

R:0V

T:4.98V

C324

(B)

D15

R:0V

T:2.23V(H)

2.23V(L)

TH1

VCO

BUFFER AMP

VCO

DOUBLER AMP

VCC

CUR_ADJ

ENABLE

RF_IN

RF_OUT

R59

200C

RD01MUS2-T113

L301

33n

CN307 CN308

Q106

1.72V

C166

(B)

0.94V

F10-3226-05

R302 C302

C304

C307 C308 C309

C316

C315

C318

R309

2SC5108F/Y/

C170

R327

10k

R338

R54 R55

1608 0.25W

R92-3769-05

R331

470

Q105

GND

2SC5108F/Y/

(-71)

7p(B) 4p (B)

6p (B) 1500p

47p

0.75p

(B)

47p

3.3 1/3

R361

1500p

1.5p

(B)

50C

VIN

R305

C313

C120

100p

3.3 1/3

C367

15p

820 1500p

R:13.60V

T:12.28V(H)

13.30V(L)

0.76V

IC13

TPS61041DRVR

E100

F10-3244-15

PLL Shield case

R311

5.6k

C359

R:13.6V

T:13.3V

Q107

2SC5108F/Y/

R:13.60V

T:12.28V(H)

13.30V(L)

REVERSE

CURRENT

PROTECTION PREVENTION

1.6V

C213

C301

(B)

50C

SURGE

D107-109,117

ANT

L326

R178

C411

47p

54M DC/DC Shield case

TX VCO

0.96V

R176

180

VCO

ASSIST

TUNE

FINAL AMP

33n

(-55)

47p

R:0V

T:3.97V

D305,306

4.13V

L100

R304

1000u

4.93V

VCO

FREQUENCY

CONTROL

D305

VOLTAGE

REGULATOR(33C)

Q303

ANTENNA SW

R350

100

R131

10 (D)

IC8,D14

DC-DC

CONVERTER(54M)

(B)

C212 2p

R174

180

L118

(-92)

R:0V

T:2.25V(H)

2.05V(L)

L8104

C392

18p

C413

47p

C407

18p

L328

L329

L330

R:5.31V

T:5.32V

PLL IC

3.27V

L113

270n

SMV1130-079LF

D117

4.61V

270n

C147

C360

15p

5.33V

L12

C141

150p

L117

28n

D107

C143

3.29V

(B)

L137

D306

L8104

C103 0.01u

TX LOCAL

BUFFER AMP

(-92)

C47

L11

SMV1130-079LF

R53

54M

24p

(G)

12n

(-53)

DRIVE AMP

CN16

Q102

MCH3914-H/8/

0.01u

12 11 10

NC_1

C104

PRE-DRIVE AMP

Q301

NE5550234

C329

RD50HMS2T1105

IC100

SKY72310362LF

C179

2p (B)

C177

C150

R132

C448 C335 L315

47p

54M

4.7u

0.1u

4.93V

R:13.58V

T:13.24V

R351

15p

2.7n

C333

2p (B)

C181

5p (B)

0.5p

(B)

L103

R124

(D)

R112

R115

R117

L138

Q302

RD10MMS2-T212

BOOT

VIN

L115

(-14)

C173 C175

R:0V

T:1.60V

L134 L135

L136

C183

47p

C325

C326 R316 C327

15p 18 4p

(G) (B)

R341

180

2.5p

(B)

390

270n

(-92)

6.8n

(-53)

8.2n

(-53)

12n

(-53)

1.5p(B) 6p (B)

(B)

R:0V

T:2.00V(H)

1.81V(L)

SURGE

PROTECTION

GND

C358

CPoUTMAIN

VCCCPMAIN

L331

1.5n

C370

15p

4.97V

R:0V

T:0.81V

NC_2

NC_3

NC_4

NC_5

NC_6

REVERSE

POWER

DETECTION

CoMP

SS/TR

VSENSE

RT/CLK

(-55)

LD/PSMAIN

FVCoMAIN

R35

R:0V

T:4.46V(H)

4.46V(L)

R:0V

T:2.23V(H)

2.23V(L)

D2,7-9,12

R362

3.3 1/3

D300,500

T/R SW

SBC_2

MODULATION

VCO

OSCILLATION

PWRGD

R320

5.6k

10k

(D)

R:4.04V

T:0V

REVERSE

CURRENT

PREVENTION

FVCoMAIN

R347

10k

R:2.13V

T:2.48V

IC8

TPS54240DGQ

R:0V

T:5.33V(H)

4.88V(L)

VCCECT/CML

R103

R337

90T

R328

R332

470

RX VCO

R348

R134

10(D)

L128

(-92)

50CS

PLL_CLK

3.24V

10k

3.3 1/3

C211 1p (B)

D308,310,311

ANTENNA SW

270n

Gate Bias

19 20 21 22 23 24 25

C106

3.29V

L123

C156

150p

D112

C158

L127

28n

C161 8p (B)

Gate Bias 2

L101

54M

100p

R:0V

T:2.25V(H)

2.05V(L)

DC AMP

(CV/ASSIST)

270n

(-92)

(B)

SMV1130-079LF

C107

C108

C109

Q104

MCH3914-H/8/

12M

SBWTDIO

100p

Gate Bias 1

C164

R135

90T

C438 0.01u

SBWTCK

R40

DC-DC

CONVERTER(18M)

Q18

SSM3J334R

R:2.54V

T:2.52V

R:0V

T:8.94V

0.5p

(B)

4.93V

POWER MANAGEMENT

IC2

100k

DC SW

T/R SW

L125

R:0V

T:4.93V

1.2V

5.31V

L80

IC11

LXDC2HN18F163

IC304

NJM12904RB1

5.32V

2200p

270n

(-92)

DC SW

(90ANT)

Q103

EM6M2

CN109

1.8V

R:0V

T:3.29V(H)

3.29V(L)

Q306

LSCR523EBFS8

R380

VCO

FREQUENCY

CONTROL

DVCC

PWR_CNT

R22 10k

DC SW

DVSS

P2.6

Q81

SSM3J15FS

VIN

B+IN

GND

B-IN

A+IN

BoUT

A-IN

V+

W02-3785-05

SCHMITT

TRIGGER

R72

RB521CM-30

/OVRB

GND

P1.0

RXD

TXD

GND5

47k

VIN

3.28V

GND4

GND3

GND2

GND1

VOLTAGE

REGULATOR(90C)

2.2k

P_TXD2

IC101

TC7SH17FUF

R:0V

T:3.30V

BINT2

R71

R:8.98V

T:0V

MoDE

VoUT

L121

P2.7

RB521CM-30

D112-114

REVERSE

CURRENT

PREVENTION

330

P_RXD2

DC SW

VCO

OSCILLATION

R37

100

R44

18M

SBWTCK

SBWTDIo

P1.7

DC SW

VCO

ASSIST

TUNE

OUTY

GND

R:0V

T:3.29V

IC15

BA00DD0WHFP

VoUT

AoUT

R126

10M

R391

100

D312,313

OVER

VOLTAGE

PROTECTION

2.64V

R:0V

T:2.64V(H)

2.64V(L)

RB520SM-30

/PSW_OUT

R:3.22V

T:0V

INA

VCC

RB521CM-30

APC

BAT_CNT

/IGN

5.32V

D100

OVER

Q305

LSCR523EBFS8

R381

P1.5

R61

P1.6

P2.5

P2.4

P2.3

Q17

LTC014EEBFS8

R407

R413

470

D12

VOLTAGE

PROTECTION

/BINT

/RST

P2.0

P2.1

P2.2

R108

C121 33p

R113 120k

0.1u

R:0V

T:4.98V

C112

T/R SW(VCO)

/IGN_OUT

/OVRB_OUT

R:2.84V

T:0V

R:0V

T:4.06V

19.7V

2.2k

50R

R508

8.99V

C76

470p

Q16

SSM3J334R

R:4.13V

T:0V

/PSW

Q113

SSM3J15FS

DC SW

90T

4.7k

RB521CM-30

R155

R158

Q308,309

90T

5.32V

3.29V

VOLTAGE

REGULATOR(33M)

DC SW

/BINT

31BU

LOAD SWITCH

(18M)

3.09V

R:2.44V

T:2.39V

MSP430G25KGCA

3.29V

Ramp_Offset

Q110

EM6M2

DC SW

33M

IC9

XC8102AA07-G

R:0V

T:8.94V(H)

8.96V(L)

DC SW

(SCTAM1)

DC SW

(90T)

1.8V

LSAR523UBFS8

13.59V

R20

R159

470k

5.08V

R:4.97V

T:0V

R416

10k

18M_3

C444 0.01u

C435 0.01u

VoUT

VIN

APC

R:8.98V

T:0V

Q8,9,D11

POWER CONTROL

IC303

NJM12904RB1

IC305

NJM12904RB1

C624

L626

10u

(-86)

R610

DC SW

VOLTAGE

REGULATOR

(50BU)

R161

470k

R166

50CT

Q309

R42

47k

LSCR523EBFS8

5.6k

39p (G)

R:13.60V

T:12.28V(H)

13.30V(L)

AoUT

V+

B+IN

GND

B-IN

A+IN

BoUT

A-IN

V+

R:0V

T:3.29V

SSM3K15AMFV

R414

VSS

R432

10k

R427

22k

C432 470p

IC302

ADL5513

A-IN

BoUT

A+IN

B-IN

GND

B+IN

LOCAL BUFFER AMP

D11

DZ2S056(M)

VCO

FREQUENCY

CONTROL

3.29V

R609

BACK UP

BATTERY

CHARGE

R152

47k

VOLTAGE

REGULATOR

(50CT)

L140

Q15

LTC014EEBFS8

22k

R600

8.99V

R70

DC SW

L606 1.8k

C600 100p

C601 100p

R601

4.7u

(-14)

Q115

EM6M2

AoUT

DC SW

4.93V

50CS

C630

0.1u

R389

RB520SM-30

2.87V

1.2V

Q108

DSC9A01/T/

R371

CN13

3.10V

IC1

33A

12BU

R:4.13V

T:4.12V

R602

L141

4.96V

R:2.2V

T:0V

C428

0.047u

R613

100k

C633

0.1u

VPoS1

R423

2.2k

VoUT

VSET

CoMM

R429 8.2k

L506 L507

10n

R515

C602 100p

APC

R149

470k

VOLTAGE

REGULATOR(50A)

IC10

INHI

INLo

C510

2.5p

10n

R:0.44V

T:2.94V(H)

2.51V(L)

BU31TD2WNVX

3.3V

C429

VOLTAGE

REGULATOR(33A)

R501

C501 C503

47p

(-71)

5.33V

C615

0.1u

Q500

R:4.79V

T:4.78V

R431

TADJ

VoUT

VIN

4.97V

0.047u

VPoS2

100p

(B)

2SC5108F/Y/

DC SW

22k

Q307

LSCR523EBFS8

5.33V

50A

R384

10k

VoUT

Q304

SSM3K15AMFV

DC SW

VIN

R171

C648

100p

SPEED UP

R401

1.2k

CP600

RK74HB1J100J

VREFN

VREFP

C610

0.1u

VDDD

VDDH

CLKoUT

DoUTA

DoUTB

470k

DC SW

GND

RIPPLE

FILTER

STBY

GNDA

VDDA

GCN

GCP

Non Save:1.8V

Save:0V

L613

VSS

C603 100p

IF IC

IC600

VOLTAGE

REGULATOR(31BU)

VOLTAGE

REGULATOR(12BU)

R26

XC6221D501G-G

C604 100p

C605 100p

C606 100p

C640

33M

L614

1000p

31BU

AD9864BCPZRL

VDDF

IF2P

SCTAM1

SB1

L520

C639 100p

R:1.8V(700MHz)

0V(800MHz)

T:1.8V(700MHz)

0V(800MHz)

SB1(HEAD/D-sub)

C18 470p

GNDH

SYNCB

GNDS1

R:4.95V(700MHz)

0V(800MHz)

T:0V

L601

CN15

R605

10k

13.6V

1ST MIXER

L611

C44

IF2N

C641

100p

SB2

R546

13.6V

FZA10BS-5R0

13.6V

3.29V

C608

C519

0.01u

GNDF

MXoN

MXoP

10u

RX:763~776MHz

470p

19.2MHz

R614

IF_MAIN_CLK

DC SW

R:4.97V

T:0V

REVERSE

CURRENT

PREVENTION

FREF

GNDL

R:4.97V

T:0V

DC SW

(SB1)

MTM981400BF

L612

10u

0.1u

CN19

13.6V

R:4.90V

T:0V

BLVL

SBC

R17

10k

DC SW

(SB2)

C520

0.01u

L510

C527

Q10

MTM981400BF

50R_700

R: 0V(700MHz)

4.95V(800MHz)

T: 0V

C517

100p

E600

F10-3224-15

IF IC Shield case

R527

C534

47p

Q501

MT3S111

L514

OVER

VOLTAGE

PROTECTION

4.23V

LNA

C649

6.88V

BAND SWITCH

L521

8.2n

EM6M2

Q504

C619

0.1u

10p

L607

180n

R36 10k

3.0V

10p (B)

L610

DC SW

LTC014EEBFS8

C552

C543

7p(B)

C544

100p

6.86V

C637

0.01u

R:4.96V

T:0V

IC500

AK1224

REVERSE

CURRENT

PREVENTION

IC502

UPG2214TK-A

BAND SW

180n

(-53)

R603

(-53)

R: 0V(700MHz)

4.95V(800MHz)

T:0V

VDD2

SSM3J15FS

Q503

LoINN

VSS2

Q11

LTC014EEBFS8

2.45V

DC SW

VDD3

L502

C620

L500

SBC_2

/OVRB

R:1.78V

T:0V

58.05MHz

VCoNT2

oUTPUT2

INPUT

GND

VCoNT1

oUTPUT1

VSS1

RFIN

IFoUTN

IFoUTP

L625

390n

BAND SW

Q604

BB506CFS-H

820n

(-14)

C618

IC501

UPG2214TK-A

C533

10p

R617

270k

LTC014EEBFS8

RB521CM-30

/OVRB(For MSP430)

L617

820n

XF600

L7B-0001-00

C656

10p (B)

R619

C658

0.01u

L619

L608

C665

(B)

D16,17

680n

(-86)

R:4.95V(700MHz)

0V(800MHz)

T:0V

C663

0.01u

L503

R628

R631

C500

0.01u

R:5.04V

T:4.96V

R630

oUTPUT1

VCoNT1

GND

R632

VOLTAGE

REGULATOR(50C)

DC SW

L609

REVERSE

CURRENT

PREVENTION

L519

C556

100p

C558

47p

5.33V

820n

(-14)

50R_800

0.01u

100

VOLTAGE

REGULATOR(50R)

IF AMP

INPUT

R:0V(700MHz)

4.95V(800MHz)

T:0V

54M

R31

50C

50R

oUTPUT2

VCoNT2

D17

RB521CM-30

VoUT

VIN

VCO

OSCILLATION

Q603

2SC5066F/O/

R:4.95V(700MHz)

0V(800MHz)

T:0V

CN4

IC17

XC6221D501G-G

RX:851~870MHz

R76 R77 R78

C621

0.01u

5.32V

MCH3914-H/8/

Q600

R606

Q602

LSCR523EBFS8

3.3k

3.3k 3.3k

L600

10u

R47

C607

12p

VoUT

VIN

VSS

RIPPLE

FILTER

C623

3p (B)

IF AMP

LTC014TEBFS8

R:4.99V

T:0V

(G)

L511

C528

OVER

VOLTAGE

PROTECTION

C518

100p

LNA

L513

3.3n

C535

(B)

Q502

MT3S111

R528

OVER

VOLTAGE

PROTECTION

D505,506

OVER

VOLTAGE

PROTECTION

L522

IC6

XC6221D501G-G

DC SW

L605 R608

47p

10p

C542

C553

R52

C545

100p

Q601

VSS

VCO

FREQUENCY

CONTROL

270n

390

(-53) (D)

DC SW

R:1.89V

T:0V

(B)

RESET

LTC023JEBFS8

ANALOG SW

IC714

BD11600NUX

C830

0.1u

L713

IC911

LA4425A

R956

CLOCK BUFFER

3.27V

3.29V

BOOT PIN

UART BOOT=10010100

Emulation Debug BOOT = 00011110

PLL_CLK

CN910

R749

33M

19.2MHz(NEW)

CN723

*R1

X700

L77-3123-05

C771

1D+

VCC

1D-

1.7V

Service

0.1u

C770

For Production line

SPI

SPO

FCNT R700

1-80

CN941 CN922 CN923 CN924 CN925

2D+

D+

Clock Buffer

Q700

2SC4617/S/

1-81

(Service)

R930 C937

10k(D) 1u

R948

R709 C729

2D-

D-

C944

13.6V

HOR

GND

L711

1k*4

1k 0.01u

2.19V

C740

GND

C772

0.1u

0-10

C978

470p

1.39V

REQ2

CLK2

REQ1

MCLK_REQ

GND_DIG

VDD_DIG

4.7u

(-39)

0.01u

1.61V

DC SW

R701

0-11

(Service)

33M

AUDIO

MUTE

Q704

SSM3K15AMFV

C969

330u 16

CLK1

OSCGND

CP702

R926

AF_MUTE

CLK3

REQ3

Q902

DSC9A01/T/

MCLK_IN

6.5V

EXT.SP

J900

TCXO

BUFFER

R933

10k

D905

LINE

PROTECTION

ESP_DET

SPO

IC703

CDC3S04YFF

AUDIO

MUTE

Q905

D924

D/A

CONVERTER

C768

0.01u

C769

REVERSE

CURRENT

PREVENTION

SSM3K335R

LOGIC

IC900

TC7SET08FUF CONTROL

EXTERNAL

SPEAKER

DETECTION

D909

DA3S101F

3.27V

/RST

1.18V

L719

REVERSE

CURRENT

PREVENTION

SPAF

EXTSP_EN

L701

R983 100

W1W2W3 V1 V2 V3 U1 U2 U3 T1 T2 T3 R1 R2 R3 P4R12R11V8 T9 U8V11T14R10W13V9 U9 W9 T8 V7 W7W8 U7 T7 W6 V6 U5 V5 W5 U6 U4 T6 W4 T4 V4 T5U15U14V14U13V13V12W12W11T13T11T10T12U10V10U11W10

INB

TEMP

/FRST

/RST

AUDIO

MUTE

VCC

INA

(D)

R843

R844

R845

100k

10k

/RST

IF_MAIN_CLK

IF_CLK_EN

19.2M

RESET

NMI

K14

J17

T17

L16

M16

J18

J15

L17

J16

K16

R957

IC908

TC7WH14FK-F

C972

0.1u

D/A

CONVERTER

GND

oUTY

Q906

SSM3J332R

C834

1u 16

100

4.96V

3.28V

RESEToUT

TMS

C970 0.01u

-3.49V

18M

VCC

18M

VIN7

GND

VIN2

VDD

4.97V

100p

C835

TDI

R838

RTS2

GND

For DDR_DVDD

TDo

AMUTE/UART2_RTS

For CVDD

For RVDD,USB

/20o_REQ

VoUTD

VREFIN

VoUTC

DIN

/EVCS

SCK0

SDO0

GND

IC719

R2A20178NP

C811

0.1u

TCK

AFSR

ACLKR

RESET

AF_CLK

LOGIC

CONTROL

VREF

IC912

TC7SET08FUF

TRST

VDAREF2

CLK

CP711

100*4

RTS1

WCLK

BCLK

N_INTSP_EN

INTSP_EN

EMU0

AHCLKR/UART1_RTS

AFSX

D900

DA3S101F

VoUTB

SYNC

VoUTA

SCLK

4.96V

CP716

100*4

INB

VCC

INA

VDAREF1

VIN6

A/D

CONVERTER

VIN3

APC

SDO0

/DACCS

SCK0

EMU1

33M

R876

R881

330

R944

C946

47k

0.01u

MCLK

RTCK/GP8<0>

CLKoUT

oSCIN

ACLKX

R901 C901

K17

R702 10

T18

24 23 22 21 20 19 18 17

SDI

R951

GND

CTS1

oUTY

AHCLKX/USB_REFCLKIN/UART1_CTS

AXR0/ECAP0_APWM0/MII_TXD<0>/CLKS0

AXR1/DX0/MII_TXD<1>

AXR2/DR0/MII_TXD<2>

100

0.1u

/INT25P

CP709

19.2M

32k_I

12M_1

1.2V

12BU_1

SCHMITT TRIGGER

C933 0.01u

L19

For DVDD IO

L732

For DVDD IO

For USB

C900 0.01u

DAC124S085CIS

IC715

PLL_MOD

IF_DI

EXTERNAL

SPEAKER

DETECTION

CH4

CH5 15

C782

15p

CN715

R736

oSCoUT

RTC_XI

RTC_Xo

K19

J19

H19

X701

L77-1802-05

SDo

33M_1

C803

/BINT

HOR

1.19V

C781

15p 32k_O

CH6

BDGND

+VBD

GPIo

AXR3/FSX0/MII_TXD<3>

AXR4/FSR0/MII_CoL

AXR5/CLKX0/MII_TXCLK

AXR6/CLKR0/MII_TXEN

AXR7

R13P13L6 K5 J13G12G11G10G6F14N7H14E5 N8 M9 M8L12K12K6 J12 J6H13H12H11H10H7 H6G13G8 G7E15

L714

RTCGND

L725

/IF_CS

12M_1

1.19V

PLL0_VDDA

IC906

TC7WBD125AFK

0.1u

CTS2

33M

LEVEL

SHIFT

100*4

RTC_ALARM/DEEPSLEEP

USB0_DM

CH7

DVDD3318_A1

DVDD3318_A2

DVDD3318_A3

DVDD3318_A4

DVDD3318_A5

DVDD3318_A6

DVDD3318_B1

DVDD3318_B2

DVDD3318_B3

DVDD3318_B4

DVDD3318_B5

DVDD3318_B6

DVDD3318_B7

DVDD3318_B8

DVDD3318_B9

DVDD3318_B10

DVDD3318_B11

DVDD3318_C1

DVDD3318_C2

DVDD3318_C3

DVDD3318_C4

NC3

SYMTIM_IN

IF_CLK

F15

IC712

ADS7961SRHB

CN738

L715

RTCGND

CN743

USB0_DM

USB0_DP

M18

M19

P16

N19

K18

N17

P18

P19

CP710

100*4

3.29V

CH8

RSV2

T19

oE1

VCC

oE2

GND

USB0_DP

SATA_VDD4

SATA_VDD3

SATA_VDD2

SATA_VDD1

SATA_VDDR

CODEC_DO

CODEC_DI

20o_DX

UMode

L716

I2CCK

I2CDT

CH9

CH10

CH11

18 17 16 15 14 13

REFM

REFP

+VA2

USB0_ID

MAIN UNIT(B/2)(XC1-102)

R733

PLL0GND

G14

G15

12BU

12M

18M

R831

P1_2[3]

USB0_VBUS

AXR8/CLKS1/ECAP1_APWM1

AFO-

C925 1u

C926 1u

AIO9

1.19V

PLL1_VDDA

CN717

L717

SCL

USB0_DRVVBUS

AXR9/DX1

AXR10/DR1 D4

C784

AFO+

AIO6

AIO7

20o_DR

18M_1

50A_D

USB0_VDDA12

USB1_DM

/CRST

SDA

VDD

INT

L718

/20o_CS

BT_AUD_DI

20o_CLK

E14

0.22u

D-Sub25

R913

AXR11/FSX1

AXR12/FSR1

12M_1

CP708

P1_1[3]

P1_0[3]

VSS

D910-915,918-920

LINE

PROTECTION

USB_CVDDM12

USB1_VDDA18P14

USB1_VDDA33P15

USB0_VDDA18N14

IC910

PCA9555AHF

1.8V

USB1_DP

PLL1GND

/WP

3.3V

P0_7[2]

MMCSD0_CLK

AXR13/CLKX1

/INT25P

50A

AIO1

AIO2

BT_AUD_DO

/DMOD_CS

/CRST

ASSW

C909

C910

18M_1

AXR14/CLKR1

AXR15/ECAP2_APWM2

MMCSD1_DAT<7>/LCD_PCLK

MMCSD1_DAT<6>/LCD_MCLK

/BER_EN

DM_IN

F10

F11

AFO_SP

C927 1u

MPU/DSP

0.1u

25REF

50A

2.48V

33M_1

18M_2

100*4

1.66V

IC905

TC7WT125FUF

DM_OUT

AF_MUTE

TX_PLL_SEL

USB0_VDDA33

N18

CODEC

MMCSD1_DAT<5>/LCD_HSYNC

GP8<12>

BUFFER AMP

(BER CK

/BER DT)

P0_6[2]

IC706

F12

MMCSD1_DAT<4>/LCD_VSYNC

F13

DDR_DVDD18_10

DDR_DVDD18_9

DDR_DVDD18_8

SD1_CMD

SD1_CLK

SD1_DAT[0]

ANTSW

33M

18M

MMCSD1_CMD

MMCSD1_CLK

MMCSD1_DAT<0>

GP6<8>

OMAPL138BWTA3

IC901

BU7242NUX

1.8V

DC AMP

(25REF/VREF)

VCC

LCD_AC_ENB_CS

SATA_RXP

R902

L720

L721

L722

18M_1

MCLK

19.2MHz

J14

K15

20o_CLK

20o_DX

R916 2.2k

1.8V

3.29V

DDR_DVDD18_7

P10

CP900

MCLK

VCO_MOD

DEO

oUT1

VDD

IN1-

oUT2

IN1+

IN2-

VSS

IN2+

VREF

DRVDD2

HPRoUT

SATA_RXN

R907

T15

U16

W15

U17

R16

18M_2

33M_1

BCLK

WCLK

CODEC_DO

CODEC_DI

BCLK

I/O

EXPANDER

DDR_DVDD18_6

/DM_EN

TXC

33M_1

SATA_TXP

SATA_TXN

SATA_REFCLKP

SATA_REFCLKN

SATA_REG

GP6<7>

GP6<9>

R917

HPRCoM

WCLK

DDR_DVDD18_5

DDR_DVDD18_4

GP6<10>

IC902

TLV32AIC3104I

/DSW

R909

22k (D)

K13

GND

DRVSS

DIN

GP6<11>

DDR_DVDD18_3

N10

AFO_D

C924 1u

10*4

R734

10k

GP6<12>

HPLCoM

HPLoUT

DRVDD1

AVSS1

33M

DoUT

DVSS

IoVDD

SCL

DDR_DVDD18_2

L13

M13

N13

I2CCK

I2CDT

C908

0.1u

PRST

/KEYINT

SDO1

3.3V

3.29V

L902

GP6<13>R17

SPI1_SoMIH17

SPI1_SIMoG17

G16

DVDD3318_C5

DVDD3318_C6

DVDD3318_C7

DVDD3318_C8

DVDD3318_C9

DVDD3318_C10

DDR_DVDD18_1

DDR_VREF

DDR_ZP

RTC_CVDD

PLL1_VDDA

PLL0_VDDA

/INT_IO

C905

0.1u

1.8V

A8 B7 B8 C7 C8 D7 D8 E7 E3 D2 D3 C2 C3 B2 B3 A2 E8 E2 F3 F7 H3

VDDQ5

R915

W14

V15

V18

V19

U19

T16

R18

R19

R15

P17

U18

V16

R14

W16

V17

W17

W18

W19

33A

CN906

33M

50A

/20o_WUP

REVERSE

CURRENT

PREVENTION

GP6<6>

VSSQ5

U12

L14

N15

L15

33A

33M

C916 R914

I2CCK

30 AUXIO6/BER CK

29 AUXIO7/BER DT

R963 100

R964 100

R965 470

R966 470

12BU_1

AIO6

R805

49.9

D907

PRU0_R30<15>/PRU0_R31<15>

CP901

RK74HA1J100J

D33_RXD2

C954 100p

C955 100p

100p

VDDQ4

VDDQ3

VDDQ2

VDDQ1

VDD3

VSSQ1

VSSQ4

VSSQ3

VSSQ2

VSS3

P12

C986

C987

C988

SYMTIM_IN

PLD

I2CDT

PRU0_R30<14>/PRU0_R31<14>

10u

RB521CM-30

AIO7

AIO1

AIO2

G18

PLL1_VDDA

PLL0_VDDA

UART2_SW3

RXD2

R828

10k

33M

PRU0_R30<13>/PRU0_R31<13>

F17

AUXIO1

AUXIO2

IC702

TXD2

CN901

PRU0_R30<12>/PRU0_R31<12>

PRU0_R30<11>/PRU0_R31<11>

PRU0_R30<10>/PRU0_R31<10>

PRU0_R30<9>/PRU0_R31<9>

GP6<5>

IC904

TC7SET125FUF

F16

C956

100p

IC907

BD11600NUX

SPI1_SCS<7>/I2C0_SCL

SPI1_SCS<6>/I2C0_SDA

SPI1_SCS<5>/UART2_RXD

SPI1_SCS<4>/UART2_TXD

SPI1_SCS<3>/UART1_RXD

SPI1_SCS<2>/UART1_TXD

SPI1_SCS<1>

RXD1

TXD1

/PCS

/PTT

L18M17M15H18H1 H2 K1 K2 L3

J8 J9 J10J11K7 K8 K9K10K11L5 L7 L8 L9 L10L11M4 M5 M6 M7M10M11N5N11N12P11

M1M14N16A19H8 H9H15 J7

E18

F19

F18

E19

W949D6KBHX5I

33M

C957 100p

20o_BSY

KEY_TX

VCC

C989

R967

R981

LINE

PROTECTION

1D+

VCC

1D-

26 RXD2/DI

1608

100p

D33_TXD2

220

R882

47k

220

INA

R968

R982

C990

100p

AIO3

AUXIO3

R969

GND

LOGIC

CONTROL

2D+

D+

MOBILE DDR

SPI1_SCS<0>

100p

470

C958

VDD2

VSS2

C991

C992

C993

C994

C995

C996

oUTY

TXD2/AUXIO9

R970 100

R971 470

R972 470

R973 470

R974 100

C899

10u

2D-

D-

RMII_TXD<1>/PRU0_R31<29>

RMII_TXD<0>/PRU0_R31<28>

RMII_TXEN/PRU0_R31<27>

RMII_RXD<1>/PRU0_R31<26>

SPI1_ENAH16

SPI1_CLKG19

100p

VDD1

RTCGND

SCK1

SDI0

VSS1

25REF

50A

GND

R927

470k

AIO4

AIO8

AIO5

AIO9

23 AUXIO4

PLL1GND

PLL0GND

OSCGND

R993

R992 R996 R991

R997

R994

MIC

C959 100p

C960 100p

C961 100p

100p

J8 J9 K7 K8 K2 K3 J1 J2 J3 H1 J7 H2 G3 G2 G1 H7 H8 H9 G9 G8 G7 F8 F2

SPI0_SoMI/MII_RXERC16

SPI0_SIMo/MII_CRSC18

AUXIO8

AUXIO5

SDO0

E5 E4 E3 E2 E1 D5 D4

KPY0

D904

DA204U

RXD0

SPI0_SCS<5>/UART0_RXD/MII_RXD<3>

SPI0_SCS<4>/UART0_TXD/MII_RXD<2>

LINE

PROTECTION

RMII_RXD<0>/PRU0_R31<25>

RMII_RXER/PRU0_R31<24>

C19

D18

UMode R880

ANALOG SW

TXD0

KPY5

R950

20 AUXIO9/CTS

KPY8(PWM2)

KPY10(PWM0)

SPI0_SCS<3>/UART0_CTS/MII_RXD<1>

SPI0_SCS<2>/UART0_RTS/MII_RXD<0>E17

/SD_DET

RMII_MHZ_50_CLK/PRU0_R31<23>

RMII_CRS_DV/PRU1_R31<29>

MMCSD1_DAT<3>/PRU1_R30<3>/PRU1_R31<4>

/ADC

SDA

SCL

KPX4

AO1

AUXO1

TXD0

AUXO2

RXD0

GND

/DACCS

/EVCS

/IF_REG

/BT_SHUTDOWN

D16

SPI0_SCS<1>/MDIo_CLK

E16

C962

C963

100p

MMCSD1_DAT<2>/PRU1_R30<2>/PRU1_R31<3>

A3 KPX6

SD1_DAT[3]

SD1_DAT[2]

SD1_DAT[1]

R975 100

R976 100

MMCSD1_DAT<1>/PRU1_R30<1>/PRU1_R31<2>

PRU1_R30<0>/PRU1_R31<1>

R936

100

KPX0

KPY1

GND

10u

C932

DEO

VCC

100p

C984

C985

54M

SPI0_SCS<0>/MDIo_D

SPI0_ENA/MII_RXDV

SPI0_CLK/MII_RXCLK

AO2

D17

C17

D19

R_SET1

KPX1

KPY6

DZ2S056(M)

OVER

VOLTAGE

PROTECTION

CN736

SCK0

KEY_RX

VOLTAGE

REGULATOR(33SD)

IC711

TC35893XBG

E6 C7 B6 A6 D6 A7 D9E10D7 C6 E7 B5 E8 B8 A8 C9A10B10A11C10E11B11E12C11A12D11D13B12C12D12A13B13E13C13A14D14B14D15C14C15A15B7 D8A16A9A18B17A17F9B16D10B9 A5 C8B15B18B19

MODEL

R998

ME2

B2 B3 B4 B5 C1 C2

C928

10u

R810

5.32V

R920

L906

R921

MI2

GND2

GND1

COMMON

DAT1

DAT0

VSS

CLK

VDD

CMD

CD/DAT3

DAT2

I/O EXPANDER

R984

6.8k

UART2_SW1

UART2_SW2

DEO

DEO1

50A

C964

/SD_DET

IC707

BD11600NUX

GND

SD1_DAT[1]

SD1_DAT[0]

0.047u

L907

J901

E58-0521-05

R812

2.2k

10 50A

VER2

SD1_CLK

50A

SB1

C965 100p

D-

D+

OVER

VOLTAGE

PROTECTION

DI/RTS

AFO

R947

100

GND

D-

GND

2D-

C936

10u

D33_RXD2

D33_TXD2

P_RXD2

R941

100

SD1_CMD

SD1_DAT[3]

SD1_DAT[2]

LOGIC

CONTROL

MODEL = Mobile

VER1/2 = PCBVER

2D-

D+

VREF

AFO

50A

100p

C966

2D+

1D-

IC709

C807

0.01u

R885

D906

DZ2S056(M)

13.6V

1D-

VCC

1D+

P_TXD2

VCC

/DM_EN

J700

E68-0426-05

VCC

D916,921

F900

C720

0.1u

LOGIC CONTROL

IC704

1D+

DM_OUT

INA

REVERSE

CURRENT

PREVENTION

IC708

BD11600NUX

oUT1

IN1-

F53-0286-05

33M

VDD

oUT2

GND

/CS2

/CS3

oUTY

18M_3

33M

18M_3

L724

R943

3.29V

ANALOG SW

oUTY

GND

TC7SET125FUF

LOGIC

CONTROL

AFO_D

R925 27k

SSM3K335R

IN1+

VSS

SSM3K335R

Q907

oUTY

GND

DM_IN

33M

R728

Other than SPANTION

ANALOG SW

Q908

IC705

INA

LOGIC CONTROL

3.29V

IN2-

IN2+

DC SW

R977

R857

33k

VCC

CN729

DC SW

LINE

PROTECTION

100k

R729

INA

25REF

NC/RSSI

INB

R961

VCC

INB

IC903

BU7242NUX

IC701

GL512S11DHIV2

CN730

/FLDM

100k

R777

TC7SZ08FE

C780 0.1u

1.8V

IC710

TC7SZ08FE

RS-232C

DRIVER

E3 H3 E4 H4 H5 E5 H6 E6 F3 G3 F4 G4 F5 G6 F6 G7 G1 F7 E1 A4 H8 H1 D1 C1 B1 A8 A1

CN907

FlashROM 512Mb

VSS3

VSS2

LOW = UART OR USB LOADER

AF AMP

OVER

VOLTAGE

PROTECTION

OVER

VOLTAGE

PROTECTION

AFO_SP

RXD1

TXD1

RTS1

CTS1

3.29V

R2oUT

GND

/WP internal Pull-Up

CN904

CN905

VSS1

VCC

R2IN

TC7WH126FU-F

T2IN

T2oUT

C948

T1IN

E2 D2 C2 A2 B2 D3 C3 A3 B6 A6 C6 D6 B7 A7 C7 D7 E7 B3 C4 D5 D4 C5 B8 C8 F8 G8 F2 G2 A5 B5 B4 F1 D8

V-

C2-

C2+

C1-

V+

C949

R1oUT

R1IN

T1oUT

GND

1000p

C854

C950

C951

/FRST = OPEN DRAIN

RB521CM-30

DC SW

CN751

R937

FLASH MEMORY

33M

VCC

3.29V

C1+

5.32V

RESET

IC720

XC61CN5002N-G

L15

33OPT

CN747

CN748

CN755

CN754

CN745

CN746

IC909

ADM3202ARUZ

D701

3.29V

R755

R756

100k

REVERSE

CURRENT

PREVENTION

R884

100k

VOUT

VSS

Q701

SSM3K15AMFV

REVERSE

CURRENT

PREVENTION

CN753

3.1V

R835

SB1

C821

100p

DC SW

C903

100k

D710

RB521CM-30

VIN

C824

GND

SPG

SPo

DC SW

1000p

C822

100p

1000p

D710,711

C852 0.1u

D708

REVERSE

CURRENT

PREVENTION

3.17V

C681

470p

Q900

SSM3K335R

CN900

AUDIO

MUTE

D702

D703

D704

D711

RB521CM-30

EDZV8.2B

OVER

VOLTAGE

PROTECTION

SUB UNIT (DISPLAY)

(XC3-002) CN2

VOLTAGE

REGULATOR(33OPT)

D705

D706

Q901

SSM3J332R

D702-706

LINE

PROTECTION

AUDIO

MUTE

-3.49V

CN735

CN749

CN731

Option20pin

MODULE UNIT(BT/GPS)(XC2-003) CN1

SUB UNIT (DISPLAY)(XC3-002) CN6

(No.RA032<Rev.001>) 2-1

BLOCK DIAGRAM

MAIN UNIT

Main Unit (XC1-102 A/2)

IC706

700MHz:763~775.99375MHz(RX/TX)

:793~805.99375MHz(TX)

IC702

DDR

DDR_A[0]~DDR_A[13]

DDR_BA[0],DDR_BA[1]

DDR_CAS,DDR_CKE,DDR_CLKN

DDR_CLKP,DDR_CS

DDR_DQM[0],DDR_DQM[1]

DDR_RAS,DDR_WE

800MHz:806~825MHz(TX)

:851~870MHz(RX/TX)

18M

IC100

SKY72310362LF

Fin

Q102

MCH3914-H/8/

VCO_MOD

D110

SMV1801-079LF

D106

SMV1705-079LF

D107,108,109,117

SMV1130-079LF

DDR_DQS[0],DDR_DQS[1]

DDR_D[0]~DDR_D[15]

33C

50C

D305 L8104

D306 L8104

D308 L8104

D310 RN142S

D311 RN142S

IC101

TC7SH17FUF

IC701

Q105

2SC5108F/Y/

Q106

2SC5108F/Y/

D300 RN262CS

D500 RN262CS

Q107

2SC5108F/Y/

IC300

Pre

Q300

RD01MUS2-T113

Q301

NE5550234

Q302

RD10MMS2-T212

Q303

RD50HMS2T1105

PLD

COUPLER

/CS2,/CS_F,/FRST,/OE,/WP,/WR

ADD[0]~ADD[23]

J700

Pre

DRIVE 2

AMP

Pre

DRIVE 3

AMP

ANT

T/R

Loop

Filter

FLASH

LPF

Buff

CPL

BUFF

Doub

33M

DRIVE 1

AMP

DRIVE

AMP

FINAL

AMP

VCO

PLL

DATA[0]~DATA[15]

33C

PLL_CLK

/SD_DET

SD1_CLK

SD1_CMD

SD1_DAT[0-3]

PLL_MOD

SDO1

Q14

EM6M2

/CS_F

Gate Bias 2

Q113

SSM3J15FS

/PCS_RF

P_SCK1

/CS2

/CS3

50R

DC SW

50CT

ASSW

Q18

SSM3J334R

Ripple

Filter

DC SW

33SD

Q81

SSM3J15FS

IC102

BA2904FVM

1/2

Q17

LTC014EEBFS8

Gate Bias 1

Q16

IC704

TC7SZ08FE

Q108 DSC9A01/T/

D115 1SS400SM

Q110

EM6M2

SSM3J334R

Q15

LTC014EEBFS8

IC302

ADL5513

D304

RB706F-40

90C

DC SW

/T_R

IC703

CDC3S04YFF

50CS

X700

L77-3123-05

19.2MHz

90T

50CT

Q700

2SC4617/S/

CTRL

REV

DET

90C

/RST

200C

Q305

LSCR523EBFS8

Q306

LSCR523EBFS8

REV

IF_CLK_EN

IF_MAIN_CLK

PLL_CLK

Clock

Buffer

DC SW

Buffer

33M

TCXO

33M

FCNT

/DSW

IC303

NJM12904RB1

2/2 1/2

ANTSW

VCO

Ramp_

Offset

TXC

Q309

SSM3K15AMFV

Q308

200C

IC102

BA2904FVM

2/2

AMP

Q103EM6M2

D100EDVZ8.2B

Q500

2SC5108F/Y/

EM6M2

DC SW

Q104

MCH3914-H/8/

D111

SMV1705-079LF

D112,113,114

SMV1130-079LF

33M 18M

DC SW

Local

BUFF

ASSIST

IC304

NJM12904RB1

CN749

90T

1/2 2/2

54M

ASTSW

33M

18M

AMP

50R

SPC

L726,L728,L729,L730,L731

L79-1984-05

DC SW

AMP

Q307

LSCR523EBFS8

---------------------------------------------------------

--SD(J700)--

SD1_DAT[0]~SD1_DAT[3],SD1_CLK,SD1_CMD

---------------------------------------------------------

--PLL(IC100)--

SDO1,PLL_MOD,PLD

---------------------------------------------------------

--DPDT SW(IC714)

/PCS,SCK1,/DMOD_CS,BCLK,TX_PLL_SEL

---------------------------------------------------------

--BT/GPS (XC2-003 IC5)--

/BT_SHUTDOWN,GPS_PA_EN

---------------------------------------------------------

--TX--

ANTSW,/DSW,TXC,ASSW,VTX_H_/L

---------------------------------------------------------

--IFIC(IC600)--

/IF_REG,IF_CLK,/IF_CS,IF_DI,2nd_VCO

---------------------------------------------------------

--ADC(IC712),IFIC(IC600)--

IC305

NJM12904RB1

DC,/CS_LCD,/RD_LCD,/WR_LCD

D[0]~D[15]

/CS4,/OE,/WR,ADD[23]

DATA[0]~DATA[15]

Ripple

Filter

APC1

90T

50C

90T

LPF

Q600

MCH3914-H/8/

D600

SMV1705-079LF

Q601

LTC023JEBFS8

PRST,PRST_MON,/KEYINT,I2CCK,I2CDT,USB0_DM,USB0_DP,RXD0,TXD0

/PTT

Q501

MT3S111

L521

L79-1927-05

L510

L79-1927-05

D505 RN142S

D506 RN142S

2nd

2nd_VCO

VCO

50C 33C

PRO

IC711

LNA

BPF

50R_700

BPF

50R_700

IF_MAIN_CLK

TECT

IC500

AK1224

Q603

2SC5066F/0/

XF600

58.05MHz

Q604

BB506CFS-H

R_SET0,R_SET1,R_SET2

IC501

UPG2214TK-A

IC502

UPG2214TK-A

GPS_PA_EN

/BT_SHUTDOWN

/SD_DET

1st

AMP

/IF_CS,SDIO,IF_DI,IF_CLK

/IF_REG,SDO0,SCK0

SPDT

Q504

50R_700

I2CCK

I2CDT

MCF

EM6M2

Q503

SSM3J15FS

IF IC

AMP

I/O

/DM_EN

DM_OUT

MIXER

EXPANDER

L511

L79-1928-05

Q502

MT3S111

L522

L79-1928-05

UMode

/INT_IO

DM/KVL

UART2_SW1

UART2_SW2

UART2_SW3

ESP_DET

L7B-0001-00

Q909,910

50R_700

50R_800

SDI0

IC600

2SC4738(GR)F

2SA1832(GR)F

D925,926

50R

---------------------------------------------------------

--DAC(IC715),DAC(IC719),IFIC(IC600),ADC(IC712)--

SCK0,SDO0

---------------------------------------------------------

--ADC(IC712)--

/ADC

---------------------------------------------------------

--DAC(IC715)--

/DACCS

---------------------------------------------------------

--DAC(IC719)--

/EVCS

---------------------------------------------------------

--5V AVR(IC17)--

RXC

---------------------------------------------------------

--5V AVR(IC12),DC SW(Q6,Q11)--

SBC_2

---------------------------------------------------------

--DC SW(Q12)--

/SAVE

---------------------------------------------------------

--3.3V AVR(IC7)--

SD_EN

IC709

TC7SET125FUF

AD9864BCPZRL

BPF

LNA

BPF

50R_800

50R

50R_800

50R

DA3S101F

IF_CLK_EN

DM_IN

PRSR_MON

LIMIT

IC710

TC7SZ08FE

RX_SW

50R_800

IC902

TLV32AIC3104I

33M

IC913

BU7242UNX

2/2

MIC

VCO_MOD

MI2

ME2

33A

AFO+

AFO-

CODEC

DEO

IC903

BU7242UNX

50A

2/2

CODEC_DI,CODEC_DO

I2CCK,I2CDT,/CRST

BCLK,WCLK,MCLK

AFO_D

AFO

---------------------------------------------------------

--RX--

RX_SW

CN910

18M_333A

SB2

IC911

LA4425A

SB2

50A

IC903

BU7242UNX

1/2

---------------------------------------------------------

CN2

DC in

SPAF_3

SPAF

LSCR523EBFS8

LSAR523UBFS8

D11

DZ2S056(M)

(13.6V)

AFO_SP

IC714

BD11600NUX

Q902

LTC014TEBFS8

SPO

F53-0519-05

IC1

/PCS

GND

50BU

3.1V AVR

Module (BT/GPS) Unit (XC2-003)

31BU

12BU

AF_MUTE

DPDT

SCK1

/PCS_RF

P_SCK1

HOR

CN1

IC3

XC6215B122N-G

/DMOD_CS

1.2V AVR

BCLK

Q905

SSM3K335R

J900

ESP_DET

EXTSP_EN

33M TX_PLL_SEL

KTA2012EP

SSM3K15AMFV

D909 IC900

DA3S101F TC7SET08FUF

33BT 18BT

IC908

TC7WH14FK-F

L77-3121-05

32.768kHz

Bluetooth

2400-2483.5 MHz

DC SW

/BINT

IC712

ADS7961SRHB

SCTAM1

IC5

NL5500LYFVR

Q906

SSM3J332R

IC8

TPS54240DGQ

/ADC

CV,Ramp_Offset,BLVL,THP1,THP2

TEMP,REV,GPS_PWR,GPS_ALM

18BT

SDI0

ADC

L11

L79-1987-05

5.4V DC/DC

Converter

SCK0,SDO0

54M

D900

DA3S101F

IC912

TC7SET08FUF

Q901

SSM3J332R

54M

12M

EM6M2

CN900

W02-3785-05

BPF

IC715

DAC124S085CIS

GPS

1575.42MHz

SPO

SPG

1.2V AVR

BLUETOOTH

33BT

BAT_CNT

/DACCS

Q12

EM6M2

GPS

DAC

APC,ASSIST,FCNT

INTSP_EN

54M

DC SW

MTM981400BF

LTC014EEBFS8

IC11

LXDC2HN18F163

Q900

SSM3K335R

IC719

R2A20178NP

SB1

FZA10BS-5R0

BPF

1.8V AVR

18M

SB1

DC SW

/EVCS

DAC

TXCO

IC9

XC8102AA07-G

L79-1985-05

MP,SPC,SPAF,SPAF_3

E-Vol

(XC1-102 B/Main Unit 2)

L77-3123-05

19.2MHz

18M_3

33M

DC SW

IC5

XC6223D331P-G

/BER_EN

SBC_2

ANT

DET

33GPS

Q10

3.3V AVR

CN907 CN906

MTM981400BF

Q11

LTC014EEBFS8

20o_CLK

/BER_EN

D916,D917

D921,D922

DA2J101

IC905

TC7WT125FUF

MI2

ME2

IC2

MSP430G25KGCA

FZA10BS-5R0

IC4

NJM2878F4-33

DZ2J108(M)

SB2

DC SW

VOLTAGE

PROTECT

3.3V AVR

SBC_2

20o_DX

IC910

33A

33C

/OVRB

GPS_PWR

GPS_ALM

DEO

AFO

/OVRB_OUT,/IGN_OUT,/PSW_OUT

PWR_CAN,BINT2,/RST,/BINT

BTFM_nSHUTDoWN,GPS_PA_EN

18BT_HCI_TX,18BT_HCI_RX

IC15

BA00DD0WHFP

IC906

TC7WBD125AFK

P_TXD2

P_RXD2

BAT_CNT

/IGN

PCA9555AHF

IC12

NJM2878F4-33

SBC_2

18BT_HCI_CTS,18BT_HCI_RTS

18BT_AUD_OUT,18BT_AUD_IN

18BT_AUD_FSYNC,18BT_AUD_CLK

Power

9.0V AVR

90C

AO1

AUXO1

AUXO2

DZ2J180(M)

Managment

3.3V AVR

INV

AO2

I/O

EXPANDER

LEVEL

SHIFT

IC16

XC6209B502P-G

LTC014EEBFS8

I2CCK,I2CDT

Q907,Q908

IC14

XC6223H331P-G

SSM3K335R

AIO[1-9]

BT_SW

5.0V AVR

/PSW

50CT

/OVRB

DC SW

IC2

BU18TD2WNVX

3.3V AVR

33OPT

33SD

50A

HOR

SD_EN

1.8V AVR

18BT

54M

50A

IC7

XC6223H331P-G

31BU

CN735

CN1

50A

/INT25P

IC3

XC6209B332D-G

3.3V AVR

IC907

BD11600NUX

IC708

BD11600NUX

IC707

BD11600NUX

TXD2/

AUXIO9

AIO9

P_TXD2

G_TXD2

3.3V AVR

33BT

TXD2

RXD2

IC10

/BT_SHUTDOWN,GPS_PA_EN

RXD2,TXD2

GPS_ANT_SW,WCLK,BCLK,BT_AUD_DI,BT_AUD_DO

RTS2,CTS2,BT_SW

D33_TXD2

18BT

33BT

DPDT

GPS_ANT_SW

IC4

NJM2878F4-33

DPDT

LEVEL

SHIFT

5.0V AVR

RXC

IC905

TC7SET125FUF

RTS2,CTS2

RXD2/DI

D33_RXD2

P_RXD2

BT_AUD_DI,BT_AUD_DO

WCLK,BCLK

3.3V AVR

33GPS

IC17

G_RXD2

GPS_PWR

SURGE

5.0V AVR

SBC_2

IC1,6,7

74AVC4TD245GU

50R

PROTECT

GPS_ALM

50A UART2_SW3

33M UART2_SW2

33M UART2_SW1

GPS_PA_EN

SB1

50A

GPS_PWR,GPS_ALM

BT_SW,GPS_ANT_SW

IC6

/BT_SHUTDOWN

G_TXD2

5.0V AVR

IC909

ADM3202ARUZ

50C

G_RXD2

Q12

EM6M2

RXD0

TXD0

RXD1

TXD1

54M

50CS

DC SW

RS-232C

Driver

RTS0

CTS0

RTS1

CTS1

/SAVE

IC13

TPS61041DRVR

CN4

20V DC/DC

Converter

200C

LTC014TEBFS8

33M

MAIN UNIT

/IGN

XC1-102/XC2-003

XC1-102 A/2

(No.RA032<Rev.001>) 2-2

SUB (Display) UNIT

Sub (Display) Unit (XC3-002)

CN6

CN4

DAT[0]~DAT[15]

/WR /RD /CS ADD[23]

LCDRST

IC2

BU30TD2WNVX

IC1

MM3404A50URE

33M

30LCD

VOLTAGE REGULATOR

54M

50M

18M

33M

18M

KEYi3(KEYi3_2)

S12

54M

KEYi2(KEYi2_2)

KEYi1(KEYi1_2)

KEYi0(KEYi0_2)

D11

/PSW

S10

33M

IC6

BH1721FVC

D16

D14

33M

LIGHT

SENSOR

IC10

TC35894FG

D12

D10

D15

I2CCK

I2CDT

S11

Q2 (1/2)

SSM6N37FE

/EMG

KEYo2

KEYo1

KEYo0

Q2(2/2)

SSM6N37FE

To LCD

54M

D21

LCDRST

/KEYINT

KEYBLC

LTC014EEBFS8

LED_R

LED_G

LED_B

IC3(1/2)

TC7WT125FUF

BLCSW

BLC

LTC014EEBFS8

33M

BLC_2(BLC_3)

50M

LTC014EEBFS8

IC4

BD11600NUX

IC9(1/2)

TC7WH126FK

54M

IC8

BD1754HFN

RXD_50V

RXD_33V

DPDT SW

LED1

LED2

LED3

LED

DRIVER

D+

D-

LCDBLC

BUSSWC

IC3(2/2)

TC7WT125FUF

/TXDEN

TXD

BLC_4/D+(D+2)

33M

HOOK/RXD/D-

IC9(2/2)

TC7WH126FK

PTT/TXD(TXD_3)

/PTT

DM/KVL(KVL_3)

MIC(MIC_3)

ME(ME_3)

CN2

SB(SB_2)

CN5

SP+ SPG

2-3 (No.RA032<Rev.001>)

(No.RA032<Rev.001>) 2-3

PRINTED CIRCUIT BOARD

MAIN UNIT (XC1-1021-80) (XC1-1021-80 (NX-5900(K), NX-5900B(F), NX-5900B(K)))

--- Component side view (J7C-0126-00) ---

C25

D17

IC18

CN3

GND

D16

CN4

R402

CN909

CN908

CN19

C967

IC911

CN307

CN308

C423

D912 D911 D910

IC15

C399 L320

D915 D914 D913

TH306

R62

C77

D918

D919

C981

R945C943

F900

C933

IC910

R953

R954

R961

R962

R977

C997

R978

D312

C434

C433

L316

R395

R433

C446

D314

R355

R386

R404

R387

TH302

R397

R392

R391

R385

IC302

R406 R408

IC304

D11

R413

R407

Q16

R66

C427

R424

R348

R436

TH305

J7C-0126-00

A/2

XC1-102/103

R383

R354

R353

Q18

IC303

IC305

R60

C428

R423

R371

R68

R20

R343

R417 C441 R428

R418

R420 R427

C431

C432

Q14

R401R403 R411

R405 C436

R426

L333

CN905

C76

R61

Q17

R421

R384 C393

C949

D907R928

C945

CN904

J700

IC3

IC907

CN16

CN13

R53

C66

IC909

R937

IC904

R985

CN901

C69

CN744

C192

R154 C191

D115

R29

L101

L100

R58

L141 C198

C110

R107

IC100

CN715

CN12

R104

CN722

CN720 CN721

L14

L15

R123

D100

CN719

R24

RTC

E100

R113

R102C100

C103R100

CN723

R23

CN730

C195

R159

C728

C121 R111

CN729

C773

C776

C775

C731

C733

C735

L140

C190

R115R117

C127

C128

C64

C774

L720 C750

CN752

C745

C741

C82

C202

R556

L103

C754

C756

C759

IC11

C130

R166

C725

C723

CN109 R110

C531

Q503

C681R789

C760 C764

C758 C766

C755 C762

Q81

C718

C715

C742

C786

C785

C711

C557

^C707TXD0

C752

C751

C749

C791

R807

C737

R752

R766

R762

R808

C792

C736

C734

C732

CN755

RXD0

CN754

IC710

R773

R764

IC709

CP600

C730

CN10

CN11

C608

L601

L602

L600

R603

CN753

L714

C795

CN747 CN745

E600

C796

R756

C800

C820

L603

C615

C602

C601

C600

IC705

R602

R601

R600

IC7

CN748 CN746

CN751

C807

C619

C801

R833

C612

C629

C622

C625

C627

C628

C611

C616 C617

C621

C623

L605

R878

Q705

R877

C787

CN749

C49

C626

R609

R816

CN5 CN9 CN8 CN20

CN14

CN735

C821C822

D705D706D702D703C818 C816

C631

C637

C646

C798

C794

C793

D708

R71

R72

R607

C649

C638

R611

C644

C643

C841 C839

CP703 CP704 CP705

C635

C652

C651

R884

C853

D711

R610

L626

C852

C639

L612

L610

R614L614L613

IC720

(No.RA032<Rev.001>) 2-4

2-4 (No.RA032<Rev.001>)

MAIN UNIT (XC1-1021-80) (XC1-1021-80 (NX-5900(K), NX-5900B(F), NX-5900B(K)))

--- Foil side view (J7C-0126-00) ---

R76

D924

D905

R78

Q906

R960

C420

C44

R958

C977

Q303

D307

Q11

R36

C396

C349

R329

C395

C394

C50

R39

C355

R49

R50

R933

C18

R930

C937

R338

R938

R17

C51

C56

R963

C986

R361

D14

C419

L329

C418

R964

C987

R948

F300

C360

C351

R362

L11

R965

C988

L317

F300

TH301

R337

L12

C353

C348

C457

R966

C989

R969

C991

R970

C992

R971

C993

C994

R972

C995

R973

C953

C968

C458

C357

R330

C966

C965

C417

C416

C350

C24

C941

C935

C340

C963

C962

C961

C960

C959

C958

C957

C956

C955

C954

C339

C337

L907

L906

C415

C335

R324

C983

R947

C975

C976

C448

R325

L315

D304

R349

L326

C412

R974

C996

R320

R437

C334

C321

C323

C322

R304

C332

C331

R309

R308

R319

C328

R306

L324

R975

C984

D306

R438

R313

C319

R315

R316

L327

C314

R307

Q301

Q300

R976

C985

D305

C324 C325

C421

C329

C998

C310

C311

L304

L303

C305

C309

R305

C407

C392

D308

C71 R57

L323

R341

R340

C45

C65

L302

L300

C38

C905

IC901

C62

R56 C70

C72

C303

C84

C929

D310

D311

R885

R303

R301

R148R147

C187L139

C83

IC6

R31

R925

R951

C906

R908

R43

C67

C54

C186

R919

IC903

R146

R144

R145

R55

C213

R179

R177

CN710 CN712

IC703

C556

C900 R900

C189

C902

C558

L713

C771

IC908

IC501

C552

C940 R944

C770

L723

D700

C553

C757

C973

CN743

R727

C748

R983 C970 R955

C919

CP706

D500

D300 R300

R173

R913

C920

R707

C740

C857

C856

C183

R143

C184 C185

D923

L122

C154

C722

C726

R722R700

C927

R175

R176

IC711

C914

C913

C912

R547

R548

R838

R133

L129

R500

R502

C819

C817

C926

R912

R998R921

Q104

C925

R911

C182

C181

C543

R542

R541

R538

C540

C537

L121

X700

R922

R979

D112

C211

D113

L125

IC712

R720

R719

L127

L518

CP701

R880

C781 C782

R736

C911

R135C164 C161

L124

TH700

C729R709

C704

C165

CP900

R858

R859

C908

L902

R544

R543

C783

Q501

L504

R504

CP710 CP709

R874

R902

R997R991R996

R993

R701R708

D701

L701

R734

IC704

R537

C779

L515

C176

C174

C172

C168

R732

R728

R729

C175

L133

L132

C170

R140

L130

R503

R505

IC714

C541

C539

CP711

L732

R867

L724

C505

L120

CN717

C784

CN738

L111

L117

CN736

CN711

C829

R139

C169

C799

R702

L514

IC701

L505

R747

R748

R754

R876

L112

C151

CN733

R795

R798

IC715

R507

R506 Q106

C167

R138

CN701

CN725

CN724

R794

C724

R136

L513

C512

C513

Q102

R753

R142

C171

C212

R137

L131

C862 R334

R797

R799

L119

R758

R801

R802

R817

R761

R532

R803

C514

C194

R162

R806

R132 C150 C147

D108

R809

R804

R800R813

R814R815

R759R751

R760

R750

R770

C152

R127

L115

L114

R531

R528

R160

CN713

CN700

R757

R765

R785

R788

R782

R778

R783

R768

R767

R774

R781

R787

C518

C517

CP717

R772

R775

C702

C701

C700

IC502

R779

R790

L503

CN709

R512 R511

IC500

R792

R763

L731

C632

CN726

C500

CP719 CP718

L726 L728

CP721 CP720

C658

L618

R622

R619

C671

XF600

C668

IC706

CN732

R881

C520

R612

D602

R545

R546

L502

L501

L729 L730

C903

C504

CN702

C519

Q604

R617

R75

R25

R18

L615

R616

R630

R615

R22

C653

CN900

D710

C10

(No.RA032<Rev.001>) 2-5

2-5 (No.RA032<Rev.001>)

A-1C

ADDRESS TABLE OF BOARD PARTS

Each address may have an address error by one

interval.

Y axis

X axis

Side

REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION

IC1

IC2

IC3

IC4

IC5

IC6

IC7

IC8

IC9

IC10

IC11

IC12

IC13

IC14

IC15

Q305

A- 2B Q306

B- 1A Q307

A- 2B Q308

B- 2B Q309

A- 2B Q500

B- 2B Q501

A- 2A Q502

B- 2D Q503

A- 2A Q504

B- 2B Q600

A- 2A Q601

A- 2B Q602

B- 2B Q603

A- 1B Q604

A- 1C Q700

B- 3B Q701

A- 3A Q703

A- 2D Q704

A- 3B Q705

A- 3B Q900

A- 3A Q901

B- 3C Q902

A- 4B Q905

A- 3B Q906

A- 3B Q907

A- 3B Q908

B- 4A

B- 4B DIODE

B- 4A D1

A- 3A D2

B- 2A D3

B- 1A D4

B- 2B D5

B- 2B D6

A- 1A D7

B- 2A D8

A- 2A D9

A- 1A D10

A- 2A D11

A- 2A D12

B- 2B D13

B- 2B D14

B- 2B D15

B- 2A D16

B- 3A D17

A- 2A D100

B- 1B D106

B- 1B D107

B- 1B D108

B- 1B D109

A- 1B D110

A- 1C D111

A- 1C D112

A- 1B D113

B- 1B D114

A- 1B D115

A- 1C D117

B- 1B D300

D304

A- 3B D909

A- 3B D910

A- 3B D911

A- 3B D912

A- 3B D913

B- 4B D914

B- 4B D915

B- 4B D916

A- 4A D917

A- 4A D918

A- 3A D919

A- 3A D920

B- 3A D921

B- 3A D922

B- 3A D923

B- 2B D924

A- 3A

B- 1B R103

A- 5C R104

A- 5C R106

A- 5C R107

A- 5C R108

A- 5C R109

A- 5C R110

A- 5C R111

A- 5C R112

A- 5C R113

A- 5C R115

B- 5C R116

A- 5C R117

A- 5C R118

B- 1B R121

B- 1D R122

R123

A- 3B R330

A- 3B R331

A- 3B R332

A- 3B R333

A- 3A R334

A- 3B R335

A- 3A R336

A- 3B R337

A- 3B R338

A- 3B R339

A- 3A R340

A- 3A R341

A- 3A R342

A- 3A R343

A- 3A R344

A- 3B R346

A- 3B R347

A- 3A R348

A- 3A R349

A- 3B R350

B- 3A R351

A- 3B R353

A- 3B R354

B- 4A R355

B- 3A R359

B- 4A R360

B- 4B R361

B- 3B R362

B- 4B R369

B- 4A R371

B- 4A R373

B- 4A R374

B- 4B R375

B- 4B R376

B- 4A R380

B- 4A R381

B- 4B R382

B- 3B R383

B- 3B R384

B- 3B R385

B- 3B R386

B- 3B R387

A- 3B R388

A- 4A R389

A- 4A R390

A- 3A R391

A- 3B R392

A- 3B R395

A- 3B R397

A- 3B R398

A- 3A R399

B- 4A R401

A- 3A R402

B- 4A R403

A- 3A R404

A- 3B R405

A- 3B R406

A- 3B R407

B- 4B R408

B- 4B R409

B- 4B R411

B- 4B R412

B- 3B R413

B- 3B R414

B- 3B R415

B- 4B R416

B- 3B R417

B- 3B R418

B- 3B R420

B- 3C R421

B- 3C R422

B- 3C R423

B- 3C R424

B- 3C R426

B- 3C R427

B- 3C R428

B- 3C R429

B- 3C R431

B- 3C R432

B- 3C R433

B- 3C R434

B- 3C R436

B- 3C R437

B- 3C R438

B- 3C R500

B- 3C R501

B- 2C R502

B- 3C R503

B- 3C R504

B- 3C R505

B- 3D R506

B- 3C R507

B- 3D R508

B- 3C R509

B- 3D R510

B- 3C R511

B- 3D R512

B- 2A R514

B- 3D R515

B- 3D R516

B- 3C R518

B- 3D R519

B- 4D R520

B- 4B R521

B- 4B R527

B- 4B R528

A- 3B R531

B- 4C R532

A- 3B R533

A- 3B R534

A- 3B R537

B- 4C R538

B- 4B R539

B- 4C R540

A- 4B R541

A- 4B R542

A- 3B R543

B- 3C R544

B- 3D R545

B- 3D R546

B- 3D R547

A- 4B R548

A- 4B R549

A- 4B R550

A- 3B R554

A- 4B R555

A- 4B R556

A- 3B R557

A- 3B R600

A- 3B R601

A- 3B R602

A- 3B R603

A- 3B R604

A- 3B R605

A- 3B R606

A- 3B R607

A- 3B R608

A- 3B R609

A- 3B R610

A- 3B R611

A- 3C R612

A- 3B R613

A- 3B R614

A- 3B R615

A- 3B R616

A- 4D R617

A- 3B R618

A- 3B R619

A- 3B R620

A- 3B R621

A- 3B R622

A- 3B R623

A- 3B R624

A- 3B R625

A- 3B R626

A- 3B R628

A- 3B R630

A- 3B R631

A- 3B R632

A- 3B R700

A- 3B R701

A- 3B R702

A- 3B R707

A- 3B R708

A- 4B R709

A- 4B R719

A- 3B R720

A- 3B R721

A- 3B R722

A- 3B R727

A- 3B R728

A- 3B R729

A- 3B R731

A- 3B R732

A- 3B R733

B- 3C R734

B- 3C R735

B- 4B R736

B- 4B R738

B- 4B R740

B- 4B R742

B- 4B R744

B- 4B R746

B- 4A R747

B- 4A R748

B- 4B R749

B- 4A R750

B- 4A R751

B- 4A R752

B- 4A R753

B- 4A R754

B- 4A R755

B- 4A R756

A- 4B R757

A- 4B R758

A- 4A R759

A- 4A R760

B- 4A R761

B- 4A R762

B- 4A R763

B- 4A R764

B- 4A R765

B- 4A R766

B- 4B R767

B- 5B R768

B- 4B R770

B- 4B R772

B- 5B R773

B- 5B R774

B- 4B R775

B- 4B R777

B- 4A R778

B- 4A R779

B- 4B R781

B- 4B R782

B- 4B R783

B- 4B R785

A- 4A R787

A- 4A R788

A- 4A R789

B- 4A R790

A- 3A R791

A- 3A R792

A- 3A R794

A- 3A R795

A- 3A R797

A- 3A R798

A- 3A R799

A- 3A R800

A- 3A R801

A- 3A R802

A- 3A R803

A- 3A R804

B- 3A R805

A- 3A R806

A- 3A R807

B- 3A R808

B- 3A R809

B- 3A R810

B- 3A R812

B- 3A R813

B- 3A R814

B- 3A R815

B- 3A R816

B- 3A R817

B- 3A R828

B- 3A R830

B- 3A R831

B- 3A R833

B- 3A R835

B- 4A R837

B- 4A R838

B- 2B R839

B- 2B R843

B- 1B R844

B- 1B R845

B- 2B R854

B- 2B R857

B- 2B R858

B- 2B R859

B- 2B R862

B- 2B R863

B- 2B R864

B- 2B R865

B- 2B R867

B- 1B R868

B- 2B R869

B- 1B R874

B- 1B R876

B- 2B R877

B- 2B R878

A- 1B R879

A- 1B R880

A- 1B R881

A- 1B R882

A- 1B R883

B- 1A R884

B- 1A R885

A- 1B R900

B- 1A R901

B- 1A R902

A- 1A R903

B- 1A R904

B- 1A R905

A- 1A R906

A- 1A R907

B- 1A R908

B- 1A R909

B- 1A R911

B- 1A R912

B- 1A R913

A- 1A R914

B- 1A R915

A- 1A R916

B- 1A R917

A- 1A R918

B- 1A R919

B- 1A R920

B- 1A R921

B- 1A R922

A- 1A R923

B- 1A R924

B- 1A R925

A- 2A R926

B- 1A R927

B- 1A R928

B- 1A R930

B- 1A R932

B- 1A R933

B- 1A R935

B- 1A R936

B- 1A R937

A- 1A R938

B- 1A R939

A- 1A R940

B- 1A R941

B- 1A R943

B- 1A R944

B- 1A R945

B- 1A R947

B- 1A R948

B- 1A R949

B- 1A R950

B- 1A R951

B- 1A R953

B- 1A R954

A- 1A R955

B- 1A R956

A- 2A R957

A- 1A R958

B- 1A R960

B- 2B R961

B- 2B R962

B- 1A R963

B- 1A R964

B- 1A R965

A- 1A R966

B- 1A R967

B- 2B R968

A- 3A R969

B- 3B R970

A- 3A R971

A- 3A R972

A- 2A R973

B- 2B R974

A- 2A R975

B- 2B R976

B- 2B R977

B- 2B R978

A- 2A R979

A- 2A R980

B- 2B R981

B- 2B R982

B- 2B R983

A- 2A R984

A- 2A R985

B- 2B R991

B- 2A R992

A- 2A R993

A- 2A R994

B- 2B R996

B- 3A R997

A- 2A R998

A- 2A

B- 1B C9

B- 1D C144

B- 1A C145

A- 2D C146

B- 1A C147

A- 2B C148

A- 1D C149

B- 1D C150

A- 2B C151

B- 2C C152

A- 1D C154

A- 2B C155

B- 2D C156

B- 2B C158

B- 2D C159

A- 2B C160

B- 1D C161

A- 2B C162

A- 2B C163

B- 2B C164

A- 2B C165

B- 2D C166

B- 2B C167

A- 2A C168

B- 1D C169

B- 2B C170

A- 2B C171

B- 2D C172

B- 2B C173

A- 2A C174

B- 1D C175

B- 2D C176

A- 2A C177

A- 3A C178

B- 2B C179

B- 2B C180

B- 2D C181

A- 2A C182

B- 2D C183

B- 2D C184

B- 2D C185

A- 3A C186

B- 2B C187

B- 2D C188

A- 2A C189

B- 2B C190

A- 3B C191

B- 2B C192

B- 2B C194

A- 2B C195

B- 2B C198

B- 2B C199

B- 2B C202

A- 1B C203

A- 1B C204

A- 3B C211

A- 2B C212

A- 1C C213

A- 1C C300

A- 1C C301

A- 4B C302

A- 3A C303

B- 3B C304

B- 3B C305

A- 2C C306

A- 3B C307

A- 3B C308

A- 3B C309

A- 3B C310

A- 3B C311

A- 3B C313

A- 3B C314

A- 3B C315

A- 3B C316

A- 3B C317

A- 3B C318

A- 3B C319

A- 3B C320

A- 3B C321

A- 3B C322

A- 3B C323

A- 3A C324

A- 3B C325

A- 3B C326

A- 3A C327

A- 3A C328

A- 3A C329

A- 3A C330

A- 3A C331

A- 3A C332

A- 3B C333

B- 3A C334

B- 3A C335

B- 3A C336

B- 3A C337

B- 3A C339

B- 3A C340

B- 3A C342

B- 4A C343

B- 3A C345

B- 4A C346

B- 3A C347

B- 3A C348

B- 3B C349

B- 3B C350

B- 3B C351

B- 3B C353

B- 3B C355

B- 3B C356

B- 3B C357

B- 3B C358

B- 3B C359

B- 4B C360

B- 3B C367

B- 4A C370

B- 4A C373

B- 4B C374

B- 4A C375

B- 4B C376

B- 4A C377

B- 4B C378

B- 4B C387

B- 4B C392

B- 4B C393

B- 4B C394

B- 4B C395

B- 4B C396

B- 4B C399

B- 4B C404

B- 4B C405

B- 4B C406

B- 4B C407

B- 4B C408

B- 4B C410

B- 3B C411

B- 3B C412

B- 3B C413

B- 3B C415

A- 4A C416

A- 3B C417

A- 3B C418

B- 4A C419

A- 3B C420

A- 3B C421

A- 3B C423

A- 4A C427

A- 3B C428

A- 3A C429

B- 3B C430

B- 3A C431

B- 3B C432

B- 4B C433

B- 3B C434

B- 3B C435

B- 3B C436

B- 3B C437

B- 3B C438

A- 3B C439

B- 3B C440

B- 3C C441

B- 3C C443

B- 3C C444

B- 3C C445

B- 3C C446

B- 3C C447

B- 3C C448

B- 3C C457

B- 3C C458

B- 3C C500

B- 3C C501

B- 3C C502

B- 3C C503

B- 3C C504

B- 3C C505

B- 3C C506

B- 3C C507

B- 3C C508

B- 3C C509

B- 3C C510

B- 3C C511

B- 3C C512

B- 2C C513

B- 2C C514

B- 2C C516

B- 2C C517

B- 2C C518

B- 2C C519

B- 2C C520

B- 2C C521

B- 2C C522

B- 3C C525

B- 3C C526

B- 2C C527

B- 2C C528

B- 2C C530

B- 2C C531

B- 3D C532

B- 3C C533

B- 2D C534

B- 3C C535

B- 3D C536

B- 3D C537

B- 3C C538

B- 3C C539

B- 3D C540

B- 3D C541

B- 3D C542

B- 3C C543

B- 3D C544

B- 3D C545

B- 3D C552

B- 3C C553

B- 3D C556

B- 3C C557

B- 4D C558

B- 4C C559

A- 3B C561

B- 4D C562

B- 4D C600

B- 4D C601

A- 3C C602

B- 4C C603

B- 4C C604

B- 4C C605

B- 4C C606

A- 3B C607

B- 4B C608

B- 4C C609

B- 5C C610

B- 4C C611

B- 5C C612

B- 4C C613

B- 5C C614

B- 4D C615

B- 4D C616

B- 4D C617

B- 5C C618

A- 5C C619

A- 4B C620

A- 4B C621

A- 4B C622

A- 4B C623

A- 4B C624

A- 4B C625

A- 3C C626

A- 3C C627

A- 3B C628

A- 3B C629

A- 3B C630

A- 3B C631

A- 3B C632

A- 3B C633

A- 3B C634

A- 3B C635

A- 3B C636

A- 3B C637

A- 3B C638

A- 3B C639

B- 2C C640

B- 2C C641

B- 3C C642

B- 4A C643

B- 4B C644

B- 4A C645

B- 4B C646

B- 4A C647

B- 4B C648

B- 4A C649

B- 4B C650

B- 4A C651

B- 4A C652

B- 4A C653

B- 4A C654

B- 4A C655

B- 4A C656

B- 4A C657

A- 4B C658

B- 4A C659

B- 4A C660

B- 4A C661

B- 4A C662

A- 4A C663

A- 4A C665

A- 4B C666

A- 4A C668

B- 4A C671

B- 4A C681

B- 5B C700

A- 4A C701

B- 4B C702

B- 4A C703

B- 4B C704

B- 4A C705

B- 5B C706

B- 5B C707

B- 4B C708

B- 4B C709

B- 5B C711

B- 4B C712

B- 4B C713

B- 4B C714

B- 4B C715

B- 4B C716

B- 4B C717

B- 4B C718

B- 4B C719

A- 4A C720

B- 4B C721

A- 4A C722

B- 4B C723

B- 4B C724

A- 3A C725

A- 3A C726

A- 3A C728

A- 3A C729

A- 3A C730

A- 3A C731

A- 3A C732

A- 3A C733

A- 3A C734

A- 3A C735

A- 3A C736

A- 3A C737

A- 3A C738

A- 3A C739

A- 3A C740

A- 3A C741

A- 3A C742

A- 3A C743

A- 3A C745

A- 3A C746

A- 3A C747

A- 3A C748

A- 3A C749

A- 3A C750

A- 3A C751

A- 3A C752

A- 3A C754

A- 3A C755

A- 3A C756

A- 3A C757

A- 3A C758

A- 3A C759

B- 3A C760

A- 3A C762

B- 3A C764

A- 3A C766

A- 3A C768

A- 3A C769

A- 3A C770

A- 3A C771

A- 3A C772

A- 3A C773

A- 3A C774

A- 3A C775

A- 3A C776

A- 3A C777

A- 3A C778

A- 3A C779

A- 3A C780

A- 3A C781

A- 3A C782

A- 3A C783

A- 3A C784

B- 3A C785

B- 3A C786

B- 3A C787

B- 3A C791

B- 3A C792

B- 3A C793

B- 3A C794

B- 3A C795

B- 3A C796

B- 3A C797

B- 3A C798

B- 3A C799

B- 3A C800

B- 3A C801

B- 4A C802

A- 1A C803

B- 2A C804

B- 2A C805

B- 2A C806

B- 1A C807

B- 1B C808

B- 1A C809

B- 1A C810

A- 2A C811

A- 1A C812

B- 1A C813

A- 2A C814

A- 2A C815

B- 1A C816

B- 1A C817

A- 2A C818

A- 2A C819

B- 1A C820

A- 2A C821

A- 2A C822

A- 2A C824

B- 1A C829

B- 1B C830

A- 2A C831

B- 1A C834

A- 2A C835

B- 1B C839

A- 2B C841

B- 2B C852

A- 2A C853

A- 2A C854

A- 2A C856

A- 2A C857

A- 2A C862

A- 2A C898

A- 2A C899

A- 2A C900

B- 2B C901

A- 1A C902

B- 2B C903

A- 2A C904

A- 2A C905

B- 2B C906

A- 2A C908

A- 1A C909

A- 2A C910

B- 2B C911

A- 2A C912

A- 2A C913

A- 2A C914

A- 2A C915

A- 2A C916

A- 1A C917

A- 2A C918

B- 2B C919

A- 1A C920

A- 2A C921

A- 1A C922

A- 2A C924

A- 2A C925

A- 2A C926

B- 2B C927

B- 2B C928

B- 1B C929

B- 1B C930

B- 2B C931

A- 2A C932

A- 2A C933

A- 2A C934

A- 2A C935

B- 2A C936

B- 2A C937

B- 2B C938

B- 2B C940

B- 2B C941

B- 2B C942

B- 1B C943

B- 1B C944

A- 1A C945

A- 1A C946

A- 1A C947

A- 2A C948

A- 1A C949

A- 1A C950

A- 1A C951

A- 2A C952

A- 2A C953

A- 1A C954

A- 2A C955

B- 2B C956

A- 2A C957

A- 3A C958

B- 3B C959

B- 2B C960

B- 3B C961

A- 3A C962

B- 3B C963

A- 2A C964

A- 3A C965

A- 3A C966

A- 3A C967

B- 2B C968

A- 3A C969

A- 3A C970

A- 2A C971

A- 2A C972

A- 2A C973

B- 2B C975

A- 2A C976

B- 2B C977

A- 2A C978

A- 2A C979

A- 2A C980

A- 2A C981

B- 2B C982

B- 2B C983

B- 2A C984

B- 2A C985

B- 2A C986

A- 2A C987

A- 2A C988

A- 2A C989

A- 2A C990

A- 2A C991

B- 2B C992

B- 2B C993

B- 2A C994

B- 1B C995

B- 1B C996

B- 1B C997

B- 1B C998

B- 1B C999

B- 2A

B- 1C E2

B- 1C E100

B- 1C E600

B- 1C

B- 1C F1

B- 1C F2

B- 1C F3

B- 1C F300

B- 1C F900

B- 1C

B- 1C J700

B- 1C J900

B- 1C J901

A- 1D

B- 1C L1

A- 1D L2

B- 2D L330

A- 3B L331

A- 3A L333

L500

A- 2D L501

A- 1D L502

A- 2D L503

B- 2C L504

A- 1C L505

L506

B- 4D

B- 5B

A- 4B

B- 4A

B- 4B

B- 4A

B- 4B

B- 4A

B- 5B

B- 4B

A- 3A

B- 3A

A- 4A

A- 3A

B- 2A

B- 1B

B- 1A

B- 2B

B- 1B

A- 2A

A- 2B

A- 1A

A- 2B

A- 2A

B- 2B

A- 2A

A- 2B

B- 1B

B- 2B

B- 2A

B- 2B

B- 1B

B- 5C

B- 1B C10

B- 3A C11

B- 2B C12

B- 2B C13

B- 2B C16

B- 1B C18

B- 1B C21

B- 1B C24

B- 1B C25

B- 1B C30

B- 1B C31

B- 1B C32

B- 1B C33

B- 1B C34

B- 1B C35

B- 1B C36

B- 1B C37

B- 1B C38

B- 1B C39

B- 1B C40

B- 1B C41

B- 1B C43

B- 1B C44

B- 1D C45

A- 1B C46

A- 1B C47

B- 1D C48

B- 1B C49

B- 1D C50

B- 1D C51

A- 1C C52

A- 1B C53

B- 1D C54

A- 1C C55

A- 1C C56

A- 1C C57

A- 1C C58

B- 1B C59

A- 1C C60

B- 5C C61

B- 1D C62

A- 1C C63

A- 1C C64

B- 1B C65

A- 1C C66

A- 1C C67

B- 1B C68

A- 1D C69

B- 1B C70

B- 1D C71

B- 1D C72

A- 5C C73

A- 5C C74

B- 5D C75

B- 5D C76

B- 5C C77

B- 5C C78

B- 5C C80

B- 5C C81

B- 5C C82

B- 5C C83

B- 5C C84

B- 5C C85

B- 5C C100

B- 5C C101

B- 5C C102

B- 5C C103

A- 5C C104

A- 5C C106

B- 1B C107

B- 1B C108

B- 5C C109

B- 5C C110

B- 1B C111

B- 1C C112

A- 1B C113

B- 1B C114

B- 1B C115

B- 1B C116

B- 1B C118

B- 1B C120

B- 1B C121

B- 1B C124

C125

A- 2B L507

A- 1D L508

A- 5C L510

L511

A- 2C L513

A- 2C L514

A- 2C L515

B- 2B L516

A- 2B L517

B- 2D L518

A- 2B L519

A- 2A L520

A- 2A L521

B- 2D L522

B- 2C L600

B- 2B L601

A- 1B L602

A- 1B L603

A- 3B L604

A- 3A L605

A- 3B L606

A- 3B L607

A- 3B L608

A- 3A L609

B- 3A L610

B- 3A L611

B- 3A L612

B- 3A L613

B- 3A L614

B- 3A L615

B- 3A L616

B- 4A L617

B- 3B L618

B- 3B L619

B- 3B L620

B- 3B L621

B- 3B L625

B- 3B L626

B- 3B L700

B- 3B L701

B- 3B L702

B- 4B L711

B- 4A L713

B- 4A L714

B- 4B L715

B- 4B L716

B- 4B L717

B- 4B L718

B- 4B L719

B- 4B L720

B- 3B L721

B- 3B L722

A- 4A L723

A- 3B L724

B- 3A L725

B- 3B L726

B- 3B L728

B- 3B L729

B- 3C L730

B- 3C L731

B- 3C L732

B- 3C L901

B- 3C L902

B- 3C L906

B- 3C L907

B- 3C

IC16

IC17

IC18

B- 1B L3

A- 1D L4

B- 1B L5

B- 1B L6

B- 5C L7

B- 5C L9

A- 2A RESISTOR

R124

B- 2B R1

A- 2A R8

B- 3A R10

B- 3A R11

B- 1D R12

B- 1D R13

B- 1D R14

A- 5C R15

A- 5C R16

R17

A- 1B R125

A- 1D R126

B- 1A R127

B- 1A R128

B- 1A R129

B- 1A R130

B- 1A R131

B- 1D R132

A- 2B R133

B- 2D R134

B- 1A R135

A- 2B R136

A- 2B R137

B- 1A R138

B- 1A R139

A- 2B R140

A- 2B R141

B- 1A R142

B- 2B R143

A- 2B R144

A- 2B R145

B- 2D R146

B- 2B R147

B- 2D R148

B- 1D R149

B- 2D R151

B- 2D R152

B- 2D R153

A- 2B R154

B- 1D R155

B- 1D R156

A- 2B R158

A- 2B R159

A- 2A R160

B- 2B R161

A- 2A R162

B- 2D R166

A- 2A R170

A- 3A R171

B- 2D R172

B- 2D R173

B- 2D R174

B- 1D R175

A- 3A R176

A- 3B R177

B- 2B R178

B- 2B R179

B- 2B R300

B- 2B R301

A- 1B R302

B- 2B R303

A- 2B R304

A- 2B R305

A- 1C R306

A- 1C R307

A- 1D R308

A- 1D R309

A- 3B R310

A- 3B R311

A- 4B R312

A- 4B R313

B- 3B R314

A- 1A R315

A- 1A R316

B- 2D R317

B- 1A R318

B- 1D R319

B- 2D R320

B- 2D R321

A- 3A R323

A- 1C R324

A- 1C R325

A- 3B R327

A- 3B R328

A- 3B R329

IC100

IC101

IC102

IC300

IC302

IC303

IC304

IC305

IC500

IC501

IC502

IC600

IC701

IC702

IC703

IC704

IC705

IC706

IC707

IC708

IC709

IC710

IC711

IC712

IC714

IC715

IC719

IC720

IC900

IC901

IC902

IC903

IC904

IC905

IC906

IC907

IC908

IC909

IC910

IC912

B- 1D L10

B- 1D L11

B- 5C L12

B- 5C L13

A- 5C L14

B- 5C L15

B- 5C L16

B- 5C L80

B- 5C L100

B- 5D L101

B- 5D L102

B- 5C L103

B- 5C L112

B- 5C L113

B- 5C L114

B- 5C L115

B- 5C L116

B- 5C L117

B- 5C L118

B- 5C L119

A- 5C L120

B- 5C L121

B- 1C L122

L123

R18

B- 1D R19

B- 1A R20

A- 2D R21

B- 1D R22

A- 2C R23

A- 2B R24

B- 1A R25

B- 1A R26

B- 1A R27

A- 2C R29

A- 2B R30

B- 1A R31

B- 1D R32

B- 2D R33

B- 2B R34

A- 2D R35

A- 2D R36

A- 3B R37

B- 3A R38

B- 3A R39

B- 3A R40

B- 3A R41

B- 3A R42

B- 3B R43

B- 3B R44

B- 3B R45

B- 3B R46

A- 3B R47

B- 3A R48

B- 4B R49

B- 4C R50

B- 4C R51

B- 4C R52

B- 4D R53

B- 5C R54

B- 5B R55

B- 5B R56

A- 3C R57

A- 3B R58

A- 3B R59

B- 4B R60

B- 4B R61

B- 4B R62

A- 3A R63

A- 3A R64

B- 3A R65

B- 1B R66

B- 2B R67

A- 2A R68

A- 2A R69

A- 2A R70

A- 2A R71

A- 2A R72

A- 2A R73

B- 2A R75

A- 2A R76

A- 2A R77

B- 1B R78

A- 1C R84

A- 1B R96

B- 1D R97

A- 1C R100

A- 1B R101

A- 1C R102

B- 2B OTHER

B- 1B X700

B- 1B X701

B- 1B

B- 1B TH301

B- 1B TH302

B- 1B TH305

B- 1B TH306

B- 1B TH700

B- 1B

L124

B- 2B L125

B- 2B L126

L127

B- 5C L128

A- 3B L129

A- 3B L130

A- 3C L131

B- 1B L132

L133

B- 1B CN2

B- 1B CN3

B- 1B CN4

B- 1B CN12

B- 1B CN715

B- 1B CN731

B- 1B CN735

B- 1B CN749

B- 1B CN900

B- 1B CN906

B- 1B CN907

B- 1B CN910

B- 1B

B- 1B CP100

B- 1B CP600

B- 1D CP701

A- 1C CP702

A- 1C CP703

A- 1B CP704

B- 1C CP705

A- 1C CP706

B- 1D CP707

A- 1C CP708

B- 1B CP709

B- 1C CP710

A- 1B CP711

A- 1C CP716

B- 1D CP717

A- 1B CP718

B- 1B CP719

B- 1D CP720

A- 1B CP721

A- 1B CP900

A- 1B CP901

A- 1B

A- 2C L134

A- 2D L135

A- 1D L136

A- 2B L137

A- 2B L138

A- 1A L139

A- 1A L140

A- 2A L141

B- 2A L142

B- 1C L300

B- 5C L301

A- 1D L302

L303

A- 3B L304

A- 3A L305

B- 2B L306

B- 2A L307

A- 1A L308

A- 1A L309

A- 1A L310

B- 2B L311

B- 2B L312

B- 3B L313

B- 2B L314

B- 3B L315

B- 2B L316

B- 2A L317

B- 2A L318

B- 2A L319

B- 2A L320

B- 2A L323

B- 2A L324

B- 1B L325

B- 1B L326

L327

TRANSISTOR

Q10

Q11

Q12

Q14

Q15

Q16

Q17

Q18

Q81

Q102

Q103

Q104

Q105

Q106

Q107

Q108

Q110

Q113

Q115

Q300

Q301

Q302

Q303

Q304

D305

B- 1A D306

B- 1A D307

B- 1D D308

B- 1D D310

B- 2D D311

A- 1D D312

A- 2B D313

A- 2B D314

B- 1D D500

B- 2D D505

A- 2B D506

A- 2B D600

A- 3B D601

A- 3B D602

A- 4B D700

A- 4B D701

A- 3A D702

B- 3A D703

A- 3B D704

B- 3B D705

B- 4A D706

B- 4A D708

B- 3B D710

A- 3B D711

A- 3A D801

A- 3B D900

A- 3B D903

B- 3C D904

B- 2C D905

B- 3C D906

A- 3D D907

A- 4B D908

B- 3C XF600

B- 2C

B- 3C

A- 3C

B- 2C

A- 3C

B- 4D

A- 3C

B- 4B

B- 4C

B- 5C

B- 4C

B- 3A

A- 2A CAPACITOR

C126

B- 2B C1

B- 2A C2

B- 1B C3

B- 1B C4

A- 2A C5

B- 1B C7

B- 1B C8

A- 2B C127

A- 2D C128

A- 1A C130

B- 1D C131

A- 2C C140

A- 2C C141

B- 1D C143

B- 1D A1

B- 1C

A- 2B L328

L329

(No.RA032<Rev.001>) 2-6

2-6 (No.RA032<Rev.001>)

MODULE (BT/GPS) UNIT (XC2-0031-80)

--- Component side view (J7C-0037-00) ---

--- Foil side view (J7C-0037-00) ---

R18

R21

CN2

R26

C30

C37

R15

C23

C24

R12

C10

C12

CN8

CN1

L13

L14

CN9

C16

C45 C44

XC2-003/004

J7C-0037

-00

C48 C49

IC7

C50

R19

C27

C29

C17

C22

CN4

C36

R22

IC6

R25

C68

R24

CN7

IC1

CN5

C46 C47

CN6

A-1C

ADDRESS TABLE OF BOARD PARTS

Each address may have an address error by one interval.

Y axis

X axis

Side

REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION

B- 2A R8

B- 3B R9

B- 3A R10

B- 3A R11

A- 2B R12

B- 3B R13

B- 3B R14

R15

B- 3A CAPACITOR

C21

A- 2B C45

A- 2B C46

B- 1B C47

B- 1B C48

B- 1B C49

B- 1B C50

B- 1B C68

A- 2B

B- 1B OTHER

A- 2B X1

A- 2B X2

A- 2B

A- 2B CN1

A- 2B CN2

A- 2B CN3

A- 2B CN4

A- 2B CN5

A- 1B CN6

A- 2B CN7

B- 1A CN8

B- 3B CN9

B- 3B

IC1

IC2

IC3

IC4

IC5

IC6

IC7

B- 3B C1

A- 1B C2

A- 1B C3

B- 3A C4

A- 1B C5

A- 1B C6

B- 3A C7

B- 1B C8

B- 1B C9

A- 2B C10

B- 1B C11

A- 2B C12

B- 3A C13

B- 1B C14

B- 1A C15

B- 2A C16

A- 1B C17

B- 2A C18

B- 2B C19

C20

B- 3B C22

B- 3B C23

B- 3A C24

A- 1B C25

B- 3A C26

B- 3A C27

B- 3A C28

A- 1B C29

A- 1B C30

A- 1B C31

A- 2B C32

A- 1B C33

A- 1B C34

A- 1B C35

A- 1B C36

A- 2B C37

A- 1B C38

A- 1B C39

A- 1B C40

A- 2B C44

B- 2A CP1

B- 2A CP2

B- 3B

B- 2B E1

B- 2B

A- 2A L1

A- 1B L4

A- 2B L5

B- 3B L7

B- 2B L8

B- 2B L9

A- 2B L11

B- 1A L13

A- 1A L14

B- 2A L15

B- 1B

B- 3B

B- 2B

A- 2B

B- 3B

B- 3A

A- 1B

B- 1A

A- 2B

A- 1B

A- 2B

B- 3B

A- 2A

TRANSISTOR

R16

A- 1B R18

R19

R21

B- 1B R22

B- 1B R23

R24

DIODE

D17

D18

RESISTOR

R25

B- 3A R26

B- 2A R27

B- 3A R29

B- 3A

B- 2B

(No.RA032<Rev.001>) 2-7

2-7 (No.RA032<Rev.001>)

SUB (DISPLAY) UNIT (XC3-0020-20 (NX-5900(K)))

--- Component side view (J7C-0038-00) ---

ADDRESS TABLE OF BOARD PARTS

Each address may have an address error

by one interval.

A-1C

Y axis

X axis

Side

REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION

R52

B- 4B R53

A- 3A R54

B- 4B R55

B- 4B R60

A- 5A R61

A- 3B R62

B- 4B R63

B- 4A R64

B- 3B R65

R66

B- 5A S7

B- 4B S8

B- 4A S9

B- 4A S10

B- 5B S11

B- 5B S12

B- 5B

A- 2B

A- 5A

A- 1B

A- 1A

IC1

IC2

IC3

IC4

IC6

IC8

IC9

IC10

IC12

S11

CN4

IC8

R98

B- 5B J1

B- 5A

A- 5B

R30

R27

B- 5B L1

B- 5B L2

A- 3B L3

B- 5B L4

B- 5A L5

B- 5A L11

B- 4B L14

B- 4A L15

B- 5A L16

B- 4A L17

B- 2A L18

B- 4B

A- 3A

B- 4B

B- 4A

B- 5A

A- 3A

B- 3A

A- 3A

B- 4A

B- 3A

TRANSISTOR

R69

R71

$IC12

B- 3B R77

B- 5A R78

B- 5A R79

B- 5A R81

R82

C16

C18

D12

R24

D21

DIODE

R83

IC6

B- 3B R86

B- 3B R87

A- 1B R88

A- 3B R98

A- 4B R99

A- 5A

$IC11

R32

B- 4B

A- 3B

B- 4B

R42

L14

A- 1A CAPACITOR

A- 2B

D10

D11

D12

D14

D15

D16

D20

D21

D22

D23

D24

D25

D26

D27

D28

D29

D30

D31

D32

D14

C54

A- 4B C2

A- 5A C5

A- 1A C8

A- 1B C9

A- 3B C11

B- 5B C16

A- 5A C18

B- 5B C22

B- 5B C24

B- 5B C29

B- 5B C32

B- 5B C42

B- 5B C43

B- 5B C44

B- 5B C45

B- 5B C46

B- 5B C48

B- 5B C50

C52

B- 2B

IC2

B- 2B

B- 3A

A- 3A

B- 4A

B- 3A

B- 3B

B- 3A

B- 3B

B- 3A

B- 3B

B- 3A

B- 4B

B- 4A

A- 3A

B- 4A

B- 4B

A- 3A

B- 4B

B- 4A

B- 4B

B- 5A

B- 4B

B- 5B

B- 5A

B- 3B

A- 3B

B- 5A

B- 5B

A- 3A

B- 3A

B- 5A

B- 3B

B- 4A

--- Foil side view (J7C-0038-00) ---

C79

R60

IC4

RESISTOR

C53

B- 3A C54

B- 3A C55

B- 3A C56

B- 3A C57

B- 3B C58

B- 3A C59

B- 2A C62

B- 3B C63

B- 3A C64

B- 2A C65

B- 3B C66

B- 3B C67

B- 4A C68

A- 1B C69

A- 2B C70

A- 4B C71

A- 5A C73

B- 4A C74

B- 3B C75

A- 1B C76

A- 2B C79

A- 3B C83

A- 5B C84

B- 4A C87

A- 1A C90

A- 1B C101

A- 3B

B- 4A OTHER

B- 4A CN2

B- 4A CN4

B- 4A CN5

A- 3A CN6

B- 4B

B- 5A S1

B- 4B S2

B- 4B S3

B- 5A S4

B- 5A S5

B- 5B S6

R71

R26

D25

R99

R62

R47

R48

R65

C70

R79

R10

R11

R12

R17

R18

R19

R20

R21

R22

R23

R24

R25

R26

R27

R28

R29

R30

R31

R32

R33

R34

R38

R39

R40

R41

R42

R43

R46

R47

R48

R49

R50

R51

R53

IC12

C69

C73

D2 D1

IC1

D20

D22

R66

C62

IC3

C32

C90

R87

R43

Y M

IC9

C52

C76

C57

C71

C22

C53

R41

C68

R38

L15

C24

CN5

R31

C101

R46

R49

R50

CN6

R25

R20

XC3-007

XC3-002

R81

C67

R86

R83

R55

C84

C11

R54

L11

L18

IC10

R40

J7C-0038-00

R39

B- 2B

A- 3A

B- 2B

B- 3A

A- 4B

A- 5B

A- 5A

A- 3B

A- 1B

(No.RA032<Rev.001>) 2-8

2-8 (No.RA032<Rev.001>)

MODULE (BT/GPS) UNIT (XC2-0031-80)

BT ANT

MODULE UNIT (BT/GPS)(XC2-0031-80)

IC1

CN6

LEVEL

CONVERTER

1.8V

E1 F10-3226-05

1.80V

IC1

74AVC4TD245GU

_{18BT_HCI_RX}R18

_{18BT_HCI_TX}R21

18BT_TX

IC2

IC3

18BT_RX

VOLTAGE

REGULATOR(18BT)

VOLTAGE

REGULATOR(33BT)

DIR4

DIR1

3.31V

C47

C46

0.1u

GND

VCC(A)

VCC(B)

DIR2

EM6M2

R26

19.2MHz

0.1u

DIR3

VCoNT

IC7

L11

VCC 4

DC SW

LEVEL

CONVERTER

MSL

R29

R27

C37

22p

L15

2.2n

MSL

oUT

^MSL-SL-MSL0

GND

oUTPUT 3

L77-3123-05

B10

C10

C11

GND2 GND1

10k

0.1u

C32

0.1u

18BT

BU18TD2WNVX

C33

C34

C35

IC2

0.1u

100

VDD_SRAM_LDo

VSS_DIG5

3.17V

PMTEST_1P8V

VDD1P8V_1

VDD_DIG_LDo

VSS_RF_BT

0.1u

C12

0.1u

BT_RF

VDD1P8V_BT

VDD_LDoIN_CLASS1P5_BT

VDD_CLASS1P5_BT

D10

74AVC4TD245GU

1.8V

BT_SW

STBY GND

TCXo_CLK_REQ

VDDS4

VDD_PPAIF_BT

REF_CLK_LV

REF_CLK_HV

BT_WAKEUP

VSS_REF_CLK

VSS_DIG3

C13

C18

18p

1.8V

IC7

1.80V

33BT

CN1

TCXo_LDo_VPRoG

TCXo_CLK_LV

VSS_TCXo_CLK

VDD_TCXo

IC3

DIR4

DIR1

VCC(A)

VCC(B)

DIR2

DIR4

GND

DIR1

H10

R11

C48

0.1u

R25

10k

VIN 1

VIN

VoUT

GND

VCC(A)

6 CE

C14

0.1u

R22

10k

C49

0.1u

NC1 2

E10

VCC(B)

5 VSS

4 NC2

VDD_DIG2

VDD_SRAM1

VDD_DIG4

33BT

VoUT 3

IC6

DIR3

IC5

DIR2

VSS_DIG2

F10

G10

16 GPS_ANT_SW

C15

CN2

1.8V-3.3V

LEVEL SHIFT

TCXo_LDo_IN

GPS_PPS_oUT

GPS_TIMESTAMP

GPS_nSHUTDoWN

GPS_SENS_I2C_SDA

GPS_SENS_I2C_SCL

GPS_UART_RX

VSS_DIG1

C44

0.1u

74AVC4TD245GU

IC6

C31

VDDS2

3.3V

C50

FM_I2C_SDA

FM_I2C_SCL

FM_IRQ

DIRn H=An->Bn

L=Bn->An

0.47u

GPS/BLUETOOTH

GPS_PPS_OUT

C45

0.1u

LEVEL

CONVERTER

10*4

CP2

BCLK

47p

WCLK

3^BT_AUD_DO

FM_I2S_CLK

FM_I2S_FSYNC

FM_I2S_oUT

FM_I2S_IN

3.32V

1.80V

BT_AUD_DI

5.30V

VDD1P8_GPS

VSS_PLL_GPS

VDD_PLL_GPS

VSS_LNA_GPS1

33GPS

GPS_UART_TX

GPS_TM

GPS&BT RTC

NDK NZ2520B

RTC_CLK

VDD1P8_FM

VSS_PASYNTH_FM

-32.768000k-NSA3534A

C16

0.1u

L77-3121-05

@C-FRE

CN4

GPS_TP

FM_AUD_IN_L

FM_AUD_IN_R

CTS2

RTS2

TXD2

RXD2

1.80V

C17

0.1u

J10

ANT CONNECT:3.13V

ANT UNCONNECTED:3.30V

33BT

18BT

10*4

CP1

SAW FILTER

GPS

R14

C36

R23 R24

C40

18p

10n

(-71)

22p

3.20V

3.30V

1.80V

MSL

IC4

VOLTAGE

REGULATOR(33GPS)

5.34V

GPS_PA_EN_LV

(3216)

R16

27n

3.30V

GPS_ALM

GPS_PWR

to ADC

3.30V

to ADC

ANT CONNECT:3.13V

ANT UNCONNECTED:3.30V

CN5

GPS ANT

2-9 (No.RA032<Rev.001>)

(No.RA032<Rev.001>) 2-9

SUB (DISPLAY) UNIT (XC3-0020-20 (NX-5900(K)))

SUB UNIT (DISPLAY)(XC3-002)

D21

B30-2364-05

KEYi3_2

S70-0901-05

R39

100

THREE COLOR

LED

CN2

SP+

S12

R27

D14

R32

R21

SPG

3.28V

330

B30-2365-05

330

B30-2365-05

330

B30-2365-05

13.60V

CN4

LED

L18

VSSA

VCC

/KEYINT

KEYi2_2

S70-0901-05

Q3,Q4,Q6

C83

0.1u

L14

R40

100

R5547k

R54

LTC014EEBFS8

CN6

2.99V

EMG

S11

R33

VCC

47k

LED_B

D10 R28

D15

R22

VSSD

IOVCC

330

VSS

^SDA33

SCL

330

B30-2365-05

GND

54M

GND

18M

D[15]

D[14]

D[13]

D[12]

D[11]

D[10]

D[9]

5.32V

B30-2365-05

KPY11

KPY10

EXITO0

KPY9

LED

L15

54M

C84

0.1u

LED_G

LED_R

Q3,4,6

DC SW

DIR25

DIR24

VSS

KEYi1_2

1.82V

L17_18M

S70-0901-05

R41

100

IC10

TC35894FG

BH1721FVC

LED_G

/RD

RDX

VSS

KPY7

IC6

DAT[15]

DAT[14]

DAT[13]

DAT[12]

DAT[11]

DAT[10]

DAT[9]

DAT[8]

DAT[7]

DAT[6]

DAT[5]

DAT[4]

DAT[3]

DAT[2]

DAT[1]

DAT[0]

/CS

KEYo0

KEYo1

VCC

GND

SDA

/WR

KPY0

WRX

^RESETN27

KPX5

S10

ILLUMINANCE

SENSOR

SCL 5

D11

R29

330

D16

R34

R23

330

ADD[23]

/CS

IC6

DCX

CSX

I/O EXPANDER

KPY1

KPY3

KPY2

330

BLC

KPY4

KPY6

B30-2365-05

DVI 4

KEYo2

KEYi1

LED_B

DAT[0]

DAT[1]

DAT[2]

DAT[3]

DAT[4]

DAT[5]

DAT[6]

DAT[7]

DAT[8]

DAT[9]

DAT[10]

DAT[11]

DAT[12]

DAT[13]

DAT[14]

DAT[15]

DB1

LED

IC2

30LCD

STBY

IC2

/EMG

DB2

KPX1

KPX4

VOLTAGE

REGULATOR

(30LCD)

R42

BLCSW

R38

100

KEYi0_2

DB3

GND

S70-0901-05

DB4

2.99V

3.28V

D[8]

DB5

R24

330

D[7]

PSW

VIN

DB6

VoUT

D12

R30

/TXDEN

D[6]

DB7

330

BU30TD2WNVX

B30-2365-05

D[5]

B30-2365-05

DB8

LOGIC

CONTROL

50M

LED

D[4]

L11

DB10

DB11

DB12

DB13

DB14

DB15

DB16

DB17

CABC

RESX

IM0

18M

D[3]

IC12

TC7SZ08FE

50M

MM3404A50URE

1.82V

D[2]

3.3V->5.0V

LOGIC

CONTROL

D[1]

INB

R43

5.31V

4.99V

VCC 8

1 CE

VCC 5

VDD 4

IC1

INA

D[0]

/CS

G2 7

Y1 6

A2 5

SSM6N37FE

PTT/TXD

IC3

GND

DC SW

oUTY 4

R48

150

ADD[23]

/WR

GND

A[23]

R3 _/KEYINT

2 GND

VoUT 3

/WR

/RD

TC7WT125FUF

C62

/RD

0.1u

LCDRST

LEDA

/KEYINT

Analog SW

IC1

- >

LED

DRIVER

1D+

I2CCK

I2CDT

GND

I2CCK

I2CDT

LEDA

LED1

LED2

LED3

LED4

VOLTAGE

REGULATOR(50M)

VCC 10

BLC_3

1D-

L4 8

L3 7

L2 6

L1 5

S 9

D+ 8

D- 7

oE 6

GND

ISET

VIN

2D+

2D-

IC4

IC8

IC4

R69

270k D

D-

USB_D-

R19

R18

ANALOG SWITCH

D+

GND

USB_D+

D20

D1,2

GND

3.29V

L16

D1,D2

SPC10501A01

OVER VOLTAGE

PROTECTION

BD1754HFN

BD11600NUX

0.1u

C66

BUSSWC

LOW=1 UART/BLC

HIGH=2 USB

CN5

OVER VOLTAGE PROTECTION

33M

DM/KVL

R60

BLC_4/D+2

13.60V

D25

R61

R62

R63

R64

R65

R66

SB_2

GND

RXD

TXD

10k

R53

MINISMDC020F

RXD_33V

TXD

PTT/TXD

R12

PTT/TXD_3

TC7WH126FK

5.0V->3.3V

D22

R11

ME_3

MIC_3

C87

OVER VOLTAGE

PROTECTION

/PTT

/PSW

AFO+

AFO-

MIC

VCC 8

100p

DM/KVL_3

/PSW

G2 7

Y1 6

A2 5

IC9

D31

100

LOGIC CONTROL

GND

MIC

0.1u

EMZ6.8N

R17

R10

C69

R_SET2

R_SET1

R_SET0

GND

D23,D24,D26

D27,D32

SPC10501A01

D28,D29,D30

DZ2S068M

D23,24,26,

D27,31

D25

D28,29,30,32

OVER VOLTAGE

PROTECTION

SURGE

PROTECTOR

OVER VOLTAGE

PROTECTION

(No.RA032<Rev.001>) 2-10

2-10 (No.RA032<Rev.001>)

INTERCONNECTION DIAGRAM

IC911

AF AMP

LA4425A

20pin Option

NX-5900 (K) only

ANT

R402

CN749

CN6

INT SP

NC(IGN)

CN907

CN906

CN5

GND

SP+

54M

AUXIO6

AUXIO7

AUXIO1

AUXIO2

RXD2

GND

SPG

AUXIO7

AUXIO1

AUXIO2

RXD2

GND

18M

J901

D[15]

D[14]

D[13]

D[12]

D[11]

D[10]

D[9]

D[15]

D[14]

D[13]

D[12]

D[11]

D[10]

D[9]

AUXIO3

TXD2

AUXIO3

TXD2

CN4

RXD1

AUXIO4

AUXIO8

AUXIO5

AUXIO9

AUXO1

AUXIO4

AUXIO8

AUXIO5

AUXIO9

AUXO1

AUXO2

VSSA

VCC

TXD1

AUXO1

AFO

AUXIO9

D[8]

MI2

D[7]

GND

TXD0

AUXO2

RXD0

GND

TXD0

AUXO2

RXD0

GND

D[6]

VCC

D[5]

DEO

VSSD

IOVCC

RDX

GND

D[4]

AUXIO5

D[3]

AUXIO8

TXD2

RXD2

GND

MI2

D[2]

AUXIO4

AUXIO3

MI2

DEO

GND

50C

D[1]

DEO

GND

50C

D[0]

AUXIO2

/CS

/CS_LCD

WRX

DCX

A[23]

/WR

AUXIO1

/WR_LCD

/RD_LCD

PRST

/KEYINT

I2CCK

I2CDT

GND

AUXIO7

CSX

SUB (DISPLAY) UNIT

XC3-002

AFO

MAIN UNIT (A/2)

XC1-102

AFO

/RD

DB1

AUXIO6

LCDRST

/KEYINT

I2CCK

I2CDT

GND

DB2

DB3

DB4

DB5

DB6

USB_D-

USB_D+

GND

USB_D-

USB_D+

GND

DB7

DB8

DB10

DB11

DB12

DB13

DB14

DB15

DB16

DB17

CABC

RESX

IMO

33M

DM/KVL

GND

DM/KVL

GND

RXD

TXD

/PTT

/PSW

AFo+

AFo-

MIC

/PTT

/PSW

AFo+

AFo-

CN2

CN3

13.6 V

DC Supply

MiC

LEDA

LED1

LED2

LED3

LED4

R_SET2

R_SET1

R_SET0

GND

R_SET2

R_SET1

R_SET0

GND

CN4

IGN

GND

CN910

CN900

CN2

GND

HOR

SPo

SPG

GND

SB1

SP+

SPG

GND

BLC/D+2

SPO

PTT/TXD

SPI

MIC

HOOK/RXD/D-2

DM/KVL

EXT SP

J900

BT/GPS

micro SD

GPS ANT

MODULE (BT/GPS) UNIT

XC2-003

2-11 (No.RA032<Rev.001>)

(No.RA032<Rev.001>) 2-11

LEVEL DIAGRAM

Receiver Section

1st IF (58.05MHz)

AF (1kHz)

RF (Center Frequency)

-124dBm

-113dBm

-114dBm

-117dBm

141mVrms

-120dBm

ANT

-123dBm

-116dBm

-111dBm

-121dBm

-114dBm

-102dBm

116mVrms

D305

D306 IC501

C552 L521 C544 Q501 C534 L510 C517

IC502

BPF

IC600

IFIC

IC706

IC902

IC719

VOL

C413 D308

ANT

C533 IC500 C500 XF600 C663 Q604 C658 Q603 C637

BPF

C927 IC903

RFAMP

C5553 L522 C545 Q502 C535 L511 C518

SSI

LPF

MCF

IFAMP

BPF BPF

CODEC

RFAMP

-113dBm

RX PLL

C944 IC911 C969

-123dBm

-124dBm

-114dBm

To make measurements in the AF section, connect the AC level meter.

(ANT input: –53dBm, 1kHz FM,1.5kHz DEV (Narrow). SP output: 4W@4ohm Load)

In the RF section, use 470pF coupling capacitor.

(The display shows the SSG input value required to obtain 12dB SINAD.)

28.8mVrms

Transmitter Section

(1kHz)

RF (Center Frequency)

AF (1kHz)

65mVrms(793M)

65mVrms(825M)

13dBm(793M) 25dBm(793M) 35.5dBm(793M)

45.5dBm(793M)

30W(793M)

35W(825M)

1.5dBm

5mVrms

-5dBm

C166

-3dBm

10dBm

15dBm(825M)

27dBm(825M) 37dBm(825M) 46.5dBm(825M)

4dBm

C170

Narrow

IC902

IC706

IC902

ANT

Q102

Q104

L136

L137

Q106

MIC

C190

C213 Q107

Buff

C307 IC300 C316 Q300

Pre-

Drive1

C327 Q301 C448 Q302 C360 Q303 C392

Pre-

Drive3

C413

Pre-

Drive2

ANT

SSI

CODEC

Doubler

Coupler

VCO

Drive

Final

LPF

To PLL IC

* Transmit frequency : 700MHz band(793MHz) / 800MHz band(825MHz)

(No.RA032<Rev.001>) 2-12

2-12 (No.RA032<Rev.001>)

PARTS LIST

[NX-5900,NX-5900(B)]

* SAFETY PRECAUTION

Parts identified by the ꢀ symbol are critical for safety. Replace only with

specified part numbers.

* BEWARE OF BOGUS PARTS

Parts that do not meet specifications may cause trouble in regard to safety and

performance. We recommend that genuine parts be used.

* (x_) in a description column shows the number of the used part.

- Contents -

Exploded view of general assembly and parts list

Electrical parts list

Packing materials and accessories parts list

3-2

3-4

3-17

(No.RA032<Rev.001>)3-1

Exploded view of general assembly and parts list

Block No.M1MM

MAIN UNIT<01>

SUB (DISPLAY) UNIT<03>

MODULE (BT/GPS) UNIT<02>

3-2(No.RA032<Rev.001>)

General assembly

Block No. [M][1][M][M]



Symbol No.

Part No.

Part Name

Description

Local

A0C-0107-00

A6C-0003-20

B09-0681-03

B09-0754-05

B0K-0004-00

B1B-0017-00

B38-0966-05

B4B-0008-00

B4D-0021-00

E04-0170-35

E0E-0021-00

E30-7520-45

E3F-0017-00

E3F-0019-00

E3F-0021-10

E37-1118-05

E37-1693-05

E3H-0008-00

F10-3223-05

F10-3225-05

F10-3243-15

F1A-0017-00

F1E-0001-00

F1E-0002-00

G13-1837-04

G1D-0011-00

G1D-0012-10

G1D-0018-00

G1D-0028-00

G53-1616-13

G53-1643-04

G53-1789-04

G53-1768-04

G5D-0053-00

G5D-0061-00

G5D-0017-00

J1K-0018-00

J1K-0019-00

J2B-0021-00

J2B-0023-00

K2K-0100-10

T07-0810-05

W09-0971-05

G13-1801-04

F0B-0083-00

N09-2292-05

N30-2606-48

N67-3008-48

N67-3010-43

N83-2005-48

N87-2608-48

N89-2606-43

XC1-1021-81

XC2-0031-80

XC3-0020-20

PLASTIC CABINET

PANEL ASSY

CAP(KAP-2)

CAP(SMA)

CAP(D-SUB)

ILLUMINATION GUIDE

LCD ASSY

CAUTION STICKER

BADGE

RF COAXIAL RECEPTACLE-N (ANT)

RF COAXIAL RECEPTACLE-SMA (GPS)

DC CORD

FLAT CABLE(20P)

FLAT CABLE(50P)

5900_K

FLAT CABLE(30P)

LEAD WIRE WITH CONNECTOR(SHORT CABLE)

LEAD WIRE WITH CONNECTOR(SP 2P)

LEAD WIRE WITH CONNECTOR(4P)

SHIELDING COVER(BLS(IF IC))

SHIELDING COVER(BLS(BT/GPS,DCDC54M))

SHIELDING COVER(BLS(PLL IC))

SHIELDING PLATE(TOP)

SHIELDING PLATE(D-SUB)

SHADE(TX-BUSY)

5900_K

(x2)

CUSHION

CUSHION(LCD-HOLDER)

CUSHION(LCD-F.GLASS)

CUSHION(D-SUB)

CUSHION(DC SCREW)

PACKING(PHONE JACK)

PACKING(DC CORD)

PACKING(ANT(N))

PACKING(SMA)

PACKING(SP)

PACKING(TOP)

PACKING(FRONT)

HOLDER(LCD)

HOLDER(PCB PANEL)

MOUNTING HARDWARE(LCD)

MOUNTING HARDWARE(SP)

KEY TOP

SPEAKER

LITHIUM CELL(MAIN UNIT)

CUSHION

5900_K

RADIATION PLATE

HEXAGON HEAD SCREW(D-SUB)

P.HEAD M.SCREW(SMA)

PAN HEAD SEMS SCREW(DC)

P.H.SEMS SCREW(FINAL FET)

PAN HEAD TAPTITE SCREW(MODULE UNIT)

BRAZIER HEAD TAPTITE SCREW

BINDING HEAD TAPTITE SCREW(D-SUB)

SERVICE MAIN UNIT

(x2)

(x3)

(x23)

(x2)

MODULE UNIT(BT/GPS)

SUB UNIT(DISPLAY)

5900_K

(No.RA032<Rev.001>)3-3

Electrical parts list

MAIN UNIT



Symbol No.

Part No.

Part Name

Description

Local

XC1-1021-80

Q11

Q12

Q14

Q15

Q16

Q17

Q18

Q81

LTC014EEBFS8

EM6M2

DIGI TRANSISTOR

FET

DIGI TRANSISTOR

FET

DIGI TRANSISTOR

FET

TRANSISTOR

FET

*Note : This part cannot be replaced. There-

fore, this part is not supplied as a service part.

Block No. [0][1]

LTC014EEBFS8

SSM3J334R

LTC014EEBFS8

SSM3J334R

SSM3J15FS

MCH3914-H/8/

EM6M2

MCH3914-H/8/

2SC5108F/Y/

DSC9A01/T/

EM6M2



Symbol No.

Part No.

Part Name

Description

Local

Q102

Q103

Q104

Q105

Q106

Q107

Q108

Q110

Q113

Q115

Q300

Q301

Q302

Q303

Q304

Q305

Q306

Q307

Q308

Q309

Q500

Q501

Q502

Q503

Q504

Q600

Q601

Q602

Q603

Q604

Q700

Q701

Q703

Q704

Q705

Q900

Q901

Q902

Q905

Q906

Q907

Q908

IC1

------------

*Note

IC2

IC3

MSP430G25KGCA IC

XC6215B122N-G IC

IC4

IC5

IC6

IC7

NJM2878F4-33

XC6223D331P-G IC

------------ IC

XC6223H331P-G IC

*Note

IC8

IC9

IC10

TPS54240DGQ

XC8102AA07-G

------------

SSM3J15FS

EM6M2

RD01MUS2-T113 FET

NE5550234 FET

RD10MMS2-T212 FET

FET

IC11

LXDC2HN18F163 IC

IC12

IC13

NJM2878F4-33

TPS61041DRVR

------------

FET

TRANSISTOR

FET

*Note

IC14

XC6223H331P-G IC

SSM3K15AMFV

LSCR523EBFS8

EM6M2

SSM3K15AMFV

2SC5108F/Y/

MT3S111

IC15

IC16

IC17

BA00DD0WHFP

XC6209B502P-G

------------

*Note

IC18

XC61CN5002N-G IC

IC100

IC101

IC102

IC300

IC302

IC303

IC304

IC305

IC500

IC501

IC502

IC600

IC701

IC702

IC703

IC704

IC705

IC706

IC707

IC708

IC709

IC710

IC711

IC712

IC714

IC715

IC719

IC720

IC900

IC901

IC902

IC903

IC904

IC905

IC906

IC907

IC908

IC909

IC910

IC912

SKY72310362LF

TC7SH17FUF

BA2904FVM

------------

FET

TRANSISTOR

FET

DIGI TRANSISTOR

TRANSISTOR

FET

TRANSISTOR

FET

MT3S111

SSM3J15FS

EM6M2

ADL5513

NJM12904RB1

AK1224

UPG2214TK-A

AD9864BCPZRL

------------

MCH3914-H/8/

LTC023JEBFS8

LSCR523EBFS8

2SC5066F/O/

BB506CFS-H

2SC4617/S/

SSM3K15AMFV

LTC014TEBFS8

SSM3K335R

SSM3J332R

DSC9A01/T/

SSM3K335R

SSM3J332R

SSM3K335R

*Note

------------

FET

CDC3S04YFF

TC7SZ08FE

TC7WH126FU-F

------------

BD11600NUX

TC7SET125FUF

TC7SZ08FE

------------

ADS7961SRHB

BD11600NUX

DAC124S085CIS IC

R2A20178NP IC

XC61CN5002N-G IC

TC7SET08FUF

BU7242NUX

TLV32AIC3104I

BU7242NUX

TC7SET125FUF

TC7WT125FUF

TC7WBD125AFK IC

DIGI TRANSISTOR

FET

TRANSISTOR

FET

*Note

FET

DZ2J180(M)

RB520SM-30

EDZV8.2B

RB521CM-30

22ZR-10D

RB520SM-30

RB521CM-30

DSA3A1

DZ2S056(M)

RB521CM-30

1SS400SM

ZENER DIODE

DIODE

ZENER DIODE

DIODE

SURGE ABSORBER

DIODE

ZENER DIODE

DIODE

ZENER DIODE

D10

D11

D12

D13

D14

D15

D16

D17

D100

D106

D107

D108

D109

D110

D111

D112

BD11600NUX

TC7WH14FK-F

ADM3202ARUZ

PCA9555AHF

TC7SET08FUF

RB060M-40

DB2J40700

RB521CM-30

EDZV8.2B

SMV1705-079LF

SMV1130-079LF

SMV1801-079LF

SMV1705-079LF

SMV1130-079LF

Q10

KTA2012EP

TRANSISTOR

FET

DIGI TRANSISTOR

FET

DIGI TRANSISTOR

TRANSISTOR

FET

SSM3K15AMFV

LTC014EEBFS8

MTM981400BF

LTC014EEBFS8

LTC014TEBFS8

LSCR523EBFS8

LSAR523UBFS8

MTM981400BF

VARIABLE CAPACITANCE DIODE

3-4(No.RA032<Rev.001>)



Symbol No.

Part No.

Part Name

Description

Local



Symbol No.

Part No.

Part Name

Description

Local

D113

D114

D115

D117

D300

D304

D305

D306

D307

D308

D310

D311

D312

D313

D314

D500

D505

D506

D600

D601

D602

D700

D701

D702

D703

D704

D705

D706

D708

D710

D711

D801

D900

D903

D904

D905

D906

D907

D908

D909

D910

D911

D912

D913

D914

D915

D916

D917

D918

D919

D920

D921

D922

D923

D924

SMV1130-079LF

1SS400SM

SMV1130-079LF

RN262CS

RB706F-40

L8104

VARIABLE CAPACITANCE DIODE

DIODE

VARIABLE CAPACITANCE DIODE

DIODE

ZENER DIODE

DIODE

C35

C36

C37

C38

C39

C40

C41

C43

C44

C45

C46

C47

C48

C49

C50

C51

C52

C53

C54

C55

C56

C57

C58

C59

C60

C61

C62

C63

C64

C65

C66

C67

C68

C69

C70

C71

C72

C73

C74

C75

C76

C77

C78

C80

C81

C82

C83

C84

CK73HBB1H471K C CAPACITOR

470PF K

1.0UF K

10.0UF K

470PF K

10.0UF K

10000PF K

1.0UF K

2.2UF K

470PF K

1.0UF K

2.2UF K

0.10UF K

2.2UF K

1.0UF K

1000PF K

3300PF K

0.10UF K

1.0UF K

470PF K

3900PF K

4.7UF K

22PF G

10.0UF K

470PF K

2.2UF K

1000PF K

10.0UF K

1.0UF K

10.0UF K

4.7UF K

2.2UF K

390PF K

4.7UF K

1.0UF K

2.2UF K

1.0UF K

470PF K

4.7UF K

0.1UF K

47PF G

2.2UF K

1.0UF K

2.2UF K

470UF 25WV

10000PF K

470PF K

10PF B

10000PF K

100PF J

0.10UF K

100PF J

0.10UF K

100PF J

10000PF K

100PF J

33PF G

CK73GB1H105K

CK73FB1C106K

C CAPACITOR

CK73HBB1H471K C CAPACITOR

CK73GB0J106K

CK73HB1H103K

CK73GB1H105K

C CAPACITOR

CK73GXR1C225K C CAPACITOR

CK73HBB1H471K C CAPACITOR

CSA30-201N

L8104

RN142S

CK73HB1C105K

CK73GXR1C225K C CAPACITOR

CK73HB1E104K C CAPACITOR

CK73GXR1C225K C CAPACITOR

CK73HB1C105K C CAPACITOR

C CAPACITOR

RN142S

DZ2S056(M)

RB520SM-30

RN262CS

RN142S

CK73HBB1H102K C CAPACITOR

CK73HBB1H332K C CAPACITOR

CK73HB1E104K

CK73GB1H105K

C CAPACITOR

DIODE

SMV1705-079LF

DA3S101F

RB521CM-30

SPC10501A01

EDZV8.2B

RB521CM-30

DA3S101F

DZ2S056(M)

DA204U

1SS400SM

DZ2S056(M)

RB521CM-30

DA204U

DA3S101F

DA204U

VARIABLE CAPACITANCE DIODE

MULTIPLE DIODE

DIODE

VARISTOR

CK73HBB1H471K C CAPACITOR

CK73HB1H392K C CAPACITOR

CK73FXR1E475K C CAPACITOR

CC73HCH1H220G C CAPACITOR

CK73FB1C106K

C CAPACITOR

CK73HBB1H471K C CAPACITOR

CK73GXR1C225K C CAPACITOR

CK73HBB1H102K C CAPACITOR

ZENER DIODE

DIODE

CK73GB0J106K

CK73FB1C106K

CK73HB1C105K

CK73FB1C106K

C CAPACITOR

DIODE

MULTIPLE DIODE

ZENER DIODE

MULTIPLE DIODE

DIODE

ZENER DIODE

DIODE

MULTIPLE DIODE

DIODE

ZENER DIODE

MULTIPLE DIODE

DIODE

CK73FXR1E475K C CAPACITOR

CK73GXR1C225K C CAPACITOR

CK73HB1H391K

C CAPACITOR

CK730FA1H475K C CAPACITOR

CK73GB1H105K C CAPACITOR

CK73GXR1C225K C CAPACITOR

CK73HB1C105K C CAPACITOR

CK73HBB1H471K C CAPACITOR

CK73FXR1E475K C CAPACITOR

CK730DT1C476K C CAPACITOR

CK73GXR1H104K C CAPACITOR

CC73HCH1H470G C CAPACITOR

CK73GXR1C225K C CAPACITOR

DA204U

DA2J101

DZ2J180(M)

DA204U

DA2J101

DZ2J180(M)

DA204U

RB520SM-30

CK73HB1C105K

C CAPACITOR

CK73GXR1C225K C CAPACITOR

C85

C92-0968-05

CK73HB1H103K

E CAPACITOR

C CAPACITOR

C100

C101

C102

C103

C104

C106

C107

C108

C109

C110

C111

C112

C113

C114

C115

C116

C118

C120

C121

C124

C125

C126

C127

C128

C130

C131

C140

C141

C143

CK73HBB1H471K C CAPACITOR

CC73HCH1H100B C CAPACITOR

ZENER DIODE

MULTIPLE DIODE

DIODE

CK73HB1H103K

C CAPACITOR

CC73HCH1H101J C CAPACITOR

C10

C11

C12

C13

C16

C18

C21

C24

C25

C30

C31

C32

C33

C34

CK73HB1C105K

CD04CK1E102M

C CAPACITOR

E CAPACITOR

1.0UF K

1000UF M

2200PF K

470PF K

47PF G

CK73HBB1H222K C CAPACITOR

CK73HBB1H471K C CAPACITOR

CC73HCH1H470G C CAPACITOR

CK73HBB1H102K C CAPACITOR

CK73HBB1H471K C CAPACITOR

CK73FB1C106K

CK73HB1E104K

C93-1959-05

CK73HB1A474K

CK73HB1H103K

CK73HBB1H471K C CAPACITOR

CK73HB1C105K C CAPACITOR

CK73HB1E104K

C CAPACITOR

1000PF K

470PF K

10.0UF K

0.10UF K

0.10UF B

0.47UF K

10000PF K

470PF K

1.0UF K

CC73HCH1H101J C CAPACITOR

CK73HB1E104K C CAPACITOR

CC73HCH1H101J C CAPACITOR

CK73HB1H103K C CAPACITOR

CC73HCH1H101J C CAPACITOR

CC73HCH1H330G C CAPACITOR

CC73HCH1H101J C CAPACITOR

C CAPACITOR

100PF J

1.0UF K

100PF J

0.15UF K

10UF M

0.047UF K

100PF J

5.0PF B

150PF J

24PF G

CK73GB1H105K

C CAPACITOR

CC73HCH1H101J C CAPACITOR

CK73FBB1H154K C CAPACITOR

CS77ABE1D100M TA E CAPACITOR

CK73HBB1H471K C CAPACITOR

CK73HBB1H102K C CAPACITOR

470PF K

1000PF K

1.0UF K

CK73HB1C105K

CK73EB1H475KM C CAPACITOR

CK73GB1H105K C CAPACITOR

CK73EB1H475KM C CAPACITOR

CK73HB1E104K C CAPACITOR

C CAPACITOR

CK73FB1H473K

C CAPACITOR

4.7UF K

1.0UF K

4.7UF K

0.10UF K

CC730AD1H104J C CAPACITOR

CC73HCH1H050B C CAPACITOR

CC73HCH1H151J C CAPACITOR

CC73HCH1H240G C CAPACITOR

(No.RA032<Rev.001>)3-5



Symbol No.

Part No.

Part Name

Description

Local



Symbol No.

Part No.

Part Name

Description

Local

C144

C145

C146

C147

C148

C149

C150

C151

C152

C154

C155

C156

C158

C159

C160

C161

C162

C163

C164

C165

C166

C167

C168

C169

C170

C171

C172

C173

C174

C175

C176

C177

C178

C179

C180

C181

C182

C183

C184

C185

C186

C187

C188

C189

C190

C191

C192

C194

C195

C198

C199

C202

C203

C204

C211

C212

C213

C300

C301

C302

C303

C304

C305

C306

C307

C308

C309

C310

C311

C313

C314

C315

C316

C317

C318

C319

C320

C321

CC73HCH1HR75B C CAPACITOR

CC73HCH1H0R5B C CAPACITOR

CC73HCH1H060B C CAPACITOR

CC73HCH1H080B C CAPACITOR

CC73HCH1H060B C CAPACITOR

CK73HBB1H471K C CAPACITOR

CC73HCH1H0R5B C CAPACITOR

CC73HCH1H101J C CAPACITOR

CK73HBB1H471K C CAPACITOR

CC73HCH1H101J C CAPACITOR

CC73HCH1H030B C CAPACITOR

CC73HCH1H151J C CAPACITOR

CC73HCH1H060B C CAPACITOR

CC73HCH1H2R5B C CAPACITOR

CC73HCH1H080B C CAPACITOR

CC73HCH1H070B C CAPACITOR

CK73HBB1H471K C CAPACITOR

CC73HCH1H0R5B C CAPACITOR

CK73HBB1H471K C CAPACITOR

CC73HCH1H020B C CAPACITOR

CC73HCH1H470G C CAPACITOR

0.75PF B

0.5PF B

6.0PF B

8.0PF B

6.0PF B

470PF K

0.5PF B

100PF J

470PF K

100PF J

3.0PF B

150PF J

6.0PF B

2.5PF B

8.0PF B

7.0PF B

470PF K

0.5PF B

470PF K

2.0PF B

47PF G

0.10UF K

47PF G

1.5PF B

47PF G

10PF B

C322

C323

C324

C325

C326

C327

C328

C329

C330

C331

C332

C333

C334

C335

C336

C337

C339

C340

C342

C343

C345

C346

C347

C348

C349

C351

C350

C353

C355

C356

C357

C358

C359

C360

C367

C399

C370

C373

C374

C375

C376

C377

C378

C387

C392

C393

C394

C395

C396

C399

C404

C405

C406

C407

C408

C410

C411

C412

C413

C415

C416

C417

C418

C419

C420

C421

C423

C427

C428

C429

C430

C431

C432

C433

C434

C435

C436

C437

CC73HCH1H470G C CAPACITOR

CC73HCH1H070B C CAPACITOR

CC73HCH1H060B C CAPACITOR

CC73HCH1H150G C CAPACITOR

CC73GCH1H040B C CAPACITOR

CC73HCH1H470G C CAPACITOR

CC73GCH1H050B C CAPACITOR

CC73HCH1H470G C CAPACITOR

CC73GCH1H470J C CAPACITOR

CC73GCH1H2R5B C CAPACITOR

CK73GXR1H104K C CAPACITOR

CC73GCH1H150J C CAPACITOR

CC73GCH1H060B C CAPACITOR

CC73GCH1H110G C CAPACITOR

CC73GCH1H060B C CAPACITOR

CC73GCH1H220J C CAPACITOR

CC73GCH1H470J C CAPACITOR

CC73GCH1H101J C CAPACITOR

CK73GXR1H104K C CAPACITOR

47PF G

7.0PF B

6.0PF B

15PF G

4.0PF B

47PF G

5.0PF B

47PF G

47PF J

2.5PF B

0.1UF K

15.0F J

6.0F B

11PF G

6.0PF B

22PF J

47PF J

100PF J

0.1UF K

13PF G

47PF J

5.0PF B

47PF J

13PF G

47PF J

1.5PF B

47PF J

8.0PF C

15PF G

47PF G

15PF G

18PF B

8.0PF B

9.0PF B

18PF B

4700PF K

47PF J

CK73HB1E104K

C CAPACITOR

CC73HCH1H470G C CAPACITOR

CC73HCH1H1R5B C CAPACITOR

CC73HCH1H470G C CAPACITOR

CC73HCH1H100B C CAPACITOR

CC73HCH1H1R5B C CAPACITOR

CC73HCH1H100B C CAPACITOR

CC73HCH1H060B C CAPACITOR

CC73HCH1H020B C CAPACITOR

CC73HCH1H050B C CAPACITOR

CC73HCH1H020B C CAPACITOR

CC73HCH1H0R5B C CAPACITOR

CC73HCH1H050B C CAPACITOR

CC73HCH1H060B C CAPACITOR

CC73HCH1H470G C CAPACITOR

CC73HCH1H030B C CAPACITOR

CC73HCH1H470G C CAPACITOR

C93-0938-05

CC73GCH1H470J C CAPACITOR

C93-0980-05 C CAPACITOR

CC73GCH1H470J C CAPACITOR

C93-0938-05 C CAPACITOR

CC73GCH1H470J C CAPACITOR

C93-0875-05 C CAPACITOR

CC73GCH1H470J C CAPACITOR

C CAPACITOR

1.5PF B

10PF B

6.0PF B

2.0PF B

5.0PF B

2.0PF B

0.5PF B

5.0PF B

6.0PF B

47PF G

3.0PF B

47PF G

0.10UF K

47PF G

1.0UF K

100PF J

10.0UF K

47PF G

1.0UF K

100PF J

1.0PF B

2.0PF B

47PF G

100PF J

4.0PF B

47PF G

9.0PF B

0.75PF B

9.0PF B

470PF K

47PF G

6.0PF B

1500PF K

47PF G

47000PF K

1500PF K

47PF G

1500PF K

7.0PF B

47PF G

4.0PF B

47PF G

6.0PF B

0.1UF K

C93-0897-05

C93-1863-05

C93-0939-05

C CAPACITOR

CC73HCH1H470G C CAPACITOR

C93-0939-05

C93-1864-05

C93-1857-05

C93-1859-05

C93-1864-05

C CAPACITOR

CK73HB1E104K

CC73HCH1H470G C CAPACITOR

CK73HB1C105K C CAPACITOR

CC73HCH1H101J C CAPACITOR

CK73FB1C106K C CAPACITOR

CC73HCH1H470G C CAPACITOR

C CAPACITOR

CK73HBB1H472K C CAPACITOR

CC73GCH1H470J C CAPACITOR

CK73GBB1H102K C CAPACITOR

CK73GBB1H103K C CAPACITOR

CC73HCH1H470G C CAPACITOR

CC73GCH1H470J C CAPACITOR

1000PF K

0.10UF K

47PF G

47PF J

CK73GB1H105K

CK73HB1C105K

C CAPACITOR

CC73HCH1H101J C CAPACITOR

CC73HCH1H010B C CAPACITOR

CC73HCH1H020B C CAPACITOR

CC73HCH1H470G C CAPACITOR

CC73HCH1H101J C CAPACITOR

CC73HCH1H040B C CAPACITOR

CC73HCH1H470G C CAPACITOR

CC73HCH1H090B C CAPACITOR

CC73HCH1HR75B C CAPACITOR

CC73HCH1H090B C CAPACITOR

CK73HBB1H471K C CAPACITOR

CC73HCH1H470G C CAPACITOR

CC73HCH1H060B C CAPACITOR

CK73HBB1H152K C CAPACITOR

CC73HCH1H470G C CAPACITOR

47PF J

C93-1835-05

C93-1864-05

C CAPACITOR

1.5PF B

18PF B

2200PF K

47PF G

47PF J

CK73HBB1H222K C CAPACITOR

CC73HCH1H470G C CAPACITOR

CC73GCH1H470J C CAPACITOR

C93-1838-05

C93-1869-05

C93-1844-05

C93-2004-05

C93-1844-05

C CAPACITOR

2.0PF B

47PF B

3.6PF B

3.3PF B

3.6PF B

4.0PF B

47PF G

100PF J

47000PF K

100PF J

470PF K

2200PF K

0.033UF K

10000PF K

0.047UF K

47000PF K

CC73GCH1H040B C CAPACITOR

CC73HCH1H470G C CAPACITOR

CC73HCH1H101J C CAPACITOR

CK73HB1E473K

C CAPACITOR

CK73HB1E473K

C CAPACITOR

CK73HBB1H152K C CAPACITOR

CC73HCH1H470G C CAPACITOR

CK73HBB1H152K C CAPACITOR

CC73HCH1H070B C CAPACITOR

CC73HCH1H470G C CAPACITOR

CC73HCH1H040B C CAPACITOR

CC73HCH1H470G C CAPACITOR

CC73HCH1H060B C CAPACITOR

CK73GXR1H104K C CAPACITOR

CC73HCH1H101J C CAPACITOR

CK73HBB1H471K C CAPACITOR

CK73HBB1H222K C CAPACITOR

CK73GBB1H333K C CAPACITOR

CK73HB1H103K

CK73HBB1H472K C CAPACITOR

CK73HB1E473K C CAPACITOR

C CAPACITOR

3-6(No.RA032<Rev.001>)



Symbol No.

Part No.

Part Name

Description

Local



Symbol No.

Part No.

Part Name

Description

Local

C438

C439

C440

C441

C443

C444

C445

C446

C447

C448

C457

C458

C500

C501

C502

C503

C504

C505

C506

C507

C508

C509

C510

C511

C512

C513

C514

C516

C517

C518

C519

C520

C521

C522

C525

C526

C527

C528

C530

C531

C532

C533

C534

C535

C536

C537

C538

C539

C540

C541

C542

C543

C544

C545

C552

C553

C556

C557

C558

C559

C561

C562

C600

C601

C602

C603

C604

C605

C606

C607

C608

C609

C610

C611

C612

C613

C614

C615

CK73HB1H103K

C CAPACITOR

10000PF K

3300PF K

33000PF K

3300PF K

10000PF K

3300PF K

6800PF K

47PF J

C616

C617

C618

C619

C620

C621

C622

C623

C624

C625

C626

C627

C628

C629

C630

C631

C632

C633

C634

C635

C636

C637

C638

C639

C640

C641

C642

C643

C644

C645

C646

C647

C648

C649

C650

C651

C652

C653

C654

C655

C656

C657

C658

C659

C660

C661

C662

C663

C665

C666

C668

C671

C681

C700

C701

C702

C703

C704

C705

C706

C707

C708

C709

C711

C712

C713

C714

C715

C716

C717

C718

C719

C720

C721

C722

C723

C724

C725

CC73HCH1H330G C CAPACITOR

33PF G

CK73HBB1H332K C CAPACITOR

CK73HB1E333K C CAPACITOR

CK73HBB1H332K C CAPACITOR

CK73HB1H103K

CK73HBB1H332K C CAPACITOR

CK73HBB1H682K C CAPACITOR

CC73GCH1H470J C CAPACITOR

C93-0938-05

CK73HB1H103K

CC73HCH1H470G C CAPACITOR

CK73HB1H103K C CAPACITOR

CC73HCH1H101J C CAPACITOR

CK73HB1H103K C CAPACITOR

CC73HCH1H101J C CAPACITOR

CK73HB1E104K C CAPACITOR

CC73HCH1H101J C CAPACITOR

CC73HCH1H2R5B C CAPACITOR

CC73HCH1H101J C CAPACITOR

CC73HCH1H2R5B C CAPACITOR

CK73HB1H103K

C93-1959-05

CK73HB1C105K

CK73HB1H103K

C CAPACITOR

10000PF K

0.10UF B

1.0UF K

10000PF K

1000PF K

3.0PF B

C CAPACITOR

CK73HBB1H102K C CAPACITOR

CC73HCH1H030B C CAPACITOR

CC73HCH1H390G C CAPACITOR

39PF G

C93-1959-05

CK73HB1E104K

C93-1953-05

C93-1959-05

C93-1953-05

C93-1959-05

C93-1953-05

C93-1959-05

CK73FB1C106K

C93-1959-05

CK73HB1C105K

CK73HB1H103K

C CAPACITOR

0.10UF B

0.10UF K

0.10UF B

10.0UF K

0.10UF B

1.0UF K

10000PF K

6800PF K

100PF J

1000PF G

100PF J

10PF B

100PF J

0.10UF B

22PF G

150PF J

0.10UF B

100PF J

10PF B

100PF J

0.10UF B

56PF J

1000PF K

10000PF K

10PF B

C CAPACITOR

13PF G

10000PF K

47PF G

10000PF K

100PF J

10000PF K

100PF J

0.10UF K

100PF J

2.5PF B

100PF J

2.5PF B

10000PF K

3.0PF B

5.0PF B

3.0PF B

47PF G

100PF J

10000PF K

47PF G

10PF B

10000PF K

47PF G

10000PF K

10PF B

47PF G

CK73HBB1H682K C CAPACITOR

CC73HCH1H101J C CAPACITOR

CK73HB1H103K

C CAPACITOR

CC73HCH1H030B C CAPACITOR

CC73HCH1H050B C CAPACITOR

CC73HCH1H030B C CAPACITOR

CC73HCH1H470G C CAPACITOR

CC73HCH1H101J C CAPACITOR

C93-1969-05

C CAPACITOR

CC73HCH1H101J C CAPACITOR

CC73HCH1H100B C CAPACITOR

CC73JCH1H101J C CAPACITOR

C93-1953-05

C CAPACITOR

CC73HCH1H220G C CAPACITOR

CC73HCH1H151J C CAPACITOR

CK73HB1H103K

C CAPACITOR

C93-1959-05

C CAPACITOR

CC73HCH1H470G C CAPACITOR

CC73HCH1H100B C CAPACITOR

CK73HB1H103K

CC73HCH1H470G C CAPACITOR

CK73HB1H103K C CAPACITOR

CC73HCH1H100B C CAPACITOR

CC73HCH1H470G C CAPACITOR

CC73HCH1H060B C CAPACITOR

CC73HCH1H070B C CAPACITOR

CC73HCH1H101J C CAPACITOR

CC73HCH1H090B C CAPACITOR

CC73HCH1H101J C CAPACITOR

CC73HCH1H470G C CAPACITOR

CC73JCH1H101J C CAPACITOR

CC73HCH1H100B C CAPACITOR

CC73HCH1H101J C CAPACITOR

C93-1959-05

C CAPACITOR

CC73HCH1H560J C CAPACITOR

CK73HBB1H102K C CAPACITOR

C CAPACITOR

CK73HB1H103K

C CAPACITOR

CC73HCH1H100B C CAPACITOR

CC73HCH1H060B C CAPACITOR

6.0PF B

CK73HB1H103K

C CAPACITOR

10000PF K

12PF G

1000PF K

10000PF K

5.0PF B

15PF G

18PF G

470PF K

1.0UF K

0.10UF B

22UF M

10000PF K

0.10UF B

22UF M

10.0UF K

0.10UF B

100PF J

0.10UF K

0.10UF B

100PF J

0.10UF B

100PF J

CC73HCH1H120G C CAPACITOR

CK73HBB1H102K C CAPACITOR

47PF G

CK73HB1H103K

C CAPACITOR

CC73HCH1H050B C CAPACITOR

CC73HCH1H150G C CAPACITOR

CC73HCH1H180G C CAPACITOR

CK73HBB1H471K C CAPACITOR

6.0PF B

7.0PF B

100PF J

9.0PF B

100PF J

47PF G

0.10UF K

100PF J

1.0PF B

100PF J

12PF G

CK73HB1C105K

C93-1959-05

C CAPACITOR

CK73FXR0J226M C CAPACITOR

CK73HB1H103K

C93-1959-05

C CAPACITOR

CK73HB1E104K

C CAPACITOR

CC73HCH1H101J C CAPACITOR

CC73HCH1H010B C CAPACITOR

CC73JCH1H101J C CAPACITOR

CC73HCH1H120G C CAPACITOR

CK73HB1E104K

CK73HB1E562K

C93-1959-05

CC73HCH1H030B C CAPACITOR

CK73HB1A224K

C93-1959-05

CK73FXR0J226M C CAPACITOR

CK73GB0J106K

C93-1959-05

C CAPACITOR

0.10UF K

5600PF K

0.10UF B

3.0PF B

0.22UF K

0.10UF B

12000PF K

0.10UF K

CC73JCH1H101J C CAPACITOR

CK73HB1E104K

C93-1959-05

C CAPACITOR

CC73JCH1H101J C CAPACITOR

C93-1959-05

C CAPACITOR

CK73HB1H123K

CK73HB1E104K

CC73JCH1H101J C CAPACITOR

(No.RA032<Rev.001>)3-7



Symbol No.

Part No.

Part Name

Description

Local



Symbol No.

Part No.

Part Name

Description

Local

C726

C728

C729

C730

C731

C732

C733

C734

C735

C736

C737

C738

C739

C740

C741

C742

C743

C745

C746

C747

C748

C749

C750

C751

C752

C754

C755

C756

C757

C758

C759

C760

C762

C764

C766

C768

C769

C770

C771

C772

C773

C774

C775

C776

C777

C778

C779

C780

C781

C782

C783

C784

C785

C786

C787

C791

C792

C793

C794

C795

C796

C797

C798

C799

C800

C801

C802

C803

C804

C805

C806

C807

C808

C809

C810

C811

C812

C813

C93-1953-05

CK73GB0J106K

CK73HB1H103K

CK73GB0J106K

C93-1959-05

CC73JCH1H101J C CAPACITOR

C93-1959-05 C CAPACITOR

CC73JCH1H101J C CAPACITOR

CK73GB0J106K

CK73HB1H103K

C93-1959-05

CK73GB0J106K

C93-1953-05

C93-1959-05

CK73GB0J106K

C CAPACITOR

0.10UF B

10.0UF K

10000PF K

10.0UF K

0.10UF B

100PF J

C814

C815

C816

C817

C818

C819

C820

C821

C822

C824

C829

C830

C831

C834

C835

C839

C841

C852

C853

C854

C856

C857

C862

C898

C899

C900

C901

C902

C903

C904

C905

C906

C908

C909

C910

C911

C912

C913

C914

C915

C916

C917

C918

C919

C920

C921

C922

C924

C925

C926

C927

C928

C929

C930

C931

C932

C933

C934

C935

C936

C937

C938

C940

C941

C942

C943

C944

C945

C946

C947

C948

C949

C950

C951

C952

C953

C954

C955

CC73HCH1H101J C CAPACITOR

CK73HBB1H102K C CAPACITOR

CC73HCH1H101J C CAPACITOR

100PF J

1000PF K

100PF J

10000PF K

0.10UF K

100PF J

1000PF K

1.0UF K

CK73HB1H103K

CK73HB1E104K

C CAPACITOR

CC73HCH1H101J C CAPACITOR

CK73HBB1H102K C CAPACITOR

0.10UF B

100PF J

CK73HB1C105K

C93-1959-05

C CAPACITOR

0.10UF B

1.0UF K

C CAPACITOR

10.0UF K

10000PF K

0.10UF B

10.0UF K

0.10UF B

10.0UF K

10PF B

0.10UF B

10.0UF K

0.10UF B

1.0UF K

CK73HB1C105K

CC73HCH1H101J C CAPACITOR

100PF J

CK73HB1E104K

CK73HB1H103K

C CAPACITOR

0.10UF K

10000PF K

1000PF K

47PF G

0.047UF K

1.0UF K

10.0UF K

10000PF K

0.10UF K

1000PF K

1.0UF K

0.10UF K

1.0UF K

0.10UF B

1.0UF K

0.10UF B

0.10UF K

10.0UF K

1.0UF K

0.10UF B

1.0UF K

0.10UF B

100PF J

0.047UF K

1.0UF K

10.0UF K

0.10UF K

68PF J

0.47UF K

10.0UF K

10000PF K

100PF J

10.0UF K

1.0UF K

10000PF K

1000PF K

100PF J

10000PF K

0.10UF K

1.0UF K

10000PF K

1000PF K

1.0UF K

CK73HBB1H102K C CAPACITOR

CC73HCH1H470G C CAPACITOR

CK73HBB1H472K C CAPACITOR

CC73HCH1H100B C CAPACITOR

C93-1959-05

CK73GB0J106K

C93-1959-05

CK73HB1C105K

C93-1959-05

C CAPACITOR

CK73GB1H105K

CK73GB0J106K

CK73HB1H103K

CK73HB1E104K

C CAPACITOR

CK73HBB1H102K C CAPACITOR

0.10UF B

100PF J

CK73HB1C105K

CK73HB1E104K

CK73HB1C105K

C93-1959-05

CK73HB1C105K

C93-1959-05

CK73HB1E104K

CK73GB0J106K

CK73HB1C105K

C93-1959-05

CK73HB1C105K

C93-1959-05

C CAPACITOR

CC73JCH1H101J C CAPACITOR

C93-1959-05

C93-1953-05

CK73HB1C105K

C93-1959-05

CK73HB1C105K

C93-1959-05

C CAPACITOR

0.10UF B

1.0UF K

0.10UF B

1.0UF K

CC73HCH1H101J C CAPACITOR

CK73HBB1H472K C CAPACITOR

0.10UF B

15PF G

CK73HB1C105K

CK73GB0J106K

CK73HB1E104K

C CAPACITOR

CC73HCH1H150G C CAPACITOR

CK73HB1E104K

CK73HB1A224K

CK73GB0J106K

CK73HB1E104K

C93-1959-05

CK73HBB1H102K C CAPACITOR

CK73HB1H103K

CK73GB1H105K

CK73HB1E104K

CK73HB1H103K

C CAPACITOR

0.10UF K

0.22UF K

10.0UF K

0.10UF K

0.10UF B

1000PF K

10000PF K

1.0UF K

CC73HCH1H680J C CAPACITOR

CK73HB1A474K

CK73GB0J106K

CK73HB1H103K

C CAPACITOR

CC73HCH1H101J C CAPACITOR

C CAPACITOR

CK73GB0J106K

CK73GB1H105K

CK73HB1H103K

C CAPACITOR

CK73HBB1H102K C CAPACITOR

CC73HCH1H101J C CAPACITOR

0.10UF K

10000PF K

100PF J

CK73HB1H103K

CK73HB1E104K

CK73GB1H105K

CK73HB1H103K

C CAPACITOR

CC73HCH1H101J C CAPACITOR

CK73HB1C105K

C93-1959-05

CC73HCH1H101J C CAPACITOR

C93-1959-05

C CAPACITOR

1.0UF K

0.10UF B

100PF J

0.10UF B

10000PF K

100PF J

0.10UF B

100PF J

CK73HBB1H102K C CAPACITOR

C CAPACITOR

CK73GB1H105K

C CAPACITOR

CK73HB1H103K

1.0UF K

1000PF K

100PF J

CC73HCH1H101J C CAPACITOR

C93-1959-05

CC73HCH1H101J C CAPACITOR

CK73HBB1H102K C CAPACITOR

CC73HCH1H101J C CAPACITOR

C CAPACITOR

100PF J

3-8(No.RA032<Rev.001>)



Symbol No.

Part No.

Part Name

Description

Local



Symbol No.

Part No.

Part Name

Description

Local

C956

C957

C958

C959

C960

C961

C962

C963

C964

C965

C966

C967

C968

C969

C970

C971

C972

C973

C975

C976

C977

C978

C979

C980

C981

C982

C983

C984

C985

C986

C987

C988

C989

C990

C991

C992

C993

C994

C995

C996

C997

C998

C999

CC73HCH1H101J C CAPACITOR

100PF J

47000PF K

100PF J

1000PF K

100PF J

330UF 16WV

10000PF K

47UF 25WV

0.10UF K

100PF J

1000PF K

470PF K

100PF J

1000PF K

100PF J

1000PF K

1.0UF K

R44

R45

R46

R47

R48

R49

R50

R51

R52

R53

R54

R55

R56

R57

R58

R59

R60

R61

R62

R63

R64

R65

R66

R67

R68

R69

R70

R71

R72

R73

R75

R76

RK73JB1H102J

RK73HH1J103D

RK73JB1H104J

RK73HB1J000J

RK73HH1J103D

RK73HH1J473D

RK73HH1J103D

RK73HB1J222J

RK73HB1J102J

RK73HB1J000J

R92-3769-05

MG RESISTOR

1.0K J 1/20W

10K D 1/16W

100K J 1/20W

0.0 J 1/16W

10K D 1/16W

47K D 1/16W

10K D 1/16W

2.2K J 1/16W

1.0K J 1/16W

0.0 J 1/16W

CK73HB1E473K

C CAPACITOR

CC73HCH1H101J C CAPACITOR

CK73HBB1H102K C CAPACITOR

CC73HCH1H101J C CAPACITOR

METAL GLAZE RESISTOR

R92-3769-05

RK73HB1J334J

RK73HH1J223D

RK73HB1J102J

RK73HB1J100J

RK73HB1J474J

RK73HB1J102J

RK73HH1J273D

RK73HH1J152D

RK73HH1J472D

RK73HH1J103D

RK73HH1J472D

RK73HH1J103D

RK73HH1J472D

RK73HB1J000J

RK73HB1J331J

RK73JB1H473J

RK73HB1J471J

RK73HB1J474J

RK73FB2B332J

RK73HB1J000J

RK73FB2B2R7J

RK73FB2B3R3J

RK73HB1J122J

RK73HB1J100J

RK73HB1J000J

RK73HB1J100J

RK73HH1J473D

RK73HB1J102J

RK73HB1J470J

RK73HB1J102J

RK73HH1J223D

RK73HB1J000J

RK73HB1J124J

RK73HB1J000J

RK73HB1J222J

RK73HB1J151J

RK73HH1J472D

RK73HH1J104D

RK73HH1J391D

RK73HH1J103D

RK73HB1J106J

RK73HH1J104D

RK73HB1J470J

RK73HH1J104D

RN73HH1J151D

RN73HH1J100D

RK73HB1J000J

RN73H0AJ181D

RN73HH1J100D

RK73HB1J000J

RK73HB1J392J

RK73HB1J272J

RK73HB1J820J

RK73HB1J330J

RK73HB1J222J

RK73HH1J562D

RK73HB1J150J

RK73HB1J101J

RK73HH1J562D

MG RESISTOR

MF RESISTOR

MG RESISTOR

330K J 1/16W

C92-0906-05

E CAPACITOR

C CAPACITOR

E CAPACITOR

C CAPACITOR

22K D 1/16W

1.0K J 1/16W

10 J 1/16W

CK73HB1H103K

CE32BY1E470M

CK73HB1E104K

470K J 1/16W

1.0K J 1/16W

27K D 1/16W

1.5K D 1/16W

4.7K D 1/16W

10K D 1/16W

4.7K D 1/16W

10K D 1/16W

4.7K D 1/16W

0.0 J 1/16W

330 J 1/16W

47K J 1/20W

470 J 1/16W

470K J 1/16W

3.3K J 1/8W

0.0 J 1/16W

2.7 J 1/16W

3.3 J 1/16W

1.2 J 1/20W

10 J 1/16W

CC73HCH1H101J C CAPACITOR

CK73HBB1H102K C CAPACITOR

CK73HBB1H471K C CAPACITOR

CC73HCH1H101J C CAPACITOR

CK73HBB1H102K C CAPACITOR

CC73HCH1H101J C CAPACITOR

CK73HBB1H102K C CAPACITOR

R77

R78

R84

R96

R97

R100

R101

R102

R103

R104

R106

R107

R108

R109

R110

R111

R112

R113

R115

R116

R117

R118

R121

R122

R123

R124

R125

R126

R127

R128

R129

R130

R131

R132

R133

R134

R135

R136

R137

R138

R139

R140

R141

R142

R143

R144

0.0 J 1/16W

10 J 1/16W

47K D 1/16W

1.0K J 1/16W

47 J 1/16W

CK73HB1C105K

C CAPACITOR

RK73HH1J104D

RK73HB1J000J

RK73HH1J104D

RK73HH1J223D

RK73HH1J103D

RK73JB1H102J

RK73HH1J103D

RK73JB1H104J

RK73HH1J473D

RK73GB2A000J

RK73HH1J104D

RK73JB1H103J

RK73JB1H102J

RK73JB1H104J

RK73JB1H472J

RK73JB1H102J

RK73JB1H103J

RK73JB1H473J

RK73HH1J223D

RK73HB1J000J

RK73HB1J101J

RK73HH1J103D

RK73HH1J333D

RK73HH1J103D

RK73HB1J101J

RK73HB1J224J

RK73HH1J104D

RK73JB1H104J

RK73JB1H473J

RK73HB1J000J

MG RESISTOR

100K D 1/16W

0.0 J 1/16W

100K D 1/16W

22K D 1/16W

10K D 1/16W

1.0K J 1/20W

10K D 1/16W

100K J 1/20W

47K D 1/16W

0.0 J 1/10W

100K D 1/16W

10K J 1/20W

1.0K J 1/20W

100K J 1/20W

4.7K J 1/20W

1.0K J 1/20W

10K J 1/20W

47K J 1/20W

22K D 1/16W

0.0 J 1/16W

100 J 1/16W

10K D 1/16W

33K D 1/16W

10K D 1/16W

100 J 1/16W

220K J 1/16W

100K D 1/16W

100K J 1/20W

47K J 1/20W

0.0 J 1/16W

R10

R11

R12

R13

R14

R15

R16

R17

R18

R19

R20

R21

R22

R23

R24

R25

R26

R27

R29

R30

R31

R32

R33

R34

R35

R36

R37

R38

R39

R40

R41

R42

R43

1.0K J 1/16W

22K D 1/16W

0.0 J 1/16W

120K J 1/16W

0.0 J 1/16W

2.2K J 1/16W

150 J 1/16W

4.7K D 1/16W

100K D 1/16W

390 D 1/16W

10K D 1/16W

10M J 1/16W

100K D 1/16W

47 J 1/16W

100K D 1/16W

150 D 1/16W

10 D 1/16W

0.0 J 1/16W

180 J 1/16W

10 D 1/16W

0.0 J 1/16W

3.9K J 1/16W

2.7K J 1/16W

82 J 1/16W

33 J 1/16W

2.2K J 1/16W

5.6K D 1/16W

15 J 1/16W

100 J 1/16W

5.6K D 1/16W

(No.RA032<Rev.001>)3-9



Symbol No.

Part No.

Part Name

Description

Local



Symbol No.

Part No.

Part Name

Description

Local

R145

R146

R147

R148

R149

R151

R152

R153

R154

R155

R156

R158

R159

R160

R161

R162

R166

R170

R171

R172

R173

R174

R175

R176

R177

R178

R179

R300

R301

R302

R303

R304

R305

R306

R307

R308

R309

R310

R311

R312

R313

R314

R315

R316

R317

R318

R319

R320

R321

R323

R324

R325

R327

R328

R329

R330

R331

R332

R333

R334

R335

R336

R337

R338

R339

R340

R341

R342

R343

R344

R346

R347

R348

R349

R350

R351

R353

R354

RK73HH1J332D

RK73HB1J101J

RK73HB1J221J

RK73HB1J330J

RK73HB1J474J

RK73HB1J183J

RK73HH1J473D

RK73HH1J103D

RK73HB1J000J

RK73HB1J474J

RK73HB1J392J

RK73HB1J474J

RK73HB1J121J

RK73HB1J102J

RK73HH1J473D

RK73HB1J474J

RK73HB1J102J

RK73HH1J472D

RK73HB1J181J

RK73HB1J330J

RK73HB1J181J

RK73HB1J331J

RK73HB1J150J

RK73HB1J331J

RK73HH1J332D

RK73HB1J331J

RK73HB1J150J

RK73HB1J331J

RK73HB1J000J

RK73HB1J821J

RK73HB1J101J

RK73HB1J682J

RK73HB1J271J

RK73HB1J180J

RK73HB1J271J

RK73HH1J562D

RK73HB1J470J

RK73HB1J822J

RK73HB1J471J

RK73EB2E271J

RK73EB2E180J

RK73EB2E271J

RK73GB2A470J

RK73HB1J822J

RK73HH1J562D

RK73FB2B471J

RK73GB2A332J

RK73GB2A470J

RK73GB2A562J

RK73GB2A103J

RK73PB2H471J

RK73F0GZ1R0F

RK73HH1J103D

RK73F0GZ1R0F

RK73FB2B3R3J

RK73F0GZ3R3F

RK73RB2H5R6J

RK73GB2A680J

RK73GB2A181J

RK73GB2A680J

RK73HB1J000J

RK73FB2B121J

RK73HH1J333D

RK73HH1J103D

RK73HB1J000J

RK73GB2A000J

RK73FB2B101J

RK73GB2A470J

RK73PB2H470J

MG RESISTOR

3.3K D 1/16W

100 J 1/16W

220 J 1/16W

33 J 1/16W

470K J 1/16W

18K J 1/16W

47K D 1/16W

10K D 1/16W

0.0 J 1/16W

470K J 1/16W

3.9K J 1/16W

470K J 1/16W

120 J 1/16W

1.0K J 1/16W

47K D 1/16W

470K J 1/16W

1.0K J 1/16W

4.7K D 1/16W

180 J 1/16W

33 J 1/16W

180 J 1/16W

330 J 1/16W

15 J 1/16W

330 J 1/16W

3.3K D 1/16W

330 J 1/16W

15 J 1/16W

330 J 1/16W

0.0 J 1/16W

820 J 1/16W

100 J 1/16W

6.8K J 1/16W

270 J 1/16W

18 J 1/16W

270 J 1/16W

5.6K J 1/16W

47 J 1/16W

8.2K J 1/16W

470 J 1/16W

270 J 1/16W

18 J 1/16W

270 J 1/16W

47 J 1/16W

8.2K J 1/16W

5.6K D 1/16W

470 J 1/8W

3.3K J 1/10W

47 J 1/10W

5.6K J 1/10W

10K J 1/10W

470 J 1/2W

1.0 F 1/3W

R355

R359

R360

R361

R362

R369

R371

R373

R374

R375

R376

R380

R381

R382

R383

R384

R385

R386

R387

R388

R389

R391

R392

R395

R397

R398

R399

R401

R402

R403

R404

R405

R406

R407

R408

R409

R411

R412

R413

R414

R415

R416

R417

R418

R420

R421

R422

R423

R424

R426

R427

R428

R429

R431

R432

R433

R434

R436

R437

R438

R500

R501

R502

R503

R504

R505

R506

R507

R508

R509

R510

R511

R512

R514

R515

R516

R518

R519

RK73HB1J271J

RK73GB2A000J

RK73F0GZ3R3F

RK73GB2A470J

RK73HB1J000J

RK73HB1J682J

RK73HH1J223D

RK73HB1J821J

RK73HB1J181J

RK73HB1J222J

RK73HH1J223D

RK73HH1J103D

RK73HB1J470J

RK73HB1J822J

RK73HB1J393J

RK73HB1J000J

RK73HB1J101J

RK73HH1J103D

RK73HB1J470J

RK73HB1J000J

RK73HH1J223D

RK73HB1J222J

RK73HH1J122D

R92-1061-05

RK73HH1J223D

RK73HB1J182J

RK73HH1J223D

RK73HB1J000J

RK73HH1J223D

RK73HH1J104D

RK73HB1J471J

RK73HH1J223D

RK73HH1J104D

RK73HH1J103D

RK73HH1J223D

RK73HH1J104D

RK73HH1J103D

RK73HB1J222J

RK73HB1J000J

RK73HH1J223D

RK73HB1J183J

RK73HB1J822J

RK73HH1J223D

RK73HH1J103D

RK73HB1J682J

RK73HH1J472D

RK73HH1J473D

RK73HB1J822J

RK73HB1J331J

RK73HB1J180J

RK73HB1J331J

RK73HH1J103D

RK73HB1J271J

RK73HB1J470J

RK73HB1J222J

RK73HH1J472D

RK73HB1J222J

RK73HH1J273D

RK73HB1J000J

RK73HB1J101J

RK73HB1J000J

RK73HB1J101J

RK73HH1J223D

MG RESISTOR

JUMPER REST

MG RESISTOR

270 J 1/16W

0.0 J 1/10W

3.3 F 1/3W

47 J 1/10W

0.0 J 1/16W

6.8K J 1/16W

22K D 1/16W

820 J 1/16W

180 J 1/16W

2.2K J 1/16W

22K D 1/16W

10K D 1/16W

47 J 1/16W

8.2K J 1/16W

39K J 1/16W

0.0 J 1/16W

100 J 1/16W

10K D 1/16W

47 J 1/16W

0.0 J 1/16W

22K D 1/16W

2.2K J 1/16W

1.2K D 1/16W

0 OHM

22K D 1/16W

1.8K J 1/16W

22K D 1/16W

0.0 J 1/16W

22K D 1/16W

100K D 1/16W

470 J 1/16W

22K D 1/16W

100K D 1/16W

10K D 1/16W

22K D 1/16W

100K D 1/16W

10K D 1/16W

2.2K J 1/16W

0.0 J 1/16W

22K D 1/16W

18K J 1/16W

8.2K J 1/16W

22K D 1/16W

10K D 1/16W

6.8K J 1/16W

4.7K D 1/16W

47K D 1/16W

8.2K J 1/16W

330 J 1/16W

18 J 1/16W

330 J 1/16W

10K D 1/16W

270 J 1/16W

47 J 1/16W

2.2K J 1/16W

4.7K D 1/16W

2.2K J 1/16W

27K D 1/16W

0.0 J 1/16W

100 J 1/16W

0.0 J 1/16W

100 J 1/16W

22K D 1/16W

10K D 1/16W

1.0 F 1/3W

3.3 J 1/16W

3.3 F 1/3W

56 J 1/16W

68 J 1/10W

180 J 1/10W

68 J 1/10W

0.0 J 1/16W

120 J 1/16W

33K D 1/16W

10K D 1/16W

0.0 J 1/16W

0.0 J 1/10W

100 J 1/16W

47 J 1/10W

47 J 1/2W

3-10(No.RA032<Rev.001>)



Symbol No.

Part No.

Part Name

Description

Local



Symbol No.

Part No.

Part Name

Description

Local

R520

R521

R527

R528

R531

R532

R533

R534

R537

R538

R539

R540

R541

R542

R543

R544

R545

R546

R547

R548

R549

R550

R554

R555

R556

R557

R600

R601

R602

R603

R604

R605

R606

R607

R608

R609

R610

R611

R612

R613

R614

R615

R616

R617

R618

R619

R620

R621

R622

R623

R624

R625

R626

R628

R630

R631

R632

R700

R701

R702

R707

R708

R709

R719

R720

R721

R722

R727

R728

R729

R731

R732

R733

R734

R735

R736

R738

R740

RK73HH1J223D

RK73HB1J000J

RK73HB1J474J

RK73HB1J470J

RK73HB1J101J

RK73HB1J000J

RK73HB1J183J

RK73HB1J331J

RK73HB1J180J

RK73HB1J474J

RK73HB1J331J

RK73HB1J100J

RK73HB1J102J

RK73HB1J681J

RK73JB1H103J

RK73HB1J000J

RK73HB1J220J

RK73HH1J391D

RK73HB1J182J

RK73HH1J562D

RK73HB1J471J

RK73JB1H472J

RK73HH1J104D

RK73HB1J470J

RK73HH1J103D

RK73HB1J101J

RK73HB1J274J

RK73HB1J271J

RK73HB1J180J

RK73HB1J271J

RK73HB1J470J

RK73HB1J681J

RK73HH1J104D

RK73HB1J563J

RK73HB1J823J

RK73HH1J333D

RK73HB1J101J

RK73HB1J000J

RK73GB2A000J

RK73HB1J102J

RK73HB1J000J

RK73HB1J100J

RK73HB1J220J

RK73HB1J102J

RK73HB1J153J

RK73HH1J333D

RK73HB1J100J

RK73HB1J681J

RK73HB1J821J

RK73JB1H104J

RK73JB1H473J

RK73JB1H472J

RK73HB1J000J

RK73JB1H103J

RK73HB1J000J

RK73HB1J102J

MG RESISTOR

22K D 1/16W

0.0 J 1/16W

470K J 1/16W

47 J 1/16W

100 J 1/16W

0.0 J 1/16W

18K J 1/16W

330 J 1/16W

18 J 1/16W

470K J 1/16W

330 J 1/16W

10 J 1/16W

R742

R744

R746

R747

R748

R749

R750

R751

R752

R753

R754

R755

R756

R757

R758

R759

R760

R761

R762

R763

R764

R765

R766

R767

R768

R770

R772

R773

R774

R775

R777

R778

R779

R781

R782

R783

R785

R787

R788

R789

R790

R791

R792

R794

R795

R797

R798

R799

R800

R801

R802

R803

R804

R805

R806

R807

R808

R809

R810

R812

R813

R814

R815

R816

R817

R828

R830

R831

R833

R835

R837

R838

R839

R843

R844

R845

R854

R857

RK73HB1J102J

RK73JB1H220J

RK73HH1J332D

RK73JB1H220J

RK73JB1H104J

RK73JB1H220J

RK73JB1H104J

RK73JB1H220J

RK73JB1H104J

RK73JB1H220J

RK73JB1H102J

RK73JB1H220J

RK73HB1J101J

RK73JB1H220J

MG RESISTOR

1.0K J 1/16W

22 J 1/20W

3.3K D 1/16W

22 J 1/20W

100K J 1/20W

22 J 1/20W

100K J 1/20W

22 J 1/20W

100K J 1/20W

22 J 1/20W

1.0K J 1/20W

22 J 1/20W

100 J 1/16W

22 J 1/20W

49.9 D 1/10W

22 J 1/20W

1.0K J 1/20W

22 J 1/20W

1.0K J 1/20W

2.2K J 1/20W

22 J 1/20W

1.0K J 1/16W

22 J 1/20W

10K D 1/16W

10K J 1/20W

1.0K J 1/16W

100K J 1/20W

1.0K J 1/16W

0.0 J 1/16W

47K D 1/16W

100K D 1/16W

10K D 1/16W

0.0 J 1/16W

33K D 1/16W

10 J 1/16W

1.0K J 1/16W

680 J 1/16W

10K J 1/20W

0.0 J 1/16W

22 J 1/16W

390 D 1/16W

1.8K J 1/16W

5.6K D 1/16W

470 J 1/16W

4.7K J 1/20W

100K D 1/16W

47 J 1/16W

10K D 1/16W

100 J 1/16W

270K J 1/16W

270 J 1/16W

18 J 1/16W

270 J 1/16W

47 J 1/16W

680 J 1/16W

100K D 1/16W

56K J 1/16W

82K J 1/16W

33K D 1/16W

100 J 1/16W

0.0 J 1/16W

0.0 J 1/10W

1.0K J 1/16W

0.0 J 1/16W

10 J 1/16W

22 J 1/16W

1.0K J 1/16W

15K J 1/16W

33K D 1/16W

10 J 1/16W

680 J 1/16W

820 J 1/16W

100K J 1/20W

47K J 1/20W

4.7K J 1/20W

0.0 J 1/16W

10K J 1/20W

0.0 J 1/16W

1.0K J 1/16W

RK73GH2A49R9D MG RESISTOR

RK73JB1H220J

RK73JB1H102J

RK73JB1H220J

RK73JB1H102J

RK73JB1H222J

RK73JB1H220J

RK73HB1J102J

RK73JB1H220J

RK73HH1J103D

RK73JB1H103J

RK73HB1J102J

RK73JB1H104J

RK73HB1J102J

RK73HB1J000J

RK73HH1J473D

RK73HH1J104D

RK73HH1J103D

RK73HB1J000J

RK73HH1J333D

MG RESISTOR

(No.RA032<Rev.001>)3-11



Symbol No.

Part No.

Part Name

Description

Local



Symbol No.

Part No.

Part Name

Description

Local

R858

R859

R862

R863

R864

R865

R867

R868

R869

R874

R876

R877

R878

R879

R880

R881

R882

R883

R884

R885

R900

R901

R902

R903

R904

R905

R906

R907

R908

R909

R911

R912

R913

R914

R915

R916

R917

R918

R919

R920

R921

R922

R923

R924

R925

R926

R927

R928

R930

R932

R933

R935

R936

R937

R938

R939

R940

R941

R943

R944

R945

R947

R948

R949

R950

R951

R953

R954

R955

R956

R957

R958

R960

R961

R962

R963

R964

R965

RK73HH1J223D

RK73HB1J222J

RK73HB1J000J

RK73HB1J222J

RK73HH1J823D

RK73HB1J000J

RK73JB1H104J

RK73HB1J102J

RK73FB2B332J

RK73HB1J102J

RK73HB1J331J

RK73JB1H473J

RK73HH1J104D

RK73HB1J000J

RK73HB1J100J

RK73HB1J101J

RK73HB1J100J

RK73HH1J103D

RK73HH1J223D

RK73HB1J000J

RK73HH1J223D

RK73HH1J104D

RK73HB1J102J

RK73HB1J000J

RK73HB1J102J

RK73HB1J000J

RK73HB1J222J

RK73HB1J000J

RK73HB1J683J

RK73HH1J473D

RK73HB1J000J

RK73HB1J102J

RK73HB1J681J

RK73HB1J000J

RK73HH1J473D

RK73HH1J273D

RK73HH1J103D

RK73HB1J474J

RK73HH1J103D

RK73HH1J473D

RK73HB1J000J

RK73HB1J102J

RK73GB2A101J

RK73HB1J000J

RK73HH1J332D

RK73HB1J392J

RK73GB2A101J

RK73GB2A000J

RK73HH1J473D

RK73HH1J472D

RK73HB1J101J

RK73HB1J000J

RK73HH1J472D

RK73GB2A000J

RK73HB1J100J

RK73HH1J472D

RK73HB1J100J

RK73HB1J000J

RK73HB1J101J

RK73GB2A102J

RK73HH1J103D

RK73GB2A102J

RK73HH1J473D

RK73HB1J101J

RK73HB1J471J

MG RESISTOR

22K D 1/16W

2.2K J 1/16W

0.0 J 1/16W

2.2K J 1/16W

82K D 1/16W

0.0 J 1/16W

100K J 1/20W

1.0K J 1/16W

3.3K J 1/8W

1.0K J 1/16W

330 J 1/16W

47K J 1/20W

100K D 1/16W

0.0 J 1/16W

10 J 1/16W

R966

R967

R968

R969

R970

R971

R972

R973

R974

R975

R976

R977

R978

R979

R980

R981

R982

R983

R984

R985

R991

R992

R993

R994

R996

R997

R998

RK73HB1J471J

RK73GB2A221J

RK73HB1J471J

RK73HB1J101J

RK73HB1J471J

RK73HB1J101J

RK73GB2A102J

RK73HH1J473D

RK73HB1J681J

RK73HB1J000J

RK73GB2A221J

RK73HB1J101J

RK73HB1J682J

RK73HH1J104D

RK73HB1J000J

RK73HB1J102J

RK73HB1J000J

MG RESISTOR

470 J 1/16W

220 J 1/10W

470 J 1/16W

100 J 1/16W

470 J 1/16W

100 J 1/16W

1.0K J 1/10W

47K D 1/16W

680 J 1/16W

0.0 J 1/16W

220 J 1/10W

100 J 1/16W

6.8K J 1/16W

100K D 1/16W

0.0 J 1/16W

1.0K J 1/16W

0.0 J 1/16W

100 J 1/16W

10 J 1/16W

10K D 1/16W

22K D 1/16W

0.0 J 1/16W

22K D 1/16W

100K D 1/16W

1.0K J 1/16W

0.0 J 1/16W

1.0K J 1/16W

0.0 J 1/16W

2.2K J 1/16W

0.0 J 1/16W

68K J 1/16W

47K D 1/16W

0.0 J 1/16W

1.0K J 1/16W

680 J 1/16W

0.0 J 1/16W

47K D 1/16W

27K D 1/16W

10K D 1/16W

470K J 1/16W

10K D 1/16W

47K D 1/16W

0.0 J 1/16W

1.0K J 1/16W

100 J 1/10W

0.0 J 1/16W

3.3K D 1/16W

3.9K J 1/16W

100 J 1/10W

0.0 J 1/10W

47K D 1/16W

4.7K D 1/16W

100 J 1/16W

0.0 J 1/16W

4.7K D 1/16W

0.0 J 1/10W

10 J 1/16W

L10

L11

L12

L13

L14

L15

L16

L80

L100

L101

L102

L103

L112

L113

L114

L115

L116

L117

L118

L119

L120

L121

L122

L123

L124

L125

L126

L127

L128

L129

L130

L131

L132

L133

L134

L135

L136

L137

L138

L139

L140

L141

LB73Z0AF-001

LB73H0AV-002

LB73G0AK-001

LB73G0AM-004

LB73G0AK-001

L41-4792-69

CHIP FERRITE BEADS

SMALL FIXED INDUCTOR 4.7UH

CHIP FERRITE BEADS

CHIP INDUCTOR

LB73G0AM-004

LR79Z0AA150M

LB73G0AK-001

LB73H0AY-004

LB73H0AV-003

LB73H0AY-004

LK73G0AFR27J

LR79Z0CM28NG

LK73G0AFR27J

LB73H0AV-003

LB73H0AY-004

LK73G0AFR27J

LR79Z0CM28NG

LK73G0AFR27J

LK73H0AM12NJ

L41-6865-53

CHIP FERRITE BEADS

M.CHIP INDUCTOR

CHIP INDUCTOR

M.CHIP INDUCTOR

CHIP FERRITE BEADS

M.CHIP INDUCTOR

CHIP INDUCTOR

M.CHIP INDUCTOR

270NH

12NH

4.7K D 1/16W

10 J 1/16W

0.0 J 1/16W

100 J 1/16W

1.0K J 1/10W

10K D 1/16W

1.0K J 1/10W

47K D 1/16W

100 J 1/16W

470 J 1/16W

MULTILAYER CHIP INDUCTOR

CHIP FERRITE BEADS

M.CHIP INDUCTOR

CHIP FERRITE BEADS

L41-8265-53

L41-1275-53

LB73H0AV-003

LK73H0AM12NJ

LB73H0AY-004

12NH

3-12(No.RA032<Rev.001>)



Symbol No.

Part No.

Part Name

Description

270NH

Local



Symbol No.

Part No.

Part Name

Description

Local

L142

L300

L301

L302

L303

L304

L305

L306

L307

L308

L309

L310

L311

L312

L313

L314

L315

L316

L317

L318

L319

L320

L323

L324

L325

L326

L327

L328

L329

L330

L331

L333

L500

L501

L502

L503

L504

L505

L506

L507

L508

L510

L511

L513

L514

L515

L516

L517

L518

L519

L520

L521

L522

L600

L601

L602

L603

L604

L605

L606

L607

L608

L609

L610

L611

L612

L613

L614

L615

L616

L617

L618

L619

L620

L621

L625

L626

L700

LK73G0AFR27J

L40-3363-71

LK73H0AM33NJ

L40-3363-71

LK73H0AM4N7S

LK73H0AM27NJ

LK73H0AM68NJ

L40-5663-92

L41-2763-14

LB73F0AW-002

L40-5663-92

L40-3963-92

L41-5668-14

LB73F0AW-002

L41-5668-14

L41-2763-14

LB73G0BA-004

L34-4994-05

LB73G0BA-004

L34-4560-05

LB73H0AV-003

LR77Z0AA22NJ

LR77Z0AA27NJ

L34-4613-05

M.CHIP INDUCTOR

L701

L702

L711

L713

L714

L715

L716

L717

L718

L719

L720

L721

L722

L723

L724

L725

L726

L728

L729

L730

L731

L732

L901

L902

L906

L907

LB73H0AV-003

LB73G0AK-001

LR77Z0AE4R7J

LB73H0AV-002

LB73G0AM-004

L92-1101-05

LB73H0AV-002

LB73G0AK-001

LB73H0AV-002

LB73G0AK-001

LB73H0AV-002

L79-1984-05

CHIP FERRITE BEADS

CHIP INDUCTOR

CHIP FERRITE BEADS

CHIP FERRITE

CHIP FERRITE BEADS

FILTER

SMALL FIXED INDUCTOR 3.3NH

M.CHIP INDUCTOR 33NH

SMALL FIXED INDUCTOR 3.3NH

M.CHIP INDUCTOR

SMALL FIXED INDUCTOR 5.6NH

SMALL FIXED INDUCTOR 2.7NH

CHIP FERRITE BEADS

SMALL FIXED INDUCTOR 5.6NH

SMALL FIXED INDUCTOR 3.9NH

SMALL FIXED INDUCTOR 5.6NH

CHIP FERRITE BEADS

SMALL FIXED INDUCTOR 5.6NH

SMALL FIXED INDUCTOR 2.7NH

CHIP FERRITE BEADS

SMALL FIXED INDUCTOR 47.0NH

CHIP FERRITE BEADS

SMALL FIXED INDUCTOR 47.0NH

CHIP FERRITE BEADS

CHIP INDUCTOR

SMALL FIXED INDUCTOR 67NH

SMALL FIXED INDUCTOR 33NH

SMALL FIXED INDUCTOR 5.3NH

CHIP INDUCTOR

SMALL FIXED INDUCTOR 1.5NH

CHIP FERRITE BEADS

TOROIDAL COIL

CHIP FERRITE BEADS

SMALL FIXED INDUCTOR 820NH

M.CHIP INDUCTOR

FILTER

4.7NH

27NH

38NH

L92-1101-05

CHIP FERRITE

22NH

27NH

LB73H0AV-003

LB73G0BA-004

CHIP FERRITE BEADS

L41-3378-55

L34-4650-05

LR79Z0DA8N0G

L41-1561-55

LB73H0AV-003

L39-1498-05

LB73G0BD-005

L41-8285-14

LK73H0AM15NJ

LK73G0AF8N2J

LK73H0AM10NJ

LK73H0AM12NJ

L79-1927-05

L79-1928-05

L40-3363-71

LK73H0AM8N2J

L41-1578-08

L41-1878-08

LK73H0AM5N6S

LK73H0AM6N8J

LB73G0BA-004

L79-1927-05

8NH

CN2

CN3

CN4

W02-3785-05

E23-1260-14

E41-1682-05

J19-5386-05

E40-6720-05

E40-6862-05

EC720AA-0550A

E41-2723-05

E40-6560-05

DC-DC CONVERTER

TERMINAL

PIN ASSY

HOLDER

CN12

CN731

CN735

CN749

CN900

CN906

CN907

CN910

CP100

CP600

CP701

CP702

CP703

CP704

CP705

CP706

CP707

CP708

CP709

CP710

CP711

CP716

CP717

CP718

CP719

CP720

CP721

CP900

CP901

SOCKET FOR PIN ASSY

FLAT CABLE CONNECTOR

FLAT CABLE CONNECTOR SMD

PIN ASSY

FLAT CABLE CONNECTOR

PIN ASSY

15NH

8.2NH

10NH

12NH

E40-6560-05

E40-6582-05

RK74HB1J100J

RK74HB1J103J

RK74HB1J102J

RK74HB1J100J

RK74HB1J101J

RK74HB1J470J

RK74HB1J100J

RK74HA1J100J

F10-3226-05

F10-3244-15

F10-3224-15

F53-0286-05

FZA10BS-5R0

FZA10BQ-3R15

F53-0286-05

E68-0426-05

E1B-0001-00

E58-0521-05

NET RESISTOR

SHIELDING CASE

FUSE

10 J 1/16W

10K J 1/16W

1.0K J 1/16W

10 J 1/16W

100 J 1/16W

47 J 1/16W

10 J 1/16W

FILTER

SMALL FIXED INDUCTOR 3.3NH

M.CHIP INDUCTOR 8.2NH

SMALL FIXED INDUCTOR 15NH

SMALL FIXED INDUCTOR 18NH

M.CHIP INDUCTOR

CHIP FERRITE BEADS

FILTER

5.6NH

6.8NH

L79-1928-05

FILTER

LK73G0AQ100K

LB73H0AV-003

L41-2788-55

LB73H0AV-003

L41-2785-53

L41-4798-14

L41-1885-53

LB73H0AV-003

L41-1885-53

LK73G0AQ100K

LB73H0AV-003

LK73G0AQR33K

LB73H0AV-002

LK73G0AQR82K

LK73G0AQ2R2K

L40-6881-86

LB73H0AV-002

L41-1098-14

LK73G0ASR39J

LK73G0AQ100K

LB73G0AK-001

M.CHIP INDUCTOR

CHIP FERRITE BEADS

SMALL FIXED INDUCTOR 270NH

CHIP FERRITE BEADS

SMALL FIXED INDUCTOR 270NH

SMALL FIXED INDUCTOR 4.7UF

SMALL FIXED INDUCTOR 0.18UH

CHIP FERRITE BEADS

10UH

E100

E600

F300

F900

J700

CHIP FERRITE BEADS

SMALL FIXED INDUCTOR 0.18UH

2.5A

5.0A

3.15A

2.5A

M.CHIP INDUCTOR

CHIP FERRITE BEADS

M.CHIP INDUCTOR

CHIP FERRITE BEADS

M.CHIP INDUCTOR

SMALL FIXED INDUCTOR 0.68U

CHIP FERRITE BEADS

SMALL FIXED INDUCTOR 10UH

SMALL FIXED INDUCTOR 390NH

10UH

FUSE

330NH

JACK(OTHERS)

3.5D PHONE JACK

SUB SOCKET(D)

NEGATIVE TEMP THERMISTOR

J900

J901

820NH

2.2UH

TH301

TH302

TH305

TH306

TH700

X700

ERTJ0V104H

L77-3123-05

M.CHIP INDUCTOR

CHIP FERRITE BEADS

10UH

TCXO

19.2M

X701

L77-1802-05

CRYSTAL RESONATOR 32768HZ

(No.RA032<Rev.001>)3-13



Symbol No.

XF600

Part No.

Part Name

MCF

Description

Local



Symbol No.

Part No.

Part Name

Description

Local

L7B-0001-00

R10

R11

R12

R13

R14

R15

R16

R18

R19

R21

R22

R23

R24

R25

R26

R27

R29

RK73HB1J101J

RK73HB1J103J

RK73HB1J101J

RK73HB1J102J

RK73HB1J104J

RK73HB1J102J

RK73HB1J473J

RK73HB1J102J

RK73EB2E100J

RK73HB1J000J

RK73HB1J102J

RK73HB1J000J

RK73HB1J103J

RK73HB1J000J

RK73HB1J103J

RK73HB1J000J

MG RESISTOR

100 J 1/16W

10K J 1/16W

100 J 1/16W

1.0K J 1/16W

100K J 1/16W

1.0K J 1/16W

47K J 1/16W

1.0K J 1/16W

10 J 1/4W

0.0 J 1/16W

1.0K J 1/16W

0.0 J 1/16W

10K J 1/16W

0.0 J 1/16W

10K J 1/16W

0.0 J 1/16W

MODULE (BT/GPS) UNIT

XC2-0031-80

*Note : This part cannot be replaced. There-

fore, this part is not supplied as a service part.

Block No. [0][2]



Symbol No.

Part No.

Part Name

Description

Local

IC1

IC2

IC3

IC4

IC5

IC6

IC7

74AVC4TD245GU IC

BU18TD2WNVX

------------

NJM2878F4-33

------------

*Note

74AVC4TD245GU IC

EM6M2

FET

LB73H0AV-002

LB73G0AK-001

LB73G0BJ-002

L92-0487-05

LK73H0AG27NJ

LK73H0AM10NJ

L92-0487-05

L79-1985-05

L79-1987-05

L92-0487-05

L40-2263-71

CHIP FERRITE BEADS

CHIP FERRITE

M.CHIP INDUCTOR

CHIP FERRITE

FILTER

D17

D18

RN262CS

DIODE

CK73HB1A474K

CK73HB1E104K

CK73HB1A105K

CK73HB1A474K

C CAPACITOR

0.47UF K

0.10UF K

1.0UF K

0.47UF K

22PF J

27NH

10NH

L11

L13

L14

L15

FILTER

CHIP FERRITE

CC73HCH1H220J C CAPACITOR

CC73HCH1H100B C CAPACITOR

SMALL FIXED INDUCTOR 2.2NH

10PF B

C10

C11

C12

C13

C14

C15

C16

C17

C18

C19

C20

C21

C22

C23

C24

C25

C26

C27

C28

C29

C30

C31

C32

C33

C34

C35

C36

C37

C38

C39

C40

C44

C45

C46

C47

C48

C49

C50

C68

CK73HB1A105K

CK73HB1E104K

CK73HB1A105K

CK73HB1E104K

CC73HCH1H180J C CAPACITOR

CK73HB1A105K

CK73HB1E104K

CK73HBB1H102K C CAPACITOR

CK73HB1E104K C CAPACITOR

CK73HBB1H102K C CAPACITOR

CK73HB1E104K

CK73HB1A105K

CK73HB1E104K

CC73HCH1H220J C CAPACITOR

CC73HCH1H2R5B C CAPACITOR

CK73HB1E104K

CC73HCH1H180J C CAPACITOR

CK73HB1E104K

C CAPACITOR

1.0UF K

0.10UF K

1.0UF K

0.10UF K

18PF J

CN1

CN5

CP1

CP2

E40-6879-05

E0E-0012-00

RK74HB1J100J

F10-3226-05

L77-3123-05

L77-3121-05

FLAT CABLE CONNECTOR

RF COAXIAL CABLE RECEPTACLE

NET RESISTOR

SHIELDING CASE

TCXO

10 J 1/16W

19.2M

CRYSTAL RESONATOR 32.768K

18PF J

C CAPACITOR

1.0UF K

0.10UF K

1000PF K

0.10UF K

1000PF K

0.10UF K

1.0UF K

0.10UF K

22PF J

2.5PF B

0.10UF K

18PF J

0.10UF K

47PF J

SUB (DISPLAY) UNIT

XC3-0020-20(NX-5900_K)

Block No. [0][3]



Symbol No.

Part No.

Part Name

Description

Local

C CAPACITOR

IC1

IC2

IC3

IC4

IC6

IC8

IC9

IC10

IC12

MM3404A50URE IC

BU30TD2WNVX

TC7WT125FUF

BD11600NUX

BH1721FVC

BD1754HFN

TC7WH126FK

TC35894FG

TC7SZ08FE

C CAPACITOR

SSM6N37FE

FET

LTC014EEBFS8

DIGI TRANSISTOR

C CAPACITOR

SPC10501A01

B30-2365-05

VARISTOR

LED

WHITE

CC73HCH1H470J C CAPACITOR

CC73HCH1H010B C CAPACITOR

LED

1.0PF B

3-14(No.RA032<Rev.001>)



Symbol No.

Part No.

Part Name

Description

Local



Symbol No.

Part No.

Part Name

Description

Local

B30-2365-05

DZ2J062(M)

B30-2364-05

RB521CM-30

SPC10501A01

MINISMDC020F

SPC10501A01

DZ2S068M

LED

WHITE

R12

R17

R18

R19

R20

R21

R22

R23

R24

R25

R26

R27

R28

R29

R30

R31

R32

R33

R34

R38

R39

R40

R41

R42

R43

R46

R47

R48

R49

R50

R51

R52

R53

R54

R55

R60

R61

R62

R63

R64

R65

R66

R69

R71

R77

R78

R79

R81

R82

R83

R86

R87

R88

R98

R99

RK73HB1J000J

RK73HB1J101J

RK73HB1J331J

RK73HB1J101J

RK73HB1J222J

RK73HB1J331J

RK73HB1J101J

RK73HB1J331J

RK73HB1J101J

RK73HB1J102J

RK73HB1J681J

RK73HB1J103J

RK73GB2A151J

RK73HB1J222J

RK73HB1J102J

RK73HB1J103J

RK73HB1J473J

RK73HB1J000J

RK73HB1J101J

RK73HH1J274D

RK73GB2A000J

RK73HB1J222J

RK73HB1J103J

RK73HB1J222J

RK73HB1J000J

RK73GB2A000J

RK73HB1J222J

RK73HB1J102J

RK73HB1J222J

MG RESISTOR

0.0 J 1/16W

100 J 1/16W

330 J 1/16W

100 J 1/16W

2.2K J 1/16W

330 J 1/16W

100 J 1/16W

330 J 1/16W

100 J 1/16W

1.0K J 1/16W

680 J 1/16W

10K J 1/16W

150 J 1/10W

2.2K J 1/16W

1.0K J 1/16W

10K J 1/16W

47K J 1/16W

0.0 J 1/16W

100 J 1/16W

270K D 1/16W

0.0 J 1/10W

2.2K J 1/16W

10K J 1/16W

2.2K J 1/16W

0.0 J 1/16W

0.0 J 1/10W

2.2K J 1/16W

1.0K J 1/16W

2.2K J 1/16W

D10

D11

D12

D14

D15

D16

D20

D21

D22

D23

D24

D25

D26

D27

D28

D29

D30

D31

D32

LED

ZENER DIODE

LED

RGB

DIODE

VARISTOR

ZENER DIODE

DZ2S068M

EMZ6.8N

DZ2S068M

CC73GCH1H101J C CAPACITOR

CK73GXR1H104K C CAPACITOR

C93-1810-05

100PF J

0.1UF K

4.7UF K

100PF J

0.1UF K

100PF J

0.1UF K

100PF J

0.1UF K

100PF J

47PF J

C CAPACITOR

CC73GCH1H101J C CAPACITOR

CK73GXR1H104K C CAPACITOR

CC73GCH1H101J C CAPACITOR

CK73GXR1H104K C CAPACITOR

CC73GCH1H101J C CAPACITOR

CK73GXR1H104K C CAPACITOR

CC73GCH1H101J C CAPACITOR

CC73GCH1H470J C CAPACITOR

CC73HCH1H101J C CAPACITOR

CK73GBB1H102K C CAPACITOR

CC73HCH1H101J C CAPACITOR

CK73GB1E105K

CC73HCH1H101J C CAPACITOR

CK73GB1E105K

CK73HB1E104K

CK73GB1E105K

CK73HB1E104K

C11

C16

C18

C22

C24

C29

C32

C42

C43

C44

C45

C46

C48

C50

C52

C53

C54

C55

C56

C57

C58

C59

C62

C63

C64

C65

C66

C67

C68

C69

C70

C71

C73

C74

C75

C76

C79

C83

C84

C87

C90

C101

47PF J

100PF J

1000PF K

100PF J

1.0UF K

100PF J

1.0UF K

0.10UF K

1.0UF K

0.10UF K

1000PF K

0.1UF K

0.10UF K

1.0UF K

0.10UF K

1000PF K

0.10UF K

100PF J

1000PF K

C CAPACITOR

CK73HBB1E103K C CAPACITOR

CK73HB1E104K

CK73GBB1H102K C CAPACITOR

CK73GXR1H104K C CAPACITOR

CK73HB1E104K

CK73GB1E105K

CK73HB1E104K

CK73GBB1H102K C CAPACITOR

CK73HB1E104K

CC73HCH1H101J C CAPACITOR

CK73GBB1H102K C CAPACITOR

C CAPACITOR

LB73G0AM-004

LB73H0AV-003

LB73G0AM-004

LB73H0AV-003

LB73G0AM-004

LB73H0AV-003

CHIP FERRITE BEADS

C CAPACITOR

L11

L14

L15

L16

L17

L18

C CAPACITOR

CN2

CN4

CN5

CN6

E41-2673-05

E40-6965-05

E41-2671-05

E40-6913-05

E58-0535-05

S70-0901-05

PIN ASSY

FLAT CABLE CONNECTOR

PIN ASSY

FLAT CABLE CONNECTOR

MODULAR JACK

TACT SWITCH

R10

R11

RK73HB1J000J

MG RESISTOR

0.0 J 1/16W

(No.RA032<Rev.001>)3-15



Symbol No.

Part No.

Part Name

Description

Local

S10

S11

S12

S70-0901-05

TACT SWITCH

3-16(No.RA032<Rev.001>)

Packing materials and accessories parts list (NX-5900_K)

Block No.M2MM

Packing and accessories

Block No. [M][2][M][M]



Symbol No.

Part No.

Part Name

Description

15A(x2)

Local

B5A-0868-00

------------

INSTRUCTION MANUAL

PAMPHLET

DC CORD ASSY

FUSE(BLADE TYPE)

INNER CARTON CASE

PACKING FIXTURE(LOWER)

PACKING FIXTURE(UPPER)

PROTECTION BAG

ITEM CARTON

E30-7523-65

F52-0024-05

H0C-0007-00

H1C-0077-00

H1C-0078-00

------------

H5A-0618-00

J19-1584-15

------------

HOLDER(MIC)

BRACKET

SCREW SET

MICROPHONE

N99-2039-05

T91-0639-65

(No.RA032<Rev.001>)3-17

Packing materials and accessories parts list (NX-5900B_F,NX-5900B_K)

Block No.M3MM

Packing and accessories

Block No. [M][3][M][M]



Symbol No.

Part No.

Part Name

Description

Local

B5A-0868-00

------------

INSTRUCTION MANUAL

PAMPHLET

------------

PAMPHLET

H1C-0077-00

H1C-0078-00

H1C-0027-00

------------

PACKING FIXTURE(LOWER)

PACKING FIXTURE(UPPER)

PACKING FIXTURE(SPACER)

ANTI-STATIC BAG

H5A-0617-00

ITEM CARTON

3-18(No.RA032<Rev.001>)

MEMO

JVC KENWOOD Corporation

Communications Systems Business Unit

(No.RA032<Rev.001>)

Printed in Japan

VSE

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