Kirisun FP560 Service Manual

FP560 S erv ice Manual

Contents

1. Overview ................................................................................................................................................... 1

1.1. Scope ............................................................................................................................................................... 1

1.2. Safety Precaution ............................................................................................................................................. 1

2. External View an d Fu nctional Keys ...................................................................................................... 2

2.1. External View and Functional Keys ................................................................................................................. 2

2.2. Programmable Button ...................................................................................................................................... 3

2.3. LED Indicator ................................................................................................................................................... 4

3. Circuit Description .................................................................................................................................. 4

3.1. Overview .......................................................................................................................................................... 4

3.2. Frequency Composition ................................................................................................................................... 4

3.3. Principle of Receiver (RX) ................................................................................................................................ 5

3.4. Principle of Transmitter (TX) ............................................................................................................................ 6

3.5. Principle of Frequency Synthesizer ................................................................................................................. 7

3.6. Audio Processing Circuit .................................................................................................................................. 8

3.7. Power Supply ................................................................................................................................................... 9

3.8. MCU Unit .......................................................................................................................................................... 9

3.9. Semiconductor Device Description ................................................................................................................ 11

4. Function Description and Parameter Settings ................................................................................... 15

4.1. Time-out Timer ............................................................................................................................................... 15

4.2. Channel Scan ................................................................................................................................................ 15

4.2.1. Carrier Control Scan .................................................................................................................................... 15

4.2.2. Scan Reply Channel .................................................................................................................................... 15

4.3. Kill and Activation ........................................................................................................................................... 15

4.4. Emergency ..................................................................................................................................................... 16

4.5. Parameter Settings ........................................................................................................................................ 16

5. Assemble and Disassemble Instructions ........................................................................................... 17

5.1. Attaching and Detaching the Battery ............................................................................................................. 17

5.2. Attaching the antenna .................................................................................................................................... 18

5.3. Attaching and Detaching the Belt Clip ........................................................................................................... 18

5.4. Attaching and Detaching the Earphone ......................................................................................................... 19

5.5. Separating the Front Cover from the Chassis ............................................................................................... 19

5.6. Separating the PCB Board from the Chassis ................................................................................................ 20

5.7. Exploded View ............................................................................................................................................... 21

6. Adjustment ............................................................................................................................................. 24

6.1. Components of Adjustment ............................................................................................................................ 24

6.1.1. Components needed for the adjustment ..................................................................................................... 24

6.1.2. Manual Mode Adjustment ............................................................................................................................ 24

6.1.3. Computer Adjustment Method ..................................................................................................................... 25

6.2. Radio T est ...................................................................................................................................................... 26

7. Major Specificat i ons ............................................................................................................................. 27

8. Maintenance and Test Equipment ....................................................................................................... 29

9. KBC-51 Charger ..................................................................................................................................... 30

9.1. The Operational Conditions and Basic Specification of Charger ................................................................... 30

9.2. Function Introduction ..................................................................................................................................... 30

I

FP560 S erv ice Manual

10. Troubleshooting ................................................................................................................................. 31

Appendix 1 Abbrev iation ............................................................................................................................. 33

Appendix 2 Accessory List .......................................................................................................................... 34

Appendix 3 .................................................................................................................................................... 34

List 1 Spare Pare List (Electronic Section 400-470MHz) ........................................................................................ 34

List 2 Spare Pare List (Electronic Section 136-174MHz) ........................................................................................ 48

List 3 Material List (Structure Material) ................................................................................................................... 70

Figure 1 FP560-01 Mainboard Schematic Diagram (136-174MHz) ....................................................................... 74

Figure 2 FP560-01 Top PCB Position Mark Diagram (136-174MHz) ..................................................................... 82

Figure 3 FP560-01 Bottom PCB Position Mark Diagram (136-174MHz) ............................................................... 83

Figure 4 FP560-02 Mainboard Schematic Diagram (400-470MHz) ....................................................................... 84

Figure 5 FP560-02 Top PCB Position Mark Diagram (400-470MHz) ..................................................................... 92

Figure 6 FP560-02 Bottom PCB Position Mark Diagram (400-470MHz) ............................................................... 93

Figure 7 FP560 Kerypad Top PCB Position Mark ................................................................................................... 94

Figure 8 FP560 Keypad Bottom PCB Position Mark .............................................................................................. 95

Figure 9 KBC-51 Charger Schematic Diagram ....................................................................................................... 96

II

FP560 S erv ice Manual

1. Overview

1.1. Scope

This manual is applied to service and maintena nce of FP560 FM port able rad ios, and is intended for use by engineers and professional technicians that have been trained by Kirisun. It contains all the required service information for the equipment. Kirisun reserves the right to modify the product structure and specifications without notice in order to enhance product performance and quality. You can also contact your local dealer or us to get the latest ser vice manual.

Please read this manual before repairing the product.

1.2. Safety Precaution

Electromagnetic Radiation

Radios will generate and radiate electromagnetic en ergy during tr ansmit mode . Kirisu n radio is de signe d to comply with national and international standards for human exposure to radio f requency electrom agnetic energy. To derive optimal performance, and to guarantee that the el ectromagnetic radiation does no harm to you, always keep the radio in a vertical position to the ground and make sure that the microphone is 2-5cms from your mouth while using.

Electromagnetic Interference

In order to avoid electromagnetic interference, please turn off the radio in the place where there is a warning, e.g. hospit al, health care center, airport and etc.

Explosive Atmosphere

It’s prohibited to use radios in the following places: Areas with a potentially explosive atmosphere, e.g. the lower deck of the ship, the storage and

transportation equipment for fuel and chemical, places where there are chemical substances, particles, dust or metal dust.

Places near blasting sites or ar ea w ith electrical blasting cap. It is also prohibited to cha nge or c harge the battery in any area with a potentially explosive at mos phere.

Antenna

If the antenna is damaged, do not use the radio. Damaged antenna may cause light burn ing to skin.

Replacement Parts

All the components sh ould be supplied by Kirisun. Please use the components with the corresponding model number for repair. Do not take the risk of using

any improper components which are not required in Kirisun’s serv ice manual.

Page 1 of 96

FP560 S erv ice Manual

the key to confirm the option.

battery.

powered-on.

2. External View and Functional K eys

2.1. External View and Functional Keys

No. Part Name No Part Name

PTT（PUSH-TO-TALK）Button

01

03

05 Antenna 06

07

09

Side Button 1（Programmable Button）

Side Button 2（Programmable Button）

Channel Knob Rotate to select chann el 1-16. Power/Volume Switch: Rotate the switch cl ockwis e to turn on the radio, and counter-clockw ise it until a click is heard to turn off the radio. Rotate the switch to ad just the volume when the radio is

02

04

08 Top Key (programmable key)

10 Speaker

Press and hold the PTT button and talk to the micropho ne to transmit; release it to liste n. Menu Key Press the menu key and enter the menu in the standby status. During the menu operatio n, press

LED Indicator The LED indicator glows r ed when transmitting, and glows green when receiving. The indicator flashes red in the conditio n of low

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FP560 S erv ice Manual

chapters for more details.

and edit the text or new cont act .

If the radio has multiple zones, the user could press the button to Enable/Disable

feature.

repeater.

LCD Screen

11 Microphone 12

13 Up Key 14 Down Key

15 Delete Key 16

Spea ker/Microphone interface

17

Open the cover to connect the external speaker and micr ophone.

It indicates the operation status of the radio. Please see other

Digital Keyboard There are 12 keys in tota l. Press these keys to enter the number s

2.2. Programmable Button

You can require the dealer to program the keys listed below as shortcuts to certain functions for your convenience:

• Long press key and short press key can be set: side button 1, side button 2

• Long press key can be set: menu key, delete key

Note:

• Short Press: Press and release it quickly.

• Long Press: Press and hold it down for 2 seconds, then r elease.

Available Functions Description

None No feature will be enabled.

Zone up

Zone down Power Level Adjustment Switch to high/low power.

Squelch level adjustment Signal strength need ed w hen adjusting RX signal Scan

Nuisance (temporary) Delete Digital Encryption

If the radio has multiple zones, the user can press the button to change the zone from small to large.

change the zone from large t o sma l l.

Receives the activity of other channels. Press the button to switch on/off the feature.

Delete the channel that is not c ur rently needed when scanning. Enable/disable Encry pt ion on the channel that supports encryption

Channel Announce Announces the current channel.

Talkaround VOX enable/disable Enable/disable VOX.

Select repeater/talkaround mode on the channel that allows using

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FP560 S erv ice Manual

to the original status.

When this key is pressed, the sequelch feature will be invalid, and the

recover the sequelch feature.

Monitor Mementary

Monitor

If there is CTCSS on the curr ent analog channel, press the key and switch to carrier squelch mo de t o cancel the CTCSS feature; the voice will be output when the carr ier is matched. Release the key to go back

If there is CTCSS on the curr ent analog channel, press the key and switch to carrier squelch mo de t o cancel the CTCSS feature; the voice will be output when the carr ier is matched; press the key again t o go back to the original stat us.

Sequelch off momentary

Cancel Squelch Disable Squelch to receive the weak signals on the analog channel Emergency Alarm On Enable the emergency ala r m feat ur e t o seek help. Emergency Alarm Off Disable the emergency al ar m feature.

VOX Electric Level Selection

Battery Check Check the current battery power .

Whisper

user can hear the weak si gnal on the channel. Release the button to

Adjust the strength of VOX triggering electric l evel.

Enable/disable Whisper. The receiver can hear clearly when you speak in a low voice when this feature is enabled.

2.3. LED I ndicator

• The LED lights up red when transmitting

• The LED lights up green when receiving

• The LED flashes red in the condition of low battery.

3. Circuit Description

3.1. Overview

This radio is FM portable equipment.

3.2. Fr equency Composition

Figure 3-1 Circuit Diagram

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ANT SW

RF

AMP

PA

AMP

TX

AMP

PLL

VCO

IF SYSTEM

X

4

multiply

TCXO

12.

8MHz

51

.65

MHz

MCF

CODEC

AF

AMP

MIC

CF

450

KHz

ANT

MIXER

ANT SW

BPF

1st local

osc

BPF

MCF

IF AMP Q701

IF DET

450K

CODECAF PA

SPK

D600 D601 D602 D603

MIXER

Q702

Z1

51.65MHz

U6U800

ANT

X4

Multiply

Q300

TCXO

MCU

IC2

PC/TV

Q703 RF AMP

CF1

This Radio applies twice frequency mixing method. The first intermediate-frequency is 51.65MHz. The second intermediate-frequency is 450kHz.

The first local oscillation is generated by frequency synthesizer, and the second local oscillation is generated by the qcuadru ple frequency of 12.8MHz.

The transmitting signal is generated by frequency synthesizer. The reference frequency of frequency synthesizer is generated by TCXO.

3.3. Pr inciple of Receiver ( R X)

Figure 3-2 Principle of Receiver

Page 5 of 96

• Receiver Front End Signals from the antenna through the receiving/transmission (RX/TX) switch (D600, D601, D602, D603),

FP560 S erv ice Manual

BT

SW

D402

AMP

Q602,Q603

DRIVE AMP

Q601

FINAL AMP

Q600

ANT SW

D600,D601

LPF

D602

RX

VCO

APC

IC600

DET

SW

Q604,Q605

APC

R620,R621,R622

ANT

5T

which passed the band-pass filter (BPF) consisting of two levels o f LC t o eli minat e the unne cess ary signals, then sent to the low noise amplifier (LNA) consisting of Q703 and its peripheral components for enlargement.

After passing the band-pass filter (BPF) consisting of three levels of LC to further eliminate the unnecessary out-of-ba nd signals, the output of LNA is then se nt to the first frequency mixer (Q702).

• The First Frequency Mixer The signal from LNA is mixed with th e first loca l osci llator signa l fr om the freq uency sy nthes izer t o ge ner ate

the first intermediate-frequency signal (51.65MHz).

• IF Circuit The first intermediate-frequency signal eliminates the signals from the adjacent channels or other signals

through the crystal fi lter. (Z1) The first intermediate-frequency signal from the crystal filter, after being amplified by the first

intermediate-frequenc y (IF) amplifier (Q701), is sent to IF processing IC (IC7 00, GT3136). IF IC consists of the second frequency mixer, IF amplifier, amplitude limiter, frequency detector, noise

amplifier, audio low pass filter. The 12.8MHz signal from X300, being amplified by Q300 and its peripheral circuit, becomes the second

local oscillation signal (51.2MHz). The second local oscillation signal (51.2MHz) mixes with the first intermediate-frequency signal (51.65MH z) in IC700 to generate the second intermediate-frequency signal. The second intermediate-frequency signal amplified in IC700 with its amplitude being limited, being filtered by the FD1 ceramic filter (450 k Hz ) , is dem odulated by IC700 to generate the audio signal.

• Squelch Circuit The signal demodulated by IC700 is sent to its own noise amplifier for amplification, and the amplified

signal is sent to Q700 for f urther ampli ficatio n and to D70 1 for det ectio n; the produc ed direct current is t he n sent to MCU squelch contr ol circuit, and its voltage is inversely propor t ion al t o the input signal.

3.4. Principle of Transmitter (TX)

Figure 3-3 Diagram of Power Amplification and Antenna Switch Principle

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PLL

DATA

Q301

RF AMP

LPF

Q302

RX VCO

PLL

DATA

Q303

BUFF AMP

12.8MHz TCXO

X300

IC300

PLL IC

Q307

TX VCO

Q305,Q306

SW

Q304

RF AMP

MCU

The modulated RF signal from VCO, being ampl ified by Q303、Q304、Q602、Q603、Q601, is sent to Q600 for power amplification.

The grid bias of Q601 and Q600 is controlled by APC (Automatic Power Control) circuit. Change the grid bias voltage to easily c ont r ol the out put power strength of the transmitter.

• APC

（Automatic Power Control）Circuit

R620, R621 and R622 are power amplifier current detection, and IC600A is a power amplifier current sampling amplifier. IC600B is a power comparis on amplifier.

The extra high output power of the transmitter will increase the power amplifier current and IC600A output with a decrease in IC600B output voltage. It will also decrease the bias voltage on Q601 and Q600, which decreases the output power of the t ransmitter, and vice versa. This enables the stability of the output power in different working circumstances.

MCU changes the volt age being input to IC600B to set the power.

3.5. Pr inciple of Frequency Synthesizer

Figure 3-4 Diagram of Frequency Synthesizer

This radio applies PLL frequency synthesizer. The frequency synthesizer consists of reference oscillator, voltage controlled oscillator (VCO),

programmable frequency divider, phase comparator and low pass filter. Q307, D305, D306, D307, D308 and other resist ance-cap acit anc e units make up the t ransmitt ing VCO unit .

D304 is the modulation circuit of the transmitting VCO. Q302、D300、D301、D302、D303 and other resista nce-cap acita nce units make up the receiv ing VCO unit. IC300 (MB15E03) is a PLL integrated circuit which contains a programmable reference frequency divider,

programmable frequency divider, phase comparator and charge pump. R329, C358, R330, C359, R331, R332 and C360 make up the loop filter. The reference frequency is provided by X300 (TCXO, 12.8MHz).

Page 7 of 96

The reference frequency from TCXO (Temperature Controlled Crystal Oscillator） is divided by the

FP560 S erv ice Manual

FM receiver

FM modulatorPA

TR

SW

Host MCU

4FSK

Protocol

stack

Voice coder

U6 CODECL

U6 CODECR

ANT

SCT3252

U1

IC2

SPK

MIC

programmable reference frequency divider in IC300 to become the 5kHz or 6.25k Hz (controlled by MCU, according to the setting channel) reference frequency .

The oscillation frequency from VCO, being amplified by the two-time frequency m ultiplier circuit, is sent to IC300 for comparison with reference frequency after being divided by the programmab le fre quency divider, and the error signal is then generated to change the oscillation frequency of VCO after filtered by the low pass filter. VCO is locked when the frequency of VCO r eaches a certain set value.

Loss of Lock Detection: When PLL loses its lock, IC300 pin14 outputs the electric level signal to MCU, and MCU control transmitter forbids transmitting and issues an alert tone. The output voltage of IC300 pin14 is high electric level when it is loc ked.

3.6. Audio Processing Circuit

Figure 3-5

• MIC Signal Processing The speech signal from MIC is sent to U6 for A/D switch, and sent to U1 SCT3252 for audio

coding/decoding, communication protocol processing, channel coding modulation. Afterwards, the si gnal outputs MOD2 and MOD1 separately from U6, and then sends them to TCXO and VCO for two-point modulation. The signal outputs 4FSK modulating signal in digital state, and sine wave signal in analog state.

• Receiving Audio Si gnal Processing The audio signal demodulated from IC700 is sent to U1 SCT3252 for processing after finishing A/D switch

by U6. Af ter t he audio en c oding/ decod ing, co mm uni cation pr otoco l proce ssi ng and D SP, the audio signal is sent to U6 for D/A switch, and it is then output to the U800 (TDA2822) audio power amplifier for amplification so as to sound the s peaker.

Squelch Circuit：It is output fro m IC700 a fter d emod ulation, a nd it filters out th e noise fro m the d emodulat ed signal after going through the filter circuit. It is sent to MCU after being detected by D701 and amplified by Q700. The MCU ident ifies the noise level and cont r ols t he squelch.

Speaker Impedance: 16 Ω Note: Any terminal of the speaker must not be attached to the gr ound!

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FP560 S erv ice Manual

The emergency alert tone is not controlled by volume.

3.7. Power Supply

This radio applies 7.4V battery. The transmitter power amplifier circuit (Q601, Q600) and receiver audio processor (U800) directly use the battery for power supp ly with ot her circuit s using the volt age st abiliz ed 5V for power supply.

Q102: 5T switch, co nt r ol led by MCU. 5T: Supplies power for the transmitter front end. Q100: 5R switch, controll ed by MCU. 5R: Supplies power for the receiv er RF ampli fier, frequency mixer , IF processo r, audio signal processor and

the like. Q1: 5C switch, controlled by MCU. 5C: The 5V power source controlled by power saving, and it supplies pow er fo r frequency synthesizer unit.

3.8. MCU Unit

MCU unit controls every unit operation of the radio to perform all the radio functions.

• Communicates with the external PC

• Deposits and withdraws the radio status data

• Controls PLL to generate the local o s cillation frequency of receiving and transmitting

• Acquires the current channel status

• Controls the LED status indication

• Controls the power supply status of every unit

• Detects the operation of every function key

• Generates CTCSS signal

• Generates DCS signal

• Generates power-controlled signal

• Completes CTCSS decoding

• Completes DCS decoding

• Squelch detection and control

• Controls the content of voice prompt

Memorizer（E2PROM，AT24LC512BN）

It stores the radio channel data, C TCSS/DCS data, other function setting data and parameter adjustment

Page 9 of 96

FP560 S erv ice Manual

No.

Frequency [ Hz]

No.

Frequency [Hz]

No.

Frequency [ Hz]

No.

Frequency [ Hz]

1

67.0

11

94.8

21

131.8

31

186.2

2

69.3

12

97.4

22

136.5

32

192.8

3

71.9

13

100.0

23

141.3

33

203.5

4

74.4

14

103.5

24

146.2

34

210.7

5

77.0

15

107.2

25

151.4

35

218.1

data.

CTCSS/DCS Signal Encoding and Decoding:

The CTCSS/DCS signal gener ated by MCU is sent separately to VCO and TCXO for modulation. The CTCSS/DCS signal from the receiver is sent to MCU for decoding. The MCU identifies whether the

CTCSS/DCS signal of the r adio is t he same as the receiving signal so as to turn on the speaker.

CTCSS

CTCSS (continuous ton e contr ol squ elch s yst em) is a sque lch cont ro l syst e m modulated on the car rier wit h the CTCSS signal being the pilot frequency. If the CTCSS feature is set, the conversation is enabled only when the CTCSS frequency from the receiver and transmitter is the same to avoid interference from other signals.

39 groups of stan dar d CTCSS frequency of this radio are available. See Chart 1. CTCSS signal is generated by MCU (PWM wave form), and it is sent to VCO for modulation after being

filtered by the low pass fi lter composed of RC for eliminating the frequency higher than 300Hz. Chart 3-1 CTCSS Frequency Chart

6 79.7 16 110.9 26 156.7 36 225.7 7 82.5 17 114.8 27 162.2 37 233.6 8 85.4 18 118.8 28 167.9 38 241.8 9 88.5 19 123.0 29 173.8 39 250.3

10 91.5 20 127.3 30 179.9

DCS Signaling: DCS (Digital code squelch) is a continuous numerical code which is modulated along with the speech

signal on the carrier to control the squelch. If the DCS feature is set, the speaker is on only when the same DCS code is received to av oid the unnecessary signal interference.

83 kinds of standard co de of this radio are available. See chart 2. DCS signal i s generated by MCU (PWM wave form), and it is sent to VCO and TCXO for modulation after

being filtered by the low pass filter composed of RC for eliminating the frequency higher than 300H z. VCO modulates the high freque ncy of DCS signal and TCXO modulates the low frequency of DCS signal.

CTCSS/DCS signal from the receiver is sent to MCU f or decoding. MCU identifies whether the receiving signal has the same DCS code a s t he r adi o s o as t o turn on the speaker.

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FP560 S erv ice Manual

043

132

244

364

506

703

054

152

261

411

546

731

071

156

265

413

606

734

073

165

306

431

624

754

output

output/power control (V)

2

DTMF

D/A Output

DTMF/Tone output, beep output

3

HSDI

I

Tone decoding input

10

RESET

I

CPU reset input

11

XOUT

O

CPU clock output

12

VSS

-

Gnd

19

SCLK

O

AK2346 data transm is sion clock

Chart 3-2 DCS Coding Chart

023 114 174 315 445 631 025 115 205 331 464 632 026 116 223 343 465 654 031 125 226 346 466 662 032 131 243 351 503 664

047 134 245 365 516 712 051 143 251 371 532 723

065 155 263 412 565 732

072 162 271 423 612 743

074 172 311 432 627

3.9. Se m iconductor De vice D escription

MCU Description Chart 3-3 Microprocessor (M30620) Port Description

Pin No. Port Name Input/

1

4 EPDT I/O EEPROM data input/ output 5 EPCK O EEPROM clock 6 BYTE I Gnd 7 CNVSS I Gnd 8 BSHIFT O Clock beat frequency control 9 SV O Min. volume control

PCTV D/A Output

Function

Receiver sensitivity adju sting voltage

13 XIN I CPU clock input 14 VCC - +5V 15 NC I +5V 16 VDET I Voltage down detection 17 RDT I AK2346 MSK signal input 18 TCLK I AK2346 MSK data transmission clock

Page 11 of 96

FP560 S erv ice Manual

20

CTCSS/DCS

I/O

CTCSS/DCS output

21

TDATA

O

AK2346 MSK data transmission output

28

CTCSSTCXO

O

CTCSS/DCS outputs ( PWM)

29

TXD

O

TXD1 output

30

RXD

I

RXD1 input

31

NC - NC

38

TX SW

O

Transmitter VCO switch

39

NC - Gnd

40

PLL UL

I

Phase-locked loop loss of lock check pin

41

PLL ST D

O

Phase-locked loop enabling control

48

EN3

I

Encoding switch input pin

49

EN4

I

Encoding switch input pin

50

EN5

I

Encoding switch input pin

51

W/N R1

O

Receiving IF bandwid t h switch

57

A SCLK

O

Number reporting chip clo ck

58

A MUTE

O

Number reporting chip control

59

NC - NC

60

ACC

-

+5V

61

NC - NC

22 StCtrl O Side tone volume contr ol pin 23 DI/O I AK2346 data input output control pin 24 CTCSSVCO O CTCSS/DCS output VCO (PWM) 25 DIR O AK2346 IO control 26 APC O Power control (U) 27 NC - NC

32 APC SW O Power control output switch 33 TXD0 O Extension 34 RXD0 I Extension 35 DC SW O Power control switch 36 TX W/N O Transmission bandwidth switch 37 RX SW O Receiv e r VCO switch

42 PLL DATA O Phase-locked loop data output 43 PLL CLK O Phase-locked loop clock 44 NC - NC 45 RX W/N O Receiving bandwi dth switch 46 EN1 I UV band selection 47 EN2 I Encoding switch input pi n

52 W/N R2 O Receiving IF bandwidth switch 53 AFCON O Audio power amplifier enabling control 54 RX MUTE O Receiving mute switch 55 A BUSY I Number reporting chip control 56 A DATA O Number reporting chip data output

62 VSS - Gnd 63 NC - NC 64 SELF - Factory control optio ns

Page 12 of 96

FP560 S erv ice Manual

65

OPT S1

I

Earphone check

66

OPT S2

I

External PTT

73

PTT

I

PTT key

74

SK2

I

Side key 2

75

SK1

I

Side key 1

76

SP SW

O

Speaker switch

83

P03

O

Fixed side tone control

84

P02

O

Phase-locked loop filter

85

NC O NC

86

NC - NC

96

VREF

-

+5V

97

AVCC

-

+5V

98

NC - NC

99

MIC MUTE

O

External and internal MI C swit ch

100

HPF PC

O

High pass filter switch

IC202

PST9140NR

MCU reset circuit

U300

MB15E03

Frequency synthesizer

IC600

NJM2904

APC, voltage comparisom, drive

67 MAN DN I MAN DOWN input 68 PIO3 I/O Extension 69 PIO2 I/O Extension 70 PIO1 I/O Extension 71 PINT I Extension 72 TK1 I Top key

77 MIC SW O MIC switch 78 R LED O LED red switch 79 G LED O LED green switch 80 5T C O 5T control pin 81 5R C O 5R control pin 82 5C C O 5C control pin

87 MAN DOWN I Reverse detection input 88 BATT I Voltage chec k input 89 RSSI I Receiving filed intensity signal input 90 BUSY I Squelch voltage check input 91 VOX I VOX voltage check input

92

CTCSS/DCS IN

I CTCSS/DCS input

93 DTMF IN I DTMF input 94 AVSS - Gnd 95 NC - NC

Chart 3-4 Semiconductor Device Feature Description

Position No. Item No. Feature Description

Page 13 of 96

FP560 S erv ice Manual

IC2

M30620

MCU

Q302

2SK508NV

RX VCO oscillator tube

Q300

2SC5108

RX 2nd local oscillation amplifier

Q307

2SK508NV

TX VCO oscillator tube

Q601

RD01MUS1

Transceiver power amplifier drive

Q600

RD07S2B

TX final power amplifier

Q602

2SC5108

Transceiver 1st amplification

Q700

2SC4617

Receiver noise amplifier

Q800

FMMT717

Audio output control switch

Q801

DTC144EE

Audio power amplificati on control switch

IC100

XC6204B502MR

Adjust output of 5C regulated voltage

D309

DA2S10100L

Losing lock detected） diode tube

D307,D308

D402

HSC277

VCO output switch

IC700 GT3136 Receiver 2nd local oscillation, 2nd IF amp li fic at i on, amplitude

limit, demodulation, nois e am plification

IC204 NJM2902 Receiver demodulated signal is amplified, f ilter

IC200 AT24C512C E2PROM, saving channel frequency data, feat ur e setting

parameters and adjus tment status parameters.

U800 TDA2822 Receiver audio power amplification

Q304 2SC5108 VCO buffer amplifier Q305 DTA143TE TX VCO control switch Q301 2SC5108 Feedback loop ampl ifier Q306 DTA143TE TX VCO control switch Q308 2SC4617 VCO power filter Q303 2SC5108 VCO buffer amplifier

Q603 2SC3356 Transceiver 2st amplification Q604 DTA144EE APC output switch Q703 3SK318 Receiver low noise amplifi er Q702 3SK318 1st frequency mixer Q701 2SC5108 IF amplifier

IC100 XC6204B502MR Adjust output of 5R regulated voltage IC100 XC6204B502MR Adjust output of 5T reg ulated voltage IC102 XC6228D122VR 1.8V output adjustment IC101 XC6204B332MR 3V output adjustment

Chart 3-5 Diode T ube Feature Descript ion

Position No. Item No. Feature Description

（

D310 DA2S10100L VCO power filter acceleration diode D304 1SV278 TX VCO modulated diode D305,D306

HVC376 TX VCO oscillation varac t or diod e

D300,D301

HVC376 RX VCO oscillation varactor diode

D302,D303

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D604

HZU5ALL

APC output limited voltage diode

D704,D705,D

D708

HVC355B

RX band pass filter var actor diode

D701

RB706F

Commutation diode

D600,D601 D602,D603

706,D707

HVC131 Transmitter ant enna switch diode

4. Function Description and Parameter Settings

4.1. Time-out Timer

This feature prevents t he user from long occupation on the cha nnel. If the transmitting period exceeds the dealer’s preprogrammed time, the radi o stops transmitting and rings alert tone. To stop the alert tone, please release the PTT button. For a second transmission, please press the PTT button after a certain period (set by the dealer). If the dealer preprograms the pre-warning feature, a warning is given when the transmitting period gets close to its time-out-timer limitation, indicating the t r ansmission is forbidden soon.

4.2. Channel Scan

The channel scan is able to search for the channel where there is a signal, and the radio stays on the channel where a signal is detected f or making a conversation. The scanning mode is the carrier control scan.

4.2.1. Carrier Control Scan

The radio scan stays on a busy channel until it is no longer busy, and the scan is enabled automatically after a certain per i od ( t he specific period time is set by the local dealer).

Press the Scan shortcut key, and the radio scans the scan list of the current channel. When the radio is scanning, you can press t he “ Scan” shortcut key to stop the scanning.

4.2.2. Scan Reply Channel

When the radio is scanning, press the PTT button to transmit and make a conversation on a preset channel, and the channel is pr epr ogrammed by the local dealer.

4.3. Kill and Activation

If the dealer preprogram s this feature, the radio can receive and decode other radio’s signals of kill and activation before respondi ng accor dingly. After bei ng killed, the radio can only receive the activated signal without being able to transm it or r eceive other signals. The radio is back to normal a f t er act ivation.

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4.4. Emergency

In a state of emergency, press the “Emergency On” button (the button is programmed as the “Emergency On” button) for the alarm call. To disable the emergency feature, please press the “Emergency Off” shortcut key or restar t t he r adio.

The alarm method is compos ed of two parts：

• Alarm type: mainly specifies the acoustooptic r eaction in the state of alarm call.

• Alarm mode: specifies the content sent in the state of alarm call. You can set these parameters through

the dealer to meet your requirements.

Alarm Mode:

• None: No alarm feature (by default), and the alarm f eature cannot be enabled by pressing the emergency button.

• Siren Only: The radio only emits siren locally.

• Regular: The acoustooptic alert can be enabled, and the radio is able to receive.

• Secret: No acoustooptic alert and the radio is not able to receive.

• Secret but receivable: No acoustooptic alert but t he r adio is able to receive.

Alarm Mode:

• Emergency Alarm: After the alarm feature is enabled, the radio only transmits an emergency alert , and afterwards, then automatic exit the alarm status.

• Emergency Alarm + Emergent Call: The radio transmits an emer gency alarm and sends out an emergency call by pressin g t he PTT button.

• Emergency Alarm + Auto Transmission of Backgrou nd T one: The radio transmits an emergency alarm, and the background tone will be sent out periodically and automatically in the way of emer gency call.

Note:

• Emergency Alarm: A non-speech signal transmitted by the radio t o in form other radios to send out an alert.

• Emergency Call: A call mode in the priority of using the channel to ensure a successful call during emergency.

4.5. Pa rameter Settings

The radio is preset before the factory delivery, but the parameter of the digital feature, operational frequency, channel, QT/DQT, and auto scan feature may be reset according to different requirements of the customers. Hence, Kirisun designed a Chinese/English FP520 programming software with friendly interface, easy operation and c l ear visual display to complete the parameter s et t ings for FP520.

Procedure of setting the parameter with a computer. A. Install the FP520 programming software on the computer.

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Computer

cable

Radio

B. As Figure 4-1 shows, using the FP520 programming cabl e t o c onnects the computer with the radio Note: During the connect i on, ① make sure the computer is off. ② make sure the radio is off. Figure 4-2

C

．Turn on t he computer. D．Turn on the Radio. E．Click the execution procedure, and operate FP520 programming soft ware. F．In the main menu of FP520 programming software, click ”read” menu to input the r adio parameter into

the computer. G．For detailed operation, please refer to the ”assistance” file of t he progr amming software.

FP560 programming

5. Assemble and D isassemble In structions

This radio is sophisticated communication equipment with a precise and compact mechanism. The assembly and disassem bl y of the radio must be carefully done during the rep air.

The description is as follo ws:

5.1. Attaching and Detaching the Battery

Attaching the battery

Press ① to bounce the belt clip; align the two bulges on the battery top with the corresponding slots on the aluminum shell, and insert t he bat t er y into t he aluminum shell in the direction as ② shows. Press the battery bottom as ③ shows to completely bounc e t he latc h, and the b at tery is att ached unt il the bat tery is hooked as ④ shows (see Figure 5-1).

Figure 5-2

Detaching the Battery:

Make sure the radio is of f when detaching the battery. To detach the battery, please push the battery latch as ① shows to bounce the bottom of the battery as

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② shows, and take out the battery as ③ shows; if the belt clip is attached, please press it as ④ shows and detach the batter y downwards.

Figure 5-3

Notes:

• Do not short circuit the battery terminals or abandon the battery into fire.

• Do not take the risk of disassembling the batt er y shell.

5.2. Attaching the antenna

When attaching, put the antenna end with screw thread into the threaded hole of the radio top, and turn it clockwise until it is fastened.

For detaching, hold the an t enna bot tom and turn it counterclockwise. Figure 5-4

5.3. Attaching and Detaching the Belt Clip

When attaching, align the screw holes of the belt clip wi th the corresponding ones of the radio back shell, and use two 2.5x8.0 machine screws to fasten.

Loosen the two 2.5x8.0 machine screws to detach the belt clip.

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Figure 5-5

5.4. Attaching and Detaching the Earphone

When the earphone is needed, open the earphone cover on the upper right side of the radio, and put the earphone plug into the interface.

Figure 5-6

5.5. Se parating the Front Cover from the Chassis

1. Remove the antenna, v olume knob and channel knob;

2. Remove the two knob nuts and one antenna nut;

3. Remove the two aluminum screws with wabblers;

4. Use a pair of tweezers or ot her t ools t o l ever open the bottom;

5. Pull out the Front Cover ;

6. Use an electric soldering iron to cut off the speaker wire and MIC wire, and t he separation is done. Figure 5-7

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5.6. Se parating the PCB Board from the Cha ssis

1. Remove the potentiomet er waterproof pad on top;

2. Remove the earphone wat er pr oof plug;

3. Remove the screws on the PCB ma inb oar d;

4. Remove the two screw s on t he side PTT PCB;

5. Use an electric soldering iron to cut off the antenna terminal and the PCB board is removed. (PTT PCB is connected with the P CB mainboard. To avoid bonding pad damage, use an electric soldering iron to separate them instead of dividing them with force)

Figure 5-8

After the disassembly above is completed, the repair and adjustment can then be done.

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No.

Part Number

Description

Quantity

Remark

keypad

frame

5.7. Ex ploded View

1 7MHR-4091-01A-W0

2 7MHP-7208-06A-W0

3 7MHP-7208-07A-W0

4 7MHJ-4091-01A-W

5 7MBP-4091-01A-WC FP560 lens 1 PC, silk print black frame 6 7GCB-070001 7 7MHR-1727-09A-W3 558 mic cover 1 Silicone gel, hardness 40, orange 8 4SM7-6027-A40C MIC S760 780 1

FP560 digital

PT560 earphone cover plug PT560 earphone cover board FP560 lens double-sided adhesive tape

φ7 mic waterproof cloth

1

1 ABS+PC;black

1 TPU;black

1 3M9448

1

Silicone gel+plastic key+plastic

waterproof cloth,diameter φ7mm, thickness 0.1mm

Φ6.0, -40±2dB omni directional,

2.2KΩ,2V, with 80mm red black wire

Page 21 of 96

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9

7MHP-4083-01A-W0

FP560 front shell

1

ABS+PC; black; silk print

PT560 guide circlip

19

7MHP-7208-02A-W0

PT560 channel

1

ABS; black, white paint

3.5mm, black passivation

RF coaxial waterproof plug

silicone gel pad

waterproof ring

10

11 7MHR-7208-05A-W3

12 7MHR-7208-04A-W9

13 7GCB-360001-W0

PT560 LOGO sticker

PT560 emrgency button;

beam φ36 speaker wanterproof net

1 T=0.3mm PC

1 Silicone, orange

1 Silicone; transparent milk white

1 Black wanterproof cloth

14 4SS7-4050-016-100 ∅ 40 speaker 1 MM4050-1638,16Ω,1W

PT560 side

15 7MHR-7208-06A-W0

silicone gel

1 Silicone; black

button

16 7MHP-7208-05A-W0

17 7MHS-1140-01A-W

18 7MHP-7208-01A-W0

PT560_PTT cover board 3118/3208 knob

PT560 volume knob

1 ABS+PC, black

2 Spring steel

1 ABS; black, white paint

20 PT558S antenna 1

21 7NRC-090136039-B1 558 antenna nut 1

22 7NRC-060100035-B1

23 7MHR-7208-02A-W0

24 3CR7-SMA-50JFB-4

558 switch nut

PT560 top waterproof ring

connector

2

1 Silicone; black

1 SMA-J, flang plate installation

PT560 earphone

25 7MHP-7208-04A-W0

socket

1 TPU; black

Thermally

26 7MHR-7042-06B-W0

27

7SMF-020037M-SZCT

-N

28 7MHR-7208-01A-W0

conductive

M2.0*3.7 cross sunken machine screw PT560 major

1 Silicone, black,3*6*9mm

2 Screw for fixing PTT PCB

1 Silicone; black;polished

Diameter 14mm brass, internal diameter M9mm,external diameter φ13.6mm, thickness 3.9mm, black passivation brass, internal diameter M6mm, external diameter φ10mm, thickness

29 7MHR-4083-01A-W0

FP560 pedestal waterproof pad

Silicone, black, hardness 60 degrees

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torsional spring

M2.5*8 cross

machine screw

35

7MJP-4026-01A-W0

KBJ-15 belt clip

1

DP770 belt clip,PC+ABS, black

top shell

bottom cover

alloy shell

PCB

52

7MHX-7042-02A-Z

battery hook 1

1

Zinc alloy (Zn3#), cat apho resis, black

53

7STF-019047B-SZHT-

M1.9*4.7 cross

3

Fixing LCD hardware bracket

30 7MHP-4091-02A-W0

31 7MJS-7013-01B-N

32 7MJS-7013-02A-W

33 7MJS-7013-03A-N

34

7SMF-025080M-SZYB

-Z1

36 7MDP-7208-01A-W0A

37 6PD7-7215-DPA

38

6BLM-103445-074150

-A

39 7MDP-4083-03A-W0A

PT560 main unit top cover KBJ-09 belt clip bracket KBJ-09 belt clip

KBJ-09 belt clip spin axis

round flat head

FP560 battery

FP560 charging PCB FP560 battery chip FP560 battery

1 ABS,+PC black

1

Stainless steel ;(SUS304),1.00THK, bright nickel-plated

1

2 For fixing belt clip

1 ABS+PC

1 Thickness 0.6MM

1 li-ion 1500mHA

1

40

7SMF-020080M-MHH T-N1

41 7MHL-4083-01A-W

M2*8 torx thick –headed machine screw FP560 aluminum

2 For fixing aluminum shell

1 ADC12

FP560 PTT

42 7MHS-4083-01A-W

button metal

1 φ6mm,SUS301 square metal dome

dome

43 FP560 PTT PCB 1 44

45 3WF7-05030-500C4

46

7SMF-020040M-SZYB

-N

47 7MHS-4091-01A-W

FP560 MAIN

Flex cable(with radar absorption cotton) M2*4 cross round flat head machine screw FP560 LCD bracket

1 Thickness 1.2mm

1

13

Interval 0.5mm,30P, wire length 50mm

Fixing main board, PTT keypad and antenna screw

1 Stainless steel (SUS304),0.3THK

48 7MHS-7042-01B-W latch 2 1 Stainless steel (SUS301),0.25THK 49 7MHS-7042-01A-W latch 1 1 Stainless steel (SUS301),0.25THK 50 7MHP-7042-14A-W0 battery lat ch 1 POM,black 51 7MHX-7042-02B-Z battery hook 2 1 Zinc alloy (Zn3#), cataphoresis, black

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sponge pad

keypad PCB

FP560

X round flat

machine screw

54 6MD7-F04932 FP560 LCD 1

55 7GCM-411294-J

56 7MHJ-4091-01A-W

57 7MHR-4091-01A-W0

58 7MHS-4091-02A-W

FP560 LCD

FP560 keypad double-sided adhesive tape FP560 digital

FP560 digital keypad metal dome

Black and white screen ,128*64

1 PRON, 41.1*29.4mm

1 3M9448

1 Thickness 0.6mm

1

SUS301，Φ5mm Metal Dome

6. Adjustment

6.1. Components of Adjustment

During the service, a proper test and adjustment to the radio’s technical criteria is necessary after changing the components.

6.1.1. Components needed for the adjustment

(1) antenna interface conv er tor (2) universal interface

6.1.2. Manual Mode Adjustment

The radio needs adjustme nt of 5 frequencies. The frequencies selected by the channel switch are shown in the chart below:

Model Channel 1 Channel 2 Channel 3 Channel 4 Channel 5

FP560 VHF

UHF

136.05MHz 145.55MHz 155.05MHz 164.55MHz 173.95MHz

400.05MHz 415.05MHz 435.05MHz 455.05MH 469.975MHz

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6.1.3. Computer Adjustment Method

VCO Part

The radio is receiving: a) The channel is on the r eceiving high frequency, adjust C335 and test T300, the spot voltage i s 3.6 ±

0.1V. b) The channel is on the r eceiving low frequency, t est T300, the spot voltage＞0.6V The radio is transmitting ： a) The channel is on the t r ansmitting high frequency, adjust C371 test T300, spot volt age as 3. 6± 0. 1V d) The channel is on the t r ansmitting low frequency, test T300, the spot voltage＞0.6V

TX Part

1). Transmitti ng Frequency Under the computer mode, the transmitting frequency is adjusted within ±100H z.

2). Power a. Under the computer mode (t r ansmitting high power) (5 frequencies), the transmitting high power is

adjusted to 3.8-4.2W. b. Under the computer mode (t r ansmitting low power) ( 5 frequencies), the transmitting low power is

adjusted to 0.8-1.1W.

3). The Maximum Fre quency Deviation (the modulation signal is 1kHz/120 m V ) Under the computer mode [the maximum audio frequency deviation] (the broa dband has five frequencies

and the narrowband has one; six fr equencies in total), adjust the maximum transmitting frequency deviation to 1.8-2.5 kHz.

4). DCS Balance Under the computer mode, [DCS balance] (the broa dband has five frequencies), adjust the DQT and

make it balanced, so the demodulated DQT wave can be square and smooth.

5). DCS Frequency Deviation (DQT: 023N) Under the computer mode [DCS frequency deviation], adjust DCS frequency to 0.3-0.5kHz.

6). CTCSS Frequency De viation（QT: 67.0Hz, 150.4Hz, 250.4Hz） Under the computer mode [CTCSS (67Hz, 150.4Hz, 250. 4Hz) frequency deviation] adjust the CTCSS

frequency deviation to 0.3-0.5kHz.

7). DTMF Frequency Dev iation Under the computer mode [ DTMF frequency deviation] (five frequencies), adjust the DTMF frequency

deviation to 1.5-2 kHz.

8). Battery low volt age indication when transmitting: the voltage is set as 6.8V，under the comput er mode

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[transmitting low volt age], click OK when the digits are stabilized.

RX Part

1). Receiver Pass Band a. Program the spectrum analyzer, and test the receiver pass band at the test point with a high frequency

probe. b. Under the computer mode [ rec eiv ing sensitivity] (five frequencies), adjust the receiver pass band to the

corresponding center frequency.

2). The Maximum Volume Set the RF frequency as the cent er frequency, the signal strength as 1mV, and the modulated frequency

deviation as 1.5 kHz. Under the computer mode, set the computer audio power as 1. 1-1.3W.

3). First Level Squelch Adjustment a. Set the RF signal as -121dBm and the modulated frequency deviation as 1.5 kHz . Under t he computer

mode (on) (five frequencies), c lick OK when the digits are stabilized. b. Set the RF signal as -123dBm and the modulated frequency deviation as 1.5 kHz . Under t he computer

mode (off) (five frequ encies), click OK when the digits ar e stabilized.

4). Field Str ength a. Set the RF signal as -121dBm and the modulated frequency deviation as 1.5 kHz . Under t he computer

mode (low RSSI) (five frequency points), clic k OK when the digits are stabilized. b. Set the RF signal as -70dBm and the modulated frequency deviation as 1.5 kHz. Under the computer

mode (high RSSI) (five frequency points), click OK when the digits are stabilized.

6.2. Radio Test

The following criteria shou ld be tested:

RX Part

1. Sensitivity: <=-120dBm (0.25uV) 12dB SINAD

2. Distortion: <=5%

3. Current: static cur r ent : <=100mA RX working current: <=400mA

4. QT/DQT decode: when <=-116dBm (0.35uV), the radio decodes correctly.

5. Sensitivity of the 3rd squelch off: when RF input ≤-124dBm时, the squelch should be turned off.

6. Sensitivity of the 3rd squelch on: when RF input ≥-119dBm, the squelch should be turned on.

TX Part

1. Output power: Hig h (3.8W---5W); low (0.9W---1.1W)

2. TX current: High power transmitting <= 1.6A; low power transmitting<=1.0A

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3. The maximum fr equency deviation: 1.8kHz---2.5kHz

4. TX distortion: <=5%

5. QT/DQT frequency deviation: 0.3---0.5kHz with fine wave form.

6. TX frequency deviation: Nominal frequency +/-500Hz

7.DTMF frequency deviation: 1.5～2.0 kHz

8. FFSK frequency deviation: 1050Hz+/-50

9. Under voltage Ind ication: The voltage is 6.6V, the indicator glows red when PTT is pressed; no TX power.

7. Major Specifications

General Specificatio n

Model FP560

Frequency Range UHF: 400-470MHz VHF: 136-174MHz

Modulation Method 4FSK

Channel Capacity 256

Channel Spacing 6.25kHz/12.5kHz

Intermediate Frequency The first IF: 51.65MHz the second IF: 450kHz

Operation Voltage 7.5V negative pole is connected to the ground

Operation Temperature

Antenna Impedance 50Ω

-25℃~ +55℃

Microphone Impedance 2.2kΩ

Battery (Standard) Li-ion battery DC 7.4V , 1500mAh, duration:12.5 hours

Dimension 118.2mm x55.7mmx32.9mm

Weight

270（with battery and ant enna）

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RX Part

Sensitivity (12dB SINAD) ≤0.25μV

Squelch-On Sensitivity ≤0.18uV

Receiver Residual Output ≤-35dB

Modulated RX Bandwidth ±3.5kHz

Adjacent Channel Selectivity ≥50dB

Intermodulation Interference

≥65dB

Rejection

Spurious Response Rejection ≥70dB

Audio Output Power 1.3W, BTL@distortion≤10%, 16Ω

RX Consumption Current ≤400mA

TX Part

Tx Power 4.0W/1.0W@7.5V DC

Frequency Stability ≤ ±2.5ppm

The Maximum Modulated

±2.5kHz

Frequency Deviation

Modulation Distortion

≤ 3%

(300~3000Hz)

Adjacent Channel TX Power ≥60dB

Spurious TX ≥70 dB

Residual Modulated

≥40 dB

Frequency

TX Consumption Current ≤1.7A@7.5V DC

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8. Maintenance and Test Equipment

During the service and test , t he follow ing equipment and apparatus are needed.

Equipment Specification

Standard Signal Generator Frequency Range: 400- 470MHz

Modulation: FM and Exter nal Modulation Output: －127dBm/0.1uv or ≥－47dBm/1mv

Power Meter Input Impedance: 50Ω

Operation Frequency : 400 - 470MHz Measurement Range: about 10W

Deviation Meter Frequency Ra nge: 400-470MHz

Digital Voltmeter Measurement Range: DC 10mv - 10v

Input Impedance: high inp ut i mpedanc e for the minimu m circ uit loa d

Oscilloscope Frequency Range: DC - 30MHz

High Sensitivity Frequency Counter

Ammeter Maximum Current: 5A

Audio Voltmeter Frequency Range: 50Hz - 10KHz

Audio Generator Frequency Range: 50Hz - 5KHz or higher

Spectrum Analyzer Measurement Range: DC - 1GHz or higher

Frequency Range: 50Hz - 10KHz Frequency Stability: 0.2ppm or lower

Volt Range: 1mv - 10v

Output: 0 - 1v

Path Generator Center Frequency: 50KHz - 600MHz

Output Voltage: 100mv or higher

16Ω Dummy Load About 16Ω, 3W

Adjustable Power Supply 5v - 10v, about 5A

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9. KBC-51 Charger

9.1. The Operational Conditions and Ba sic Specification of Charger

a) Battery Specification：Li-ion（2*3.7V）,battery capacity (1~2.4AH). b)Power A daptor Specification: DC 1 1V~ 16V，500~1500mA power adaptor，standard voltage is 12V. c) No-load Input Current: ≤ 15mA d) Precharged Current: 200 mA±40 mA e) Precharged Time Limit: 15Min f) Constant Current Charging Current ：800 mA± 40 mA g) Maximum Li-ion Charging Vo ltag e：8.32~8.42V.

9.2. Function Int roduction

1. This charger is inte ll ige nt with fast charging, reliability, safety and high charging saturation.

2. St atus I ndicat ion: Th e indicat or flashe s red for pr echarg ing and lights red for charging; it lights green for full charging, no battery and battery protection; it flashes yellow for battery output short circuit.

3. The external port id ent i fies the lithium battery .

4. Battery Short Circuit Protection: When there is a short circuit in the negative and positive pole of the charger, the indicator flashes yellow and the charging current will be cut off. The charging will continue automatically after t r oubleshooting.

5. The full battery is recharged for identification: When the full Li battery is recharged, if the voltage is higher than 8.25V, the charging stops, and if it is lower than 8.25V, the charging conti nues.

6. Temperature Protection: When the Li-ion bat t er y is charging, the charging stops with the yellow light on if the temperature is higher than 55 degrees. The charging is restarted when the temperature is down to 45 degrees.

7. Put the radio on the charger when it is on standby mode, and the charging automatically begins when the battery voltage is lower than 8.2 V.

8. The yellow light indicates the charger automatic protection. The charging is restarted after the troubleshooting.

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LED lights red: Chargi ng LED lights green: Ful l battery LED lights yellow: Abnormal charging

10. Troubleshooting

No. Problem Ca use and Solution

A．The battery pack may be out of p ower. Please charge it or change to a new one, then try again.

1 Power-on Failure

PLL is unlocked

2

（beeping））

B．Power switch failure. Cha nge to a new power switch. C．CPU failure. Change to a new CPU. D．Protective tube F100 f ailur e. Change to a new protective tube.

A．The PLL crystal oscillator X300 is broken, please change to a new one.

B．The oscillation tube is broken, please change to a new one. C．The PLL chip IC300 is broken，please change to a new one.

3

Communication Failure

A．The frequency is not the sa me. P lease reselect a channel with the same frequency

B．The signaling codes of CT CSS/D CS are di fferent ，pl eas e reset them with the computer.

C．Beyond the communication range.

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A．The antenna is in poor contac t，please fasten it again. B．Low sensitivity，adjust the parameter in the “test mode”. C．The high-mu tube Q703 is broken, please change it.

4 No Signal

No voice on the receiving radio

5

when the indicator glows red on the transmitting radio.

No voice received

6

when the indicator glows green.

D．The squelch level is to o high to turn it on, please adjust the squelch level.

E．Mixer tube Q702 is broken, please change it. F．FM processing chip IC700 is broke n, ple as change to a new IC.

A．The power amplifying t ube is broken with no power output, please change it.

B．The microphone is broken, please change it. C．The operational ampl ifier Q 601 is broken, please change it.

A．The speaker is broken, please change it. B．The audio power amplifier U800 is broken, please change to a

new IC. C．The switch diode Q801is broken, please change it.

A．Improper connection, please check the cable connection.

7

Abnormal Programming

B．The computer serial p or t out put is abnormal, please check the computer.

C．The earphone jack is in poor contact, please c heck it an d change it if broken.

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Appendix 1 Abbreviation

AMP Amplify, Amplifier ANT Antenna APC Automatic Power Control BPF Band Pass Filter CTCSS Continuous Tone Control Squelch System DCS Digital Code Squelch DEMOD Demodulation E2PROM Electrically Erasable Programmable Read-Only Memory HPF High Pass Filter IDC Instantaneous Deviation Control IF Intermediate Frequency LED Light-Emitting Diode LNA Low Noise Amplifier LPF Low Pass Filter MCU Micro Control Unit MIC Microphone MOD Modulation MONI Monitor PLL Phase-Lock Loop PTT Push-To-Talk RX Receiver SPK Speaker TCXO Temperature Control Oscillator TX Transmitter UL Un-Lock VCO Voltage Control Oscillator

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Accesoory

Quantity

User Guide

1

ty

charger KBC-51

vocoder）

tube

Appendix 2 Accessory List

Antenna 1

Adapter 1

Belt Clip 1

Intelligent Charger 1

Strap 1

Battery 1

Appendix 3

List 1 Spare Pare List (Electronic Section 400-470MHz)

Part Number Item Name Specification

FP560-02

6SS3-4109-AA

6SS1-4083-HMC

0SS1-4083-HMC

1DS1-HSC277

FP560-02 main unit FP520-02 main unit SMD（

FP520-02 main unit SMD（change vocoder） SMD switch diode

change

400-470MHz,4W,

400-470MHz，

6.25K,pb-free

FP520-02,,pb-free 1

FP520-02, pb-free 1

HSC277,1608 3 D402 D602 D700

Quanti

0

1

Plug-in Unit Postion

Page 34 of 96

FP560 S erv ice Manual

23

D300 D301 D302 D303 D305 D306 D307 D308 D704 D705 D706 D707 P-8

OP-16

series

6.25K series

SMD specia lized

1DS1-HVC131

SMD switch diode tube

1DS1-DA2S10100L SMD switch diode

tube

1DS1-RB706F-40

1DV1-1SV278

1DV1-HVC376B

1DZ1-HZU5ALL

SMD switch diode tube

SMD varactor diode tube

SMD regulated voltage diode tube

1IL1-NJM2904V SMD linear IC

HVC131(P1),1608 2 D600 D601

DA2S10100L 3 D309 D310 D709 Schottky diode

RB706F-40,SOT-3

1 D701

1SV278(T1) 1 D304

HVC376B(B9) 13

D708 HZU5ALL,2012,5 V

1 D604

Dual operational amplification NJM2904V,TSSO

1 IC600

1IM1-AT24C512C

SMD memerizor IC

1IS1-MB15E03SL SMD PLL IC

1IS1-PST9124NR SMD reset IC

Digital baseband

1IS1-SCT3252PS

processor chip; forFP520 FP560

AT24C512C, ,pb-f ree MB15E03SL,TSS

Reset IC,PST9124NR

SCT3252PS， LQFP100，,pb-free

1 IC200

1 IC300

1 IC202

1 U1

1IS1-SCT3252PN Baseband chip SCT3252PN 1

1IM1-ST24

Vocoder, 6.25K

vocoder/ST24，

1

1IS1-GT3136

1IS1-TDA2822

1IS1-WM8758B

SMD specialized IC

IC CODEC chip, for

FP520 FP560

GT3136,SSOP16 1 IC700

TDA2822 1 U800 WM8758CB,

32-Pin

1 U6

QPN,5*5*0.9MM, ,

Page 35 of 96

FP560 S erv ice Manual

pb-free

K52

1TF1-RD01MUS2

SMD FET

1 Q601

1TF1-ST2302

SMD FET

ST2302,SOT-23

2

Q802 Q803

1TT1-2SA1586

SMD triode

2SA1586

1

Q805

NPN

Q300 Q301 Q303 Q304 Q602 Q701

Q2 Q4 Q101 Q103 Q200 Q201 Q605 Q801 Q804 A

SOT23

-100D

capacitor

V,C0G

C329 C361 C375 C621

2CC1-10-C0G500

flake multi-layer

1005,12P±5%,50V

-150J

capacitor

,C0G

-160J

capacitor

,C0G

1IS1-XC6204B502 MR

SMD regulated voltage IC

Regulated voltage integrated 5V,SOT-23-5

1 IC100

1TF1-2SK1824 SMD FET 2SK1824(B1) 3 Q606 Q6 Q704 1TF1-2SK508NV-

1TF1-3SK318

SMD FET 2 Q302 Q307 SMD dual grid

FET.

3SK318(YB-) 2 Q702 Q703

1TF1-RD07MUS2 B

1TT1-2SC3356-R 24

SMD FET

SMD triode

1TT1-2SC4617-R SMD triode

1TT1-2SC5108-Y SMD triode

RD07MUS2B，,p b-free

2SC3356-R24,SO T23,NPN 2SC4617-R(BR),E MT3 2SC5108-Y(MC),

1 Q600

1 Q603

2 Q308 Q700

6

1TT1-DTA143TE SMD triode

1TT1-DTC144EE SMD triode

1TT1-FMMT717T

SMD triode

1TT1-KTA1298-Y SMD triode 2CA1-TZVY2Z100

A110 2CC1-10-C0G500

2CC1-10-C0G500

-101J

-120J 2CC1-10-C0G500

SMD adjusted capacitor flake multi-layer

flake multi-layer capacitor

capacitor flake multi-layer

Digital triode,DTA143TE(

93),SOT323 Digital triode ,

DTC144EE(26),S OT323 FMMT717A,PNP,

KTA1298-Y,SOT2 3 2-10P,+100/-0%,N P0±300PPm/℃ 1005,10P±0.5P,50

1005,100P±5%,50 V,C0G

,C0G 1005,15P±5%,50V

3 Q305 Q306 Q604

11

Q806 Q707

1 Q800

4 Q1 Q3 Q100 Q102

2 C335 C371

4 C308 C309 C318 C321

6

C643 C765

2 C331 C363

2 C327 C618

2CC1-10-C0G500

-180J 2CC1-10-C0G500 flake multi-layer 1005,22P±5%,50V 2 C225 C227

flake multi-layer

flake multi-layer capacitor

1005,16P±5%,50V

1005,18P±5%,50V ,C0G

1 C311

2 C620 C732

Page 36 of 96

FP560 S erv ice Manual

-220J

capacitor

,C0G

2CC1-10-C0G500

flake multi-layer

1005,2P±0.25P,50

-330J

capacitor

,C0G

C702 C328 C741 C725

-5R0C

capacitor

V,C0G

C305 C314 C315 C356 C703 C704

-820J

capacitor

,C0G

C81 C6 C60 C61 R807

C89 C91 C92 C100 C101 C111 C114 C224 C334 C345,C707 C715 C749 C764 C801 C808 C816

2CC1-10-X7R500-

flake multi-layer

1005,33nF±10%,2

C351 C366 C636 C645 C647 C706 C709 C711 C712 C713 C714 C742 C743 C751 C753 C72

C341 C112 C115 C629 C639 C640 C648 C726

2CC1-10-C0G500

-270J

-2R0C 2CC1-10-C0G500

2CC1-10-C0G500

-3R0C 2CC1-10-C0G500

-470J 2CC1-10-C0G500

-4R0C 2CC1-10-C0G500

2CC1-10-C0G500

-680J 2CC1-10-C0G500

-6R0C 2CC1-10-C0G500

flake multi-layer capacitor

capacitor flake multi-layer

flake multi-layer capacitor flake multi-layer capacitor flake multi-layer capacitor flake multi-layer

flake multi-layer capacitor flake multi-layer capacitor flake multi-layer

1005,27P±5%,50V ,C0G

V,C0G 1005,33P±5%,50V

1005,3P±0.25P,50 V,C0G 1005,47P±5%,50V ,C0G 1005,4P±0.25P,50 V,C0G 1005,5P±0.25P,50

1005,68P±5%,50V ,C0G 1005,6P±0.25P,50 V,C0G 1005,82P±5%,50V

1 C313

2 C302,C731

3 C754,C355,C612

5

C724

1 C306

3 C324 C332 C364

6

1 C323

4 C723 C700,C736,C333

1 C759

2CC1-10-C0G500

-R50B 2CC1-10-X5R6R3

-105K

2CC1-10-X7R160104K

333K

2CC1-10-X7R500102K

flake multi-layer capacitor flake multi-layer capacitor

flake multi-layer capacitor

capacitor

flake multi-layer capacitor

1005,0.5P±0.1P,5 0V,C0G 1005,1uF±10%,6. 3V,X5R

1005,100nF±10%, 16V,X7R

5V,

1005,1000P±10%, 50V,X7R

4

6

C343 C362 C325、C357

C38

C40 C10 C12 C14 C21 C22

C23 C24 C25 C26 C27 C28

C32 C39 C50 C51 C55 C56

38

C818 C819 C822

2 C48 C57

C34 C122 C304 C322 C347

23

2CC1-10-X7R500103K

2CC1-10-X7R500- flake multi-layer 1005,1800P±10%, 2 C708 C820

flake multi-layer capacitor

1005,10nF±10%,5 0V,X7R

15

C54 C41

C46，C47，C720、

C800 C812

C719 C5

Page 37 of 96

FP560 S erv ice Manual

182K

capacitor

50V,X7R

C42 C43 C45 C58 C59

104 C105 C107 C108 C110 C113 C207 C208 C221 C222 C230 C231 C232 C233 C300 C301 C316 C320 C336 C337 C338 C339 C53 C52 C755 C756 C757 C758 C760 C762 C763 C803 C804 C809 C810 C813

-120J

capacitor

,C0G

-220J

capacitor

,C0G

-330J

capacitor

,C0G

2CC1-16-C0G500

flake multi-layer

1608,4P±0.25P,50

-5R0C

capacitor

V,C0G

-6R0C

capacitor

0V,C0G

C8 C9 C11 C15 C16 C17 C18 C63 C103 C106 C109 C116 C119 C319 C344 C348 C642 C750 C752 C802 C806 C815 R0M

capacitor

V,TS series (level

C102 C

2CC1-10-X7R500471K

2CC1-16-C0G500

-1R0C 2CC1-16-C0G500

-1R5C 2CC1-16-C0G500

2CC1-16-C0G500

-270J 2CC1-16-C0G500

-2R0C 2CC1-16-C0G500

flake multi-layer capacitor

flake multi-layer

flake multi-layer capacitor flake multi-layer capacitor flake multi-layer

1005,470P±10%,5 0V,X7R

1608,12P±5%,50V

1608,1P±0.25P,50 V,C0G 1608,1.5P±0.25P, 50V,C0G 1608,22P±5%,50V

1608,27P±5%,50V ,C0G 1608,2P±0.25P,50 V,C0G 1608,33P±5%,50V

80

C814 C821

1 C607

1 C634

1 C604

1 C602

1 C610

2 C603 C614

1 C326

2CC1-16-C0G500

-3R5C

-4R0C 2CC1-16-C0G500

2CC1-16-C0G500

-6R0D 2CC1-16-X7R500471K

2CC1-20-Y5V160106Z

2CT1-TS32-160-1

flake multi-layer capacitor

capacitor flake multi-layer

flake multi-layer

flake multi-layer capacitor flake multi-layer capacitor

flake multi-layer capacitor

SMD tantalum

1608,3.5P/3.6±0.2 5P,50V,C0G

V,C0G 1608,5P±0.25P,50

1608,6P±0.25P ,5

1608,6P±0.5P,50 V,C0G 1608,470P±10%,5 0V,X7R

2012,10uF+80%/20%,16V,Y5V

3216,1μF±20%,16

1 C605

1 C616

4 C365 C601 C613 C615

1 C608

1 C609

1 C611

24

C817 C49

1 C359

Page 38 of 96

FP560 S erv ice Manual

3216,15μF±20%,6

(level A)

Wire diameter L600 L601 L603 L709

Wire diameter

1608-FH12N)

LG1608B27NJ)

1608,3.9nH±0.3n

S)

A)

2CT1-TS32-350-R 10M

2CT1-TS32-6R3-1 50M

2CT1-TS35-6R3-1 01M

2LH1-R401R5-R0 3-05

2LH1-R401R5-R0 4-05

2LH1-R401R5-R0 8-05

SMD tantalum capacitor

SMD chip inductor

3216,0.1μF±20%,

35V,TS series (level A)

.3V,TS series

C-TAN,100uF,20 %,SIZE-B,6.3V

φ0.40, internal diameter φ1.5,3 circles, pin height

0.5mm Wire diameter φ0.40, internal diameter φ1.5,4 circles,pin height

0.5mm Wire diameter φ0.40, internal diameter φ1.5,8 circles, high pin

1 C358

2 C1 C376

1 C805

8

L710 L711 L713 L714

2 L602 L605

1 L607

2LH1-R501R5-L0 5-05

SMD chip inductor

2LL1-16-12NJ lamination inductor

2LL1-16-1R0K lamination inductor

2LL1-16-22NJ lamination inductor

2LL1-16-27NJ lamination inductor

2LL1-16-33NJ lamination inductor

2LL1-16-3N9S lamination inductor

2LL1-16-3R3K lamination inductor

φ0.50, internal diameter φ1.5,5 circles, high pin 1608,12nH±5%(M LG1608B12NJ/LL

1608,1μH±10%(M

LF1608A1R0K) 1608,22nH±5%(M LG1608B22NJ) 1608,27nH±5%(M

1608,33nH±5%(M LG1608B33NJ)

H(MLG1608B3N9

1608,3.3μH±10%(

MLF1608A3R3K TA00)

1 L606

1 L611

1 L703

1 L311

1 L609

1 L313

1 L604

2 L309 L323

2LL1-16-82NJ lamination inductor 1608,82nH±5%(M 2 L307 L310

Page 39 of 96

FP560 S erv ice Manual

MLF1608DR56K)

NJ)

2520,330nH±10%,

(FLM2520-R56K)

17 R618 R619 R624

R14、R19 R1 R16 R17 R18

2LL1-16-R22J lamination inductor

2LL1-16-R56K lamination inductor

2LW1-16UC-180J SMD wire inductor

2LW1-16UC-181J SMD wire inductor

2LW1-16UC-680J SMD wire inductor

2LW1-20UC-221J SMD wire inductor

2LW1-25UC-103J SMD wire inductor

LG1608B82NJ)

1608,0.22μH±5%(

LG HK 1608R22J-T/MLG 1608B220N) 1608,560nH±10%(

1608,18nH±5%,ce ramic chip(C1608CB-18

1608,180nH±5%, ceramic chip (C1608CB-R18J) 1608,68nH±5%, ceramic chip (C1608CB-68NJ) 2012,220nH±5%, ceramic chip (LQN21AR22J/LQ W2BHNR22J03L) 2520,10μH±5%, ceramic chip (FLM2520-100J)

4 L306 L319 L324,L303

1 L300

3 L301 L700 L304

1 L321

2 L701 L706

1 L608

1 L305

2LW1-25UC-331K SMD wire inductor

ceramic chip (FLM2520-R33K/S

1 L704

GWI2520HR33J) 2520,560nH±10%,

2LW1-25UC-561K SMD wire inductor

ceramic chip

1 L705

3216,17nH±5%,

2LW1-32UC-170J SMD wire inductor

(LQN1A23NJ04/L QW31HN17NJ03L

1 L322

)murata 3216,27nH±5%

2LW1-32UC-270J SMD wire inductor

(LQN1A27NJ04/L QW31HN27NJ01L

1 L308

)

2RE1-10-22R0

2RE1-16-1503

SMD precise resistor SMD precise resistor

1005,22Ω±1% 1 R804

1608,150K±1% 7

2RS1-10-000O flake resistor 1005,0Ω 22

R6 R625 R627 R628 R45 C2、C3,R13、

R206, R41

Page 40 of 96

FP560 S erv ice Manual

R231 R244 R300 R308

R198 R229 R236 R237 R238 R239 R254 R255 R301 R304 R341 R602 R606 R719 R53 R50 R57

R813 R815 R822 R806

R36 R37 R43 R100 R103 R250 R251 R252 R327 R337 R338 R339 R340 R344 R718 R801 R816

R105 R342 R704 R724

R626 R725 R729 R730 2RS1-10-154J

flake resistor

1005,150K±5%

4

R716 R303 R314 R728

2RS1-10-182J

flake resistor

1005,1.8K±5%

1

R44

2RS1-10-204J

flake resistor

1005,200K±5%

1

R302

R305 R323 R611 R715 R721

2RS1-10-221J

flake resistor

1005,220Ω±5%

2

R722 R726

2RS1-10-274J

flake resistor

1005,270K±5%

3

R104 R325 R326

2RS1-10-330J

flake resistor

1005,33Ω±5%

1

R610

2RS1-10-333J

flake resistor

1005,33K±5%

2

C811 R701

2RS1-10-334J

flake resistor

1005,330K±5%

2

R228 R702

R39 R40 R107 R143 R604 R616 R824 C73 C74 R51

2RS1-10-100J flake resistor 1005,10Ω±5% 5

R324

2RS1-10-101J flake resistor 1005,100Ω±5% 3 R321 R703 R248

R823 R15 R38 R106 R197

2RS1-10-102J flake resistor 1005,1K±5% 22

R32、R227 R8 R33 R34 R35

2RS1-10-103J flake resistor 1005,10K±5% 28

2RS1-10-104J flake resistor 1005,100K±5% 9

2RS1-10-105J flake resistor 1005,1M±5% 8

R727 R739 R316 R4 C7

R731 R732 R733 R734 2RS1-10-151J flake resistor 1005,150Ω±5% 1 R333 2RS1-10-152J flake resistor 1005,1.5K±5% 3 R607 R817 R331 2RS1-10-153J flake resistor 1005,15K±5% 1 R25

2RS1-10-184J flake resistor 1005,180K±5% 1 R736

2RS1-10-220J flake resistor 1005,22Ω±5% 5

2RS1-10-222J flake resistor 1005,2.2K±5% 5 R7 R42 R101 R102 R800 2RS1-10-223J flake resistor 1005,22K±5% 1 R26 2RS1-10-241J flake resistor 1005,240Ω±5% 2 R310 R328 2RS1-10-271J flake resistor 1005,270Ω±5% 3 R309 R318 R605 2RS1-10-272J flake resistor 1005,2.7K±5% 1 R313 2RS1-10-273J flake resistor 1005,27K±5% 2 R631 R720

2RS1-10-332J flake resistor 1005,3.3K±5% 4 R312 R708 R711 R735

2RS1-10-392J flake resistor 1005,3.9K±5% 2 R614 R738 2RS1-10-393J flake resistor 1005,39K±5% 1 R612

Page 41 of 96

FP560 S erv ice Manual

2RS1-10-470J

flake resistor

1005,47Ω±5%

1

R600

2RS1-10-471J

flake resistor

1005,470Ω±5%

3

R11 R814 R811

R706 R322 R343 R406 R407 R700

R601 R608 R613 R61 R62

2RS1-10-823J

flake resistor

1005,82K±5%

1

R609

L100 L102 L103 L708 2RS1-20-000O

flake resistor

2012,0Ω

1

L707

2RS1-32-R47J

flake resistor

3216,0.47Ω±5%

3

R620 R621 R622

30-A2/TR8

1608,BLM11A221

1S(0138-05)

FB1 FB7 FB8 FB9 FB12

L6 L7 L8 L10 L203 L314

crysral oscillator

0

2RS1-10-472J flake resistor 1005,4.7K±5% 6

R22 R23 R24 R27,R29 R30 2RS1-10-473J flake resistor 1005,47K±5% 16

R31 R240 R241 R242 R243

2RS1-10-474J flake resistor 1005,470K±5% 1 R805 2RS1-10-512J flake resistor 1005,5.1K±5% 3 R199 R200 R218 2RS1-10-560J flake resistor 1005,56Ω±5% 1 R710 2RS1-10-562J flake resistor 1005,5.6K±5% 4 R812 R317 R603 R2 2RS1-10-563J flake resistor 1005,56K±5% 3 R629 R705 R723 2RS1-10-564J flake resistor 1005,560K±5% 1 R712

2RS1-16-000O flake resistor 1608,0Ω 5

L610 2RS1-16-153J flake resistor 1608,15K±5% 1 R615

2RT1-NTH5G16P 42B104K

3ST1-SKRTLBE0 10

SMD thermistor

SMD tact switch

1608,NTH5G16P4 2B104K07TH

1 R707

SKRTLBE010,4.5*

3.55*3.3mm(ALPS) 1 S1

1608,red

4PE1-16-F2 SMD LED

light,19-21SUR/S5

1 D202

1608, green

4PE1-16-F5 SMD LED

5FC1-D51606GQ 1-0705

SMD cryst a l filter

light,,H19-213SYGC 1 D203

DSF753SDF,51.6 5MHz±3KHz/5dB,

1 Z1

7.0*5.0*1.3

5FE1-BLM11A221 SPT

5FE1-BLM11A601S SMD EMI

5FE1-BLM21P300S SMD EMI

5OD1-12R28-ACL

-2520

SMD EMI suppressed filter

suppressed filter

suppressed filter SMD temperature

supplemented

SPT/BLM18AG22

1608,BLM11A601 S/BLM18AG601S( 0138-05) 2012,BLM21P300 S/BLM21PG300S( 0149-05) DSA221SJ,12.288 0MHz,±1.5PPm,-4

～

9

15

FB16 FB17 L4 L5

L315 L316 L317 L318 L320

L613 L712 L715 L800

2 L612 L614

1 Y3

Page 42 of 96

FP560 S erv ice Manual

A

，

connector

chip,

-1R0C

capacitor

V,C0G

2CC1-10-C0G500

Flake multi-layer

1005,0.75P±0.1P,

-1R5B

capacitor

0V,C0G

1IS1-XC6228D12

SMD specialzed

Power

1

IC102

5OT1-12R8-CEC3

-0503

5XC1-9R8-MPL20

-0503

6PM7-4083-HMB

7MHP-7042-12AW

1ID1-MC74VHC1 GT04

2CC1-20-Y5V160105Z

SMD temperature supplemented crysral oscillator

SMD crystal harmonic oscillator

FP560 UHFmainborad

battry connector Single phase

inverter IC for FP520 FP560 layer multi-layer capacitor

3CF1-BL112-30RU SMD FFC/FPC

+85℃,2.5*2.0*0.8 mm NT5032SA/NT503 2SC,12.8MHz±2.5 PPm,5.0*3.2*1.6m m

9.8304MHz±30PP M,±50PPM,16P,-4 0℃ to+80℃

,NX5032G

FP520U-MAIN-14

0106.PCB;1.0MM ；47X101.5MM； FR-4,four layers； pb-free 3600 568 567 7800 MC74VHC1GT04 SC-88A/SOT353， pg-free 2012,1uF+80%/-2 0%,16V,Y5V Interval 0.5mm,30

1 X300

1 X200

1 Mainboard PCB

1 DC1

1 U8

2 C36 C218

1 J4

3FW1-42932-3023 20

2CC1-10-C0G500

-3R0D

2CC1-20-Y5V100334Z 2CC1-10-C0G500

2CC1-10-C0G500

-8R0C

-R75B

1IS1-XC6204B332 MR

2CC1-16-C0G500

SMD fuse

Flake multi-layer capacitor

Flake multi-layer capacitor Flake multi-layer

Flake multi-layer capacitor

capacitor

SMD regulated voltage IC

Flake multi-layer

429003/433003/46 6003,3216,3A/32V 1005,3.0P±0.25P, 50V,C0G,GJM155 5C1H3R0CB01, HIQ 2012,330nF+80%/

-20%,10V,Y5V 1005,1P±0.25P,50

1005,8P±0.25P,50 V,C0G

50V,C0G Regulated voltage integrated

3.3V,SOT-23-5,15 0mA 1608,1.5P±0.1P,5

1 F100

1 C226

1 C705

2 C728 ,C739

4

C738、C740，C734,C744

1 C729

2 IC101 IC4

1 D703

Page 43 of 96

FP560 S erv ice Manual

chip

2LFGPGP, pb-free

IC

IN,SOIC, ,pb-free

FP560 KEYbaord SMD

layers，FP560KEY

2CC1-10-X5R6R3

flake multi-layer

1005,1uF±10%,6.

2VR IC IC,XC6228D122V

R-G,SOT-25J,5PI N, ,pb-free

2CT1-TS32-350-R 33M

1DV1-HVC350B

SMD tantalum capacitor

SMD varactor diode

3216,0.33μF±20%

,35V,TS series(A level) HVC350B(B0),SO D523

1 C360

1 D702

2RS1-10-331J flake resistor 1005,330Ω±5% 4 2CC1-10-C0G500

-7R0C

Flake multi-layer capacitor

1005,7P±0.25P,50 V,C0G

1 C746

R713、R714 R330 R247

2RS1-10-123J flake resistor 1005,12K±5% 1 C823 2RS1-10-511J flake resistor 1005,510Ω±5% 1 R332 2RS1-10-122J flake resistor 1005,1.2K±5% 1 R329 2RS1-10-682J flake resistor 1005,6.8K±5% 2 2CC1-10-X7R500271K

1IP1-0FP520-R01 1IP1-M16CM3062

LFGPGP

flake multi-layer resistor FP560 burning

SMD CPU

1005,270P±10%,5 0V,X7R CPU,M16C-M306

CPU,M16C-M306 2LFGPGP,FLASH

1 C307

1 IC2

1

R20，R21

9FSO-6500V333 MCU software 1

1IM1-25X32VSIG

6SS1-4085-HPA

0SS1-4085-HPA

SMD memorizer

FP560 PTT board SMD FP560 PTT board SMD

25Q32BVSSIG,8P

1 IC3

FP520 1

FP520 1 FP520-PTT-20130

816.PCB;thicknes

6PD7-4083-HPA FP560 PTT board

s0.6MM；

52.9X10.1MM；

1

FR-4;2

layers,pb-free 2RS1-10-223J flake resistor 1005,22K±5% 1 R227 2RS1-10-512J flake resistor 1005,5.1K±5% 1 R1

6SS1-4091-HKA

0SS1-4091-HKA 2CC1-10-X7R500-

102K

-105K

SMD FP560 keypad

flake multi-layer capacitor

capacitor

FP560,pb-free 1

Keypad PCBA,2

1005,1000P±10%,

50V,X7R

3V,X5R

1

1 C13

2 C2 C3

Page 44 of 96

FP560 S erv ice Manual

OT323

，

FP560-key-14022

868P charger foot

rubber, W0

(cover die)

7MHP-7208-09AW0

,pb-free

2CC1-10-X7R500471K

flake multi-layer capacitor

1005,470P±10%,5

0V,X7R

2 C105 C107

Digital triode 1TT1-DTC144EE SMD triode

2CC1-20-Y5V160106Z

flake multi-layer capacitor

3CF1-BL112-30RU SMD FFC/FPC

connector

3CF1-BL112-16RL SMD FFC/FPC

connector

4PE1-16-F9-A SMD LED

DTC144EE(26),S

2012,10uF+80%/-

20%,16V,Y5V

Interval 0.5mm,30

chip

Interval

0.5mm,16chip,BL1

12-16RL,

LED，0603，white

height 0.4mm

2 Q1 Q201

1 C106

1 J1

1 J2

6 D1 D2 D3 D4 D5 D205

2RS1-16-000O flake resistor 1608,0Ω 1 L102 2RS1-10-100J flake resistor 1005,10Ω±5% 3 R1 R2 R244 2RS1-10-221J flake resistor 1005,220Ω±5% 1 R250 2RS1-10-220J flake resistor 1005,22Ω±5% 1 R3

4.PCB

6PD7-4091-HKB

FP560 KEY board PCB

SIZE:35X41mm

thickness

：0.6mm

1 PCB board

2 layers ,pb-free

FR-4

Charging current

800mA, input

voltage:12V, 6SS3-CZ4083-A KBC-51chager

automatically

1 identify NI-MH or Lithium battery, pre-charge

0SS3-4083-CMA KBC-51 assembly KBC-51,pb-free 1 7GCR-080020-J 7MCP-1846-01B-

7MCP-1846-02BW0

pad charger top cover

charger bottom cover (cover die)

Φ=8mm,δ=2mm ABS ,pb-free 1

ABS, ,pb-free 1

4

W0 7MCP-1846-05B-

7STF-020045A-S ZYB-Z

7STF-026100A-S M2.6*10 Hardened 4

charger sink ABS;black,pb-free 1

guide beam M2.0*4.5 cross

round head self-tapping screw

PMMA,transparent

，

Hardened iron, Φ2mm*4.5mm

1

4

Page 45 of 96

FP560 S erv ice Manual

board plug-in units

M0611]

capacitor charger

long pin

resistor

±1%,pb-free

diode

1TT1-MMBT3906

SMD triode

MMBT3906(2A),S

1

ZHT-B crossthick-headed

self-tapping screw

6SS2-4083-CMA

0SS2-4083-CMA

KBC-51 charging board suite KBC-51chargig

plug-in unit

1DR3-P6KE30A

commutation diode plug-in unit

1IS3-TL431AA

specialized IC charger IC

plug-in unit 2CE3-GM350-101 M0812

Aluminum

electrolysis

capacitor charger

plug-in unit 2CE3-GM250-470 M0511

Aluminum

electrolysis

iron,Φ2.6mm*10m m

nucleus 1

P6KE30A,DO15 1

TL431AA,TO92 1

8*12,100μF±20%,

35V,GM[replaced by

1

2CE3-GM350-101

5×11,47μF±20%,2

5V,GM 型

1

plug-in unit 2CE3-GM350-471 M1016

2LI3-0911-331K

Aluminum

electrolysis

plug-in I-shaped

inductor. 3CP3-DS210-63K DC power socket

4PE3-3R0-Y2-C plug-in unit LED

4PE3-3R0-Y4-C plug-in unit LED

4PE3-3R0-Y5-C plug-in unit LED 7MCC-1846-01A-N charger spring

tablet 2RM3-12-R22J

6SS1-4083-CMA

0SS1-4083-CMA

1DR1-IN5819

Metal-coated

KBC-51 charger

SMD

KBC-51 charger

SMD

SMD commutation

10×16,470μF±20

%,35V,GM 型

9×11,330μH±10%,

3A DS210-6.3/DC-47 0

Φ3mm,red light,

Φ3mm,yellow

light, long pin Φ3mm,green light, long pin δ=0.3mm,nickel-pl ated 1/2WF, 0.22R,

1

4

1 R16

nucleus 1

IN5819,SMD 3

Page 46 of 96

FP560 S erv ice Manual

OT23,PNP(

1TT3-2SB772SL

104Z

capacitor

25V,Y5V

resistor

2RS1-16-103J

flake resistor

1608,10K±5%

6

2RS1-16-202J

flake resistor

1608,2K±5%

1

2RS1-16-204J

flake resistor

1608,200K±5%

1

2RS1-16-362J

flake resistor

1608,3.6K±5%

1

0308

resistor

1TT1-AO3401A SMD triode

AO3401A,SOT-23 , can be replaced by

1

1TT1-S9013LT1 SM D tr iode 2CC1-16-X7R500-

102K 2CC1-16-Y5V250-

2RE1-16-1503

2RE1-16-2402

2RE1-16-3601

2RE1-16-5102

2RE1-16-8201

flake multi-layer

capacitor

flake multi-layer

SMD precise

resistor

SMD precise

resistor

SMD precise

resistor

SMD precise

resistor

S9013LT1,SOT-2 3,NPN 1608,1000P±10%, 50V,X7R 1608,100nF+80%,

1608,150K±1% 3

1608,24K±1% 1

1608,3.6K±1% 2

1608,51K±1% 2

1608,8.2K±1% 1

3

7

2RS1-16-100J flake resistor 1608,10Ω±5% 1 2RS1-16-102J flake resistor 1608,1K±5% 5

2RS1-16-510J flake resistor 1608,51Ω±5% 1 2RS1-16-513J flake resistor 1608,51K±5% 1 2RS1-20-000O flake resistor 2012,0Ω 14

MCU,GT6312,SO P-20, program version M-1936-CM-L1

1

1IP1-1936-CM-L1

SMD CPU IC

charger chip 51c

1979-CMB.PCB，

6PS7-1979-CMB charging plate

board thickness

1

1.6mm

2RE1-16-1002

SMD precise

1608,10K±1% 1

Page 47 of 96

FP560 S erv ice Manual

tity

FP520-01

FP520-01, oard SMD

SMD,136-174MHz.

our-layers,pb-free

00 568 567

SMD switch

SMD switch diode

SMD switch 1DV1-1SV305

SMD varactor

1SV305

4

D704 D706 D707 D708

SMD regulated pb-free

Dual operational

List 2 Spare Pare List (Electronic Section 136-174MHz)

Part Number Item Name Specification

6SS1-4085-HMB

0SS1-4085-HMD

6PM7-4085-HMB

7MHP-7042-12A-W battery

1DS1-DA2S1010 0L

1DS1-HSC277

1DS1-HVC131

1DS1-RB706F-40

main board SMD FP520-01mainb

FP520 VHF mainboard

connector

diode

136-174MHz. FP520-01mainboard

FP520V-MAIN-1401

06.PCB;1.0MM ； 47X101.5MM,FR-4;f

36 7800

DA2S10100L 3 D309 D310 D709

HSC277,1608 2 D402 D700

HVC131(P1),1608 4 D600 D601 D602 D 603 Schottky diode,

RB706F-40,SOT-323 1 D701

Quan

1

1 FP520

1 DC1

Plug-in Unit Postion

1DV1-1SV278 SMD varactor 1SV278(T1) 1 D304

SMD varactor 7200 ，

1DV1-1SV325

1DV1-HVC376B SMD varactor HVC376B(B9) 4 D305 D306 D307 D308 1DZ1-HZU5ALL

1ID1-MC74VHC1 GT04

1IL1-NJM2904V SMD linear IC

568,4208,8200,4 200-4,5200V ， 7808

voltage diode Reverter IC,

FP520 FP560

1SV325(V8) 2 D300 D302

HZU5ALL,2012,5V 1 D604 MC74VHC1GT04 ，

SC-88A/SOT353 ，

amplification NJM2904V,TSSOP8

1 U8

1 IC600

Page 48 of 96

FP560 S erv ice Manual

SMD memorizer

R

IC,PST9124NR

6.25K series

1IS1-TDA2822

SMD IC

TDA2822

1

U800

V

requency divider

UPB1509GV,SSOP

pb-free

2MR

SMD voltage regulator IC

mA

SMD voltage K52

SMD dual grid 1TF1-ST2302

SMD FET

ST2302,SOT-23

2

Q802 Q803

1TT1-2SA1586

SMD triode

2SA1586

1

Q805

1IM1-25X32VSIG

1IM1-AT24C512 C

SMD memorizer , IC

IC

25Q32BVSSIG,8PIN ,SOIC,pb-free

1 IC3

AT24C512C, pb-free 1 IC200

1IS1-GT3136 SMD IC GT3136,SSOP16 1 IC700 1IS1-MB15E03S L 1IS1-PST9124N

1IS1-SCT3252PS 1IS1-SCT3252P

N

SMD PLL IC

SMD reset IC Digital baseband

processor chip Baseband chip

1IM1-ST24 Vocoder

MB15E03SL,TSSO P-16 Reset

SCT3252PS ， LQFP100，pb-free SCT3252PN ， baseband chip vocoder/ST24 ，

1 IC300

1 IC202

1 U1

1

1IS1-UPB1509G

1IS1-WM8758B

1IS1-XC6204B33

1IS1-XC6204B50 2MR

SMD IC

CODEC chip FP520 FP560

regulator IC

F

1 IC4

WM8758CB, 32-Pin QPN,5*5*0.9MM,

3.3V,SOT-23-5,150

1 U6

2 IC101 IC5

5V,SOT-23-5 1 IC100

1TF1-2SK1824 SMD FET 2SK1824(B1) 3 Q606 Q6 Q704 1TF1-RD07MUS 2B 1TF1-2SK508NV-

1TF1-3SK318

1TF1-RD01MUS 2

SMD FET

SMD FET 2 Q302 Q307

FET

SMD FET 1 Q601

RD07MUS2B ， pb-free

1 Q600

3SK318(YB-) 2 Q702 Q703

1TT1-2SC3356-R 24 1TT1-2SC4617-R SM D t riode 2SC4617-R(BR),EM 2 Q308 Q700

SMD triode

2SC3356-R24,SOT2 3,NPN

1 Q603

Page 49 of 96

FP560 S erv ice Manual

T3

Digital triode

323

Q2 Q4 Q101 Q103 Q200 Q201 Q605 Q801 Q804 A

OT23

1TT1-KTA1298-Y

SMD triode

KTA1298-Y,SOT23

4

Q1 Q3 Q100 Q102

0A110

SMD adjustment capacitor

0±300PPm/℃

C612 C765 C375 C643 0-151J

capacitor

C0G

0-180J

capacitor

C0G

2CC1-10-C0G50

flake multi-layer

1005,22P±5%,50V, 0-270J

capacitor

C0G

0-3R5C

capacitor

V,C0G

C364 C724 C737 C356

1TT1-2SC5108-Y SMD triode

1TT1-DTA143TE SMD triode

1TT1-DTC144EE SMD triode

1TT1-FMMT717T

SMD triode

2CA1-TZVY2Z10

2CC1-10-C0G50 0-100D 2CC1-10-C0G50 0-101J 2CC1-10-C0G50

flake multi-layer capacitor flake multi-layer capacitor flake multi-layer

2SC5108-Y(MC),NP N

DTA143TE(93),SOT

Digital triode DTC144EE(26),SOT 323 FMMT717A,PNP,S

2-10P,+100/-0%,NP

1005,10P±0.5P,50V, C0G 1005,100P±5%,50V, C0G 1005,150P±5%,50V,

6

Q300 Q301 Q303 Q304 Q602 Q701

3 Q305 Q306 Q604

11

Q806 Q707

1 Q800

2 C335 C371

5 C308 C309 C318 C321 C328

6

C725 C751

3 C323 C718 C722

2CC1-10-C0G50 0-150J 2CC1-10-C0G50 0-160J 2CC1-10-C0G50

2CC1-10-C0G50 0-181J

0-220J 2CC1-10-C0G50

2CC1-10-C0G50 0-2R0C 2CC1-10-C0G50 0-330J 2CC1-10-C0G50 0-3R0C 2CC1-10-C0G50

flake multi-layer capacitor flake multi-layer capacitor flake multi-layer

flake multi-layer capacitor

capacitor flake multi-layer

flake multi-layer capacitor flake multi-layer capacitor flake multi-layer capacitor flake multi-layer

1005,15P±5%,50V, C0G 1005,16P±5%,50V, C0G 1005,18P±5%,50V,

1005,180P±5%,50V, C0G

C0G 1005,27P±5%,50V,

1005,2P±0.25P,50V, C0G 1005,33P±5%,50V, C0G 1005,3P±0.25P,50V, C0G 1005,3.5P±0.25P,50

1 C62

1 C311

2 C620 C732

1 C355

1 C52

3

C313 C225、C227

3 C302 C747 C729

6

C704 C736 C740 C744 C746 C754

3 C305 C731 C745

1 C332

2CC1-10-C0G50 0-470J 2CC1-10-C0G50 0-4R0C

flake multi-layer capacitor flake multi-layer capacitor

2CC1-10-C0G50 flake multi-layer 1005,4.7P±0.25P,50 1 C741

1005,47P±5%,50V, C0G 1005,4P±0.25P,50V, C0G

2 C306,C618

5

C363

Page 50 of 96

FP560 S erv ice Manual

0-820J

capacitor

C0G

0-R50B

capacitor

,C0G

C40 C10 C21 C22 C24 C25 C26 C27 C28 C32 C50 C51

C12 C39 C92 C100 C101 C111 C114 C224 C334

C822 C712

R12 C34 C64 C327 C622

C706 C709 C711 C713 C714 C719 C753 C72 C71

C112 C115 C629 C639

-182K

capacitor

0V,X7R

C631 632 C635 C641 C644 C646 C716 C717 C727

C70 C69

0-4R7C capacitor V,C0G 2CC1-10-C0G50

0-5R0C 2CC1-10-C0G50

2CC1-10-C0G50 0-8R0D 2CC1-10-C0G50 0-9R0D 2CC1-10-C0G50

2CC1-10-X5R6R 3-105K

2CC1-10-X7R160

-104K

flake multi-layer capacitor flake multi-layer

flake multi-layer capacitor flake multi-layer capacitor flake multi-layer

flake multi-layer capacitor

1005,5P±0.25P,50V, C0G 1005,82P±5%,50V,

1005,8P±0.5P,50V, C0G 1005,9P±0.5P,50V, C0G 1005,0.5P±0.1P,50V

1005,1uF±10%,6.3V ,X5R

1005,100nF±10%,1 6V,X7R

5 C621 C314 C315 C324 C723

1 C759

1 C703

1 C702

3 C325 C343 C357

6 C81 C38 C60 C61 R807 C6

C55 C56 C89 C91 C14 C 23

39

C345 C707 C715 C749 C764 C801 C808 C816 C818 C819

2CC1-10-X7R500

-333K

2CC1-10-X7R500

-102K

2CC1-10-X7R500

-103K 2CC1-10-X7R500

2CC1-10-X7R500

-471K

flake multi-layer capacitor

flake multi-layer

flake multi-layer capacitor

1005,33nF±10%,25 V

1005,1000P±10%,5 0V,X7R

1005,10nF±10%,50 V,X7R

1005,1800P±10%,5

1005,470P±10%,50 V,X7R

2 C48 C57

C633 C638 C733 C735 C742 C743 C757 C758 C760 C762

34

C763 C122 C304 C322 C347 C351 C366 C636 C645 C647

C5

12

C640 C648 C726 C800 C812 C720 C41

2 C708 C820

C338 C339 C340 C346 C349 C350 C352 C353 C367 C368 C369 C372 C373 C432 C619 C623 C626 C627 C628 C630

70

C755 C756 C803 C804 C809 C810 C813 C814 C821 C730

Page 51 of 96

FP560 S erv ice Manual

0-120J

capacitor

C0G

2CC1-16-C0G50

flake multi-layer

1608,18P±5%,50V, 0-270J

capacitor

C0G

0-330J

capacitor

C0G

0-7R0D

capacitor

C0G

C8 C9 C11 C15 C16 C17 C18 C63 C103 C106 C109 C116 C119 C319 C344 C348

C815 C817 C68

SMD tantalum

SMD tantalum SMD tantalum

470M

SMD tantalum capacitor

V,TS series(level B)

ire diameter

, internal

circles, high pin

ire diameter

2CC1-16-C0G50 0-100D 2CC1-16-C0G50 0-110J 2CC1-16-C0G50

2CC1-16-C0G50 0-130J

0-180J 2CC1-16-C0G50

2CC1-16-C0G50

2CC1-16-C0G50 0-5R0C 2CC1-16-C0G50 0-680J 2CC1-16-C0G50

flake multi-layer capacitor flake multi-layer capacitor flake multi-layer

flake multi-layer capacitor

capacitor flake multi-layer

flake multi-layer

flake multi-layer capacitor flake multi-layer capacitor flake multi-layer

1608,10P±0.5P,50V, C0G 1608,11P±5%,50V, C0G 1608,12P±5%,50V,

1608,13P±5%,50V, C0G

C0G 1608,27P±5%,50V,

1608,33P±5%,50V,

1608,5P±0.25P,50V, C0G 1608,68P±5%,50V, C0G 1608,7P±0.5P,50V,

4 C501 C508 C509 C514

1 C504

1 C503

1 C516

1 C515

1 C65

1 C326

1 C365

2 C66 C634

1 C505

2CC1-16-X7R500

-102K 2CC1-20-Y5V100

-334Z

2CC1-20-Y5V160

-106Z

2CT1-TS32-1603R3M 2CT1-TS32-350R10M

2CT1-TS32-350R33M

2CT1-TS32-6R3150M 2CT1-TS35-100-

flake multi-layer capacitor flake multi-layer capacitor

flake multi-layer capacitor

capacitor

1608,1000P±10%,5 0V,X7R 2012,330nF+80%/-2 0%,10V,Y5V

2012,10uF+80%/-20 %,16V,Y5V

3216,3.3μF±20%,16

V,TS series(level A)

3216,0.1μF±20%,35

V,TS series(level A)

3216,0.33μF±20%,3

5V,TS series(level A)

3216,15μF±20%,6.3

V,TS series(level A)

3528,47μF±20%,10

1 C611

1 C705

24

C642 C750 C752 C802 C806

1 C359

1 C360

1 C358

2 C1 C376

1 C805

2LH1-R301R5-L0 5-05

2LH1-R301R0-L0 7-05

SMD inductor

W φ0.30 diameter φ1.5 5

W φ0.30, internal

1 L11

1 L501

Page 52 of 96

FP560 S erv ice Manual

ire diameter

, internal

ire diameter

circles, pin height

0.5mm

ire diameter,

circles, high pin

inductor

G1608B33NJ)

1608,3.3μH±10%(M

TA00)

1608,0.1uH±5%(ML G HK

G HK

08B220N)

inductor

LF1608DR56K)

SMD wire mic core,

2LH1-R301R5-R 07-05

2LH1-R401R5-R 03-05

2LH1-R401R5-L0 8-05

SMD inductor

diameterφ1.0, 7 circles, high pin W

φ0.30

diameter,1.5 7 circles, high pin W φ0.40, internal diameter, φ1.5,3

W φ0.40, internal diameter, φ1.5,8

3 L505,L502,L503

2 L9 L500

1 L607

2LL1-16-1R0K

2LL1-16-22NJ

2LL1-16-33NJ

2LL1-16-39NJ

2LL1-16-3R3K

2LL1-16-82NJ

2LL1-16-R10J

2LL1-16-68NJ

2LL1-16-R18J

2LL1-16-R22J

lamination inductor lamination inductor lamination

lamination inductor

1608,1μH±10%(MLF

1608A1R0K) 1608,22nH±5%(ML G1608B22NJ) 1608,33nH±5%(ML

1608,39nH±5%(ML G1608B39NJ)

LF1608A3R3K

1608,82nH±5%(ML G1608B82NJ)

G1608BR10J\MLG1 608B100NJ/HK1608 R10J-T) 1608,68nH±5%(ML G1608B68NJ)

1608,0.18μH±5%(L

1608R18J-T/MLG16 08B180N)

1608,0.22μH±5%(L

1608R22J-T/MLG16

1 L703

1 L610

2 L700 L301

1 L311

2 L309 L323

2 L313 L609

2 L611 L307

1 L701

2 L321 L324

4 L306 L310 L319 L303

2LL1-16-R56K

lamination

2LW1-16UC-180 J

inductor

1608,560nH±10%(M

1608,18nH±5%,cera

1 L300

1 L304

Page 53 of 96

FP560 S erv ice Manual

(C1608CB-18NJ)

SMD wire

SMD wire SMD wire

SMD wire

SMD wire (C2012C-68NJ)

SMD wire

2520,10μH±5%,

(FLM2520-100J)

SMD wire

WI2520HR33J)

SMD wire SMD precise

resistor

R627 R628

226 R1 R16 R17 R18 R39 R40 R107 R143 R604 R616 R20 R824 R721 R739 C721 R206 R13 R14 R19 R60 R41

2RS1-10-100J

flake resistor

1005,10Ω±5%

5

R231 R244 R300 R308 R324

R248

R717 R15 R51 R106 R197 R198 R229 R236 R237 R238

2LW1-20UC-220 G

2LW1-20UC-221 J

2LW1-20UC-390 GA

2LW1-20UC-470 J

2LW1-20UC-680 J

2LW1-20UC-560 JA

2LW1-25UC-102 JA

inductor

2012,22nH±2%, ceramic core (C2012CB-22NG) 2012,220nH±5%, ceramic core (LQN21AR22J/LQW 2BHNR22J03L) 2012,39nH±2%, ceramic core (C2012C-39NG) 2012,47nH±5%, ceramic core (C2012C-47NJ) 2012,68nH±5%, ceramic core

2012,56nH±5%, ceramic core (C2012C-56NJ) 2520,1μH±5%, ceramic core (FHW1008UC1R0J)

1 L308

1 L608

1 L322

1 L714

1 L2

3 L706 L709 L713

1 L606

2LW1-25UC-103 J

inductor

ceramic core

1 L305

2520,330nH±10%, 2LW1-25UC-331 K

2LW1-25UC-821 K

2RE1-16-1503

inductor

ceramic core

(FLM2520-R33K/SG

1 L704

2520,820nH±10%,

ceramic core

1 L705

(FLM2520-R82K)

1608,150K±1% 7

2RS1-10-000O flake resistor 1005,0Ω 28

R617 R618 R619 R624 R625

C700,C2,C3,C73,C74,R65,C

2RS1-10-101J flake resistor 1005,100Ω±5% 6

2RS1-10-102J flake resistor 1005,1K±5% 23

R321 R309 R328 R333 R703

Page 54 of 96

FP560 S erv ice Manual

R813 R809 R806 R8 R33 R34 R35 R36 R37 R38 R43 R100 R103 R250 R251

R340 R344 R700 R718

R704 R724 R105 R342 R736 R316 R601 R4 C7

2RS1-10-204J

flake resistor

1005,200K±5%

1

R302

2RS1-10-220J

flake resistor

1005,22Ω±5%

4

R305 R611 R715 R804

2RS1-10-221J

flake resistor

1005,220Ω±5%

1

R726

2RS1-10-222J

flake resistor

1005,2.2K±5%

5

R7 R42 R101 R102 R800

R50 R318 R606 R714 R330 2RS1-10-392J

flake resistor

1005,3.9K±5%

2

R614 R738

2RS1-10-393J

flake resistor

1005,39K±5%

1

R612

2RS1-10-470J

flake resistor

1005,47Ω±5%

2

R323 R600

2RS1-10-471J

flake resistor

1005,470Ω±5%

3

R811 R814 R332

R706 R322 R343 R406 R407

R239 R254 R255 R301 R304 R341 R602 R822 R823 R331 R52 R53 R57

2RS1-10-103J flake resistor 1005,10K±5% 28

R252 R327 R337 R338 R339

R801 R815 R816 R32

2RS1-10-123J flake resistor 1005,12K±5% 2 C823 R21 2RS1-10-104J flake resistor 1005,100K±5% 2 2RS1-10-105J flake resistor 1005,1M±5% 5 R626 R729 R731 R732 R734

2RS1-10-152J flake resistor 1005,1.5K±5% 1 R607 2RS1-10-153J flake resistor 1005,15K±5% 1 R25 2RS1-10-154J flake resistor 1005,150K±5% 2 R303 R314 2RS1-10-181J flake resistor 1005,180Ω±5% 1 R310

2RS1-10-182J flake resistor 1005,1.8K±5% 2 R44 R817 2RS1-10-184J flake resistor 1005,180K±5% 1 R727

2RS1-10-223J flake resistor 1005,22K±5% 1 R26 2RS1-10-271J flake resistor 1005,270Ω±5% 1 R605 2RS1-10-272J flake resistor 1005,2.7K±5% 3 R313,C46,R603 2RS1-10-273J flake resistor 1005,27K±5% 2 R631 R720 2RS1-10-274J flake resistor 1005,270K±5% 3 R104 R325 R326 2RS1-10-330J flake resistor 1005,33Ω±5% 1 R610

2RS1-10-331J flake resistor 1005,330Ω±5% 7 2RS1-10-332J flake resistor 1005,3.3K±5% 4 R317 R708 R711 R735

2RS1-10-333J flake resistor 1005,33K±5% 4 C811 R701,R613,R609 2RS1-10-334J flake resistor 1005,330K±5% 2 R228 R702

2RS1-10-562J flake resistor 1005,5.6K±5% 3 2RS1-10-472J flake resistor 1005,4.7K±5% 5

2RS1-10-473J flake resistor 1005,47K±5% 14

R713 R247

R2,R312，R812

R22 R23 R24 R27 R29 R30 R31 R227 R240 R241 R242 243 R608 R61

Page 55 of 96

FP560 S erv ice Manual

2RS1-10-474J

flake resistor

1005,470K±5%

2

R716 R805

2RS1-10-564J

flake resistor

1005,560K±5%

1

R712

2RS1-10-823J

flake resistor

1005,82K±5%

2

R705 R723

2RS1-16-000O

flake resistor

1608,0Ω

4

L100 L102 L103 L708

42B104K

B104K07TH

10

55*3.3mm(ALPS)

H19-213SYGC

FB1 FB7 FB8 FB9 FB12 8-05)

L3 L6 L7 L8 L10 L203 L314 L315 L316 L317 L318 L320 L613 L712 L715 L800

SMD EMI

+85

5XC1-9R8-MPL2

SMD crystal

9.8304MHz±30PPM,

1

X200

2RS1-10-512J flake resistor 1005,5.1K±5% 3 R199 R200 R218 2RS1-10-560J flake resistor 1005,56Ω±5% 2 R710,R722

2RS1-10-563J flake resistor 1005,56K±5% 1 R629

2RS1-16-153J flake resistor 1608,15K±5% 1 R615 2RS1-20-000O flake resistor 2012,0Ω 1 L707 2RS1-32-R47J flake resistor 3216,0.47Ω±5% 3 R620 R621 R622 2RT1-NTH5G16P

SMD thermistor

1608,NTH5G16P42

1 R707

3CF1-BL112-30RU SMD FFC/FPC

connector 3FW1-42932-302 320 3ST1-SKRTLBE0

SMD fuse

SMD tact switch

4PE1-16-F2 SMD LED

4PE1-16-F5 SMD LED

5FC1-D51606GQ 1-0705

5FE1-BLM11A22 1SPT

5FE1-BLM11A60 1S

SMD crystal fi lter

for FP520

SMD EMI

suppressed filter

SMD EMI

suppressed filter

Interval 0.5mm, 30 chip 429003/433003/466 003,3216,3A/32V SKRTLBE010,4.5*3.

1608, red light, 19-21SUR/S530-A2/ TR8 1608, green light,

DSF753SDF,51.65 MHz±3KHz/5dB,7.0*

5.0*1.3 1608,BLM11A221S PT/BLM18AG221S( 0138-05) 1608,BLM11A601S/ BLM18AG601S(013

1 J201

1 F100

1 S1

1 D202

1 D203

1 Z1

9

FB16 FB17 L4 L5

16

5FE1-BLM21P30 0S

5OD1-12R28-AC L-2520

5OT1-12R8-ACL 4-0303

suppressed filter

SMD

temperature

compensated

crystal oscillator

SMD

temperature

compensated

crystal oscillator

2012,BLM21P300S/ BLM21PG300S(014 9-05) DSA221SJ,12.2880 MHz,±1.5PPm,-40～ +85 ℃ ,2.5*2.0*0.8m m

12.8MHz±1.5ppm,V cont=1.5V±1.0V ， dragging range±20ppm,-40 ℃

～

2 L612 L614

1 Y3

1 X300

Page 56 of 96

FP560 S erv ice Manual

diode

-free

0-7R0D

capacitor

C0G

-105Z

capacitor

%,16V,Y5V

1

FGPGP,pb-free

SMD memorizer,

25Q32BVSSIG,8PIN SMD

layers，FP560KEY

0-0503 oscillator

±50PPM,16P,-40 ℃ to+80℃,NX5032GA

1DR1-1SR154-40 0

SMD

commutation

1SR154-400,4532 1 D100

Power 1IS1-XC6228D12 2VR

2LL1-16-27NJ

SMD speci alized IC

lamination inductor

IC,XC6228D122VR-

G,SOT-25J,5PIN,pb

1608,27nH±5%(ML

G1608B27NJ)

1 IC102

1 L604

2RS1-10-224J flake resistor 1005,220K±5% 1 R728 2CC1-10-C0G50 0-390J 2CC1-10-C0G50

flake multi-layer capacitor flake multi-layer

1005,39P±5%,50V,

C0G

1005,7P±0.5P,50V,

1 C734

2 C333 C331

2RS1-10-681J flake resistor 1005,680Ω±5% 1 R329 2CC1-20-Y5V160

flake multi-layer

2012,1uF+80%/-20

2 C36 C218

2CC1-16-C0G50 0-200J 2CC1-16-C0G50 0-121J 1IP1-0FP520-R0

1IP1-M16CM306 2LFGPGP

flake multi-layer capacitor flake multi-layer capacitor

burning chip

SMD CPU

1608,20P±5%,50V,

C0G

1608,120P±5%,50V,

C0G

CPU,M16C-M3062L

FGPGP,FLASH

1 C613

1 C610

1 IC2

1 9FSO-6500V333 MCU software 1 1IM1-25X32VSIG

IC

,SOIC,pb-free

1 IC3 6SS1-4085-HPA PTT board SMD FP520 PTT 1 0SS1-4085-HPA PTT board SMD

FP520 PTT board SMD

1

FP520-PTT-201308

16.PCB;thickness0.

6PD7-4083-HPA PTT baord

6MM ；

52.9X10.1MM ；

1

FR-4;2 layers,

pb-free 2RS1-10-223J flake resistor 1005,22K±5% 1 R227 2RS1-10-512J flake resistor 1005,5.1K±5% 1 R1

6SS1-4091-HKA

0SS1-4091-HKA

FP560KEYboard SMD FP560 keypad

FP560 pb-free 1 Keypad PCBA,2

1

Page 57 of 96

FP560 S erv ice Manual

3600 568 567 0L

diode

SMD switch 1DV1-1SV305

SMD varactor

1SV305

4

D704 D706 D707 D708

1DV1-1SV325

SMD varactor

1SV325(V8)

2

D300 D302

SMD varactor

ual operational

IC,

1IS1-MB15E03S

MB15E03SL,TSSO

2CC1-10-X7R500

-102K 6SS1-4085-HMB

0SS1-4085-HMD

6PM7-4085-HMB

flake multi-layer capacitor FP520-01 mainboard SMD

FP520-01 mainboard SMD

FP520 VHF mainboard

7MHP-7042-12A-W PT568 battery

connector

1DS1-DA2S1010

1DS1-HSC277

1DS1-HVC131

1DS1-RB706F-40

SMD switch

SMD switch diode

diode SMD switch

diode

1005,1000P±10%,5 0V,X7R FP520-01,136-174M Hz.

1 C13

1

FP520-01 mainboard

1 SMD,136-174MHz. FP520V-MAIN-1401

06.PCB;1.0MM ； 47X101.5MM；FR-4;

1 FP520- VHF mainboard PCB four layers, pb-free

7800

1 DC1

DA2S10100L 3 D309 D310 D709

HSC277,1608 2 D402 D700

HVC131(P1),1608 4 D600 D601 D602 D 603 Schottky diode,

RB706F-40,SOT-323 1 D701

1DV1-1SV278 SMD varactor 1SV278(T1) 1 D304

1DV1-HVC376B

1DZ1-HZU5ALL

1ID1-MC74VHC1 GT04

diode SMD voltage regulator diode

Reverter IC for FP520 FP560

HVC376B(B9) 4 D305 D306 D307 D308

HZU5ALL,2012,5V 1 D604 MC74VHC1GT04 ，

SC-88A/SOT353 ，

1 U8 pb-free D

1IL1-NJM2904V SMD linear IC

amplification NJM2904V,TSSOP-

1 IC600 8

1IM1-25X32VSIG

SMD memorizer IC

1IM1-AT24C512C SMD memorizer

1IS1-GT3136

SMD speci alized IC

25Q32BVSSIG,8PIN ,SOIC,pb-free

1 IC3

AT24C512C, pb-free 1 IC200

GT3136,SSOP16 1 IC700

L 1IS1-PST9124N SMD reset IC Reset 1 IC202

SMD PLL IC

P-16

1 IC300

Page 58 of 96

FP560 S erv ice Manual

R

IC,PST9124NR

processor chip

FP560

ST24， 6.25K series

SMD speci alized IC

requency divider

UPB1509GV,SSOP

chip for

SMD voltage 2MR

SMD voltage regulator IC

1TF1-2SK1824

SMD FET

2SK1824(B1)

3

Q606 Q6 Q704

SMD dual grid FET

1TF1-ST2302

SMD FET

ST2302,SOT-23

2

Q802 Q803

1TT1-2SA1586

SMD triode

2SA1586

1

Q805

N

Q701

igital triode,

Q2 Q4 Q101 Q103 Q200 Q201 Q605 Q801 Q804

1IS1-SCT3252PS

Digital baseband

for FP520

SCT3252PS ， LQFP100，pb-free

1 U1

1IS1-SCT3252P N

Baseband chip SCT3252PN 1 1IM1-ST24 Vocoder 1IS1-TDA2822

IC 1IS1-UPB1509GV SMD speci alized

1IS1-WM8758B

CODEC

FP520 FP560 1IS1-XC6204B33

2MR

regulator IC 1IS1-XC6204B50

1TF1-RD07MUS 2B 1TF1-2SK508NVK52

SMD FET

SMD FET 2 Q302 Q307

1 TDA2822 1 U800 F

1 IC4 WM8758CB, 32-Pin

QPN,

1 U6 5*5*0.9MM,pb-free

3.3V,SOT-23-5,150 mA

2 IC101 IC5

5V,SOT-23-5 1 IC100

RD07MUS2B ， pb-free

1 Q600

1TF1-3SK318 1TF1-RD01MUS

2

1TT1-2SC3356-R 24

SMD FET 1 Q601

SMD triode

1TT1-2SC4617-R SMD triode

1TT1-2SC5108-Y SMD triode

3SK318(YB-) 2 Q702 Q703

2SC3356-R24,SOT2 3,NPN 2SC4617-R(BR),EM T3 2SC5108-Y(MC),NP

1 Q603

2 Q308 Q700

6

Q300 Q301 Q303 Q304 Q602

D

1TT1-DTA143TE SMD triode

DTA143TE(93),SOT

3 Q305 Q306 Q604 323 Digital triode ,

1TT1-DTC144EE SMD triode

1TT1-FMMT717T A

SMD triode

DTC144EE(26),SOT 323 FMMT717A,PNP,S OT23

11

Q806 Q707

1 Q800

1TT1-KTA1298-Y SMD triode KTA1298-Y,SOT23 4 Q1 Q3 Q100 Q102

Page 59 of 96

FP560 S erv ice Manual

0-101J

capacitor

C0G

C612 C765 C375 C643 C725 C751

2CC1-10-C0G50

flake multi-layer

1005,15P±5%,50V, 0-160J

capacitor

C0G

0-180J

capacitor

C0G

0-270J

capacitor

C0G

0-3R0C

capacitor

C0G

2CC1-10-C0G50

flake multi-layer

1005,47P±5%,50V, 0-4R0C

capacitor

C0G

C364 C724 C737 C356 C363

0-8R0D

capacitor

C0G

2CA1-TZVY2Z10 0A110 2CC1-10-C0G50 0-100D 2CC1-10-C0G50

2CC1-10-C0G50 0-151J

0-150J 2CC1-10-C0G50

2CC1-10-C0G50

2CC1-10-C0G50 0-181J 2CC1-10-C0G50 0-220J 2CC1-10-C0G50

SMD adjusted capacitor flake multi-layer capacitor flake multi-layer

flake multi-layer capacitor

capacitor flake multi-layer

flake multi-layer

flake multi-layer capacitor flake multi-layer capacitor flake multi-layer

2-10P,+100/-0%,NP 0±300PPm/℃ 1005,10P±0.5P,50V, C0G 1005,100P±5%,50V,

1005,150P±5%,50V, C0G

C0G 1005,16P±5%,50V,

1005,18P±5%,50V,

1005,180P±5%,50V, C0G 1005,22P±5%,50V, C0G 1005,27P±5%,50V,

2 C335 C371

5 C308 C309 C318 C321 C328

6

3 C323 C718 C722

1 C62

1 C311

2 C620 C732

1 C355

1 C52

3

C313 C225、C227

2CC1-10-C0G50 0-2R0C 2CC1-10-C0G50 0-330J 2CC1-10-C0G50

2CC1-10-C0G50 0-3R5C

0-470J 2CC1-10-C0G50

2CC1-10-C0G50 0-4R7C 2CC1-10-C0G50 0-5R0C 2CC1-10-C0G50 0-820J 2CC1-10-C0G50

flake multi-layer capacitor flake multi-layer capacitor flake multi-layer

flake multi-layer capacitor

capacitor flake multi-layer

flake multi-layer capacitor flake multi-layer capacitor flake multi-layer capacitor flake multi-layer

1005,2P±0.25P,50V, C0G 1005,33P±5%,50V, C0G 1005,3P±0.25P,50V,

1005,3.5P±0.25P,50 V,C0G

C0G 1005,4P±0.25P,50V,

1005,4.7P±0.25P,50 V,C0G 1005,5P±0.25P,50V, C0G 1005,82P±5%,50V, C0G 1005,8P±0.5P,50V,

3 C302 C747 C729

6

C704 C736 C740 C744 C746 C754

3 C305 C731 C745

1 C332

2 C306,C618

5

1 C741

5 C621 C314 C315 C324 C723

1 C759

1 C703

2CC1-10-C0G50 0-9R0D 2CC1-10-C0G50 0-R50B

flake multi-layer capacitor flake multi-layer capacitor

2CC1-10-X5R6R flake multi-layer 1005,1uF±10%,6.3V 6 C81 C38 C60 C61 R807 C6

1005,9P±0.5P,50V, C0G 1005,0.5P±0.1P,50V ,C0G

1 C702

3 C325 C343 C357

Page 60 of 96

FP560 S erv ice Manual

3-105K

capacitor

,X5R

C26 C27 C28 C32 C50 C51

C12 C39 C92 C100 C101 C111 C114 C224 C334

-333K

capacitor

V,X7R,

R12 C34 C64 C327 C622

C706 C709 C711 C713 C714 C719 C753 C72

C5 C112 C115 C629 C639

C631 632 C635 C641 C644 C646 C716 C717 C727

0-100D

capacitor

C0G

0-130J

capacitor

C0G

2CC1-10-X7R160

-104K

2CC1-10-X7R500

-102K

flake multi-layer capacitor

flake multi-layer

flake multi-layer capacitor

1005,100nF±10%,1 6V,X7R

1005,33nF±10%,25

1005,1000P±10%,5 0V,X7R

C40 C10 C21 C22 C24 C25

C55 C56 C89 C91 C14 C23

39

C345 C707 C715 C749 C764 C801 C808 C816 C818 C819 C822 C712

2 C48 C57

C633 C638 C733 C735 C742 C743 C757 C758 C760 C762

34

C763 C122 C304 C322 C347 C351 C366 C636 C645 C647

2CC1-10-X7R500

-103K 2CC1-10-X7R500

-182K

2CC1-10-X7R500

-471K

2CC1-16-C0G50

2CC1-16-C0G50 0-110J 2CC1-16-C0G50 0-120J 2CC1-16-C0G50

flake multi-layer capacitor

flake multi-layer

flake multi-layer capacitor flake multi-layer capacitor flake multi-layer

1005,10nF±10%,50 V,X7R

1005,1800P±10%,5 0V,X7R

1005,470P±10%,50 V,X7R

1608,10P±0.5P,50V,

1608,11P±5%,50V, C0G 1608,12P±5%,50V, C0G 1608,13P±5%,50V,

C71

12

C640 C648 C726 C800 C812 C720 C41

2 C708 C820

C338 C339 C340 C346 C349 C350 C352 C353 C367 C368 C369 C372 C373 C432 C619 C623 C626 C627 C628 C630

70

C755 C756 C803 C804 C809 C810 C813 C814 C821 C730 C70 C69

4 C501 C508 C509 C514

1 C504

1 C503

1 C516

2CC1-16-C0G50 0-180J 2CC1-16-C0G50 0-270J 2CC1-16-C0G50 flake multi-layer 1608,33P±5%,50V, 1 C326

flake multi-layer capacitor flake multi-layer capacitor

1608,18P±5%,50V, C0G 1608,27P±5%,50V, C0G

1 C515

1 C65

Page 61 of 96

FP560 S erv ice Manual

0-330J

capacitor

C0G

2CC1-16-C0G50

flake multi-layer

1608,68P±5%,50V, 0-7R0D

capacitor

C0G

C8 C9 C11 C15 C16 C17 C18

09 C116

C119 C319 C344 C348

C815 C817 C68

SMD tantalum

2CT1-TS32-350-

SMD tantalum

3216,0.1μF±20%,35

SMD tantalum 2CT1-TS32-6R3-

SMD tantalum

3216,15μF±20%,6.3

470M

SMD tantalum capacitor

V,TS series(level B

ire diameter

, internal

circles, high pin

circles high pin

Wire diameterφ0.40,

diameterφ1.5,8

2CC1-16-C0G50 0-5R0C

0-680J 2CC1-16-C0G50

2CC1-16-X7R500

-102K 2CC1-20-Y5V100

-334Z

2CC1-20-Y5V160

-106Z

2CT1-TS32-1603R3M

R10M 2CT1-TS32-350-

R33M

flake multi-layer capacitor

capacitor flake multi-layer

flake multi-layer capacitor flake multi-layer capacitor

flake multi-layer capacitor

capacitor

1608,5P±0.25P,50V, C0G

C0G 1608,7P±0.5P,50V,

1608,1000P±10%,5 0V,X7R 2012,330nF+80%/-2 0%,10V,Y5V

2012,10uF+80%/-20 %,16V,Y5V

3216,3.3μF±20%,16

V,TS series(level A)

3216,0.33μF±20%,3

5V,TS series(level A)

1 C365

2 C66 C634

1 C505

1 C611

1 C705

C63 C103 C106 C1

24

C642 C750 C752 C802 C806

1 C359

1 C360

1 C358

150M 2CT1-TS35-100-

2LH1-R301R5-L0 5-05

2LH1-R301R0-L0 7-05

2LH1-R301R5-R 07-05

2LH1-R401R5-R 03-05

capacitor

SMD inductor

V,TS series(level A)

3528,47μF±20%,10

W

φ0.30

diameter φ1.5 5

Wire diameterφ0.30, internal diameterφ1.0,7

Wire diameterφ0.30 internal diameterφ1.5 7

Wire diameterφ0.40, internal diameter φ1.5,3 circles, pin height 0.5mm

2 C1 C376

1 C805

1 L11

1 L501

3 L505,L502,L503

2 L9 L500

2LH1-R401R5-L0 8-05

SMD inductor

internal

1 L607

Page 62 of 96

FP560 S erv ice Manual

circles, high pin

lamination

1608,22nH±5%(ML inductor

G1608B33NJ)

TA00)

inductor

G1608B82NJ)

lamination

1608,68nH±5%(ML

G HK

inductor

LF1608DR56K)

SMD wire mic chip

SMD wire

ceramic chip SMD wire ceramic chip

SMD wire

2012,47nH±5%,

eramic chip

(C2012C-47NJ)

2LL1-16-1R0K

2LL1-16-22NJ

2LL1-16-33NJ

2LL1-16-39NJ

2LL1-16-3R3K

2LL1-16-82NJ

2LL1-16-R10J

2LL1-16-68NJ

2LL1-16-R18J

2LL1-16-R22J

2LL1-16-R56K

lamination inductor

inductor lamination

lamination inductor

lamination

lamination inductor

inductor

lamination inductor

lamination

1608,1μH±10%(MLF

1608A1R0K)

G1608B22NJ) 1608,33nH±5%(ML

1608,39nH±5%(ML G1608B39NJ)

1608,3.3μH±10%(M

LF1608A3R3K

1608,82nH±5%(ML

1608,0.1uH±5%(ML G1608BR10J\MLG1 608B100NJ/HK1608 R10J-T)

G1608B68NJ)

1608,0.18μH±5%(L

1608R18J-T/MLG16 08B180N)

1608,0.22μH±5%(L

1608R22J-T/MLG16 08B220N) 1608,560nH±10%(M

1 L703

1 L610

2 L700 L301

1 L311

2 L309 L323

2 L313 L609

2 L611 L307

1 L701

2 L321 L324

4 L306 L310 L319 L303

1 L300

2LW1-16UC-180 J

inductor

2LW1-20UC-220 G

inductor

2LW1-20UC-221 J

inductor

2LW1-20UC-390 GA

inductor

2LW1-20UC-470 J

inductor

1608,18nH±5%,cera

(C1608CB-18NJ) 2012,22nH±2%, ceramic chip (C2012CB-22NG) 2012,220nH±5%,

(LQN21AR22J/LQW 2BHNR22J03L) 2012,39nH±2%,

(C2012C-39NG)

c

1 L304

1 L308

1 L608

1 L322

1 L714

Page 63 of 96

FP560 S erv ice Manual

SMD wire ceramic chip

(FHW1008UC1R0J)

SMD wire ceramic chip

(FLM2520-100J)

SMD wire

ceramic chip

WI2520HR33J)

SMD wire ceramic chip

SMD precise resistor

R627 R628

226 R1 R16 R17 R18 R39 R40 R107 R143 R604 R616 R20 R824 R721 R739 C721 R206 R13 R14 R19 R60 R41

R248

R813 R809 R806 R8 R33 R34 R35 R36 R37 R38 R43 R100 R103 R250 R251

R340 R344 R700 R718

R704 R724 R105 R342 R736

2LW1-20UC-680 J

2LW1-20UC-560 JA

2LW1-25UC-102 JA

2LW1-25UC-103 J

2LW1-25UC-331 K

2LW1-25UC-821 K

2RE1-16-1503

inductor

2012,68nH±5%,

1 L2 (C2012C-68NJ) 2012,56nH±5%,

3 L706 L709 L713 (C2012C-56NJ) 2520,1μH±5%,

1 L606

2520,10μH±5%,

1 L305

2520,330nH±10%,

(FLM2520-R33K/SG

1 L704

2520,820nH±10%,

1 L705 (FLM2520-R82K)

1608,150K±1% 7

R617 R618 R619 R624 R625

C700,C2,C3,C73,C74,R65,C

2RS1-10-000O flake resistor 1005,0Ω 28

2RS1-10-100J flake resistor 1005,10Ω±5% 5 R231 R244 R300 R308 R324 2RS1-10-101J flake resistor 1005,100Ω±5% 6

R321 R309 R328 R333 R703

R717 R15 R51 R106 R197 R198 R229 R236 R237 R238

2RS1-10-102J flake resistor 1005,1K±5% 23

R239 R254 R255 R301 R304 R341 R602 R822 R823 R331 R52 R53 R57

2RS1-10-103J flake resistor 1005,10K±5% 28

R252 R327 R337 R338 R339

2RS1-10-123J flake resistor 1005,12K±5% 2 C823 R21 2RS1-10-104J flake resistor 1005,100K±5% 2 2RS1-10-105J flake resistor 1005,1M±5% 5 R626 R729 R731 R732 R734

2RS1-10-152J flake resistor 1005,1.5K±5% 1 R607

R801 R815 R816 R32

R316 R601 R4 C7

Page 64 of 96

FP560 S erv ice Manual

2RS1-10-153J

flake resistor

1005,15K±5%

1

R25

2RS1-10-154J

flake resistor

1005,150K±5%

2

R303 R314

2RS1-10-222J

flake resistor

1005,2.2K±5%

5

R7 R42 R101 R102 R800

2RS1-10-223J

flake resistor

1005,22K±5%

1

R26

2RS1-10-271J

flake resistor

1005,270Ω±5%

1

R605

2RS1-10-272J

flake resistor

1005,2.7K±5%

3

R313,C46,R603

R50 R318 R606 R714 R330 R713 R247

2RS1-10-471J

flake resistor

1005,470Ω±5%

3

R811 R814 R332

2RS1-10-562J

flake resistor

1005,5.6K±5%

3

R2,R312，R812

R706 R322 R343 R406

R22 R23 R24 R27 R29 R30

243 R608 R61

2RS1-10-474J

flake resistor

1005,470K±5%

2

R716 R805

2RS1-10-512J

flake resistor

1005,5.1K±5%

3

R199 R200 R218

2RS1-20-000O

flake resistor

2012,0Ω

1

L707

2RS1-32-R47J

flake resistor

3216,0.47Ω±5%

3

R620 R621 R622

3CF1-BL112-30R

SMD FFC/FPC

Interval 0.5mm,30

2RS1-10-181J flake resistor 1005,180Ω±5% 1 R310 2RS1-10-182J flake resistor 1005,1.8K±5% 2 R44 R817 2RS1-10-184J flake resistor 1005,180K±5% 1 R727 2RS1-10-204J flake resistor 1005,200K±5% 1 R302 2RS1-10-220J flake resistor 1005,22Ω±5% 4 R305 R611 R715 R804 2RS1-10-221J flake resistor 1005,220Ω±5% 1 R726

2RS1-10-273J flake resistor 1005,27K±5% 2 R631 R720 2RS1-10-274J flake resistorv 1005,270K±5% 3 R104 R325 R326 2RS1-10-330J flake resistor 1005,33Ω±5% 1 R610

2RS1-10-331J flake resistor 1005,330Ω±5% 7 2RS1-10-332J flake resistor 1005,3.3K±5% 4 R317 R708 R711 R735

2RS1-10-333J flake resistor 1005,33K±5% 4 C811 R701,R613,R609 2RS1-10-334J flake resistor 1005,330K±5% 2 R228 R702 2RS1-10-392J flake resistor 1005,3.9K±5% 2 R614 R738 2RS1-10-393J flake resistor 1005,39K±5% 1 R612 2RS1-10-470J flake resistor 1005,47Ω±5% 2 R323 R600

2RS1-10-472J flake resistor 1005,4.7K±5% 5

2RS1-10-473J flake resistor 1005,47K±5% 14

R407

R31 R227 R240 R241 R242

2RS1-10-560J flake resistor 1005,56Ω±5% 2 R710,R722 2RS1-10-563J flake resistor 1005,56K±5% 1 R629 2RS1-10-564J flake resistor 1005,560K±5% 1 R712 2RS1-10-823J flake resistor 1005,82K±5% 2 R705 R723 2RS1-16-000O flake resistor 1608,0Ω 4 L100 L102 L103 L708 2RS1-16-153J flake resistor 1608,15K±5% 1 R615

2RT1-NTH5G16P 42B104K

U 3FW1-42932-302 SMD fuse 429003/433003/466 1 F100

SMD thermistor

connector

1608,NTH5G16P42 B104K07TH

chip

1 R707

1 J201

Page 65 of 96

FP560 S erv ice Manual

320

003,3216,3A/32V

1608,red

0-A2/TR8

DSF753SDF,51.65

5.0*1.3

FB1 FB7 FB8 FB9 FB12

L3 L6 L7 L8 L10 L203 L314 L315 L316 L317 L318 L320

2012,BLM21P300S/

9-05)

crystal oscillator

m

SMD crystal diode

-free

0-7R0D

capacitor

C0G

3ST1-SKRTLBE0 10

SMD tact switch

4PE1-16-F2 SMD LED

4PE1-16-F5 SMD LED

5FC1-D51606GQ 1-0705

5FE1-BLM11A22 1SPT

5FE1-BLM11A60 1S

5FE1-BLM21P30 0S

SMD crystal fi lter for FP520

SMD EMI suppressed filter

SKRTLBE010,4.5*3. 55*3.3mm(ALPS)

light,19-21SUR/S53

1608,green light,H19-213SYGC

MHz±3KHz/5dB,7.0*

1608,BLM11A221S PT/BLM18AG221S( 0138-05) 1608,BLM11A601S/ BLM18AG601S(013 8-05)

BLM21PG300S(014

1 S1

1 D202

1 D203

1 Z1

9

FB16 FB17 L4 L5

16

L613 L712 L715 L800

2 L612 L614

5OD1-12R28-AC L-2520

5OT1-12R8-ACL 4-0303

5XC1-9R8-MPL2 0-0503

1DR1-1SR154-40 0

1IS1-XC6228D12 2VR

SMD temperature compensated

SMD temperature compensated crystal oscillator

oscillator SMD

commutation

SMD speci alized IC

DSA221SJ,12.2880 MHz,±1.5PPm,-40～ +85 ℃

,2.5*2.0*0.8m

1 Y3

12.8MHz±1.5ppm,V cont=1.5V±1.0V ， dragging

1 X300 range±20ppm,-40 ℃ ～+85

9.8304MHz±30PPM, ±50PPM,16P,-40 ℃

1 X200 to+80℃,NX5032GA

1SR154-400,4532 1 D100

Power IC,XC6228D122VRG,SOT-25J,5PIN,pb

1 IC102

2LL1-16-27NJ 2RS1-10-224J flake resistor 1005,220K±5% 1 R728

2CC1-10-C0G50 0-390J 2CC1-10-C0G50

lamination inductor

flake multi-layer capacitor flake multi-layer

1608,27nH±5%(ML G1608B27NJ)

1005,39P±5%,50V, C0G 1005,7P±0.5P,50V,

1 L604

1 C734

2 C333 C331

Page 66 of 96

FP560 S erv ice Manual

2RS1-10-681J

flake resistor

1005,680Ω±5%

1

R329

2CC1-16-C0G50

flake multi-layer

1608,20P±5%,50V, 0-121J

capacitor

C0G

SMD memorizer

25Q32BVSSIG,8PIN SMD

FP520-PTT-201308

2RS1-10-223J

flake resistor

1005,22K±5%

1

R227

2RS1-10-512J

flake resistor

1005,5.1K±5%

1

R1

FP560 keypad

Keypad PCBA, 2

-102K

capacitor

0V,X7R

igital triode

323

connector

chip,BL112-16RL

2CC1-20-Y5V160

-105Z

0-200J 2CC1-16-C0G50

1IP1-0FP520-R0 1 1IP1-M16CM306 2LFGPGP

flake multi-layer capacitor

capacitor flake multi-layer

burning chip

SMD CPU

2012,1uF+80%/-20 %,16V,Y5V

C0G 1608,120P±5%,50V,

CPU,M16C-M3062L FGPGP,pb-free CPU,M16C-M3062L FGPGP,FLASH

2 C36 C218

1 C613

1 C610

1 IC2

1

9FSO-6500V333 MCU software 1 1IM1-25X32VSIG

IC

6SS1-4085-HPA PTT board SMD

0SS1-4085-HPA PTT board SMD

,SOIC,pb-free FP520 PTT board

FP520 PTTboard SMD

1 IC3

1

16.PCB; thickness

6PD7-4083-HPA PTT board

0.6MM

52.9X10.1MM ；

；

1 FR-4;2 layers,

pb-free

6SS1-4091-HKA

0SS1-4091-HKA 2CC1-10-X7R500

2CC1-10-X5R6R 3-105K 2CC1-10-X7R500

-471K

1TT1-DTC144EE SMD triode

2CC1-20-Y5V160

-106Z 3CF1-BL112-30RU SMD FFC/FPC

3CF1-BL112-16RL SMD FFC/FPC

FP560 KEYboard SMD

SMD flake multi-layer

flake multi-layer capacitor flake multi-layer capacitor

flake multi-layer capacitor

connector

FP560KEY, pb-free 1

layers，FP560KEY 1005,1000P±10%,5

1005,1uF±10%,6.3V ,X5R 1005,470P±10%,50 V,X7R

1

1 C13

2 C2 C3

2 C105 C107 D

DTC144EE(26),SOT

2012,10uF+80%/-20 %,16V,Y5V Interval 0.5mm,30 chip Interval 0.5mm,16

2 Q1 Q201

1 C106

1 J1

1 J2

Page 67 of 96

FP560 S erv ice Manual

2RS1-10-100J

flake resistor

1005,10Ω±5%

3

R1 R2 R244

2RS1-10-221J

flake resistor

1005,220Ω±5%

1

R250

2RS1-10-220J

flake resistor

1005,22Ω±5%

1

R3

FR-4

harging current

pre-charge

foot pad

mm

charger top cover(cover die）

7MCP-1846-02B-

charger bottom W0

W0

pb-free

round flat head

M2.6*10 cross

charging board suite

charging board

in unit

4PE1-16-F9-A SMD LED

0603，white， height

0.4mm

6 D1 D2 D3 D4 D5 D205

2RS1-16-000O flake resistor 1608,0Ω 1 L102

FP560-key-140224. PCB

6PD7-4091-HKB

FP560 KEY board PCB

SIZE:35X41mm thickness:0.6mm 2

1 PCB layers, pb-free

C

6SS3-CZ4083-A KBC-51charger

KBC-51

0SS3-4083-CMA

installation material

7GCR-080020-J

868P charger

800mA ， input voltage:12V,

nucleus,KBC-51 installation material ，pb-free rubber,Φ=8mm,δ=2

1

4

7MCP-1846-01BW0

W0 7MHP-7208-09A-

7MCP-1846-05B-

7STF-020045A-S ZYB-Z

7STF-026100A-S ZHT-B

6SS2-4083-CMA

ABS, pb-free 1

cover (cover die)

ABS,pb-free 1

charger sink ABS; black, pb-free 1

guide beam

PMMA,transparent,

1

M2.0*4.5cross

self-tapping

Hardened iron,Φ2mm*4.5mm

4

screw

thick-headed self-tapping

Hardened iron, Φ2.6mm*10mm

4

screw KBC-51

nucleus 1

0SS2-4083-CMA

1DR3-P6KE30A

KBC-51

nucleus 1

plug-in unit plugcommutation

P6KE30A,DO15 1

diode

Page 68 of 96

FP560 S erv ice Manual

in unit

plug-in unit

in unit

plug-in unit

inductor

DC power

long

long pin

green light,

long pin

charger spring

etal coated

charging board

charging board SMD

diode

T23,PNP

an be replaced by

1IS3-TL431AA

2CE3-GM350-10 1M0812

plugspecialized IC charger IC plugaluminum electrolysis capacitor charger

TL431AA,TO92 1

8*12,100μF±20%,35

V,GM type [2CE3-GM350-101M

1 0611]

2CE3-GM250-47 0M0511

aluminum electrolysis capacitor charger plug-

2CE3-GM350-47 1M1016

aluminum electrolysis capacitor charger

2LI3-0911-331K

I-shaped

3CP3-DS210-63 K

socket

4PE3-3R0-Y2-C plug-in unit LED

4PE3-3R0-Y4-C plug-in unit LED

4PE3-3R0-Y5-C plug-in unit LED

5×11,47μF±20%,25

V,GM type

10×16,470μF±20%,

35V,GM type

9×11,330μH±10%,3

A

1

DS210-6.3/DC-470 1 Φ3mm,red light,

Φ3mm,yellow light,

Φ3mm,

1

7MCC-1846-01AN

2RM3-12-R22J

6SS1-4083-CMA

0SS1-4083-CMA

1DR1-IN5819

1TT1-MMBT3906 SMD triode

1TT1-AO3401A SMD triode

tablet M resistor KBC-51

SMD KBC-51

SMD commutation

,δ=0.3mm, nickel-plated 1/2WF, 0.22R, ±1%,pb-free

4

1 R16

nucleus 1

IN5819,SMD 3

MMBT3906(2A),SO

AO3401A,SOT-23,c

1

Page 69 of 96

FP560 S erv ice Manual

1TT3-2SB772SL

2CC1-16-X7R500

flake multi-layer

1608,1000P±10%,5

-104Z

capacitor

5V,Y5V

SMD precise

SMD precise resistor

SMD precise 2RS1-16-102J

flake resistor

1608,1K±5%

5

2RS1-16-103J

flake resistor

1608,10K±5%

6

2RS1-16-202J

flake resistor

1608,2K±5%

1

program version

M-1936-CM-L1 0308

ingle flame

SMD precise resistor

ty

1TT1-S9013LT1 SMD triode

-102K 2CC1-16-Y5V250

2RE1-16-1503

2RE1-16-2402

2RE1-16-3601

2RE1-16-5102

2RE1-16-8201 2RS1-16-100J flake resistor 1608,10Ω±5% 1

capacitor flake multi-layer

resistor

S9013LT1,SOT-23, NPN

0V,X7R 1608,100nF+80%,2

1608,150K±1% 3

1608,24K±1% 1

1608,3.6K±1% 2

1608,51K±1% 2

1608,8.2K±1% 1

3

7

2RS1-16-204J flake resistor 1608,200K±5% 1 2RS1-16-362J flake resistor 1608,3.6K±5% 1 2RS1-16-510J flake resistor 1608,51Ω±5% 1 2RS1-16-513J flake resistor 1608,51K±5% 1 2RS1-20-000O flake resistor 2012,0Ω 14

1IP1-1936-CM-L1

6PS7-1979-CMB charging plate

2RE1-16-1002

SMD CPU IC 51c

MCU,GT6312,SOP20,

S retardant board,1979-CMB.P

，board thickness

CB

1.6mm 1608,10K±1% 1

1

List 3 Material List (Structure Material)

Part Number Item Name Specification Unit

Quanti

7MHP-7208-01B-W0 FP560 volume knob ABS, black, white paint; pb-free PCS 1 7MHP-7208-02A-W0 FP560 channel knob ABS, black,white paint,pb-free PCS 1

7MHP-4091-02A-W0

FP560 top cover(cover die 1)

PC365; black; pb-free PCS 1

Page 70 of 96

FP560 S erv ice Manual

plug

alloy shell

flange plate

hole distance

YB-N

head machine screw

screw

，

7MHR-7208-01A-W0

FP560 major waterproof ring FP560 earphone

7MHP-4083-02A-W0

7MHR-7208-02A-W0

7MHR-7042-06B-W0

7MHL-4083-01A-W

socket waterproof

FP560 top channel waterproof ring thermally conductive silicone gel pad FP560 aluminum

3CR7-SMA-50JFB-4 RF coaxial connector

7NRC-090136039-B 1A

7SMF-020040M-SZ

Antenna nut

M2*4 cross rounf flat

Silicone gel; black; polished; pb-free

PCS 1

TPU; black; pb-free PCS 1

Silicone gel; black; pb-free PCS 1 Silicone gel, black,3*6*9mm.

pb-free

PCS 1

ADC12 aluminum alloy, pb-free PCS 1 SMA-J,

installation(558,

PCS 1 14mm, chip length 10.5mm) brass, internal diameter M9mm, external diameter φ13.6mm, thickness 3.9mm, black

PCS 1 passivation Hardened iron,Φ2*4mm PCS 11

7SMF-020037M-SZ CT-N

7SMF-020080M-MH HT-N1

M2.0*3.7cross sunken machine screw M2*8 torx thick headed machine screw

1018 Hardened iron,Φ2.0*3.7mm PCS 2

Hardened iron,Φ2*8mm PCS 2

brass, internal diameter M6mm,

7NRC-060100035-B 1A

Antenna nut

external diameter φ10mm, thickness 3.5mm, black

PCS 2 passivation

7MHS-1140-01A-W knob circlip Spring steel PCS 2 7MHR-4083-01A-W0

7STF-019047B-SZH T-X

7SMF-016030M-SZ YB-N2

FP560pedestal waterproof pad M1.9*4.7 cross thick headed self-tapping screw M1.6*3 cross round flat head machine

Silicone gel, black, hardness 60 degrees, pb-free

PCS 1

Hardened iron,Φ1.9mm*4.7mm PCS 3

Hardened iron,Φ1.6mm*3mm PCS 2

7MHS-4091-01A-W

7MHR-4091-01A-W0 FP560 digital keypad

7MHS-4091-02A-W

FP560 LCD hardware bracket

Digital key metal dome

Imported SUS304，48H salt frog pb-free Combo keypad， silicone gel+ key aluminum+plastic frame，silk print, pb-free SUS301，Φ5mm Metal Dome， pb-free

PCS 1

Page 71 of 96

FP560 S erv ice Manual

speaker waterproof 7MHP-4091-01A-W tablet 1

steel(SUS301),0.25THK, pb-free

Zinc alloy(Zn3#), black zinc

black zinc

plated, pb-free

(cover die 1)

pad

square metal

6MD7-F04932 FP560 LCD module 4SS7-3605-016-100A FP560 36mm

speaker

7GCB-320001-W0A

Speaker waterproof net

Balck& white screen， 128*64， pb-free

ND036GM13924,16Ω,1W,Φ36*H

5.0, pb-free φ32 net,diameter φ32mm*thickness

0.1mm

PCS 1

7MBP-4091-01A-W0 FP560 front shell PC365; black; silk print; pb-free PCS 1

Silicone gel ， 65 degrees ， transparent white，pb-free

PCS 1

C

FP560 guide beam 7MHR-7208-05A-W3 FP560emergency key Silicone gel;orange; pb-free PCS 1 7MHR-7208-06A-W0

FP560 side silicone

gel key

Silicone gel;black; pb-free PCS 1 7MHP-7042-14B-W0 FP560 battery latch POM,black, pb-free PCS 1 7MHS-7042-01A-W

7MHS-7042-01B-W

FP560 latch spring

FP560latch spring tablet 2

Stainless

Stainless steel

(SUS301),0.25THK, pb-free

PCS 1

7MHX-7042-02A-Z FP560 battery hook 1

7MHX-7042-02B-Z FP560 battery hook 2

7MHP-4091-01A-W0

7MHP-7208-06A-W0

7MHP-7208-07A-W0

PTT plastic key

FP560 earphoen cover plug FP560 earphone cover board FP560 key board

7MHJ-4091-01A-W

double-sided adhesive tape

7MHR-1727-09A-W3

FP560 microphone cover

4SM7-6027-A40C MIC

7GCB-070001

7GCM-411294-J

φ7 mic waterproof cloth FP560 LCD sponge

plated, pb-free

Zinc alloy (Zn3#),

PCS 1

PC365; black;pb-free PCS 1

ABS; black; pb-free PCS 1

TPU; black; pb-free PCS 1

3M9448，pb-free

Silicone gel, hardness 40, orange,

no surface processing

PCS 1

Φ6.0,height 2.7,-40±2dB,all

direction,2.2KΩ,2V, with 80mm

PCS 1 red black wire Waterproof cloth, dia meter φ7mm, thickness 0.1mm

PRON， 41.1*29.4mm，pb-free

PCS 1

7SMF-026060M-SZ HT-B1

7MHZ-1731-01A-J5

M2.6*6 cross machine screw speaker insulated paper

7MHS-4083-01A-W FP560 PTT key metal φ6mm,SUS301

Hardened iron，M2.5*6.0

18* 8mm，thickness 0.2mm

PCS 2

PCS 1

Page 72 of 96

FP560 S erv ice Manual

dome

dome; pb-free

wire length

pb-free

, nickel

spring

pb-free

3WF7-05030-500C4

Flexible connecting wire

6SS3-BJ4026-A belt clip

7MJP-4026-01A-W0 belt clip

7MJS-7013-01B-N belt clip bracket

7MJS-7013-02A-W

belt clip torsional

7MJS-7013-03A-N belt clip rotati ng s haft

Interval 0.5mm,30P, 50mm DP770 belt clip,PC+ABS，black， pb-free DP770 belt clip，PC+ABS, black，

PCS 1

pcs 1

PCS 1 Stainless

steel(SUS304),1.00THK

PCS 1 plated,pb-free

φ1.00 Stainless steel, pb-free PCS 1 1018,φ2x24.4,nickel plated,

PCS 1

Page 73 of 96

Figure 1 FP560-01 Mainboard Schematic Diagram (136-174MHz)

B+

SB

GPS

Q100

5R

KTA1298

C100 104

5RC

5T

C101

5TC

5C

5M

3M

3C

104

C12 104

C39 104

DTC144EE

R101

2.2K

Q101 DTC144EE

Q102 KTA1298

R102

2.2K

Q103 DTC144EE

Q1 KTA1298

2.2K

Q2

Q3 KTA1298

R42

2.2K

Q4

R100

10K

R103 10K

R8

10K

R7

L102 0R

R43

10K

L1 0R F1 0R

ST2301

L100 0R

ST2301

T3

PD

Q5

10UF

C106 10UF

IC1 XC6204B502MR

1

5

VIN

OUT

C13

471

IC100 XC6204B502MR

5

OUT

C103

C104

471

IC101 XC6204B332MR

5

OUT

C107 471

C20

471

2

VSS

CE34NC

1

VIN

C102 471

2

VSS

CE34NC

1

VIN

C105 471

2

VSS

CE34NC

R104 270K

R106 1K

C122 102

R105

100K

C119 10UF

POW&VOL

3M

R107

C40

0.1UF

0R

FP560 Service Manual

C113

C112

C111

471

103

104

D100 1SR154

F100 3A

C115

C114

103

104

C116 10UF

DC1

7.5V

+

-

GPS_C

BAT_DET

BASEBAND_C

SAVE

1V2

3V

L103 0R

IC102 -XC6205B122MR

1

5

VIN

OUT

C109

C110

10UF

471

IC5 XC6204B332MR

5

OUT

C68

C69

10UF

471

C108

R64 0Ω

471

2

VSS

CE34NC

1

VIN

C70

471

2

VSS

CE34NC

1K

R53

C72 102

R65 NC

1K

R52

C71 102

Page 74 of 96

J200 NC

S200

E1_1

GND E1_3 E2_3

GND E2_1

GND

TP10

TP9

TP8

TP7

TP6

TP1

TP2

TP3

TP4

TP5

1 2 3 4

ENCODER

1 2 3 4 5 6 7 8

FP560 Service Manual

UL CK LE DT TX_SW RX_SW AFCO_2

C6 1uF

3M

AFCO_1 RXD TXD PC/TV

S_SI S_SCK

S_SO S_CS ENC_3 ENC_2 ENC_1 ENC_0 EXT_PTT PTT

XIN XOUT

RESET

SHIFT E_TEST C_CNVSS E_SCL E_SDA TONE_OUT

VCCN

BEEP_C BASEBAND_C

GPS_C

HEAPHONE_DET

PF VOL_DET BUSY RSSI BAT_DET

K7 K6 K5 K4 K3 K2 K1 K0 LAMP

XIN

XOUT

SHIFT

S_CS S_SO

R229 1K

C225 27P

C227

C226

0Ω Q204 NC

X200

9.8304M

IC202 PST9124NR

1

NC

VCC

2

VEE1

3

VEE2 OUT

1

A0

VCC

2

A1

TEST

3

A2

SCL

4

GND SDA

IC200 AT24C512C

IC3

R36 10K

R38 10K

1

R37 10K

CS

2

SO

HOLDB

3

WPD

4

GND SI

25X32VSIG

8

7

6

5

VCC

SCK

27P

3M

5

4

C224 104

R254 1K

R255 1K

3M

8 7 6 5

R228 330K

R33 10K

R231 10R

L203 BLM11A601S

R251 10K

R250 10K

R34 10K

R35 10K

RESET

3M

R252 10K

E_TEST

E_SCL

E_SDA

C59 471

S_SCK S_SI

C_CLK

C_BUSY

C_EPN

C_CE

SCT3252MOD

GREEN_LED

RED_LED

5TC 5RC

SAVE

ENC_0 ENC_1 ENC_2 ENC_3

L10

BLM11A601S

51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75

INT0

PLLBYPASS

RESET

3M

C_CLK

C_BUSY

C_EPN

C_CE

C_CNVSS

TXD

RXD

3M

47K

10K

R227

R32

C222

3M

S1 KEY_EMG

471

C230

471

R240 47K

C58 471

C221

471

L6

BLM11A601S

C207

C208

471

PTT PF

C231

C232

471

R241 47K

R242 47K

PLLSEL2

HCSN HWRN HRDN HOBIB

RSTN_3252

NMI

PIO3

HPI_DATA0 HPI_DATA1 HPI_DATA2 HPI_DATA3 HPI_DATA4 HPI_DATA5 HPI_DATA6 HPI_DATA7

SI/D

7 SCL/D6 A0 /RST /CS1

R237 1K R236 1K R239 1K

C233

471

R243 47K

R238 1K

47

48

49

50

5TC

5RC

SAVE

INT0 PLLBYPASS PLLSEL2 HCSN HWRN HRDN HOBIB RSTN_3252 NMI ACC PIO3 VSS HPI_DATA0 HPI_DATA1 HPI_DATA2 HPI_DATA3 HPI_DATA4 HPI_DATA5 HPI_DATA6 HPI_DATA7 NC NC SI/D7 SCL/D6 A0

/RST77/CS178LAMP79K080K181K282K383K484K585K686K787BATT88RSSI89BUSY90VOL_DET91NC/VOX92NC93PF94AVSS95HEADPHONE_DET96VREF97AVCC98GPS_C99BASEBAND_C

76

40

41

42

43

44

45

46

RED

P_UL

P_/CS

P_CLK

C_VCC

GREEN

SCT3252MOD

IC2 M3062L

39

P_DATA

C_HOLD

38

TX_SW

37

RX_SW

33

34

36

AFCO_135AFCO_2

NC/RXD0

R63 47K

NC/TXD0

26

27NC28

29

30

31

32

W/N

S_SI

PC/TV

C_CLK1

C_TXD1

C_RXD1

S_SCK

VC_12.288M

S_SO

S_CS ENC_3 ENC_2 ENC_1 ENC_0

EXT_PTT

PTT

C_NMI

VCC

XIN

VSS

XOUT

RESET

SHIFT

E_TEST

C_CNVSS

C_BYTE

E_SCL E_SDA

NC/TONE_IN

TONE_OUT

VCCN

BEEP_C

100

101

102

L7

BLM11A601S

C43 471

Q200

DTC144EE

3M

D202 RED

C42 471

R6 NC R5 NC R31 47K R30 47K R29 47K R28 NC R27 47K

25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

R247 330R

R24 47K

R22 47K

R23 47K

SB

R244 10R

D203 GREEN

Q201 DTC144EE

R248 100R

3M

RED_LED

GREEN_LED

R25 15K

C48

33NF

BLM11A601S

R200ΩR21

C461KC47

R140RR19

C211NCC212

R26 22K

C57

33NF

L8

C45 471

12K

NC

0R

NC

Page 75 of 96

FP560 Service Manual

3V 3V

Y3

R4

12.288MHz

3V

1V2

R15 1K

C92

104

3V

U1

3

VDDIO33

11

VDDIO33

23

VDDIO33

25

VDDIO33

32

VDDIO33

34

VDDIO33

36

VDDIO33

38

VDDIO33

40

VDDIO33

43

VDDIO33

46

VDDIO33

52

O33

VDDI

57

VDDIO33

62

VDDIO33

63

VDDIO33

67

VDDIO33

86

VDDIO33

97

VDDIO33

2

VDD2

10

VDD2

20

VDD2

24

VDD2

26

VDD2

35

VDD2

41

VDD2

48

VDD2

51

VDD2

59

VDD2

64

VDD2

77

VDD2

74

PLLDVDD

73

PLLVDD

27

VSS

28

VSS

29

VSS

33

VSS

37

VSS

39

VSS

42

VSS

44

VSS

45

VSS

47

VSS

49

VSS

50

VSS

53

VSS

54

VSS

55

VSS

56

VSS

58

VSS

60

VSS

61

VSS

65

VSS

66

VSS

68

VSS

SCT3252F

TRSTN

HOLDA

PIO2/VSS

FLASH_SI

FLASH_SCK

S0DI/VSS

S0RFS S0RCLK S0XCLK

S0XFS

S1RFS S1RCLK S1XCLK

S1XFS

HWRN

HOBIB

HPIDATA0 HPIDATA1 HPIDATA2 HPIDATA3 HPIDATA4 HPIDATA5

HPADATA6

HPIDATA7

CLKOUT

PLLSEL2

PLLBYPASS

S0DO

S1DO

HCSN

HRDN HSTS

INTT0

CLKIN

RSTN

100

TCK

99

TDI

98

TDO

96

TMS

95

92

TSE

75

TE

69

22

PIO0

21

PIO1

19 18

PIO3

30 31

17 16 15 14 13 12

9

S1DI

8 7 6 5 4

94 93 91 90 89

85 84 83 82 81 80 79 78

70

87

NMI

1 76 71

72

88

R60 0R

R16 0R R17 0R

R18

0R

R40 0R

TP

R1 0R

SCT3252MOD

SCL_CODEC SDA_CODEC

PIO3

U8 MC74VHC1GT04

1

NC

2

IN_A

3

GND OUT

S1DI S1FS S1CLK

S1DO

HCSN

HWRN

HRDN

HOBIB

HPI_DATA0 HPI_DATA1 HPI_DATA2 HPI_DATA3 HPI_DATA4 HPI_DATA5 HPI_DATA6 HPI_DATA7

NMI

INT0

PLLSEL2

PLLBYPASS

MCLK12M88

RSTN_3252

AOUT2R

AOUT2L AIN2R

10UF C218

C36 10UF

R218 5.1K

5

VCC

4

R13

0R

R206

0R

3V

S1FS S1CLK S1DI S1DO MCLK12M88

SCL_CODEC

SDA_CODEC

C35 NC

C79

NC

C23

0.1uF

MIC_IN

AIN2R

3V

FB1

BLM11A221SPT

R199

R200

5.1K

R197 1K

R198 1K

FB17

BLM11A221SPT C37 NC

FB16

BLM11A221SPT

C268

NC

TO_VCTCXO

TO_VCO

3V

R143 0R

FB9

BLM11A221SPT

R9 NC

C21

0.1UF

C61 1UF

C60 1UF

C9 10UF

100K

C7 100K

U6

1

LIP

2

LIN

3

L2/GPIO2

4

RIP

5

RIN

6

R2/GPIO3

7

LRC

8

BCLK

9

ADCDAT

10

DACDAT

11

MCLK

12

DGND

13

DCVDD

14

DBVDD

15

CSB/GPIO1

16

SCLK SDIN

WM8758B

R39

0R

O

E

VSSOU

MICBIAS

AVDD1 LOUT1 ROUT1 AGND1

AVDD2 LOUT2 AGND2 ROUT2

OUT3 OUT4

LINE_COM

HP_COM

MODE

0

VDD

41

C41

T

32

32 31 30 29 28 27

VMID

26 25 24 23 22 21 20 19 18 17

10NF

C14

0.1uF

C44 270p

C11

C8

10UF

L4

MCLK12M88

XIN

SCL_CODEC

SDA_CODEC

FB7

BLM11A221SPT

C15 10UF

C16 10UF

BLM11A221SPTL5BLM11A221SPT

C81

0.22UF

R57

C78

104

R59

56R

1K

3V

FB8

BLM11A221SPT

C17 10UF

U4

1

NC_1

2

GND

3

SCL SDA

NC

C38 1UF

C18 10UF

C34 1000P

VCC

NC_5

FB12

BLM11A221SPT

6 5 4

AOUT1L

AOUT2L

AOUT2R

AF_RX

0.1UF

C27

C26

C51

0.1UF

1V2

C89

C91

C55

0.1UF

C56

0.1UF

C32

C50

C24

0.1UF

C10

C22

0.1UF

C25

C28

0.1UF

Page 76 of 96

FP560 Service Manual

GND

LAMP

GND

/RST

SCL/D6

SI/D7

31

3.3V

/CS1

9

1 2

3

HOLE

Hol

H801

9

1 2

3

45

HOLE

H806

30 29

K7

28

K6

27

K5

26

K4

25

K3

24

K2

23

K1

22

K0

21 20 19

NC

18 17 16

NC

15 14

NC

13

NC

12

NC

11

SB

10

NC

9 8 7

A0

6 5 4

NC

3

NC

2

NC

1

SB

J4

FP560_KEY_CON_MAINBOARD

8

7

6

Hol

e

3M

K7 K6 K5 K4 K3 K2 K1 K0

LAMP

SB

/CS1 /RST A0 SCL/D6 SI/D7

1 2

3

HOLE

Hol

H807

8

7

6 54

e

9

8

7

6 54

e

9

1 2

3

45

HOLE

Hol

H808

8

7

6

e

9

1 2

3

HOLE

Hol

H803

1 2

3

45

HOLE

Hol

H809

8

7

6 54

e

9

8

7

6

e

9

1 2

3

45

HOLE

Hol

H804

1 2

3

HOLE

Hol

H810

8

7

6

e

9

8

7

6 54

e

9

1 2

3

45

HOLE

Hol

H805

8

7

6

e

32

Page 77 of 96

FP560 Service Manual

5R

R300 10R

C311 16P

3

OUT

X300 12.8M

GND

R315 NC

C341

NC

C347 102

R342

100K

R344 10K

C302

VCC

C300 471

2P

C304 102

C313

L303

220nH

27P

4

C320

471

1VC2

R316 100K

C348 10UF

R308 10R

L314

C319

10UF

C322 102

BLM11A601S

R329 680Ω

C358

R330 330Ω

0.33uF/35V

2ND_LOCAL

R332 470Ω

R331 1K

C359

3.3uF/10V

T300 PD

T301 PD

R327 10K

C360

0.1uF/35V

L320

BLM11A601S

C307 471

C329 NC

L315

BLM11A601S

C361 NC

C314

5P

L307 100nH

D302

L321 180nH

D307

C305 3P

D300

D301 NC

D303

1SV325

R322

4.7K

D305

HVC376B

D308

HVC376B

L304 18nH

1SV325

NC

D306

HVC376B

C330

C362

C308 10P

C315

5P

C323

L308

150P

22nH

C331

7P

C335 10P

NC

L310 220nH

C343

0.5P

D304 1SV278

R325 270K

C353

R326 270K

471

C355

L322

180P

39nH

C363

4P

NC

C371 10P

L324 180nH

L300 560nH

R302 200K

Q300

C306

R304

2SC5108

47P

1K

R306 NC

C318 10P

L305 10uH

C321 10P

C340

471

3C

C344 10UF

IC300

MB15E03SL

L316

BLM11A601S

C345

R324

104

10R

C351

102

4DO5

6

7

89

FIN

VCC

GND

XFIN

CLOCK10DATA11LE12PS13ZC14LD/FOUT15P/16R/

10K

C375 101

R340

R339

R338

R337

L317 BLM11A601S

C346

471

C352 471

1

2VP3

OSCIN

OSCOUT

DA2S10100L

D309

R341

1K

L301 33nH

Q301

2SC5108

R305 22R

L306 220nH

C324 5P

Q302 2SK508NV

C332

3.5P

L319 220nH

C356 4P

Q307 2SK508NV

C364 4P

C333 7P

5C

R301 1K

C301

471

R303 150K

10P

C309

C316

471

L309

3.3uH

C365 5P

R309

100Ω

C325

0.5P

C334 104

R310

180Ω

C336

471

R328

100Ω

L323

C357 0.5P

C366 102

R333 100Ω

C367

Q303

C326

2SC5108

33P

R311 NC

L311

39nH

R314 150K

471

C372

Q305 DTA143TE

L318 BLM11A601S

Q306 DTA143TE

D310 DA2S10100L

471

R321

1.8K

C349

C337 471

471

Q308

2SC4617

R343

4.7K

1

C6215P

2

3

C64 1000P

4 5

C373

471

C376

15uF/6.3V

IC4 UPB1509GV

UPB1509GV

VCC1

VCC2

IN

IN-

GND SW1

C1

15uF/6.3V

R323 47Ω

Q304 2SC5108

R312 3.3K

R317 3.3K

R318 330Ω

C350 471

R313

2.7K

C338 471

C339

471

C328 10P

L313 82nH

FIRST_LOCAL

C54 NC

8

7

OUT

6

SW2

R50 330Ω

R51 1K

L3 BLM11A601S

C368 471

C327

1000P

C53 471

RX_SW

TX_SW

C369 471

5C

VCCN

TO_VCTCXO

TO_VCO

CK DT LE UL

Page 78 of 96

FIRST_LOCAL

FP560 Service Manual

NC

C501

10P

R406

4.7K

D402 HSC277

R407

4.7K

C619

471

Q602 2SC5108

C432

471

R601 100K

1K

R602

C623

471

L609 82nH

R610

33R

C620 18P

Q603

2SC3356

C630

471

R603

10K

R611

22R

R606 330Ω

C635

471

C621

9P

L611

0.1UH

C631

471

L610 22NH

C624

NC

R604

C625

NC

C500

C610

L500

L11

C629

103

L9

0.4*1.5*3T

C65 27P

0.3*1.5*5T

C66

68P

C67 NC

C508 10P

0.4*1.5*3T

Q600 RD07MUS2B

C606

NC

L604

C612 100P

27nH

Q601 RD01

0R

R607

1.5K

R612

39K

C636 102

R613

C626 471

L606 1UH

47K

L614

C618

47P

R608

C632

471

47K

R600 47Ω

R609 82K

C633 1000P

C627 471

L607

0.4*1.5*8T

L612

C628 471

C509 10P

33P

D600 HVC131

D601

HVC131

L608 220nH

R605 270R

C638 1000P

C613

C622 1000P

5P

C611

1000P

L505

C634

C503

12P

L501

0.3*1.0*7T

10P

C514

0.3*1.5*7T

68P

HVC131

D602

HVC131

D603

5T

L613 BLM11A601S

C504

11P

L502

0.4*1.5*7T

18P

C515

68nH

C49

NC

L2

C505

7P

L503

0.4*1.5*7T

15P

C516

C52

22P

ANT

TO ANT

C517 NC

L404 NC

RF_RX

C642 10UF

D604

HZU5ALL

Q605 DTC144EE

R616

0R

R620

0.47R

Q606 2SK1824

R622

0.47R

R621

0.47R

C639 103

R623 NC

R624 150K

R618 150K

R625 150K

C643 101

C640 103

R617 150K

R619 150K

C644 471

R627 150K

R628

150K

R615 15K

IC600 NJM2904

1

AOUT

2

A-IN

3

A+IN

4

GND B+IN

R630

NC

BOUT

B-IN

R614

C641

471

3.9K

8

V+

7

6

5

R631

27K

C646

C645

102

R626

471

R629 56K

1M

C647 102

DTA143TE

R632

NC

Q604

C648 103

B+

APC

Page 79 of 96

FP560 Service Manual

FIRST_LOCAL

BUSY

R701 33K

R706

4.7K

R44

1.8k

C705

0.33uF

T

R707 100K

C706 102

D701

RB706F

C715 104

C707 104

Q700

2SC4617

C711

102

R710

56R

C716

471

R702 330K

R708

3.3K

C749

104

C750

10UF

C712 102

C717 471

C726 103

L708

0R

R711

C753 102

3.3K

R720 27K

R718

10K

R735

3.3K

C708 182

C718 150P

C722 150P

C751 100P

R738

3.9K

IC700 GT3136

R716 470K

2

3

4

5

6

7

89

IFI

FILI

VCC

DEC

FILO

XOUT

MIXOUT

AF10QUAD11IFO12RSSI13NDET14NREC15GND16MIXI

C759

82P

D700

HSC277

FD1

450B

1

XIN

C764 104

L703

1uH

R709

NC

C754 33P

R703

100R

R712 560K

Q701 2SC5108

C5 10NF

C719 102

C713 102

C723

R713 330R

5P

51.65MH

z

C720

Z1

C732 18P

R714 330R

C724 4P

1000P

C755 471

10NF

0.82uH

C733

R700

L705

10K

L700

33nH

C7018PC702

R704 120K

C714 102

L704

0.33uH

R719

1000P

NC

R721

0Ω

C734 39P

L715 BLM11A601S

C735

R705 82K

9P

Q702 3SK318

R722 220R

C703 5P

C704 33P

L714 47NH

C725 100P

C748

NC

RF_RX

R734 1M

C746

33P

D708 1SV305

C710 NC

L702 NC

L707

0Ω

C747 2P

L701 68NH

C709

102

C721

R715

0Ω

22R

Q703

C730

3SK318

R737

470P

3P

C745

R728

220K

C744 33P

R727 180K

R732 1M

NC

C757

D707 1SV305

1000P

C763

1000P

C743

56nH

L706

1000P

4.7P

C741

C752 10UF C756

471

L712

C742

1000P

R717 1K

R726 220Ω

R736 100K

NC

33P

C740

L711

1SV305

D706

C731

3P

L713

56NH

C758 1000P

R723 82K

C727 471

R724

120K

C736

33P

D704 1SV305

T700

T701

L709 56NH

R729 1M

C760 1000P

C737

4P

C729 2P

R731 1M

C762 1000P

C700 4P

AF_RX

RSSI

2ND_LOCAL

CD700

C24_450

5R

R739 0Ω

100P

C765

D709

DA2S10100L

APC

PC/TV

Page 80 of 96

FP560 Service Manual

AFCO_1

TONE_OUT

AOUT1L

BEEP_C

AFCO_2

MIC_IN

EXT_PTT

RXD

TXD

HEAPHONE_DET

R10 0R

SB

3M

R56 NC

C74

0.1UF

C73

0.1UF

R61 47K

NC

R54

2SK1824

R62 47K

Q704

2SK1824

NC

R55

C806

R807 1UF

471

C811

33K

10UF

Q6

0.1UF

R3 NC

Q707 DTC144EE

C2

C3

R806 10K

R809NCC810

C812 103

5

NF2

6

INPUT

7

INPUT

8

NF1

Q800 FMMT717

R801

R800

10K

2.2K

Q801 DTC144EE

C803

471

TDA2822

4

GND

3

OUTPUT2

2

VCC

1

OUTPUT1

U80

0

C820

182

R803 NC

R808

NC

C815 10UF

C800 103

C808 104

R811 470R

R819

NC

C816 104

R804

22R

2SA1586

C809 471

C801 104

Q80

C818 104

C804 471

R812 10K

5

R818 NC

C821 471

C802 10UF

Q806 DTC144EE

C819 104

R820

NC

Q803 ST2302

R813 22K

L800 BLM11A601S

R802 NC

Q802 ST2302

R810 NC

R814 470R

R817

1.8k

3M

C805

47uF/10V

R805

470K

Q804 DTC144EE

C817 10UF

C823 12K

R815 10K

T800 SPK+

T801 SPK-

C813

C814

471

R816 10K

R8221KR823

C824 NC

5 2 4

3 1

D800 NC

D801 NC

R11

NC

R12

C63 10UF

1000P

R2 5.6K

C822

104

1K

R824

0R

R41

J800

SPK_JACK

6 5 2 4

3 1

C825 470P

0R

MIC_JACK

J801

T2

T1

Page 81 of 96

Figure 2 FP560-01 Top PCB Position Mark Diagram (136-174MHz)

FP560 Service Manual

Page 82 of 96

Figure 3 FP560-01 Bo ttom PCB Pos ition Mark Diagram (136-174MHz)

FP560 Service Manual

Page 83 of 96

Figure 4 FP560-02 Mainboard Schematic Diagram (400-470MHz)

B+

SB

GPS

Q100

5R

KTA1298

C100

104

5RC

5T

C101

104

5TC

5C

C12

104

5M

DTC144EE

R101

2.2K

Q101 DTC144EE

Q102 KTA1298

R102

2.2K

Q103 DTC144EE

Q1 KTA1298

2.2K

Q2

R100

10K

R103 10K

R8

10K

R7

Q5

L1 NC F1 NC

ST2301

T3

PD

L100 0R

C103 10uF

IC1 NC

5

C13

NC

5

C104 471

XC6204B502MR

1

VIN

OUT

VSS

OUT

VSS

IC100

C20 NC

2

CE34NC

1

VIN

C102 471

2

CE34NC

FP560 Service Manual

GPS_C

BAT_DET

VOL_DET

BASEBAND_C

SAVE

10uF

C49

IC101 XC6204B332MR

5

OUT

C107 471

IC102 XC6228D122VR

5

OUT

C110 471

IC4 XC6204B332MR

5

OUT

C52

471

1

VIN

C105

471

2

VSS

CE34NC

1

VIN

C108

R64

NC

471

2

VSS

CE34NC

1

VIN

2

VSS

CE34NC

102

1K

R50

C54

R45 0R

C53

471

102

1K

R53

C72

R104 270K

R106 1K

C122 102

R105

100K

C119 10uF

SWITCH

POW&VOL

3M

C40

104

R107 0R

C113

C112

C111

471

103

104

D100 NC

F100 3A

C115

C114

103

104

C116 10uF

DC1

7.5V

+

-

3M

3C

Q3 KTA1298

C39

104

1V2

3V

DTC144EE

R43

10K

R42

2.2K

Q4

L102 0R

L103 0R

C106 10uF

C109 10uF

Page 84 of 96

FP560 Service Manual

UL CK LE DT TX_SW RX_SW AFCO_2

C_CLK

C_BUSY

C_EPN

C_CE

SCT3252MOD

GREEN_LED

RED_LED

5TC 5RC

SAVE

INT0

TP10

TP9

TP8

TP7

TP6

TP1

TP2

TP3

TP4

3M

RESET

C_CLK

C_BUSY

C_EPN

C_CE

C_CNVSS

TXD

RXD

3M

L6

BLM11A601S

C207

C208

471

PLLBYPASS

PLLSEL2

HCSN HWRN HRDN HOBIB

RSTN_3252

NMI

471

HPI_DATA0 HPI_DATA1 HPI_DATA2 HPI_DATA3 HPI_DATA4 HPI_DATA5 HPI_DATA6 HPI_DATA7

SI/D7 SCL/D6

A0 /RST /CS1

PIO3

51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75

47

48

49

50

5TC

5RC

RED

SAVE

INT0 PLLBYPASS PLLSEL2 HCSN HWRN HRDN HOBIB RSTN_3252 NMI ACC PIO3 VSS HPI_DATA0 HPI_DATA1 HPI_DATA2 HPI_DATA3 HPI_DATA4 HPI_DATA5 HPI_DATA6 HPI_DATA7 NC NC SI/D7 SCL/D6 A0

/RST77/CS178LAMP79K080K181K282K383K484K585K686K787BATT88RSSI89BUSY90VOL_DET91NC/VOX92NC93PF94AVSS95HEADPHONE_DET96VREF97AVCC98GPS_C99BASEBAND_C

76

40

41

42

43

44

45

46

P_UL

P_/CS

P_CLK

C_VCC

GREEN

P_DATA

SCT3252MOD

TP5

L10

BLM11A601S

39

C_HOLD

IC2

M30620

33

34

36

37

38

TX_SW

RX_SW

AFCO_135AFCO_2

NC/RXD0

R63 47K

26

27NC28

29

30

31

32

W/N

S_SI

PC/TV

C_CLK1

C_TXD1

C_RXD1

NC/TXD0

S_SCK

VC_12.288M

S_SO

S_CS ENC_3 ENC_2 ENC_1 ENC_0

EXT_PTT

C_NMI

XOUT

RESET

SHIFT

E_TEST

C_CNVSS

C_BYTE

E_SCL E_SDA

NC/TONE_IN

TONE_OUT

VCCN

PTT

VCC

XIN

VSS

BEEP_C

100

101

102

R6 NC R5 NC R31 47K R30 47K R29 47K R28 NC R27 47K

25 24 23 22 21 20 19 18 17 16

R24 47K

15 14 13 12 11 10 9 8

R22 47K

7 6

R23 47K

5 4 3 2 1

R25 15K R26 22K

C48 333

3M

L8

BLM11A601S

R200RR21 12K

C461KC47

R140RR19

0R

C211NCC212

C57 333

C45 471

102

NC

AFCO_1 RXD TXD PC/TV

S_SI S_SCK

S_SO S_CS ENC_3 ENC_2 ENC_1 ENC_0 EXT_PTT PTT

3M

XIN XOUT

RESET

SHIFT E_TEST C_CNVSS E_SCL E_SDA

TONE_OUT C6 105

VCCN

XOUT

SHIFT

XIN

R229 1K

C225 22P

C227

Q204 NC

9.8304M

IC202 PST9124NR

1

NC

2

VEE1

3

VEE2 OUT

AT24C512C

1

A0

2

A1

3

A2

4

GND SDA

X200

IC200

TEST

C226

3P

VCC

SCL

5

4

C224 104

8

7

6

R254 1K

R255 1K

5

R231 10R

22P

L203 BLM11A601S

3M

R228 330K

RESET

3M

R251 10K

R252 10K

R250 10K

E_TEST

E_SCL

E_SDA

J200 NC

BEEP_C

3M

10K

R227

C221

471

ENCODER

1 2 3 4 5 6 7 8

R32

C222

471

3M

S1 KEY_EMG

C58

471

C230

471

R240 47K

R241 47K

PTT PF

L7

BLM11A601S

C42

471

R237 1K R236 1K R239 1K

C231

471

C233

C232

471

R242 47K

R243 47K

R238 1K

ENC_0 ENC_1 ENC_2 ENC_3

3M

C43 471

D202

RED

Q200 DTC144EE

SB

R244 10R

D203 GREEN

RED_LED

Q201 DTC144EE

GREEN_LED

R247

R248

330R

100R

1 2 3 4

S200

E1_1 GND E1_3 E2_3 GND E2_1 GND GND

BASEBAND_C

GPS_C

HEADPHONE_DET

PF VOL_DET BUSY RSSI BAT_DET

K7

K6

K5

K4

K3

K2

K1

K0

LAMP

S_CS S_SO

3M

IC3

1

R36 10K

R37 10K

R38 1K

CS

2

SO

3

WPD

4

GND SI

25X32VSIG

HOLDB

R33 10K

8

VCC

7 6

SCK

5

C59 471

R34 10K

R35 10K

S_SCK S_SI

Page 85 of 96

FP560 Service Manual

3V

VDD

OUT

10 11 12 13 14 15 16

0R

R39

3V

C41

102

C14

104

C44 NC

U6

WM8758B

1

LIP

2

LIN

3

L2/GPIO2

4

RIP

5

RIN

6

R2/GPIO3

7

LRC

8

BCLK

9

ADCDAT DACDAT MCLK DGND DCVDD DBVDD CSB/GPIO1 SCLK SDIN

LINE_COM

0

MICBIAS

AVDD1

LOUT1 ROUT1 AGND1

VMID

AVDD2

LOUT2 AGND2 ROUT2

OUT3 OUT4

HP_COM

MODE

MCLK12M88

XIN

32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17

6 5 4

C38

3V

105

C18 10uF

AOUT1L

AOUT2L

AOUT2R

U4 NC

1

NC_1

VCC

2

GND

NC_5

3

SCL_CODEC

SDA_CODEC

FB7

BLM15AG221SN1D

C11

C8

10uF

L5

220R

L4

220R

SCL SDA

3V

FB8

BLM15AG221SN1D

C15

C16

10uF

C17

10uF

3

VDDIO33

11

VDDIO33

23

VDDIO33

25

VDDIO33

32

VDDIO33

34

VDDIO33

36

VDDIO33

38

VDDIO33

40

VDDIO33

43

VDDIO33

46

VDDIO33

52

VDDIO33

57

VDDIO33

62

VDDIO33

63

VDDIO33

67

VDDIO33

86

VDDIO33

97

VDDIO33

2

VDD2

10

VDD2

20

VDD2

24

VDD2

26

VDD2

35

VDD2

41

VDD2

48

VDD2

51

VDD2

59

VDD2

64

1V2

1K

R15

C92

104

VDD2

77

VDD2

74

PLLDVDD

73

PLLVDD

27

VSS

28

VSS

29

VSS

33

VSS

37

VSS

39

VSS

42

VSS

44

VSS

45

VSS

47

VSS

49

VSS

50

VSS

53

VSS

54

VSS

55

VSS

56

VSS

58

VSS

60

VSS

61

VSS

65

VSS

66

VSS

68

VSS

U1

SCT3252PF

TRSTN

HOLDA

PIO2/VSS

FLASH_SI

FLASH_SCK

S0DI/VSS

S0RFS S0RCLK S0XCLK

S0XFS

S0DO

S1RFS S1RCLK S1XCLK

S1XFS

S1DO

HCSN

HWRN

HRDN

HSTS

HOBIB

HPIDATA0 HPIDATA1 HPIDATA2 HPIDATA3 HPIDATA4 HPIDATA5

HPADATA6

HPIDATA7

CLKOUT

INTT0

PLLSEL2

PLLBYPASS

CLKIN

RSTN

100

TCK

99

TDI

98

TDO

96

TMS

95

92

TSE

75

TE

69

22

PIO0

21

PIO1

19 18

PIO3

30 31

17 16 15 14 13 12

9

S1DI

8 7 6 5 4

94 93 91 90 89

85 84 83 82 81 80 79 78

70

87

NMI

1 76 71

72

88

R51

0R

R16 0R R17 0R

R1 0R

SCT3252MOD

SCL_CODEC

R18 0R

R40 0R

TP

AOUT2R TO_VCTCXO

SDA_CODEC

PIO3

U8 MC74VHC1GT04

1

NC

2

IN_A

3

GND OUT

S1DI S1FS S1CLK

S1DO

HCSN HWRN

HRDN

HOBIB

HPI_DATA0 HPI_DATA1 HPI_DATA2 HPI_DATA3 HPI_DATA4 HPI_DATA5 HPI_DATA6 HPI_DATA7

NMI

INT0

PLLSEL2

PLLBYPASS

MCLK12M88

RSTN_3252

105 C36

R218 5K1

5

VCC

4

R13

3V

S1FS S1CLK S1DI S1DO

MCLK12M88

SCL_CODEC

SDA_CODEC

0R

C35 NC

C23

MIC_IN

AIN2R

3V

104

FB1

BLM15AG221SN1D

R199

R200

5K1

R197 1K

R198 1K

FB17

BLM15AG221SN1D

C37

NC

3V

FB9

BLM15AG221SN1D

0R

R143

R4

C7 100K

100K

R9

NC

C21 104

C61 105

C60 105

12.288MHz

O

E

VSS

C9 10uF

Y3

C268

NC

FB16

BLM15AG221SN1D

TO_VCO

AIN2R

C81

224

R59

C78

NC

0R

R57

C34 1000P

FB12

BLM11A221SPT

AF_RX

AOUT2L

3V

C27

C26

C51

104

1V2

C55

104

C89

C91 104

C56

104

C32

C50 104

C24

104

C10

104

C25 104

C22

104

C28

104

10uF C218

0R

R206

C79

NC

Page 86 of 96

GND

LAMP

3.3V

GND

/CS1

/RST

SCL/D6

SI/D7

31

32

FP560 Service Manual

30 29

K7

28

K6

27

K5

26

K4

25

K3

24

K2

23

K1

22

K0

21 20 19

NC

18 17 16

NC

15 14

NC

13

NC

12

NC

11

SB

10

NC

9 8 7

A0

6 5 4

NC

3

NC

2

NC

1

SB

J4

FP560_KEY_CON_MAINBOARD

3M

SB

K7 K6 K5 K4 K3 K2 K1 K0

LAMP

/CS1 /RST A0 SCL/D6 SI/D7

HOLE

9

8

7

6

Hol

H10

54

e

9

1 2

3

HOLE

Hol

H12

8

7

6 54

e

9

1 2

3

HOLE

Hol

H13

8

7

6 54

e

9

1 2

3

HOLE

Hol

H15

8

7

6 54

e

9

1 2

3

45

HOLE

Hol

H17

8

7

6

e

9

1 2

3

HOLE

Hol

H11

8

7

6 54

e

9

1 2

3

HOLE

Hol

H14

8

7

6 54

e

9

1 2

3

HOLE

Hol

H16

8

7

6 54

e

9

1 2

3

HOLE

Hol

e

H18

1

8

2

3

7

6 54

Page 87 of 96

R306 NC

R304 1K

C306 47P

R300 10R

L300 560nH

R302 200K

Q300 2SC5108

FP560 Service Manual

5R

5C

R301

Q301

L301 18nH

2SC5108

C316

1K

R303 150K

C309

471

C301

471

10P C311 16P

C302

C300 471

C307 471

C314

5P

C305 3P

L304 18nH

C308 10P

C315

5P

R305 22R

L303

330nH

C313 27P

C304 102

2ND_LOCAL

2P

C318 10P

C321 10P

C340

471

3C

C344 10uF

IC300

MB15E03

L316 BLM11A601S

C345

R324

104

10R

C352

C351

471

102

4DO5

6

7

89

FIN

VCC

GND

XFIN

CLOCK10DATA11LE12PS13ZC14LD/FOUT15P/16R/

R341 1K

10K

C375

101

R340

R339

R338

R337

L305 10uH

L317 BLM11A601S

C346

471

1

2VP3

OSCIN

OSCOUT

D309

DA2S10100L

3

X300 12.8M

GND

R315 NC

C347 102

R342 100K

R344 10K

C320

VCC4OUT

471

1VC2

R316 100K

C341

103

C348 10uF

C319

10uF

R308 10R

C322 102

L314

BLM11A601S

R329

1.2K

C358

R330 330R

0.1uF/35V

C359

R331

1.5K

R332 510R

1uF/16V

T300

T301

PD

R327 10K

L320 BLM11A601S

C360

0.33uF/35V

D300 HVC376B

L307 82nH

C329 101

L315

BLM11A601S

D305 HVC376B

L321 180nH

C361 101

D302

D307

HVC376B

D301 HVC376B

D303

HVC376B

R322

4.7K

D306 HVC376B

D308

HVC376B

C330

C362

0.5P

NC

C323 68P

D304

R326 270K

C355 33P

L310 82nH

1SV278

R325

270K

L324 220nH

C343

0.5P

L308 27nH

C335 10P

C371 10P

C331 12P

17nH C363 12P

L322

C353

471

L306 220nH

C324 4P

Q302 2SK508NV

C332

4P

L319 220nH

C356 5P

Q307 2SK508NV

C364 4P

C333 6P

L309

3.3uH

C365 5P

L323

R310 240R

R333 150R

R309 270R

C325

0.5P

C334

104

C336

471

R328 240R

C3570.5P

C366

102

C367

22nH

R321 100R

C349

C326 33P

R311 NC

C337 471

471

DA2S10100L

R343

4.7K

Q308

L312 NC

2SC4617

C327

15P

C376

15uF/6.3V

Q304 2SC5108

R312 3.3K

C338 471

R317 5.6K

R318 270R

C373

C1

471

15uF/6.3V

R313

2.7K

R323 22R

C339

471

L313 33nH

C350 471

C328 3P

C368 471

C369 471

5C

FIRST_LOCAL

RX_SW

TX_SW

TO_VCO

Q303 2SC5108

L311

R314 150K

Q305 DTA143TE

L318 BLM11A601S

Q306

DTA143TE

471

C372

471

D310

VCCN

TO_VCTCXO

CK DT LE UL

Page 88 of 96

FIRST_LOCAL

FP560 Service Manual

C6015PC602

L612 BLM21P300S

22P

C610

D600

27P

6P

C629

103

HVC131

C613

5P

D601

HVC131

L608

C609 6P

220nH

C622

R605

471

270R

C634

C638 471

L600 2T

C608

C607 12P

L607 8T

C628 471

C603 2P

C611

L601 3T L602 4T L603 3T

471

L605 4T

1P

D602

HSC277

C6142PC6155PC616

D603

NC

C604

1.5P

RF_RX

C605

3.5P

4P

C617 NC

TO ANT

L404 NC

NC

C600

Q600 RD07

C606

NC

L604

C612 102

3.9nH

C618

R600

22P

47R

L606 5T

47K

BLM21P300S

L614

C632 471

R608

R609

82K

47K

C627

C633 471

471

R407

4.7K

C619

471

Q602 2SC5108

C432

471

R601 47K

1K

R602

C623

C621

101

L611

12nH

L613 BLM11A601S

C631

L610 0R

C624

NC

471

R610

33R

C620

18P

2SC3356

C630

471

Q603

R603

5.6K

R611

R606 1K

C635

471

22R

L609 27nH

471

C625

R604

NC

Q601 RD01

0R

R607

C626 471

1.5K

R612

39K

R613

C636 102

D402 HSC277

R406

4.7K

5T

C642 10uF

D604 HZU5ALL

Q605 DTC144EE

R616

0R

R620

0.47R

Q606 2SK1824

R621

0.47R

R622

0.47R

C639 103

R623 NC

R624 150K

R625 150K

R618 150K

C643 101

C640 103

R617 150K

R619 150K

R628

150K

C644 471

R627 150K

R615 15K

IC600 NJM2904

1

AOUT

2

A-IN

3

A+IN

4

GND B+IN

R630

R614

C641

471

3.9K

8

V+

BOUT

B-IN

NC

C645

102

7

6

R626

471

5

C646

R629

R631

56K

27K

C647 102

Q604

1M

DTA144EE

R632

NC

C648 103

B+

APC

Page 89 of 96

FP560 Service Manual

FIRST_LOCAL

AF_RX

2ND_LOCAL

BUSY

C720

103

L705

0.56uH

R700

4.7K

R721 22R

C700 6P

C701NCC702

C714 102

L704

0.33uH

R719

1K

L715 BLM11A601S

C734

L700

18nH

5P

C703 5P

C704

5P

D709

C725

C748

RF_RX

3P

NC

APC

PC/TV

R734 1M

R739

100K

C765 101

C746

7P

D708 HVC376B

C710

L702 NC

L714

C747 NC

3T

NC

L707 0R

DA2S10100L

R704 100K

R705 56K

C735 471

8P

Q702 3SK318

R722 220R

C709

L701 68nH

102

C721

T700

C727

T701

C728

C737 NC

D702

1P

HVC350B

L710 3T

C739 1P

C738 8P

R730 1M

R731 1M

C762

D705 HVC376B

471

C736

6P

R724

R723

56K

L709 3T

100K

R729 1M

D704 HVC376B

C760 471

C729

0.75P

471

L711 3T

R725 1M

C740 8P

D706 HVC376B

C741 3P

L706 68nH

C752 10uF C756 471

R715 22R

Q703 3SK318

C743

102

R717 NC

R726

220R C742 102

L712 BLM11A601S

R737

R736

180K

C730 471

C745 NC

R728

150K

C744 8P

R727 100K

NC

C763

R732 1M

C757

D707 HVC376B

471

D703

1.5P

L713 3T

R733 1M

C731

2P

C758 471

D700

HSC277

FD1 450B

D701

C705

C707

RB706F

334

R701 33K

R44

1.8k

C706 102

R707 100K

C711 102

T

C715 104

R706

4.7K

5R

RSSI

R702

Q700

104

2SC4617

R710 56R

C716 471

R708

3.3K

330K

C712 102

C717

471

L708 0R

C749 104 C726 103

C750

10uF

C753 102

R720 27K

R711

3.3K

R735

3.3K

C708 182

C718

C722 471

R718 10K

C751 102

471

R716 150K 6

7

89

FILI

DEC

FILO

IC700 GT3136

AF10QUAD11IFO12RSSI13NDET14NREC15GND16MIXI

C759

R738

3.9K

5

IFI

82P

CD700

C24_450

1

2

3

4

XIN

VCC

XOUT

MIXOUT

C764 104

C5

103

R703

C713

100R

L703

R709

1uH

102

51.65MH

R713

R712 560K

Q701 2SC5108

C719 103

C723

330R

6P

NC

C754 33P

Z1

C732 18P

z

R714 330R

C724 3P

C733 471

C755 471

Page 90 of 96

FP560 Service Manual

AFCO_1

TONE_OUT

AOUT1L

BEEP_C

AFCO_2

MIC_IN

EXT_PTT

RXD

TXD

HEADPHONE_DET

C73

R10 0R

SB

3M

R61 47K

NC

R62 NC

R54

R56

C74

0R

Q6

2SK1824

Q704

2SK1824

NC

R55

C806

R807 105

C810 471

C811 33K

10uF

C812 103

C2

0R

C3

0R

R3 NC

Q707

DTC144EE

R806 10K

R809

10K

NF2

6

INPUT2

7

INPUT1

8

NF1

U800 TDA2822

R801

10K

C803

471

OUTPUT2

OUTPUT1

GND

VCC

Q800 FMMT717

Q801 DTC144EE

45

3

2

1

R800

2.2K

C820

C801 104

C800

103

R803

NC

R808

NC

C808 104

C815 10uF

182

R811 470R

R819 NC

C816 104

R804

C802 10uF

5 2

D801 NC

R11

470R

R12

5.6K

R41 0R

4

3 1

C63 10uF

NC

C822

104

R824

J800 SPK_JACK

6 5 2 4

3 1

0R

C825

471

MIC_JACK

J801

T2

T1

R802 NC

R820

NC

Q803 ST2302

R813 22K

L800 BLM11A601S

Q802 ST2302

R810 NC

R814 470R

R817

C804 471

22R

C809 471

R812 10K

Q80

5

2SA1586

Q806 DTC144EE

R818 NC

C818 104

C819 104

C821

471

C805

100uF/6.3V

R805

T800 SPK+

470K

T801 SPK-

C813

C814 471

471

Q804 DTC144EE

D800 NC

3M

R815

R816

10K

C817 10uF

1.5k

R2

C823

R8221KR823

12K

C824 NC

1K

Page 91 of 96

Figure 5 FP560-02 Top PCB Position Mark Diagram (400-470MHz)

FP560 Service Manual

Page 92 of 96

Figure 6 FP560-02 Bottom PCB Position Mark Diagram (400-470MHz)

FP560 Service Manual

Page 93 of 96

Figure 7 FP560 Kerypad Top PCB Position Mar k

FP560 Service Manual

Page 94 of 96

Figure 8 FP560 Keypad Bottom PCB Position Mark

FP560 Service Manual

Page 95 of 96

Figure 9 KBC-51 Charger Schematic Diagram

Q6(B772)

Q6

FP560 Service Manual

DC

1 2 3

DC12V/1.5A

T2

VREF_6312

RED

GREEN

LED2

LED1

RED

GRN

R24

470

VIN

2

A K

P6KE30

1

C7

104

YELLO W

LED3

YELL

D3

T1

D4 1N5819

R18 1K

VREF

51K 1%

R3

3.6K 1%

VCC

R20

R2 3.6K 1%

Q5 9013

R1 1K

PWM

R22

1K

C13 104

D1

1N5819

N2 KA431

RED

GREEN

BS SET_T

SAM_U

SAM_I_T

1 2 3 4 5 6 7 8 9

10

C1

470u/35V

VCC

C2

47u/25V

TE TE

ED

R

ED

G P

WM

P

WMT TEST0 GND SAM_ SAM_I

VIN

C6 104

U1 GT6312A

C5

104

TEST5 TEST4 TEST1

VREF

TEST3

SAM_V

SAM_T

EST2

NC

VDD

Q2

R4

9013

10K

YELLOW

20 19 18 17

VREF_6312

16 15 14 13 12

ID_AD

11

SAM_D

Q3 BV4

R5

2K

ID19

R21

R7 10

R8 51

8.2K 1%

Q1 AO3401

R6 10K

SAM_I_T

VCC

C14 104

Q4 9013

R10

10K

R34

10K

L1

33μH

D2

1N5819

R9

3.6K

C3 100u/25V

R11

150K 1%

SAM_U

C9

PWM

102

SET_T

R19 10K

P+

T7 JP1

ID

P-

R30

200K

ID19

R17 *

T3 T4

SAM_I_T

R14 *

R13

51K 1%

ID

150K 1%

JP2

R27

JP3

51K 1%

JP4

R26

R15

10K

C10 102

R28

*

R23

*

T5

C11 104

R16

1Ω/1W

ID_AD

C4

102

R12

*

P+

P-

VIN

VCC

R31 150K 1%

R33

1K

R32 24K 1%

R25

10K

BS

R29 ***

SAM_D

C8 104

Page 96 of 96

Kirisun FP560 Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

1. Overview

Electromagnetic Radiation

Electromagnetic Interference

Explosive Atmosphere

Antenna

Replacement Parts

2. External View and Functional K eys

3. Circuit Description

Memorizer（E2PROM，AT24LC512BN）

CTCSS/DCS Signal Encoding and Decoding:

CTCSS

4. Function Description and Parameter Settings

5. Assemble and D isassemble In structions

Attaching the battery

Detaching the Battery:

6. Adjustment

VCO Part

TX Part

RX Part

RX Part

TX Part

7. Major Specifications

8. Maintenance and Test Equipment

9. KBC-51 Charger

10. Troubleshooting

Appendix 1 Abbreviation

Appendix 2 Accessory List

Appendix 3

List 1 Spare Pare List (Electronic Section 400-470MHz)

List 2 Spare Pare List (Electronic Section 136-174MHz)

List 3 Material List (Structure Material)

Figure 1 FP560-01 Mainboard Schematic Diagram (136-174MHz)

Figure 2 FP560-01 Top PCB Position Mark Diagram (136-174MHz)

Figure 3 FP560-01 Bo ttom PCB Pos ition Mark Diagram (136-174MHz)

Figure 4 FP560-02 Mainboard Schematic Diagram (400-470MHz)

Figure 5 FP560-02 Top PCB Position Mark Diagram (400-470MHz)

Figure 6 FP560-02 Bottom PCB Position Mark Diagram (400-470MHz)

Figure 7 FP560 Kerypad Top PCB Position Mar k

Figure 8 FP560 Keypad Bottom PCB Position Mark

Figure 9 KBC-51 Charger Schematic Diagram