TP660 Service Manual


Contents 1. Overview ...................................................................................................................................................... 1 1.1. Scope ............................................................................................................................................................... 1 1.2. Safety Precaution ............................................................................................................................................. 1 2. Introduction ................................................................................................................................................. 2 2.1. External Views and Functional Keys................................................................................................................ 2 2.2. LED Indicator ................................................................................................................................................... 2 3. Circuit Description ...................................................................................................................................... 3 3.1. Tx/Rx Signal Procedure ................................................................................................................................... 3 3.1.1. Tx Circuit ....................................................................................................................................................... 3 3.1.2. Rx Circuit ....................................................................................................................................................... 4 3.1.3. Frequency Synthesizer Circuit ...................................................................................................................... 6 3.2. Power Section .................................................................................................................................................. 6 4. Function Description and Parameter Settings ........................................................................................ 8 4.1. Conventional Functions ................................................................................................................................... 8 4.2. Function Parameter Settings ........................................................................................................................... 8 5. Assemble and Disassemble Instructions ............................................................................................... 11 5.1. Attaching and Detaching the Battery ............................................................................................................. 12 5.2. Attaching the Antenna .................................................................................................................................... 12 5.3. Attaching the Belt Clip .................................................................................................................................... 13 5.4. Separating the Shell from the Chassis .......................................................................................................... 13 5.5. Disassemble the Main Board from the Chassis ............................................................................................. 14 5.6. Separating the Keyboard from the Front Cover ............................................................................................. 15 5.7. Exploded View ............................................................................................................................................... 16 6. Adjustment ................................................................................................................................................ 18 6.1. Components for Adjustment ........................................................................................................................... 18 6.2. Adjustment Test Method ................................................................................................................................ 19 6.2.1. Frequency Description ................................................................................................................................ 19 6.2.2. Test Tools .................................................................................................................................................... 19 6.2.3. Tx Test and Modulation ............................................................................................................................... 19 6.2.4. Rx Test and Modulation ............................................................................................................................... 21 7. Technical Functions and Index ............................................................................................................... 22 8. Maintenance and Test Equipment ........................................................................................................... 24 9. Troubleshooting ........................................................................................................................................ 25 Appendix ....................................................................................................................................................... 26 List 1 Material List（Electronic Section 400-470MHz） ...................................................................................... 26 List 2 Material List（Electronic Section 136-174MHz） ...................................................................................... 37 List 3 Material List (structure material) .................................................................................................................... 47 Figure 1 TP660 Main Board Top Side PCB View (400-470MHz) ........................................................................... 50 Figure 2 TP660 Main Board Bottom Side PCB View (400-470MHz) ...................................................................... 50 Figure 3 TP660 Main Board Top Side PCB View (136-174MHz) ........................................................................... 51 Figure 4 TP660 Main Board Bottom Side PCB View (136-174MHz) ...................................................................... 51 Figure 3 TP660 keypad Top Side PCB View .......................................................................................................... 52 Figure 4 TP660 keypad Bottom Side PCB View ..................................................................................................... 52 Figure 5 TP660 Mainboard Schematic Diagram(400-470MHz) ............................................................................. 53

I


Figure 6 TP660 Mainboard Schematic Diagram(136-174MHz) ............................................................................. 59 Figure 6 TP660 Keyboard Schematic Diagram ...................................................................................................... 65

II


1. Overview 1.1. Scope

This manual applies to the service and maintenance of TP660 digital portable radios, and it is intended for use only by engineers and professional technicians trained by Kirisun. Data changes in this manual may occur with the improvement of technology. To get the latest technology information, please contact us or your local dealer.

Please read this manual before repairing the radio.

1.2. Safety Precaution Electromagnetic Radiation Radios generate and radiate electromagnetic energy. The security design of TP660 radio’s electromagnetic radiation on human meets national and international standards. To ensure radio’s optimal performance and safe electromagnetic radiation on human, please keep the radio vertical to the ground and 2-5 cms away from your mouth.

Electromagnetic Interference To avoid electromagnetic interference, please turn off the radio wherever there are clear warnings, e.g. hospitals, health care centers, airports, where radios must be turned off.

Explosive and Harmful Gases The radio should be turned off in areas with explosives and harmful gases, e.g. lower deck of the hull, fuel and chemical storage facilities, area where the air contains chemicals, particles, dust or metal dust.

Please turn off the radio when close to blasting area and electric blasting detonators.

Replacing or charging batteries in potentially explosive atmosphere is prohibited.

Antenna Damage Do not use radios when the antenna is damaged. Damaged antenna may cause mild burning to human skin.

Replacing Components When replacing components, please be aware of the model. Do not arbitrarily replace any components that do not match Kirisun’s requirement.

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2. Introduction 2.1. External Views and Functional Keys

No. Part Name No Part Name

A LED Indicator H Programmable Button (SK2)

B Antenna I Return Key

C Channel Selector Knob J Up Key/Menu

D Emergency Button K Down Key

E On/Off/ Volume Control Knob L Confirm Key

F Programmable Button (SK1) M Keypad

G PTT Button N Earphone/Programming Connector

2.2. LED Indicator • The LED glows red: The radio is transmitting.

• The LED glows green: The radio is receiving (voice mail, message, data) or activities on the channel are

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detected.

• The LED glows orange: The radio is scanning.

3. Circuit Description 3.1. Tx/Rx Signal Procedure Figure 3-1 RF Principle of Receiver

ANTLPF

RF AMPQ505

MCF

IF AMPQ507

GT3136

450K

AF AMPAF PASPK

D501 D503 D504

XF50149.95MHz

U102 NJM2902IC101 TDA8547

TX/RXSW

BPF

BPFMIXER

CF501 450H

16.8MHzTCXO

16.8MHzTo 50.4MHz

Q605X601

Q509450_IF AMP

CODEC

U201 HR_C5000

Q506 3SK318

PLL2SK72310

Loop Filter

TX VCO

RX VCO

Buffer PAPre-driver

PAdriver

PAFinal

Q504 2SC3356 Q503 2SC3356 Q502 RD01 Q501 RD07

MICAF

AMP CODEC

MOD_I

MOD_Q

U103 NJM2100

3.1.1. Tx Circuit

Figure 3-2 Tx Circuit Diagram

ANTLPF

D501 D503 D504

TX/RXSW

16.8MHzTCXOX601

U201 HR_C5000

PLL2SK72310

Loop Filter

TX VCO

Buffer PAPre-driver

PAdriver

PAFinal

Q504 2SC3356 Q503 2SC3356 Q502 RD01 Q501 RD07

MIC

AF AMP CODEC

MOD_I

MOD_Q

U103 NJM2100

BATT+

APC

APCU502

Tx circuit mainly includes four parts below:

• RF Power Amplifier Circuit

The carrier signal generated by VCO will be modulated and preliminarily amplified before entering Tx circuit. The signal will first pass a Π-type pure resistance attenuator R536 R537 R538 to realize the level isolation between the power amplifier circuit and Tx VCO; then the modulation signal will enter the first

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level pre-drive amplifier (Q504) for preliminary amplification, and generate a certain level isolation from the next level amplifier; the amplified signal will then enter the next level pre- drive amplifier (Q503 and drive amplifier (Q502 RD01)) for further power amplification so as to ensure that enough drive power signal can be offered to the end-level power amplifier (Q501 RD07) for final power amplification. After being processed by the a set of amplifiers at several levels, the Tx signal will complete the output impedance match through a microstrip line at the output terminal of the end-level power amplifier, so the output power loss caused by impedance mismatch can be avoided. The Tx signal will enter the low pass filter through the Rx/Tx switch.

• Low Pass Filter Circuit for Harmonic Suppression

Low pass filter which suppress harmonic is a high order low pass filter consisting of lumped inductor and capacitor. With this filter , the out-of-band harmonic wave and spurious signal can be further suppressed on the condition that the certain in-band fluctuation is satisfied.

• Auto Power Control Circuit ( APC)

The drain current from the drive power amplifier and end-level power amplifier passes the sampling resistor (R559 R560 R561) where the drain current completes the conversion from current to voltage with the subtraction circuit composed of the first operational amplification. The voltage will be compared with the PAC control voltage value output by DAC (U301 pin 29) at the second operational amplifier, and the deviation voltage will change the Tx power strength by controlling the grid bias voltage of power amplifier tube(including drive level and end level).

• Audio Processing

The microphone convert the speech signal to speech electric signal, and the signal will be amplified by U103 before being input into ADC of codec (U201 HR_C5000) for sampling; it will then be output into DSP after audio being digitally processed, and sent to DAC for modulation signal conversion; the modulation signal will be separated into path I and Q for modulating VCO, TCXO.

3.1.2. Rx Circuit

Figure 3-3 Rx Circuit Diagram

ANTLPF

RF AMP Q505

MCF

IF AMPQ507

GT3136

450K

AF AMPAF PA

SPK

D501 D503 D504

XF50149.95MHz

U102 NJM2902IC101 TDA8547

TX/RXSW

BPF

BPF

MIXER

CF501 450H

16.8MHzTCXO

16.8MHzTo 50.4MHz

Q605

Q509450_IF AMP

CODEC

Q506 3SK318

PLL2SK72310

Loop Filter RX VCO

U201 HR_C5000

U301STM32F

300Hz LPFU101

CTCSS/DCS

Rx circuit mainly includes:

RF band-pass filter, low noise amplifier, frequency mixer, IF filter, IF amplifier, IF processor and audio

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circuit.

• Rx Circuit RF Part

The high frequency signal from low-pass filter passes the front stage electrically tunable band-pass filter controlled by electric level and output by DAC (U301 PIN29 ) so as to filter out the out-of-band interference signal, sending effective band-pass signal into the low noise amplifier (Q505). The amplified signal passes again the band-pass filter controlled by electric level and output by DAC so as to filter out the out-of-band interference signal caused by amplification, sending effective high frequency signal into frequency mixer (Q506).

The effective signal passes RF band-pass filter and low noise amplification and enters the frequency mixer Q506, meanwhile, the first local oscillation generated by VCO passes the low-pass filter and enters Q506 for making frequency difference with effective signal so as to generate the first IF signal. The signal passes the frequency selector network which consists of LC; it further suppresses the other carrier waves other than the first IF, and increase the isolation between the frequency mixer and IF filter. The IF signal will be filtered by the XF501 crystal filter, and then sent to the first IF amplifier（Q507） for amplification before being sent to the IC for IF processing (U501, GT3136).

The third harmonic frequency 50.4MHz produced by TCXO(X601 16.8MHz) is amplified by frequency selector and become the second local oscillation signal source. The second local oscillation (50.4MHz) mixes with the first IF signal in U501, generating the second IF (450kHz). The second IF will be amplified, limiting amplitude inside U501, and filtered by the ceramic filter CF501 450kHz before going back to U501 for demodulating and outputting the audio signal.

• Rx Circuit Audio Section

A. Digital Channel Audio Access: The second IF signal output from the eleventh pin of U501 is amplified by Q509 and sent to U201 for ADC sampling and being converted to digital signal; after the digital audio signal is compressed, decompressed and decoded by U301, U201 will complete DA conversion and output audio signal from the 10th pin, and the audio signal will be amplified by U203 and sent to the audio power amplifier IC101.

B. Analog Channel Audio Access: The audio signal output from the 9th pin of U501 is amplified by U102 and its unit circuit. The high frequency and low frequency will be removed from the audio signal, keeping only the voice component between 300 Hz to3000Hz. The voice component will be adjusted by volume potentiometer and sent to audio power amplifier IC101.

C. Analog Channel CTCSS/DCS Signaling Access: The audio signal output from the 9th pin of U501 may include CTCSS/DCS signal. The 300Hz low-pass filter circuit composed of U101 filters out the signals out of the CTCSS/DCS spectrum. After CTCSS/DCS is amplified, it will be sent to the 25th pin of U301.

D. Analog Channel Squelch Circuit: The modulated output from U501 is sent to the frequency selector noise amplifier which is composed of U501 internal noise amplifier and C555，R525，R524，C554，C553，R527; the noise will be selected from the modulation signal and detected internally before being outputting by the 14th pin and transformed as direct electric level to reach MCU U301; MCU identifies the electric level strength and controls squelch.

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3.1.3. Frequency Synthesizer Circuit

Figure 3-4 Frequency Synthesizer Circuit Diagram

16.8MHzTCXO

U6012SK72310

LPFX601

Loop Filter

TX VCO

RX VCO

LD

CS

DATA

PS

MOD_Q

MOD_I

RF

Frequency synthesizer circuit is composed of VCO and PLL, and it is the kernel module of the whole TRx system. When transmitting, the circuit supplies accurate carrier frequency; when receiving, it supplies stable local oscillation signal. The circuit directly influences some of the important functions in the system.

• PLL Working Principle

The 16.8MHz frequency generated by the reference crystal oscillator enters the frequency divider of PLL chip, and becomes reference frequency (i.e. step frequency f1). The frequency generated by VCO passes LPF for filtering out the second harmonic wave and enters PLL chip for frequency division and gets frequency f2. The frequency f2 compared with f1 on phase difference in phase comparator, producing continuous pulse current. When the pulse current passes the loop filter, it starts to accumulate RC and converts to CV voltage. The CV voltage is sent to the VCO varactor, directly controlling and adjusting the VCO output frequency until CV becomes constant. PLL will be currently locked, and the stable frequency output from VCO passes two buffer amplifiers before entering the TRx access.

• The Working Principle of Voltage Controlled Oscillator

The voltage controlled oscillator applies oscillation mode of three point capacitor. It changes the control voltage of varactor to get different output frequency. Rx VCO is composed of oscillator circuit and Q603. Tx VCO is composed of oscillator circuit and Q601, supplying carrier wave of TX signal.

3.2. Power Section Figure 3-5 Power Structure Diagram

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Battery

SW401

POW

_DET

POW

_HO

LD

RF PA

AF PA

U404LDO

U403LDO

U402LDO

U401DC-DC

5C

5R

5T

3.3V

Q401

Q402

U301STM32F

SAVE

5RC

5TC

This radio applies 7.4V，2000mAh lithium battery, RF power amplification (Q501, Q502), AF power amplification (IC101) , and direct battery power supply.

The power circuit is composed of power-on/off circuit, 5C, 5R, 5T, and 3.3V DC-DC voltage stabilizing circuit.

Power-on Circuit: When SW401 is closed, the B level of Q402 becomes high electrical level, and the switch tube Q401 becomes conductive. The power supplies electricity for every power module through Q401, when MCU is powered on, POW_HOLD will output high electric level to keep Q401 constantly conductive so as to turn on the radio.

Power-off Circuit: When SW401 is cut off, POW_DET test pin becomes low electric level, and POW_HOLD pin of MCU will first stays on high electric level for a while before outputting low electric level. The Q402 B level thus becomes low electric level, cutting off the switch tube Q401 and the power to turn off the radio.

5C voltage stabilizing circuit: U404 applies 5V LDO voltage stabilizer and supply 5v power for PLL circuit. Meanwhile, the 67th pin of U301 outputs high and low electric level to control the enable pin of U404, making the voltage stabilizer switches between 5V and 0V so as to realize the functions such as energy saving and Tx/Rx switch.

5R voltage stabilizing circuit: U403 applies 5V LDO voltage stabilizer, and supplies 5V power for Rx circuit. Meanwhile, the 66th pin of U301 outputs high and low electric level to control the enable pin of U403, making the voltage stabilizer switches between 5V and 0V so as to realize the functions such as energy saving and Tx/Rx switch.

5T voltage stabilizing circuit: U402 applies 5V LDO voltage stabilizer, and supplies 5V power for Tx circuit. Meanwhile, the 34th pin of U301 outputs high and low electric level to control the enable pin of U402,

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making the voltage stabilizer switches between 5V and 0V so as to realize the functions such as energy saving and Tx/Rx switch.

voltage stabilizing circuit:U401 applies 3.3V DC-DC voltage stabilizer，and supplies 3.3V power for U201、U301、U302、U307.

4. Function Description and Parameter Settings 4.1. Conventional Functions • Supports private call, group call, all call in digital mode

• Supports end-to-end voice encryption, data encryption

• Supports short message

• Supports radio check, remote monitor, radio disable and radio enable digital signaling in DMR standard.

• Supports CTCSS/CDCSS on analog mode

• Supports DTMF system on analog mode

• Supports emergency alarm feature

• Supports digital channel scanning, analog channel scanning, and digital/analog mix scanning.

• Supports a maximum of 1000 channels

• Supports a maximum 250 regions with each region containing 128 channels.

• Supports a maximum of 512 contacts.

• Supports LED, and alert tone which indicates option

• Supports programmable selection between 12.5 kHz and 25 kHz channel spacing.

• Strength indication for real time signal

• Battery power indication

4.2. Function Parameter Settings The radios are set with default value when they are out of the factory. But due to the different requirements by the users, the radio may be reset with operational frequency, channel parameter, scanning, encryption, etc. Therefore, Kirisun specially designs a user programmable software which is interface-friendly, operation-easily and display-visually to complete the parameter settings for the radio.

• Steps for parameter settings are as below:

Step 1. Confirm that the right version of TP660 user programmable software is installed on the computer.

Step 2. Confirm that the right version of TP660 USB driver software is installed on the computer.

Step 3. Use TP660 programmable lead supplied by Kirisun to connect the radio with computer USB port.

Step 4. Confirm that the radio is powered on.

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Step 5. Operate TP660 user programming software.

• Steps for installing TP660 user programmable software are as below:

Step 1. Double click the installation file, and the interface in Figure 4-1 pops up.

Figure 4-1

Step 2. Click “Next” to enter the next interface for selecting software installation path.

Figure 4-2

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Step 3. As shown in figure 4-2, the user can click “Browse” to select the software installation path or the default installation path. Click “Next” to enter the installation confirmation interface.

Figure 4--3

Step 4. Click “Next” to enter the installation completion interface.

Figure 4-4

Step 5. Click “Finish” to complete the software installation.

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Figure 4-5

Step 6. After the installation, double click TP660 user programmable software. See figure 4-6.

Figure 4-6

The user can read the current parameter settings from the radio through TP660 user programmable software, and the parameter can also be reset.

Note:

1. Wrong parameter settings may cause malfunction. Normally, rewrite the correct parameter settings can solve the problem.

2. Before rewriting the parameter settings, reading the parameter settings out of the radio for back-up is strongly recommended in case that the recovery is needed once the radio becomes faulty.

5. Assemble and Disassemble Instructions This radio is sophisticated communication equipment with compact, precise mechanism. Please be careful during the attaching and detaching.

The attaching and detaching instructions are as below:

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5.1. Attaching and Detaching the Battery Attaching the battery Press the belt clip and push the battery pack forwards in the arrow direction until a click is heard, which indicates that the battery pack is properly fixed. (see figure 5-1)

Figure 5-1

Detaching the battery When detaching the battery, press the latch in the direction shown in figure 5-2, and use other hand to push the battery backwards until it is separated from the radio.

Figure 5-2

5.2. Attaching the Antenna Hold the antenna base, turn the antenna clockwise into the interface on the radio top until it is fastened.

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(see figure 5-3)

Figure 5-3

5.3. Attaching the Belt Clip Step 1. Press the belt clip and align the two screw holes with those on the back aluminum shell. (See

figure 5-4)

Step 2. Fasten the two screws.

Figure 5-4

5.4. Separating the Shell from the Chassis Step 1. Detaching the antenna. (see figure5-5 and 5-6)

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Step 2. Remove the knob and snap ring.

Step 3. Remove the two knob nut and antenna nut.

Step 4. Remove the four screws as shown in the figure below.

Step 5. Insert a flat screw driver into the seal groove of the aluminum bracket, and push it upwards to remove the zinc cover; push the aluminum bracket backwards to make it out of the shell, and take out the flex cable from the socket.

Figure 5-5 Figure 5-6

5.5. Disassemble the Main Board from the Chassis Step 1. Remove the main board screws and PTT, PCB screws.(see figure 5-7)

Step 2. Remove the top waterproof ring and use a soldering iron to solder off the antenna, then the main board can be separated from the aluminum bracket.

Figure 5-7

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5.6. Separating the Keyboard from the Front Cover Remove the four front cover screws to separate the keyboard from the front cover.(see figure 5-8)

Figure 5-8

After the detachment above, the maintenance and adjustment can be done accordingly.

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5.7. Exploded View

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

23

24

16

25

2627

28

17

1819202122

2930313233343536

37

38

39

40

27

41

42

44

45

46

47

48

16

43

15

49

No. Part Name, Specification and Model Number Unit

1 PT7800 PTT cover(cover die) PC+ABS, black, 2010B, pb-free 1

2 PT7800PTT keypad silica gel, black, hardness 60 degrees, supplier: Mingkun, pb-free

1

3 PT7800 lens double-sided adhesive NITTO57120,43.4*28.2MM, supplier: Xinlongda, pb-free

1

4 PT7800 TP660 lens PC, transparent, screen printing KIRISUN+ black, pb-free

1

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5 TP660 shell PC+ABS, black, 2008B, #4-40 nut，pb-free 1 6 PT7800 horn net material: black 250+nitto57120b,diameter φ36mm*

0.3mm thickness, with two-sided adhesive 1

7 PT3208 spring material: spring steel, nikle-plated, wire diameter 0.2,D external diameter 2,H length 9.5,circling 11

2

8 PT7800 1.2MM,IP vacumm plating, supplier: Junyu, pb-free 1 9 PT7800 battery latch (cover die) PC+ABS, embedded latch baffle, black,

2008B, pb-free 1

10 TP660-02 accessory FPC TP660-02_ACC_FPC_140819; 0.1MM thick；flexible board, ;27.5X24.3MM;2 layers, pb-free

1

11 TP660 earphone PCB board, double-sided adhesive 0.4mm thick, NITTO 57120B double-sided adhesive

1

12 TP660-02 interface board, TP660-02_IO_140818, 2.0MM thick; FR4,12.5X25MM； four layers，pb-free

1

13 PT7800 earphone cover (cover die) PC+ABS, black, 2008B,1405mode changing，pb-free

1

14 R M3*4 earphone cover screws 、SUS303、＃4-40 thread、vacuum plating, IP black、pb-free

1

15 O-type ring, D2.4X1.0MM, pb-free 2 16 M2.5*8 cross round flat machine screw. material: hardened

iron,Φ2.5mm*8mm. Cross round flat black zinc-plated machine thread, metric coarse thread.

4

17 PT7800 mic-head waterproof pad. Material: DY-E002A; breathable film, φ6.6xφ4.4, pb-free

1

18 PT7800 digital keypad. METAL DOME sixteen D6 square metal dome, pb-free

1

19 spacer，φ3.0*5.0*0.3mm 2 20 R 558 mic cover; material: silica gel, hardness 40,orange, no surface

processing 1

21 TP660 keyboard jacking, pb-free 1 22 KB-78B battery, lithium polymer battery, 7.4V，2000mAh, pb-free 1 23 PT7800top cover (cover die) PC+ABS, black,s 2008B, pb-free 1 24 KBJ-09 belt clip, 568 belt clip (end item),PC+ABS, black, pb-free 1 25 PT7800 roof waterproof ring, silica gel, orange, hardness 60 degrees,

pb-free 1

26 PT7800 roof cover 0.5MM,SUS304,pb-free 1 27 M2*4 cross round flat machine screw. material: hardened iron,

Φ2mm*4mm cross round flat nickel-plated machine thread, metric coarse thread

19

28 PT7800 big waterproof ring, silica gel, black, hardness 40 degrees, pb-free 1

29 PT7800pedestal waterproof pad, silica gel, black, hardness 60 degrees, pb-free

1

30 M2*8 plum-type thick-headed machine screw. material: hardened iron, Φ2mm*8mm plum-type thick-headed nickel-plated machine thread, metric

2

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coarse thread 31 RF coaxial connector analog radio SMA-J, flange plate (558,hole14mm,

chip length10.5mm) 1

32 PT7800aluminum alloy bracket; aluminum alloy (ADC12),grinding, polishing, pb-free

1

33 PT7800top waterproof pad silica gel, black, hardness 60 degrees, pb-free 1 34 TP660 mainboard jacking, pb-free 1 35 TP660 PTT board TP660-02_PTT_131127.PCB；9.6X46.6MM；0.6MM；

FR-4, two layers, pb-free 1

36 PT7800 PTT button metal dome. three D6 square metal dome,pb-free 1 37 R 6500LCDdust-proof pad. material: black foam 1 38 PT7800 keypad black +637C + white(laser carving), hardness 60 degrees,

pb-free 1

39 7800 horn PT7800-05 Φ40,H=17±0.1mm,impedance16Ω, power 1.5W. pb-free

1

40 Antenna. R antenna 400-470MHZ，length：140mm.` SMA-K,TPEE black 1 41 PT7800 channel knob ABS, black , 2012B, pb-free 1 42 PT7800 volume knob ABS, black, 2012B, pb-free 1 43 R 3118/3208 knob snap ring. material: spring steel 1 44 PT7800 programming knob snap ring. 0.3MM,stainless steel, pb-free 1 45 Switch nut. material: brass, internal diameter M6mm, external diameter

φ10mm, 3.5mm thick, black passivation 2

46 Antenna nut. internal diameter M8.7mm, external diameterφ12mm, 3.6mm thick, black zinc plated,

1

47 PT7800 guide beam PC, transparent, pb-free 1 48 PT7800emergency keypad silica gel,orange, hardness 60 degrees,

pb-free 1

49 PT7800 PTT side cover PC+ABS, black, 2008B/2010B, pb-free 1

6. Adjustment During the maintenance, it is necessary to test and adjust the radio’s technical parameters after changing components.

6.1. Components for Adjustment (1) Antenna connector converter

(2) Universal connector

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6.2. Adjustment Test Method

6.2.1. Frequency Description

Model TP660(400-470)

Channel Low frequency

Intermediate/low frequency

Intermediate frequency

Intermediate/high frequency

high frequency

Tx frequency（MHz）

400.025 417.025 435.025 452.025 469.975

Rx frequency（MHz）

400.25 417.25 435.25 452.25 469.95

Model TP660(134-176)

Channel Low frequency

Intermediate/low frequency

Intermediate frequency1

Intermediate/high frequency

high frequency

Tx frequency（MHz）

136.025 145.025 155.025 162.025 173.975

Rx frequency（MHz）

136.25 145.25 155.25 162.25 173.95

6.2.2. Test Tools

• Integrated tester

• Programming lead

• AEROFLEX 3920

• Spectrum analyzer FSU

6.2.3. Tx Test and Modulation

Item Steps Specification Requirement

Frequency stability

1.Enter computer adjustment mode 2.Enter “RF stability adjustment”, 3.Adjust PC software value, and observe integrated tester frequency value. 4.Adjust to nominal frequency ±100Hz

≤0.5ppm

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Tx high power

1. Enter computer adjustment mode. 2. Enter adjustment mode “Tx high power” 3. Adjust PC software value, observe integrated tester frequency value.. 4. Adjust to the nominal test power. UHF:4.2±0.2W. VHF:5W±0.2W 5. Adjust the frequencies by turns

UHF:3.8-4.5W current: less than 1.8A VHF: 4.5-5.2W current: less than 1.8A.8A

Tx low power

1. Enter computer adjustment mode. 2. Enter modulation mde “Tx low power”, 3. Adjust PC software value; observe integrated tester power value. 4. Adjust to nominal test power 1±0.2W. 5. Adjust the frequencies by turns.

0.8-1.2W current: less than1A

I path and Q path amplitude adjustment for analog transmit

1. Enter computer adjustment mode； 2. Enter “analog Tx I path amplitude and Q path amplitude” to adjust I oath value. 3.Observe FM Deviation as 1.95±0.05kHz； 5. Click “OK” to save

1.9KHZ~2.0KHZ

I path and Q path amplitude adjustment for digital transmit

1. Enter computer adjustment mode； 2. Enter “digital Tx I path amplitude and Q path amplitude ”. 3. Click digital adjustment item, and adjust Q path(see figure 6) to adjust the digital frequency deviation in the range between 1.9KHZ and 2KHZ; adjust the bit error rate through the I path adjustment, and the I path which adjusts the bit error rate also adjusts frequency deviation; the Q path which adjusts digital frequency deviation also adjusts bit error rate. When the Q path is turned up, the I path also needs to be turned up or turned down. Adjust the channel 1 within the specified range and click ok before clicking the next channel for adjustment. （Channel 3. 5. 7. 9 can be adjusted in turn based on the methods above）.

1.9KHZ~2KHZ FSK EER≤5%Hz

CTCSS frequency deviation and wave

1. Enter computer adjustment mode. 2. Enter the adjustment mode one by one “CTCSS(67Hz)”, “CTCSS(51.4Hz)” “CTCSS(254.1Hz)” 3. Adjust PC software value and observe integrated tester frequency deviation value. 4. Adjust to the nominal frequency deviation: 350±50Hz. 5. Adjust the frequencies in turn. 6. Check the frequencies in turn.

200±200Hz. < 15mV

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DCS frequency deviation and wave

1. Enter computer adjustment mode.. 2. Enter the adjustment mode “DCS frequency deviation”, 3. Adjust PC software value and observe integrated tester frequency deviation value. 4. Adjust to nominal frequency deviation: 350±50Hz. 5. Adjust the frequencies in turn. 6. Check the frequencies in turn.

350±150Hz

Modulation distortion

Observe distortion form value ＜3%

Tx SNR Observe SNR form value N:＞40dB.

4FSK Tx error

1.Select 3920 and put it on the DMR test interface; set the receiver frequency as the low frequency of the radio Tx frequency， Press PTT button to transmit and read the FSK Error on the apparatus. （select the test average value）; 2.Test the intermediate frequency and high frequency channel with the same method.

<5%

Analog & digital ACP

Observe adjacent channel power display value N:＜-60dB.narrow band）

Spurious emission Observe spectrum analyzer display value ＜1GHz:＜-36dBm; ＞1GHz:＜-30dBm.

6.2.4. Rx Test and Modulation

Item Steps Specification Requirement

RF Rx Sensitivity

1. Enter the computer modulation mode. 2. Enter the modulation mode”Rx sensitivity”, click frequency 1、3、5、7、9 one by one. 3. Observe the integrated tester spectrum analyzer property; adjust PC software value, Rx SINAD＞12d. 4.Setting: Rx frequency -24.975MHz（*1、*2、*3、*4）; set the signal ass -40dBm，SINAD＜7dB.

SINAD>=12dB N：-118dBm

Page 21 of 65


Squelch level9 on

1. Enter the computer modulation mode. 2. Set the channel as current test frequency. 3. Enter the modulation mode ”SQL9 on”, click start and switch to the next frequency when the number is stable. 4. Adjust frequency 1、3、5、7、9、one by turns. Input -115dBm to

turn it on,-120dm to turn it off

Squelch level9 off

1. Enter the computer modulation mode. 2. Set the channel as current test frequency. 3. Enter the modulation mode ” SQL9 off ” , click start and switch to the next frequency when the number is stable. .4. Adjust frequency 1、3、5、7、9、one by turns.

Squelch level1 on

1. Enter the computer modulation mode. 2. Set the channel as current test frequency. 3. Enter the modulation mode ”SQL1 on ”, click start and switch to the next frequency when the number is stable. 4. Adjust frequency 1、3、5、7、9、one by turns.

Input -115dBm and turn on,-120dm and turn off

Squelch level1 off

1. Enter the computer modulation mode. 2. Set the channel as current test frequency. 3. Enter the modulation mode ” SQL1 off ” ”, click start and switch to the next frequency when the number is stable. 4. Adjust frequency 1、3、5、7、9、one by turns.

Rx Distortion

Observe SNR form value. ＜3% (4 bars)

Rx SNR Observe SNR form value.

CTCSS/CDCSS Decoding

Decoded successfully and no interrupter

BER Test 1.Set the output of 3920 as -118dBm. 2.Enter bit error rate test item; click start and observe bit error rate.

EER≤5%

7. Technical Functions and Index General Specification

Frequency Range UHF1: 400-470MHz VHF： 136-174MHz

Channel Capacity 1000

Channel Spacing 12.5kHz/25kHz

Weight 280 kg（with battery and antenna）

Page 22 of 65


Measurement

（H*W*T） 113mm*54mm*34mm

Battery Capacity 7.4V 2000mAH lithium-ion battery

Working hour

（5-5-90）

analog：13.5 hours

digital：15 hours

Environment Specification

Working Temperature -30 ℃~+60℃

Storage Temperature -40 ℃~+85℃

Waterproof and

Dust-proof IP67

Statics Prevention IEC 61000-4-2

±4kV±8kV （air）

American Military Standard MIL-STD-810 C/D/E/F/G

Damp proof MIL-STD-810 C/D/E/F/G

Shock and Oscillation MIL-STD-810 C/D/E/F/G

Receiver Specification

Frequency Stability ±1.5ppm

Analog Rx Sensitivity 0.3uV（12dB SINAD）/0.22uV（12dB SINAD，typical）

Digital Rx Sensitivity 0.3uV（5% bit error rate）

Intermodulation ETSI：65dB TIA603：70dB

Adjacent Channel Selectivity ETSI/TIA603：[email protected]，70dB@25kHz

Spurious Response Suppression ETSI/TIA603：70dB

Conductive Spurious Radiation -57dBm

Block ETSI：84dB TIA603：80dB

Rated Audio Power 0.5W

Rated Audio Distortion <3％（typical）

Hum and Noise [email protected]/-45dB@25kHz

Page 23 of 65


Audio Response +1dB ~ -3dB

Transmitting Specification

Frequency Stability ±1.5ppm

Tx Power UHF: 1W/4W; VHF:1W/5W

Hum and Noise [email protected]/-45dB@25kHz

Conductive Radiation Spurious -36dBm@<1GHz，-30dBm@>1GHz

Adjacent Channel Power [email protected]，70dB@25kHz

FM Modulation [email protected],16K0F3E@25kHz

4FSK Modulation 12.5kHz（data only）：7K60FXD

12.5kHz（data + voice）：7K60FXE

Modulation Limit ±[email protected],±5kHz@25kHz

Audio Response +1dB~-3dB

Audio Distortion 3%（typical）

Vocoder Type AMBE++

Digital Communication Protocol ETSI TS 102 361-1, -2, -3

8. Maintenance and Test Equipment During maintenance and adjustment, the major equipment and apparatus below will be used.

Equipment Major Specification

RF Signal Generator Frequency Range 10MHz-3GHz Modulation Frequency modulation and external modulation Output -127dBm/0.1uV-> 47dBm/1mV

Power Meter Input Impedance 50Ω Operation Frequency 100MHz-1000MHz Measurement Range About 10W

Frequency Deviation Meter

Frequency Range 100MHz -1000MHz

Digital Voltmeter Test Range DC 10Mv-10V Input Impedance The minimum circuit load high input impedance

Oscilloscope 30-100MHz High Sensitivity Frequency Range 100-1000MHz

Page 24 of 65


Frequency Counter Frequency Stability ±0.2ppm or lower Ammeter 5A

Audio Voltmeter Frequency Range 50Hz-10kHz Voltage Range 1mV-10V

Audio Signal Generator Frequency Range 50Hz-5kHz or higher Output 0 V-1V

Distortion Tester capacity 3％ or lower at 1kHz Input Electric Level 50mV-0Vms

Spectrum Analyzer Test Range 100-3GHz or highe 16Ω Dummy Load About 16Ω，3W Voltage Stabilizing Power

Output Voltage 5V-30V，Current：5A

9. Troubleshooting No. Problem Cause and Solution

1 Failed to turn on the radio

A．Check if the battery is in low power. If the battery is low, please charge it or change it. B．Check if there is poor contact in the power-on knob. Please change the knob and try again. C．The power connecting wire is in poor contact with the battery. Please reinstall it and try again. D．The reverse power connection leads to the power prot ective tube F401 being turned on. Please change the protective tube and try again.

3 Failed to communicate with each other

A．The frequencies between the two radios differ. Please select the same channel with frequency. B．The CTCSS/CDCSS signaling of the two radios differ. Please reset with your computer. C．Beyond the communication scope.

4 Failed to receive the signal

A．Poor contact of the antenna. Please fasten the antenna. B．The Tx frequency and Rx frequency differ. Please select the same Tx/Rx frequency again. C．Beyond the communication scope.

5 The Rx green indicator lights up without any voice

A．Check if the volume is at its lowest level. If so, turn on the volume. B．Check if the speaker is broken. If so, please change the speaker.

6 The programming is abnormal

A．Wrong wire connection. Please check if the connection is right. B．Check if the computer USB drive is installed. If not, please install it properly. C．Poor contact in earphone interface board. If so, please change the interface board.

Page 25 of 65


Appendix List 1 Material List（Electronic Section 400-470MHz）

Keyboard

No Part No. Specification Quantity Location

1 2CC1-10-C0G500-101J

1005,100P±5%,50V,C0G

14

C126, C111, C119 ,C121,C124,C125,C150,C151,C152,C153,C154,C155,C156, C180

2 2CC1-10-X7R500-103K

1005,10nF±10%,50V,X7R

3 C133,C157,C162

3 2CC1-10-X7R160-104K

1005,100nF±10%,16V,X7R

7 C104, C110, C130 ,C145 ,C160 ,C170,C118

4 2CC1-10-C0G500-221J

1005,220P±5%,50V,C0G

5 C143,C144,C147,C190,C191

5 2CC1-10-C0G500-271J

1005,270P±5%,50V,C0G

6 C100,C103,C108,C109,C127,C128

6 2CC1-10-X7R500-471K

1005,470P±10%,50V,X7R

6 C117, C129 ,C132 ,C146 ,C148,C159

7 2CC1-10-X5R6R3-105K

1005,1uF±10%,6.3V,X5R

6 C101,C102,C131,C166,C167,C181

8 2CC1-10-X7R500-332K

1005,3300P±10%,50V,X7R

2 C192,C193

9 3FW1-S0603-501032

S0603-S-0.5A,32V,SART

1 F101

10 3CF1-BL112-14RL

Interval 0.5mm,14 core, BL112-14RL

1 CN102

11 3CF1-BL112-10RL

Interval 0.5mm,10 core, BL112-10RL

1 CN103

12 3CF1-BL112-38RU

interval 0.5mm,38 core, BL112-38RU

1 CN101

13 1DP1-BV08C BV08C 11 D111,D112,D113,D114,D115,D116,D117,D118,D119,D120,D121

14 2CT1-TP20-100-4R7M

2012,4.7μF±20%,10V,TP series ( level P)

2 EC120, EC131

15 2CT1-TS32-100-220M

3216,22μF±20%,10V,TS TP series ( level A)

1 C105

16 5FE1-BLM11A221SPT

1608,BLM11A221SPT/BLM18AG221S(0138-05)

6 L101,L105,L107,L102,L103,L104

17 5FE1-BLM21P300S

2012,BLM21P300S/BLM21PG300S(0149-05)

1 L106

Page 26 of 65


18 4PE1-16-F3 1608, orange light (on),19-213/Y2C-ANQB/3T

6 LED1,LED2,LED3,LED4,LED5,LED6

19 1TF1-2SJ243 2SJ243-SMD 1 Q102

20 1TT1-DTC144EE Digital triode DTC144EE(26),SOT323

5 Q101, Q103 ,Q104,Q105,Q106

21 1TT1-FMMT717TA

FMMT717A,PNP,SOT23 1 Q107

22 2RS1-10-000O 1005,0Ω 1 R123 23 2RS1-10-220J 1005,22Ω±5% 2 R134,R135 24 2RS1-10-104J 1005,100K±5% 1 R108 25 2RS1-10-331J 1005,330Ω±5% 6 R119,R120,R121,R130,R131,R133 26 2RS1-10-103J 1005,10K±5% 5 R136,R101,R102, R125, R132 27 2RS1-10-100J 1005,10Ω±5% 2 R107,R129 28 2RS1-10-154J 1005,150K±5% 2 R105,R106 29 2RS1-10-102J 1005,1K±5% 2 R3, R110 30 2RS1-10-222J 1005,2.2K±5% 1 R137 31 2RS1-10-272J 1005,2.7K±5% 4 R114,R116,R117,R118 32 2RS1-10-471J 1005,470Ω±5% 1 R109 33 2RS1-10-101J 1005,100Ω±5% 1 R124

34 1IL1-TDA8547TS

Audio power amplification ,TDA8547TS,SSOP20,pb-free

1 IC101

35 6PD7-4078-EDC

TP660-KEY-V3.0-20140507,board thickness 1.2mm,material FR-4 size 46*71mm

1

36 2RS1-10-473J 1005,47K±5% 1 R138

37 2CC1-16-X5R160-105K

1608,1μF±10%,16V,X5R 1 C188

38 4SM7-6027-A40B

Φ6.0mm,height2.7mm,-40dB±2dB,omnidirectional,2.2KΩ,2V(B6027AP402-65)

1

Mainboard

No. Part No. Specification Quantity Location

1 5XC1-16R8-6800CFA

1XTV16800CFA 16.8MHz 3225 VC-TCXO KDS

1 X601

2 5XC1-29R5-29491CAA

1XTW29491CAA 29.4912MHz 3225

1 X201

Page 27 of 65


TCXO KDS

3 1DR1-1SR154-400

1SR154-400,4532 1 D402

4 1TT1-2SC3356-R24

2SC3356-R24,SOT23,NPN

6 Q503,Q504, Q507, Q509, Q601, Q603

5 1TF1-2SK1824 2SK1824(B1) 1 Q104

6 5FT1-LTWC450H

LTWC450Hs,SMD 4 legs package narrowband

1 CF501

7 1IS1-SKY72310

SKY72310,24 pin QFN 4mmX4mm pb-free（ QFN-N24_B4x4-P0_5）, pb-free

1 U601

8 1IP1-HRV3000S HR_V3000S, DVSI encrypted chip

1 U307

9 1TT1-AT41511 SOT143-EEBC-B3X1_4-P1_9, pb-free

1 Q505

10 1IM1-W25Q80DVSIG

W25Q80DVSIG ，

SOIC,8M bits，pb-free 1 U302

11 7MHP-7042-12A-W

3600 568 567 7800 1 J401

12 5FE1-BLM21PG221SN1

2012,220Ω[domestic product]

3 L104, L522, L525

13 2CC1-10-C0G500-R50C

1005,0.5P±0.25P,50V,C0G

1 C609

14 2CC1-10-C0G500-101J

1005,100P±5%,50V,C0G

20

C100,C404,C108,C152,C153,C154,C155,C156,C157,C158,C159, C525, C529, C580, C656,C657,C658,C659, C678 ,C681

15 2CC1-10-X7R500-102K

1005,1000P±10%,50V,X7R

17

C105, C125 ,C233, C248, C256 ,C314,C315 ,C410, C523, C555, C584, C594, C639, C649, C711,C720, C512

16 2CC1-10-X7R500-103K

1005,10nF±10%,50V,X7R

57

C102,C585， C126, C141,C144,C145, C161,C162,C163, C191, C227, C237, C257, C270 C272, C276 ,C278 , C282, C284 ,C312,C313, C316,C317,C318,C319 ,C339 ,C341 C345 , C422 ,C427, C430 ,C433 C436 ,C439,C440 ,C532 C534,C535,C536,C537, C540, C544,C142,C546，C557，C597，

Page 28 of 65


C644，C646，C655，C672，C675，C706，C713，C718，C724 C424 C654

17 2CC1-10-X7R160-104K

1005,100nF±10%,16V,X7R

64

C115, C117, C130, C133 ,C135 ,C160, C225,C226, C230, C232 ,C235, C239,C240 C252, C273,C274 ,C290, C305,C306,C307 ,C310,C311 ,C320, C338, C346, C360,C361,C362, C405,C406,C407 ,C413, C428, C432 ,C435, C438 ,C520 C547,C548, C551,C552 ,C559 ,C571,C170、C171,C583，C595，C577, C596，C610，C613，C615，C627，C630，C637，C638，C663，C665，C676，C682，C690，C709 C416 C350

18 2CC1-10-X5R6R3-105K

1005,1uF±10%,6.3V,X5R

42

C722,C445,C692,C114，C118,C119,C120,C121, C129, C132, C134 ,C136,C137,C138,C146 C149 ,C190 C224, C238 C249,C250 C269 ,C271 ,C279 ,C281, C283, C308, C337, C340 ,C343,C344, C352 ,C412 ,C415,C419 ,C666 ,C674 ,C680 ,C683, C685 ,C710 C712

19 2CC1-10-C0G500-100D

1005,10P±0.5P,50V,C0G

4 C231,C635,C636, C716

20 2CC1-10-X7R250-123K

1005,12nF±10%,25V,X7R

1 C124

21 2CC1-10-C0G500-120J

1005,12P±5%,50V,C0G

3 C574,C542,C543

22 2CC1-10-X7R500-153K

1005,15nF±10%,50V,X7R

2 C332, C686

23 2CC1-10-X7R500-183K

1005,18nF±10%,50V,X7R

4 C139 ,C333, C336, C677

24 2CC1-10-C0G500-1R5C

1005,1.5P±0.25P,50V,C0G

3 C614 ,C631,C617

25 2CC1-10-C0G500-221J

1005,220P±5%,50V,C0G

3 C128, C241, C244

26 2CC1-10-X7R500-222K

1005,2200P±10%,50V,X7R

1 C123

27 2CC1-10-X7R25 1005,22nF±10%,25V,X 6 C408,C107 ,C112, C150,

Page 29 of 65


0-223K 7R C549 ,C556

28 2CC1-10-X7R500-332K

1005,3300P±10%,50V,X7R

2 C640,C687

29 2CC1-10-C0G500-330J

1005,33P±5%,50V,C0G

4 C518 C545 C579 C647

30 2CC1-10-X7R500-392K

1005,3900P±10%,50V,X7R

1 C335

31 2CC1-10-X7R100-393K

1005,39nF±10%,10V,X7R

1 C127

32 2CC1-10-C0G500-3R0C

1005,3P±0.25P,50V,C0G

3 C515 ,C528 ,C699

33 2CC1-10-C0G500-2R0C

1005,2P±0.25P,50V,C0G

3 C524, C527,C689

34 2CC1-10-C0G500-471J

1005,470P±5%,50V,C0G

43

C106,C554,C101，C553,C653,C113, C164,C165,C166 ,C172, C253 ,C442 ,C521, C533, C538 C560,C561,C562,C563, C566, C570, C572,C573 ,C578, C582 ,C598 C611,C612 ,C616, C619, C628,C629, C634 ,C662, C667, C669,C670 ,C673, C693,C684, C704 C707, C719

35 2CC1-10-X7R160-473K

1005,47nF±10%,16V,X7R

1 C705

36 2CC1-10-C0G500-470J

1005,47P±5%,50V,C0G

5 C147, C519 ,C643，C401，C721

37 2CC1-10-C0G500-4R0C

1005,4P±0.25P,50V,C0G

2 C514 ,C516

38 2CC1-10-C0G500-560J

1005,56P±5%,50V,C0G

1 C708

39 2CC1-10-X7R160-683K

1005,68nF±10%,16V,X7R

1 C122

40 2CC1-10-C0G500-7R0C

1005,7P±0.25P,50V,C0G

2 C539, C700

41 2CC1-10-X7R160-822K

1005,8200P±10%,16V,X7R

2 C140,C143

42 2CC1-10-C0G500-121J

1005,120P±5%,50V,C0G

1 C550

43 2CC1-10-C0G500-8R0C

1005,8P±0.25P,50V,C0G

4 C633,C513,C302,C303

44 2CC1-10-C0G500-9R0C

1005,9P±0.25P,50V,C0G

2 C564 ,C698

45 2CC1-20-X7R160-224K

2012,220nF±10%,16V,X7R

2 C650, C652

46 2CC1-20-Y5V16 2012,10uF+80%/-20%, 5 C104, C148, C228, C236, C291

Page 30 of 65


0-106Z 16V,Y5V

47 2CC1-16-C0G500-100D

1608,10P±0.5P,50V,C0G

3 C606,C623,C604

48 2CC1-16-C0G500-121J

1608,120P±5%,50V,C0G

1 C507

49 2CC1-16-C0G500-120J

1608,12P±5%,50V,C0G

5 C592, C601, C620, C587, C588

50 2CC1-16-C0G500-150J

1608,15P±5%,50V,C0G

2 C625, C590

51 2CC1-16-C0G500-180J

1608,18P±5%,50V,C0G

2 C605, C624

52 2CC1-16-C0G500-1R5B

1608,1.5P±0.1P,50V,C0G

1 C503

53 2CC1-16-C0G500-2R0C

1608,2P±0.25P,50V,C0G

2 C505,C506

54 2CC1-16-C0G500-390J

1608,39P±5%,50V,C0G

1 C607

55 2CC1-16-C0G500-470J

1608,47P±5%,50V,C0G

2 C586, C626

56 2CC1-16-C0G500-4R0C

1608,4P±0.25P,50V,C0G

1 C502

57 2CC1-16-C0G500-680J

1608,68P±5%,50V,C0G

1 C593

58 2CC1-16-C0G500-6R0C

1608,6P±0.25P ,50V,C0G

2 C504,C591

59 2CC1-10-C0G500-6R0C

1005,6P±0.25P,50V,C0G

8 C510, C530,C526，C568，C618，C632，C660，C661

60 3FW1-42932-302320

429003/433003/466003,3216,3A/32V

1 F401

61 3CF1-BL112-38RU

Interval 0.5mm,38 pins,BL112-38RU

1 CN101

62 5XC1-50R0-49910GQ9

1D49910GQ9 49.95MHz 7*5 KDS

1 XF501

63 1DS1-HSC277 HSC277,1608 4 D503,D504, D510,D511

64 1DS1-DA2S10100L

DA2S10100L 3 D403,D404, D601

65 1DS1-1SS372 Dual diode 3 D101, D114,D115

66 1DV1-HVC350B HVC350B(B0),SOD523

5 D505,D506,D507,D508, D513

67 1DV1-1SV305 1SV305 8 D602,D603,D604,D605,D606,D607,D608,D609

68 1DV1-1SV278 1SV278(T1) 1 D610

69 1TT1-DTC144EE Digital triode DTC144EE(26),SOT323

5 Q206, Q301,Q302, Q402,Q510

Page 31 of 65


70 2CT1-TP20-100-100M

2012,10μF±20%,10V,TP series (level P)

5 EC431, EC434, EC558, EC668, EC671

71 2CT1-TP20-100-1R0M

2012,1μF±20%,10V, TP series (level P)

2 EC167,EC168

72 2CT1-TP20-100-2R2M

2012,2.2μF±20%,10V, TP series (level P)

2 EC151, EC651

73 2CT1-TP20-100-4R7M

2012,4.7μF±20%,10V, TP series (level P)

1 C664

74 2CT1-TS32-160-100M

3216,10μF±20%,16V,TS series(level A)

1 EC403

75 2CT1-TS32-100-220M

3216,22μF±20%,10V, TS series(level A)

4 C409, C425, C441, C599

76 2LL1-16-3R3K 1608,3.3μH±10%(MLF1608A3R3K TA00)

1 L601

77 2LL1-16-R47K 1608,0.47μH±10%(MLF1608DR47K)

1 L608

78 2LL1-16-R56K 1608,560nH±10%(MLF1608DR56K)

2 L607,L513

79 5XT1-JTBM450CX24

Frequency detector 1 FD501

80 1IS1-HRC5000 Chip IC, HR_C5000 80Pin LQFP

1 U201

81 1DS1-HVU131 HVU131(P1),2012 1 D501 82 2RS1-16-000O 1608,0Ω 1 L520

83 2LG1-VLS3012ET-100M

VLS3012ET-100M power inductor ，

10uH+20% 3*3*1.2MM 1 L404

84 2LW1-16UC-120G

1608,12nH±2%, ceramic core(C1608CB-12NG)

1 L626

85 2LW1-16UC-180G

1608,18nH±2%, ceramic core (C1608CB-18NG)

1 L602

86 2LL1-16-2N7S 1608,2.7nH±2%(MLG1608B2N7S)

1 L523

87 2LW1-16UC-331J

1608,330nH±5%, ceramic core (high frequency)

1 L609

88 2LW1-16UC-820G

1608,82nH±2%,C1608CB82NG

1 L509

89 2LL1-16-22NJ 1608,22nH±5%(MLG1608B22NJ)

4 L508, L518, L519, L515

90 2LI1-1608-R39G 0603,390nH±2%, LQW18ANR39G00

8 L611,L619,L614,L615,L616, L622,L623,L624

91 2LW1-16UC-330 1608,33nH±2%, 2 L612, L620

Page 32 of 65


G ceramic core (C1608CB-33NG)

92 2LG1-VLS3012ET-470M

VLS3012ET-470M power inductor ，

470uH+20% 3*3*1.2MM

1 L203

93 5FE1-BLM11A601S

1608,BLM11A601S/BLM18AG601S(0138-05)

14 L401，L110，L111,L101,L102,L105, L202, L208, L528, L531, L603, L610, L630,L600

94 2LL1-16-R47KA 1608,0.47μH±10%(LQM18NNR47K)

1 L514

95 2LI1-2012-10NJ 0805,10nH±5%, LQW2BHN10NJ032

1 L613

96 2LI1-2012-15NJ 0805,15nH±5%, LQW2BHN15NJ032

1 L621

97 2LW1-20UC-102J

2012,1μH±5%, ceramic core (C2012C-1R0J)

1 L521

98 2LW1-20UC-221JA

2012,220nH±5%, ceramic core (C2012C-R22J)

1 L527

99 2LH1-R401R5-R02-05

Wire diameter φ0.40, internal diameterφ1.5,2 circles, winding forward, high pin

1 L526

100 2LW1-33UF-1R0M

3225,1μH±20%, ferrite core (LQH32MN1R0M23L/LQH3N1R0M04)

1 L501

101 2LH1-R401R5-R03-05

Wire diameterφ0.40, internal diameterφ1.5,3 circles, pin height 0.5mm, winding forward

3 L504,L505,L502,

102 2LH1-R401R5-R04-05

Wire diameterφ0.40, internal diameterφ1.5,4 circles, pin height 0.5mm, winding forward

6 L503, L506,L507, L511,L512, L530

103 2LH1-R401R5-R08-05

Wire diameterφ0.40, internal diameter φ1.5,8 circles, winding forward ,high pin

1 L524

104 4PE1-16-F5 1608,green light ,H19-213SYGC

2 LED301,LED302

105 4PE1-16-F2-A 1608, red light,19-213/R6C-AP1

1 LED303

Page 33 of 65


Q2B/3T,0.6mm high, pb-free

106 1TF1-RD01MUS2

1 Q502

107 1TF1-RD07MUS2B

MITSUBISHI, RD07MUS2B，pb-free

1 Q501

108 1TF1-3SK318 3SK318(YB-) 1 Q506 109 1TF1-2SJ243 2SJ243-SMD 1 Q607

110 1IL1-NJM2100V Dual operational amplification NJM2100V,TSSOP-8

1 U103

111 1IL1-NJM2904V Dual operational amplification NJM2904V,TSSOP-8

2 U502, U603

112 1TT1-2SC4116-GR

2SC4116-GR 1 Q103

113 1TT1-2SC4617-R

2SC4617-R(BR),EMT3 1 Q606

114 1TT1-2SC5066-Y

2SC5066-Y(M2),NPN,SOT323

4 Q602,Q604,Q605,Q608

115 1TT1-2SA1586 2SA1586 1 Q105

116 1TT1-FMMT717TA

FMMT717A,PNP,SOT23

1 Q401

117 1IS1-PST9124NR

Reset IC,PST9124NR 1 U303

118 2RS1-10-000O 1005,0Ω 5 R263,R160,R320，R334，R655

119 2RS1-10-104J 1005,100K±5% 25

R659,R113,R114, R118, R121, R128,R129, R133, R154, R244, R310, R402 R418, R501,R502,R503,R504, R510, R513, R581, R599, R644,R645, R650,R651

120 2RS1-10-101J 1005,100Ω±5% 10 R517,R518, R604, R614, R571, R627, R629,R642,R643

121 2RS1-10-103J 1005,10K±5% 26

R638,R311,R233,R549,R652,R115, R117, R132, R135, R150,R151, R231,R232,R234, R240,R306, R313 R321, R342, R360,R361, R419,R422 R631,R632, R637

122 2RS1-10-100J 1005,10Ω±5% 5 R229, R528, R609, R630, R634, 123 2RS1-10-121J 1005,120Ω±5% 2 R603 ,R613 124 2RS1-10-123J 1005,12K±5% 1 R143 125 2RS1-10-154J 1005,150K±5% 4 R124, R138, R621,R566 126 2RS1-10-153J 1005,15K±5% 3 R241, R335, R605 127 2RS1-10-150J 1005,15Ω±5% 1 R537

Page 34 of 65


128 2RS1-10-184J 1005,180K±5% 4 R527,R126,R127, R525 129 2RS1-10-181J 1005,180Ω±5% 2 R314, R512 130 2RS1-10-183J 1005,18K±5% 2 R134, R648

131 2RS1-10-102J 1005,1K±5% 28

R680,R370,R308,R309,R332,R351,R352, R353, R355, R356, R357, R358,R149, R153, R225, R236, R238, R253, R301, R391, R520, R530 R533, R535, R542, R545, R608, R628

132 2RS1-10-152J 1005,1.5K±5% 2 R411, R551 133 2RS1-10-105J 1005,1M±5% 1 R141 134 2RS1-10-204J 1005,200K±5% 1 R401 135 2RS1-10-224J 1005,220K±5% 4 R606,R131, R147, R243 136 2RS1-10-221J 1005,220Ω±5% 1 R315

137 2RS1-10-223J 1005,22K±5% 9 R111, R125, R148, R336, R340, R425, R539, R574, R615

138 2RS1-10-220J 1005,22Ω±5% 2 R543，R548 139 2RS1-10-274J 1005,270K±5% 1 R145 140 2RS1-10-271J 1005,270Ω±5% 1 R568 141 2RS1-10-273J 1005,27K±5% 3 R524,R569,R701

142 2RS1-10-222J 1005,2.2K±5% 7 R540， R341, R406, R515,R258，R541，R570

143 2RS1-10-272J 1005,2.7K±5% 1 R156 144 2RS1-10-334J 1005,330K±5% 2 R639,R112 145 2RS1-10-331J 1005,330Ω±5% 1 R508 146 2RS1-10-333J 1005,33K±5% 2 R123,R552 147 2RS1-10-394J 1005,390K±5% 1 R146 148 2RS1-10-391J 1005,390Ω±5% 2 R556, R595 149 2RS1-10-332J 1005,3.3K±5% 2 R142, R526 150 2RS1-10-392J 1005,3.9K±5% 1 R617 151 2RS1-10-474J 1005,470K±5% 3 R136, R144, R155 152 2RS1-10-471J 1005,470Ω±5% 5 R619,R521, R531, R640,R658

153 2RS1-10-473J 1005,47K±5% 10 R122, R312, R316,R317,R318,R319, R354, R405, R408, R550

154 2RS1-10-470J 1005,47Ω±5% 3 R516, R554, R635

155 2RS1-10-472J 1005,4.7K±5% 13 R338,R339, R362,R363, R412, R523, R547, R588, R602, R612, R623,R646, R620

156 2RS1-10-564J 1005,560K±5% 2 R641,R519 157 2RS1-10-563J 1005,56K±5% 2 R511, R514 158 2RS1-10-560J 1005,56Ω±5% 1 R636

159 2RS1-10-562J 1005,5.6K±5% 7 R139,R140, R505, R575, R601, R611, R616

160 2RS1-10-683J 1005,68K±5% 3 R137, R410, R622

Page 35 of 65


161 2RS1-10-682J 1005,6.8K±5% 2 R506, R546 162 2RS1-10-754J 1005,750K±5% 1 R529 163 2RS1-10-824J 1005,820K±5% 1 R116 164 2RS1-10-821J 1005,820Ω±5% 1 R152 165 2RS1-10-823J 1005,82K±5% 2 R130, R553 166 2RS1-10-822J 1005,8.2K±5% 2 R536, R538 167 2RS1-10-912J 1005,9.1K±5% 1 R649 168 2RS1-32-R39J 3216,0.39Ω±5% 3 R559,R560,R561

169 1IP1-STM32F405VGT6

STM32F405VG T6 LQFP100 ，

MCU,14*14MM 1 U301

170 3ST1-SKRTLBE010

SKRTLBE010,4.5*3.55*3.3mm(ALPS)

1 SW301

171 1IS1-GT3136 GT3136,SSOP16 1 U501

172 1IS1-TC75S51F TC75S51F,SSOP5-P-0.95

1 U203

173 1IL1-NJM2902V Quartet operational amplification NJM2902V-SMD

2 U101,U102

174 1TC1-UMC4 UMC4,NPN/PNP compound tube

4 U104,U503,U505,U604

175 1IS1-XC6204B332MR

Voltage stabilizing integration 3.3V,SOT-23-5,150mA

1 U602

176 1IS1-XC6204B502MR

Voltage stabilizing integration 5V,SOT-23-5

4 U105, U402,U404,U403

177 5XC1-8R0-MML08-2530

DSX321G-8MHZ,8MHZ±30PPm,8PF,-40 ℃

85 ℃,

N

1 X301

178 1IS1-LN8259 DC-DC power supply IC,SMD,SOP8,DC23V1.8A, ,LN8259,pb-free

1 U401

179 6PM7-4078-HMC

TP660-UHF-V3.0-20140508,8 laminates,1.2mm,FR-4,47*109mm

1

180 1DR1-NSR1020MW2T1G

NSR1020MW2T1G ，

pb-free 1 D405

181 2CC1-10-C0G500-181J

1005,180P±5%,50V,C0G

1 C645

182 2CC1-10-C0G500-680J

1005,68P±5%,50V,C0G

1 C648

183 2LL1-16-33NJ 1608,33nH±5%(MLG1 2 L617,L625

Page 36 of 65


608B33NJ) 184 2RS1-10-155J 1005,1.5M±5% 2 R567,R700 185 2RS1-10-182J 1005,1.8K±5% 2 R555,R522

186 2CC1-16-C0G500-3R0C

1608,3P±0.25P,50V,C0G

1 C501

187 1DS1-RB706F-40

Schottky diode RB706F-40,SOT-323

1 D512

188 2CC1-10-C0G500-5R0C

1005,5P±0.25P,50V,C0G

1 C517

189 1TT1-DTA143ZE Digital triode DTA143ZE-SMD

1 Q511

190 2CC1-20-Y5V160-225Z

2012,2.2uF+80%/-20% ,16V,Y5V

1 C437

191 2CC1-10-C0G500-200J

1005,20P±5%,50V,C0G

1 C531

192 2CC1-16-C0G500-220J

1608,22P±5%,50V,C0G

1 C589

193 2RS1-10-4R7J 1005,4.7Ω±5% 2 R507，R598 194 2RS1-10-561J 1005,560Ω±5% 1 R157

195 2CC1-10-C0G500-1R0B

1005,1P±0.1P,50V,C0G

1 C608

196 2RE1-10-1503 1005,150KΩ±1% 3 R562、R564、R702

197 2LL1-16-18NJ 1608,18nH±5%(MLG1608B18NJ)

1 L533

List 2 Material List（Electronic Section 136-174MHz）

No Part No. Specification Quantity Location

1 2RW3-RP08110SNBX-V02

RP08110SNBX-V02-0854,IP67

1 SW401

2 3SE3-RE08110HX-V02

RE08110HX-V02-0414，P67

1 SW302

3 2CC1-10-X7R500-103K

1005,10nF±10%,50V,X7R

59

C102,C126,C141,C142,C144,C145,C161,C162,C163,C191,C227,C237,C257,C270,C272,C276,C278,C282,C284,C312,C313,C316,C317,C318,C319,C339,C341,C345,C422,C424,C427,C430,C433,C436,C439,C440,C534,C535,C536,C537,C540,C544,C546,C557,C585,C597,C706,C713,C718,C722,C724,C644,C646,C654,C655,C672,C675,C691,C695

Page 37 of 65


4 2CC1-20-Y5V160-106Z

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

5 C104,C148,C228,C236,C291

5 2CC1-10-X7R500-102K

1005,1000P±10%,50V,X7R

23

C105,C125,C233,C248,C256,C314,C315,C350,C410,C517,C523,C555,C580,C584,C594,C711,C720,C639,C649,C684,C690,C805,C806

6 2CC1-10-C0G500-471J

1005,470P±5%,50V,C0G

38

C106,C164,C165,C166,C172,C253,C442,C521,C533,C538,C553,C554,C560,C561,C562,C563,C566,C570,C572,C573,C578,C582,C598, C707,C719,C611,C612,C616,C619,C628,C629,C634,C662,C667,C669,C670,C673,C693

7 2CC1-10-X7R250-223K

1005,22nF±10%,25V,X7R

5 C107,C112,C408,C549,C556

8 2CC1-10-X7R500-331K

1005,330P±10%,50V,X7R

1 C108

9 2CC1-10-X5R6R3-105K

1005,1uF±10%,6.3V,X5R

41

C114,C118,C119,C120,C121,C129,C132,C134,C136,C137,C138,C146,C149,C190,C224,C238,C249,C250,C269,C271,C279,C281,C283,C308,C337,C340,C343,C344,C352,C412,C415,C419,C445,C710,C712,C666,C674,C680,C683,C685,C692

10 2CC1-10-X7R160-104K

1005,100nF±10%,16V,X7R

61

C115,C117,C130,C133,C135,C160,C225,C226,C230,C232,C235,C239,C240,C252,C273,C274,C290,C310,C311,C305,C306,C307,C320,C338,C346,C360,C361,C362,C405,C406,C407,C413,C416,C428,C432,C435,C438,C520,C532,C547,C548,C551,C552,C559,C571,C577,C583,C595,C596,C709,C610,C613,C615,C627,C630,C637,C638,C663,C665,C676,C682

11 2CC1-10-X7R160-683K

1005,68nF±10%,16V,X7R

1 C122

12 2CC1-10-X7R500-222K

1005,2200P±10%,50V,X7R

1 C123

13 2CC1-10-X7R250-123K

1005,12nF±10%,25V,X7R

1 C124

14 2CC1-10-X7R100-393K

1005,39nF±10%,10V,X7R

2 C127,C150

15 2CC1-10-C0G500-221J

1005,220P±5%,50V,C0G

4 C128,C241,C244,C525

Page 38 of 65


16 2CC1-10-X7R500-183K

1005,18nF±10%,50V,X7R

4 C139,C333,C336,C677

17 2CC1-10-X7R160-822K

1005,8200P±10%,16V,X7R

2 C140,C143

18 2CC1-10-C0G500-470J

1005,47P±5%,50V,C0G 6 C113,C147,C401,C518,C581,C643

19 2CC1-10-C0G500-101J

1005,100P±5%,50V,C0G

19

C152,C153,C154,C155,C156,C157,C158,C159,C404,C519,C524,C529,C653,C656,C657,C658,C659,C678,C681

20 2CC1-10-X7R160-682K

1005,6800P±10%,16V,X7R

2 C170,C171

21 3CF1-BL112-38RU

0.5mm,38pin,BL112-38RU

1 CN101

22 1DS1-1SS372 Dual diode 3 D101,D114,D115

23 2CT1-TP20-100-2R2M

2012,2.2 μ

F±20%,10V,TP 1 EC651

24 2CT1-TP20-100-1R0M

2012,1μF±20%,10V,TP 2 EC167,EC168

25 5FE1-BLM11A601S

1608,BLM11A601S/BLM18AG601S(0138-05)

14 L101,L102,L105,L202,L208,L401,L528,L531,L603,L610,L629,L630,L631,L632

26 5FE1-BLM21PG221SN1

2012,220Ω 3 L104,L522,L525

27 1TT1-2SC4116-GR

2SC4116-GR 1 Q103

28 1TF1-SSM3K15AFS

SSM3K15AFS（D1） 1 Q104

29 1TT1-2SA1586 2SA1586 1 Q105

30 2RS1-10-223J 1005,22K±5% 9 R111,R125,R148,R336,R340,R425,R539,R574,R615

31 2RS1-10-334J 1005,330K±5% 2 R112,R639

32 2RS1-10-104J 1005,100K±5% 23

R569,R113,R114,R118,R121,R128,R129,R133,R154,R244,R310,R402,R418,R501,R502,R503,R504, R510,R513,R581,R599,R645,R650

33 2RS1-10-103J 1005,10K±5% 26

R115,R117,R132,R135,R150,R151,R231,R232,R233,R234,R240,R306,R311,R313,R321,R342,R360,R361,R419,R422,R549,R631,R632,R637,R638,R652

34 2RS1-10-824J 1005,820K±5% 1 R116

35 2RS1-10-473J 1005,47K±5% 10 R122,R312,R316,R317,R318,R319

Page 39 of 65


,R354,R405,R408,R550

36 2RS1-10-333J 1005,33K±5% 3 R123,R241,R552

37 2RS1-10-154J 1005,150K±5% 4 R124,R138,R621,R651

38 2RS1-10-184J 1005,180K±5% 5 R126,R127,R525,R527,R644

39 2RS1-10-823J 1005,82K±5% 2 R130,R553

40 2RS1-10-224J 1005,220K±5% 3 R131,R147,R243

41 2RS1-10-183J 1005,18K±5% 2 R134,R648

42 2RS1-10-474J 1005,470K±5% 3 R136,R144,R155

43 2RS1-10-683J 1005,68K±5% 3 R137,R410,R622

44 2RS1-10-562J 1005,5.6K±5% 5 R139,R140,R601,R611,R616

45 2RS1-10-105J 1005,1M±5% 1 R141

46 2RS1-10-332J 1005,3.3K±5% 2 R142,R526

47 2RS1-10-123J 1005,12K±5% 1 R143

48 2RS1-10-274J 1005,270K±5% 1 R145

49 2RS1-10-394J 1005,390K±5% 1 R146

50 2RS1-10-102J 1005,1K±5% 29

R149,R153,R225,R236,R238,R253,R301,R308,R309,R332,R351,R352,R353,R355,R356,R357,R358,R370,R391,R520,R530,R533,R535,R542,R545,R571,R606,R628,R680

51 2RS1-10-821J 1005,820Ω±5% 1 R152

52 2RS1-10-272J 1005,2.7K±5% 1 R156

53 2RS1-10-561J 1005,560Ω±5% 1 R157

54 2RS1-10-000O 1005,0Ω 5 R249,R160,R263,R320,R334

55 1IL1-NJM2902V NJM2902V-SMD 2 U101,U102

56 1IL1-NJM2100V NJM2100V,TSSOP-8 1 U103

57 1TC1-UMC4 UMC4,NPN/PNP 4 U104,U503,U505,U604

58 1IS1-XC6204B502MR

5V,SOT-23-5 4 U105,U402,U403,U404

59 2CC1-10-C0G500-100D

1005,10P±0.5P,50V,C0G

9 C231,C515,C527,C528,C728,C635,C636,C700,C807

60 2LG1-VLS3012ET-470M

VLS3012ET-470M ，

470uH+20% 3*3*1.2MM 1 L203

Page 40 of 65


61 1TT1-DTC144EE DTC144EE(26),SOT323 5 Q206,Q301,Q302,Q402,Q510

62 2RS1-10-100J 1005,10Ω±5% 6 R229,R528,R609,R610,R630,R634

63 2RS1-10-222J 1005,2.2K±5% 5 R258,R341,R406,R515,R570

64 1IS1-HRC5000 HR_C5000 80Pin LQFP 1 U201

65 1IS1-TC75S51F TC75S51F,SSOP5-P-0.95

1 U203

66 5XC1-29R5-29491CAA

1XTW29491CAA 29.4912MHz 3225 TCXO KDS

1 X201

67 2CC1-10-C0G500-8R0C

1005,8P±0.25P,50V,C0G

3 C302,C303,C526

68 2CC1-10-X7R500-153K

1005,15nF±10%,50V,X7R

2 C332,C686

69 2CC1-10-X7R500-392K

1005,3900P±10%,50V,X7R

1 C335

70 4PE1-16-F5 1608,green light,H19-213SYGC

2 LED301,LED302

71 4PE1-16-F2-A 1608 red light,19-213/R6C-AP1Q2B/3T,0.6mm,

1 LED303

72 2RS1-10-181J 1005,180Ω±5% 2 R314,R512

73 2RS1-10-221J 1005,220Ω±5% 1 R315

74 2RS1-10-153J 1005,15K±5% 2 R335,R605

75 2RS1-10-472J 1005,4.7K±5% 19

R338,R339,R362,R363,R412,R505,R523,R541,R547,R575,R588,R602,R608,R612,R620,R623,R646,R658,R659

76 3ST1-SKRTLBE010

SKRTLBE010,4.5*3.55*3.3mm(ALPS)

1 SW301

77 1IM1-W25Q80DVSIG

W25Q80DVSIG ，

SOIC,8M 1 U302

78 1IS1-PST9124NR

reset IC,PST9124NR 1 U303

79 1IP1-HRV3000S )HR_V3000S 1 U307

80 5XC1-8R0-MML08-2530

DSX321G-8MHZ,8MHZ±30PPm,8PF,-40 ℃ ~+85℃,2.5mm*3mm,4PIN

1 X301

81 2CT1-TS32-100-220M

3216,22 μ

F±20%,10V,TS 3 C409,C425,C441

82 2CC1-20-Y5V160-225Z

2012,2.2uF+80%/-20% ,16V,Y5V

1 C437

Page 41 of 65


83 1DR1-1SR154-400

1SR154-400,4532 1 D402

84 1DS1-DA2S10100L

DA2S10100L 3 D403,D404,D601

85 1DR1-NSR1020MW2T1G

NSR1020MW2T1G 1 D405

86 2CT1-TS32-160-100M

3216,10 μ

F±20%,16V,TS 1 EC403

87 2CT1-TP20-100-100M

2012,10 μ

F±20%,10V,TP 5

EC431,EC434,EC558,EC668,EC671

88 3FW1-42932-302320

429003/433003/466003,3216,3A/32V

1 F401

89 7MHP-7042-12A-W

3600 568 567 7800 1 J401

90 2LG1-VLS3012ET-100M

VLS3012ET-100M 10uH+20% 3*3*1.2MM

1 L404

91 1TT1-FMMT717TA

FMMT717A,PNP,SOT23 1 Q401

92 2RS1-10-204J 1005,200K±5% 1 R401

93 2RS1-10-152J 1005,1.5K±5% 1 R411

94 1IS1-LN8259 DC-DC IC,SMD,SOP8,DC23V1.8A,LN8259

1 U401

95 2CC1-16-C0G500-100D

1608,10P±0.5P,50V,C0G

6 C591,C500,C505,C601,C623,C625

96 2CC1-16-C0G500-120J

1608,12P±5%,50V,C0G 3 C501,C506,C604

97 2CC1-16-C0G500-200J

1608,20P±5%,50V,C0G 1 C502

98 2CC1-16-C0G500-7R0D

1608,7P±0.5P,50V,C0G 2 C503,C586

99 2CC1-16-C0G500-270J

1608,27P±5%,50V,C0G 1 C504

100 2CC1-16-C0G500-102J

1608,1000P±5%,50V,C0G

1 C507

101 2CC1-10-C0G500-220J

1005,22P±5%,50V,C0G 5 C509,C510,C715,C721,C723

102 2CC1-10-C0G500-150J

1005,15P±5%,50V,C0G 5 C513,C516,C564,C731,C618

103 2CC1-10-C0G500-7R0C

1005,7P±0.25P,50V,C0G

2 C514,C539

104 2CC1-10-C0G500-3R0C

1005,3P±0.25P,50V,C0G

3 C530,C541,C617

105 2CC1-10-C0G50 1005,18P±5%,50V,C0G 1 C568

Page 42 of 65


0-180J

106 2CC1-10-C0G500-120J

1005,12P±5%,50V,C0G 6 C660,C661,C542,C574,C725,C633

107 2CC1-10-C0G500-330J

1005,33P±5%,50V,C0G 2 C545,C647

108 2CC1-10-C0G500-121J

1005,120P±5%,50V,C0G

1 C550

109 2CC1-10-C0G500-5R0C

1005,5P±0.25P,50V,C0G

2 C575,C698

110 2CC1-16-C0G500-3R0C

1608,3P±0.25P,50V,C0G

1 C590

111 2CC1-16-C0G500-560J

1608,56P±5%,50V,C0G 1 C587

112 2CC1-16-C0G500-300J

1608,30P±5%,50V,C0G 1 C592

113 2CC1-16-C0G500-151J

1608,150P±5%,50V,C0G

1 C593

114 2CC1-32-Y5V100-226Z

3216,22μF+80%/-20%,10V,Y5V(C3216Y5V1A226ZT)

1 C599

115 2CC1-10-X7R500-271K

1005,270P±10%,50V,X7R

1 C704

116 2CC1-10-X7R160-473K

1005,47nF±10%,16V,X7R

1 C705

117 2CC1-10-C0G500-560J

1005,56P±5%,50V,C0G 4 C708,C727,C729,C730

118 5FT1-LTWC450G

LTWC450G 1 CF501

119 1DS1-HVU131 HVU131(P1),2012 1 D501

120 1DS1-HSC277 HSC277,1608 6 D503,D504,D510,D511,D611,D612

121 1DV1-HVC362 HVC362，UFP 5 D505,D506,D507,D508,D513

122 1DS1-RB706F-40

Schottky diode RB706F-40,SOT-323

1 D512

123 5XT1-JTBM450CX24

Frequency detector 1 FD501

124 2LW1-33UF-1R0M

3225,1 μ

H±20%,(LQH32MN1R0M23L/LQH3N1R0M04)

1 L501

125 2LH1-R401R5-R06-05

φ0.40,*φ1.5,6T 2 L502,L504

126 2LH1-R401R5-R07-05

φ0.40*φ1.5,7T 1 L503

127 2LH1-R401R5-R φ0.40,*φ1.5,8T 2 L505,L524

Page 43 of 65


08-05

128 2LW1-20UC-270J

2012,27nH±5%,(C2012C-27NJ)

5 L506,L507,L511,L512,L530

129 2LL1-16-56NJ 1608,56nH±5%(MLG1608B56NJ)

1 L508

130 2LI1-1608-R39G 0603,390nH±2% murata LQW18ANR39G00

9 L509,L611,L614,L615,L616,L619,L622,L623,L624

131 2LL1-16-R56K 1608,560nH±10%(MLF1608DR56K)

2 L513,L607

132 2LL1-16-R47K 1608,0.47μH±10%(MLF1608DR47K)

2 L514,L608

133 2LL1-16-68NJ 1608,68nH±5%(MLG1608B68NJ)

3 L518,L519，L515

134 2LL1-16-39NJ 1608,39nH±5%(MLG1608B39NJ)

2 L520,L533

135 2LW1-25UC-102JA

2520,1 μ

H±5%,(FHW1008UC1R0J)

1 L521

136 2LL1-16-27NJ 1608,27nH±5%(MLG1608B27NJ)

2 L523,L536

137 2LH1-R301R5-L05-05

线径φ 0.30 内径φ 1.5 5T

1 L535

138 2LW1-25UC-222J

2520,2.2 μ

H±5%(NL252018T-2R2J/NLV25T-2R2J)

1 L527

139 2LW1-16UC-R12J

1608,120nH±5% 1 L532

140 2LH1-R401R5-R03-05

φ0.40,*φ1.5,3T, 2 L534,L526

141 2LL1-16-4N7S 1608,4.7nH±0.3nH(MLG1608B4N7S)

1 L548

142 1TF1-RD07MUS2B

RD07MUS2B， 1 Q501

143 1TF1-RD01MUS2

1 Q502

144 1TT1-2SC3356-R24

2SC3356-R24,SOT23,NPN

6 Q503,Q504,Q507,Q509,Q601,Q603

145 1TT1-AT41511 SOT143-EEBC-B3X1_4-P1_9

1 Q505

146 1TF1-3SK318 3SK318(YB-) 1 Q506

147 1TT1-DTA143ZE DTA143ZE-SMD 1 Q511

148 2RS1-10-682J 1005,6.8K±5% 2 R506,R546

Page 44 of 65


149 2RE1-10-2R70 0402 2.7Ω±1%,1005. 1 R507

150 2RS1-10-331J 1005,330Ω±5% 1 R508

151 2RS1-10-563J 1005,56K±5% 2 R511,R514

152 2RS1-10-470J 1005,47Ω±5% 2 R516,R548

153 2RS1-10-101J 1005,100Ω±5% 10 R517,R518,R554,R604,R614,R627,R629,R635,R642,R643

154 2RS1-10-564J 1005,560K±5% 2 R519,R641

155 2RS1-10-471J 1005,470Ω±5% 4 R521,R531,R619,R640

156 2RS1-10-392J 1005,3.9K±5% 2 R522,R617

157 2RS1-10-273J 1005,27K±5% 2 R524,R701

158 2RS1-10-754J 1005,750K±5% 1 R529

159 2RS1-10-822J 1005,8.2K±5% 2 R536,R538

160 2RS1-10-150J 1005,15Ω±5% 1 R537

161 2RS1-10-220J 1005,22Ω±5% 1 R543

162 2RS1-10-151J 1005,150Ω±5% 1 R551

163 2RS1-10-242J 1005,2.4K±5% 1 R555

164 2RS1-10-391J 1005,390Ω±5% 2 R556,R595

165 2RS1-32-R39J 3216,0.39Ω±5% 3 R559,R560,R561

166 2RE1-10-1503 1005,150KΩ±1% 4 R562,R564,R566,R702

167 2RS1-10-155J 1005,1.5M±5% 2 R567,R700

168 2RS1-10-271J 1005,270Ω±5% 1 R568

169 1IS1-GT3136 GT3136,SSOP16 1 U501

170 1IL1-NJM2904V NJM2904V,TSSOP-8 2 U502,U603

171 5XC1-50R0-49910GQ9

1D49910GQ9 49.95MHz 7*5 KDS

1 XF501

172 2CC1-16-C0G500-180J

1608,18P±5%,50V,C0G 2 C605,C624

173 2CC1-16-C0G500-150J

1608,15P±5%,50V,C0G 1 C606

174 2CC1-16-C0G500-390J

1608,39P±5%,50V,C0G 2 C607,C588

175 2CC1-10-C0G500-1R0C

1005,1P±0.25P,50V,C0G

1 C608

176 2CC1-10-C0G50 1005,0.5P±0.25P,50V,C 2 C609，C622

Page 45 of 65


0-R50C 0G

177 2CC1-10-C0G500-1R5C

1005,1.5P±0.25P,50V,C0G

4 C603，C614,C631,C804

178 2CC1-16-C0G500-8R0C

1608,8P±0.25P,50V,C0G

2 C620,C508

179 2CC1-16-C0G500-330J

1608,33P±5%,50V,C0G 1 C626

180 2CC1-10-C0G500-6R0C

1005,6P±0.25P,50V,C0G

1 C632

181 2CC1-10-X7R500-332K

1005,3300P±10%,50V,X7R

2 C640,C687

182 2CC1-10-C0G500-181J

1005,180P±5%,50V,C0G

1 C645

183 2CC1-10-C0G500-680J

1005,68P±5%,50V,C0G 1 C648

184 2CC1-20-X7R500-224K

2012,220nF±10%,50V,X7R

2 C650,C652

185 2CC1-20-X7R160-475K

2012,4.7μF±10%,16V,X7R,GRM21BR61C475KA88L

1 C664

186 1DV1-HVC350B HVC350B(B0),SOD523 4 D602,D603,D608,D609

187 1DV1-HVC376B HVC376B(B9) 4 D604,D605,D606,D607

188 1DV1-1SV278 1SV278(T1) 1 D610

189 2RS1-16-000O 1608,0Ω 1 L600

190 2LL1-16-3R3K 1608,3.3μH±10%(MLF1608A3R3K TA00)

1 L601

191 2LW1-16UC-150J

1608,15nH±5% C1608CB-15NJ)

1 L602

192 2LL1-16-R33K 1608,0.33μH±10%(MLF1608DR33K)

1 L609

193 2LW1-16UC-270G

1608,27nH±2%,(C1608CB-27NG)

1 L612

194 2LW1-20UC-220J

2012,22nH±5%,(C2012C-22NJ)

1 L613

195 2LL1-16-82NJ 1608,82nH±5%(MLG1608B82NJ)

2 L617,L625

196 2LW1-16UC-270J

1608,27nH±5%,C1608CB-27NJ)

1 L620

197 2LW1-20UC-150J

2012,15nH±5%,(C2012C-15NJ)

1 L621

198 2LW1-16UC-390J

1608,39nH±5%,(C1608CB-39NJ)

1 L626

Page 46 of 65


199 2LW1-16UC-180J

1608,18nH±5%,C1608CB-18NJ)

1 L633

200 1TT1-2SC5066-Y

2SC5066-Y(M2),NPN,SOT323

2 Q604,Q605

201 1TT1-2SC4617-R

2SC4617-R(BR),EMT3 1 Q606

202 1TF1-2SJ243 2SJ243-SMD 1 Q607

203 2RS1-10-121J 1005,120Ω±5% 2 R603,R613

204 2RS1-10-560J 1005,56Ω±5% 1 R636

205 2RS1-10-912J 1005,9.1K±5% 1 R649

206 1IS1-SKY72310

SKY72310,24 pin QFN 4mmX4mm （ QFN-N24_B4x4-P0_5）,

1 U601

207 1IS1-XC6204B332MR

3.3V,SOT-23-5,150mA 1 U602

208 1IS1-UPB1509GV

UPB1509GV,SSOP 1 U605

209 5XC1-16R8-6800CFA

1XTV16800CFA 16.8MHz 3225 VC-TCXO KDS

1 X601

210 6PM7-4119-HMB

TP660-VHF-V1.0-150127,8 layer,1.2mm,FR-4,47*109mm

1

211 2CC1-10-C0G500-200J

1005,20P±5%,50V,C0G 2 C716，C531

212 2CC1-10-C0G500-270J

1005,27P±5%,50V,C0G 2 C802，C803

213 2CC1-10-C0G500-4R0C

1005,4P±0.25P,50V,C0G

1 C699

214 1IP1-00TP660-R01

STM32F405VG T6 LQFP100,MCU,14*14MM

1 U301

List 3 Material List (structure material)

No Part No. Description Position mark

Quantity

1 7MHP-7069-02A-W0 PT7800 top cover (cover die), PC+ABS, black, 2008B, pb-free

1

2 7MHP-7069-07A-W0 PT7800 channel knob, ABS, black, 2012B, pb-free 1

Page 47 of 65


3 7MHP-7069-08A-W0 PT7800volume knob ABS, black, 2012B, pb-free 1

4 7MHR-7069-04A-W0 PT7800big o ring silica gel, black, hardness 40 degrees, pb-free

1

5 7MHR-7069-05A-W3 PT7800skylight o ring, silica gel,orange, , pb-free 1

6 7MHR-7069-06A-W0 PT7800 top o ring, silica gel, black, hardness 60 degrees,, pb-free

1

7 7MHR-7069-07A-W0 PT7800 pedestal o ring. silica gel, black, hardness 60 degrees , pb-free

1

8 7MHR-1727-09A-W3 R 558mic cover,material: hardness 60 degrees, hardness 40 degrees, orange, without surface processing

1

9 7MHR-7042-06B-W0 R thermally conductive silica gel spacer, hardness 60 degrees, black,3*6*9mm,softer than A version. pb-free

1

10 3CR7-SMA-50JFB-4 R for RF coaxial connector analog radio. SMA-J, Flange plate installation(558, hole distance14mm, chip length 0.5mm)

1

11 7NRC-060100035-B1A Switch nut, material: brass, internal diameter M6mm, external diameter φ10mm, thickness 3.5mm, black passivation,

2

12 7NRC-087120036-Z1 R antenna nut, material: :copper, internal diameter M8.7mm, external diameter φ12mm,, thickness 3.6mm, black zinc-plated,

1

13 7MHL-7069-01A-W PT7800aluminum bracket. aluminum alloy(ADC12),ground,polished, , pb-free

1

14 7MHF-7069-02A-W PT7800 skylight cover 0.5MM,SUS304, , pb-free 1

15 7MHS-7069-02A-W PT7800 channel knob circlip 0.3MM,stainless steel, pb-free

1

16 7MHS-7069-03A-W PT7800digital keypad, metal dome of 16 D6 , pb-free

1

17 7MHS-7069-04A-W PT7800 PTT button METAL DOME of 3 D6 , pb-free

1

18 7MHS-1140-01A-W R 3118/3208knob circlip, material: spring steel 1

19 7SMF-020040M-SZYB-N

R M2*4 cross round flat machine screw, material: hardened iron, Φ2mm*4mm cross round flat nickel-plated machine thread, metric coarse thread,

19

20 7SMF-020080M-MHHT-N1

R M2*8 blossom type thick-headed machine screw, material: hardened iron, Φ2mm*8mm blossom type thick-headed nickel-plated machine thread, metric coarse thread

2

21 7SMF-025080M-SZYB-Z1

R M2.5*8 cross round flat machine screw, machine: hardened iron, Φ2.5mm*8mm cross round flat black zinc-plated machine thread, metric coarse thread

4

22 7MHR-7069-08A-W0 O ring D2.4X1.0MM, pb-free 2 23 7GCB-070045005-J DP770，PT567 radio Φ7mic cloth, diameter 1

Page 48 of 65


φ7*φ4.5* thickness 0.1mm with tape on one side 24 7MHP-7069-11A-W0 PVC 片 4.0X4.0 MM , pb-free 0

25 6MD7-S7069A E PT7800 LCD display model group CMF1N5333-E,FSTN,TAB,VA(39*16),A/A(35.8*12.5),

1

26 7MBP-4078-01A-W0 TP660 front cover PC+ABS, black, 2008B,embedded with #4-40 nut，pb-free

1

27 7MHP-7069-03A-W0 PT7800 PTT side cover PC+ABS, black, 2008B/2010B, pb-free

1

28 7MHP-7069-04A-W0 PT7800 PTT cover board (cover die) PC+ABS, black, 2010B, pb-free

1

29 7MHP-7069-06A-W0 PT7800 battery latch (cover die), PC+ABS, embedded latch baffle, black,2008B, pb-free

1

30 7MHF-7069-01A-N PT7800 latch baffle outsourcing parts 1.2MM,IP, vacuum electric plating, pb-free

1

31 7MHP-7069-09A-WCA PT7800 TP660 lens PC, transparent, screen printing, KIRISUN+ black, pb-free

1

32 7MHP-7069-10A-WC PT7800 guide beam, PC, transparent, transparent, pb-free

1

33 7MHR-7069-01A-W0 PT7800 key, black +637C+wgite(laser carving), hardness 60 degrees, , pb-free

1

34 7MHR-7069-02A-W0 PT7800PTT key, silica gel, black, hardness 60 degrees, , pb-free

1

35 7MHR-7069-03A-W3 PT7800 emergency keypad , silica gel, orange, hardness 60 degrees, pb-free

1

36 4SS7-4017-016-150 7800 speakerPT7800-05 Φ40,H=17±0.1mm, impedance16Ω, power 1.5W,, pb-free

1

37 7MHS-1010-02A-N PT3208 spring, material: spring steel, nickel-plated, wire diameter 0.2,D,external diameter2, length 9.5, 11 circles

2

38 7GCB-360003-J PT7800speaker net, material: black 250, +nitto57120b,diameter φ36mm* ,thickness 0.3mm, with double-sided tape

1

39 7MHB-7069-01A-W0 PT7800mic head dust-proof pad, material: DY-E002A breathable film,φ6.6xφ4.4, pb-free

1

40 7GCM-S1871-JA R 6500LCD dust-proof pad, material: black foam PVC pad , with tape on one side

1

41 7MHJ-4078-01A-W TP660 earphone PCB board, double-sided tape, thickness 0.4mm NITTO 57120B double-sided tape

1

42 7MHJ-7069-01A-W PT7800 mirror double-sided tape, NITTO57120,43.4*28.2MM, pb-free

1

43 7MHP-7069-11A-W0 PVC chip 4.0X4.0 MM pb-free 0

44 7GCM-360075040 KB-36Lflame retardant sponge pad, black bubble, 36*7.5*4mm, single-sided tape（flame retardant）；

0.33

Page 49 of 65


pb-free 45 7GCM-04007003-J Spacer,，φ3.0*5.0*0.3mm， 2

46 7SSF-030040M-YXHP-BA

R M3*4 earphone cover screw, SUS303、＃4-40、vacuum-plated IP ,black、pb-free

1

47 7MHP-7069-05B-W0 PT7800 ear mic cover plate(cover die) PC+ABS, black, 2008B,1405，pb-free

1

Figure 1 TP660 Main Board Top Side PCB View (400-470MHz)

Figure 2 TP660 Main Board Bottom Side PCB View (400-470MHz)

Page 50 of 65


Figure 3 TP660 Main Board Top Side PCB View (136-174MHz)

Figure 4 TP660 Main Board Bottom Side PCB View (136-174MHz)

Page 51 of 65


Figure 3 TP660 keypad Top Side PCB View

Figure 4 TP660 keypad Bottom Side PCB View

Page 52 of 65


Figure 5 TP660 Mainboard Schematic Diagram(400-470MHz)

Page 53 of 65

AF PROCESS CIRCUIT

R12333K

L101BLM18AG601S

C118105

C117

104C120105

C121105

R124150K

C14747P

R12522K

C122683

R126180K

R127180KR128

100KR133100K

C125102

C126103

R129100K

R13082K

R131220K

C128 220P

R13210K

C124123

C123222C127

393 3

21

U101-A

5

67

U101-B

10

98

U101-C12

1314

U101-D

4

11

U101-ENJM2902V

C106102

C113 470P

R117 10K

R114100K

C112223

C114105

C107223

C115

104

R112470K

R118100K

R11510K

C129105

R11122K

R113100K

R116820K

C108 100P

C133104

C136105

C137105

R14312K

C143682

R14822K

C142103

R1423K3

R136470K

R138150K

R13768K

C138105

C141103

R1395K6

R1405K6

R141

1M

C139183

C144103

C145103

C140822

3

21

U102-A

5

67

U102-B

10

98

U102-C

12

1314

U102-D

4

11

U102-ENJM2902V

R147220K

R146390K

R145270K

R144470K C146

105 R1491K

C14810U/10V

1

2

34

5

U104UMC4N

C15

022

3R

151

10K

R1531K

R154100K

C149105

R155470K

1 G

2S

3 D

Q1042SK1824

R121100K

R12247K

R13510K

R13418K

C152

100P

C153

100P

C154

100P

C155

100P

C156

100P

C157

100P

C158

100P

C159

100P

C160104

C105102

R1572K2

L102BLM18AG601S C130

104

C134105

C119105

R152820R

R1562K7

C172470P

C164470P

C165470P

C166470P

C170682

C171682

R1600R

C135

104

12

3

4 56

7

8

9

H3Hole

12

3

546

7

8

9

H5Hole

12

3

546

7

8

9

H7Hole

12

3

546

7

8

9

H2Hole

12

3

546

7

8

9

H4Hole

12

3

4 56

7

8

9

H6Hole

12

3

546

7

8

9

H8Hole

12

3

4 56

7

8

9

H1Hole

12

3

546

7

8

9

H9Hole

12

3

546

7

8

9

H11Hole

12

3

546

7

8

9

H10Hole

R15010K

C132105

1AO

UT

2A-

IN3

A+IN

4G

ND

B+IN

5B-

IN6

BOU

T7

V+8

U103NJM2100V

C102

103

1234567891011121314

4039

151617181920212223242526272829303132

3433

35363738

CN101CON38

21

L104BLM21PG221S

C161

103

C162

103

L105

BLM18AG601S

C163

103

1 VIN

2 VSS

3 CE

OUT 5

NC 4

U105XC6204B502MR

C191

103

C190

105

C104

10U/10V

1

TP103USB_D-

1

TP102USB_D+

1

TP101MIC

+

EC1512.2uF/10V

+ EC16

81u

F/16

V

+ EC16

71u

F/16

V

D115

1SS372

D114

1SS372 1

23

Q1032SC4116

Q1052SA1586

D1011SS372

L111BLM18AG601S

L110BLM18AG601S

C101470P

C100100P

5RQT_DQT_IN

5R_A

BAT7V5

VOXVOX

MIC_OUT

5R_A

AF_OUT

5R_A

VOL_IN

AF_OUT

FM_SW

FM_M

UTE

5R_A

2T/5TUSB_D-

USB_D+

BOOT_CRLEXT_PTT

LCD_CS1LCD_SLKLCD_SLDLCD_RESLCD_A0K1K2K3K4K5K6

MSWMODE1

3V3

SWB+

MIC_IN

K7K8

LAMP

RSSI

MIC_5V

MIC

POW

_SW

MIC_5V

VOL_OUT

MODE2SELECT

MIC_IN


Page 54 of 65

R226NC

R2381K

R23210K

L202BLM18AG601S

C244

220P

R227NC

R23110K

C241220P

R2361K

1 HPVCC9 CDC_AVCC

12 PLL_VDD3366 ADC_AVDD33_Q67 ADC_AVDD33_I76 DAC_AVDD3379 DCDC_VDD3332 VDD1253 VDD1269 ADC_AVDD12_I64 ADC_AVDD12_Q77 DCDC_VDD1280 DCDC_SW18 BCLK17 LRCK16 MCLK19 ADCDAT39 RESETN45 DBIST_IN38 TEST_MODE

21VS

S12

33VS

S12

52VS

S12

3H

PGN

D13

PLL_

VSS3

365

ADC

_AG

ND

_Q68

ADC

_AG

ND

_I73

DAC

_AVS

S33

78D

CD

C_V

SS41

V_SD

I42

V_SD

O43

V_SC

LK44

V_C

S59

RF_

RX_

EN60

RF_

TX_E

N61

ADC

_VBG

_Q14

XTAL

15C

LKO

UT

62AD

C_Q

VIN

N63

ADC

_QVI

NP

CDC_VREF 4

ADC_IVINN 71

ADC_IVINP 70

C_SDI 34

C_SDO 35

C_SCLK 36

C_CS 37

TIME_SLOT_INTER 48

SYS_INTER 49

RF_TX_INTER 50

RF_RX_INTER 51

U_SDO 55

U_SDI 56

U_SCLK 57

U_CS 58

HPOUT 2

ADC_VBG_I 72

LINEOUT 10

DAC_QVOUT 74

DAC_IVOUT 75

MC

BSP_

RXD

22

MC

BSP_

TXD

23

MC

BSP_

CLK

R24

MC

BSP_

FSX

25

MC

BSP_

CLK

X26

MC

BSP_

FSR

27

PKT_

RX_

WAK

E28

RTS

29

TX_R

DY

30

STD

BY_E

NB

31

PWD

47

VDD

3340

VDD

3354

DBI

ST_O

UT

46

DAC

DAT

20

MIC

1_P

8

MIC

2_P

5

MIC

BIAS

11

MIC

1_N

7

MIC

2_N

6

U201HR_C5000

102 C233

C232104

R22910R

C235104

C236

10U/10V

C227

103

C22810U/10V

C230

104

C225 104

C240

104

C239

104

C226 104

C279

105

C276

103

C278

103

C281

105

C282

103

C283

105

C284

103

C269

105

C270

103

C271

105

C272

103

C274

104

C273

104

123

4

5

SW401VOL-SWITCH

R249NC

Q206DTC144EE

C256102

C257103

R23310K

R23410K

R235NC C234

NC

R225 1K

C224105

1 12 -V3 3 44

+V 5

U203TC75S51F

R24010K

R24115K

C248102

C250105

R243220K

R244100K

C253470P

C252104

R2531K

C23110P

L208BLM18AG601S

R2582K2

C249105

R263100R

C238 105

C290

104

C291

10U/10V

C237

103

C310

104

C311

104

NC 1

GND 2

4 VCC

3 OUT

X20129.4912MHz

L20347uH

A3V3

3V3

3V3

ADC_IN_N

A3V3

BAT+

3V3

3V3

DMR_VCC

VOL_IN

V_C

SV_

SCLK

V_SD

OV_

SDI

2T/5

T/D

TMF_

OU

TM

IC_O

UT

DM

R_S

LEEP

DMR_CSDMR_SCLKDMR_SDI

IF_OUT

VOL_IN

MOD_Q

MOD_I

I2S_RXI2S_TXI2S_CKI2S_FS

DMR_SDORF_RX_INTERRF_TX_INTERSYS_INTERTIME_SLOT_INTER

VOL_MAX

SWB+

VOL_OUT

C50

00_R

ST


Page 55 of 65

C307

104

C305

104

R314180R

LED

302

GR

EEN

LED

303

RED

C306

104

C308

105

R315220R

LED

301

GR

EEN

Q301DTC144EE

C314102

Q302DTC144EE

C315102

R31647K

C316

103

R31747K

C317

103

R31847K

C318

103

R31947K

C319

103

5PE

614

NR

ST1

PE2

2PE

33

PE4

4PE

57

PC13

_AN

TI_T

AMP

8PC

14_O

SC32

_IN

9PC

15_O

SC32

_OU

T12

OSC

_IN

13O

SC_O

UT

73VC

AP_2

15PC

016

PC1

17PC

218

PC3

20VR

EF-

23PA

0_W

KUP

24PA

162

PD15

63PC

664

PC7

65PC

866

PC9

67PA

8

72 PA1325 PA226 PA329 PA430 PA531 PA632 PA733 PC434 PC535 PB036 PB137 PB238 PE739 PE840 PE941 PE1042 PE1143 PE1244 PE1345 PE1446 PE1547 PB1048 PB1168 PA969 PA10

PB12

51

PB13

52

PB14

53

PB15

54

PD8

55

PD9

56

PD10

57

PD11

58

PD12

59

PD13

60

PD14

61

VCAP

_149

VSS_

274

VSS_

510

VSS_

427

VSS_

399

VDD

A22

VREF

+21

VDD

19

VDD

_150

VDD

_511

VDD

_428

VDD

_310

0

VDD

_275

VBAT

6

PA14 76

PA15 77

PC10 78

PC11 79

PC12 80

PD0 81

PD1 82

PD2 83

PD3 84

PD4 85

PD5 86

PD6 87

PD7 88

PB3 89

PB4 90

PB5 91

PB6 92

PB7 93

BOOT0 94

PB8 95

PB9 96

PE0 97

PE1 98

PA11 70

PA12 71

U301STM32F405VGT6

C3038P

C3028P

R31310K

1

TP301JTAG_SWCLK

R30610K

R30510K

1

TP303BOOT0

R320 0R

R321 10K

C34

310

5

C34

510

3

R33622K

C332153

R33515K

C333183

C312

103

C313

103

VEE2 3

VEE1 2

NC 1

4 OUT

5 VCC

U303PST9124

R34210K

C338104

C339103

R30

11K

R3394K7

C335392

R3384K7

C336183

R3412K2

1

TP305JTAG_RESET

C337105

R31110K

R34022K

R331NC

R330NC

L303NC

C328NC

C327NC

R329NC

R328NC

C325NC

R327NC

C326NC

3 GND

2 I/O

1 I/O VCC 5

SW 4

U306NC

R31247K

C346

104

C320

104

1

TP30

4JT

AG_S

WD

IO

R35

51K

R35

61K

C331NC

C352105

R36010K

R36110K

C324NC

R343NC

R344NC

R345NCC342

NC

C341103C340

105

1 12 -V3 3 44

+V 5

U305NC

R358 1KR357 1K

C34

410

5

R346NC

C369NC

C370NC

C36

010

4C

361

104

R3624K7

R3634K7

C362104

R35

0N

C

R391 1K

R3701K

1 2 3456

SW302CODE-SWITCH

R307NC

R3340R

1 CSN

2 SO

6 SCK

5 SI VSS 4

WPN 3

HOLDN 7

VCC 8

U302W25Q80BVSIG

4 SDA

3 SCL

2 GND

VPP 5

RSTO 1

VDD 6

U307HR_V3000S

1 TOUT2 DOUTY3 GND4 VDA DOUTX 5

VREF 6SCK 7VDD 8

U304NC

13

X3018MHz

SW30

1AL

ARM

-KEY

R30

91K

R30

81K

R310100K

R352 1KR353 1K

R35447K C350

104

R332 1K

R351 1K34567

21

FPC301

3V3

BAT+

3V3

TX_L

EDR

X_LE

D

APC/TVMOD2_BIAS

FM_MUTEVCOVCC_SW

VOX

BUSY

DM

R_C

SD

MR

_SC

LK

DM

R_S

DO

5RC

K6

SELECT

3V3

3V3

FLASH_SDO

FLASH_SCK

FLASH_CS

K7K8

K0

FLASH_SDI

3V3

VOL_IN

5C

FAST_LOCK

ECN0ECN1ECN2ECN3

SAVE

3V3

5TC

ECN1ECN2ECN3

ECN0

LCD

_RES

LCD

_A0

K2K3K4K5

LCD

_SLK

LCD

_SLD

RX_LED TX_LED

DM

R_S

DI

PLL_

LDPL

L_C

SPL

L_D

ATPL

L_C

LK

LCD

_CS1

MODE1

DM

R_S

LEEP

TIM

E_SL

OT_

INTE

RSY

S_IN

TER

RF_

TX_I

NTE

RR

F_R

X_IN

TER

QT_DQT_IN

RSSI

DMR_SW

FL

2T/5T/DTMF_OUT

BATT

FL_C

LAM

P

FM_SW

3V3

CTC/DCS_OUT

3V3

MAN

DO

WN

FAST

_LO

CK

PTT_KEY

POW_C

V_CSV_SCLKV_SDO

V_SDI

FLAS

H_S

DI

FLAS

H_S

CK

SCLSDA

I2S_FSI2S_CKI2S_RXI2S_TX

SDA

SCL

3V3

RF_APC_SW

FLAS

H_S

DO

FLAS

H_C

S

FL_C

POW_DET

MANDOWN

2T/5

T

BEEP

VOL_MAX

W/N_SW

BOOT_CRL

MODE2

K1

ALARM_KEY

C50

00_R

ST

USB_D-USB_D+

EXT_PTTMSW

MICPOW_SW

PTT_KEY

3V3

K0K1K2


Page 56 of 65

POWER CIRCUT

R401200K

1

TP4013V3

C436103

C410102

C433103

C415105

C427103

R4124K7

C405

104R402100K

C435104

C43

72.

2U/1

0V

C430103

R41068K

+

-

1

32

J401BATTERY-CON

C40147P

R4111K5

C404100P

C424103

C419105

C413

104

1 VIN

2 VSS

3 CE

OUT 5

NC 4

U404XC6204B502MR

C416104

C432104

C438104

C412105

C408223

C407104

C406104

12

D402

1SR154-400

R42522K

R42210K

R420NC

R4062K2

C428104

Q402DTC144EE

R40547K

D403MA2S111

D404MA2S111

R418100K

C422103

R40847K

R41910K

Q401FMMT717

1 VIN

2 VSS

3 CE

OUT 5

NC 4

U403XC6204B502MR

1 VIN

2 VSS

3 CE

OUT 5

NC 4

U402XC6204B502MR

C439103

C440103

C442470P

21

F4013AFUSE

+

EC40

310

uF/1

6V +

C40

922

uF/1

0V

+EC431

10uF/10V

+

EC43

410

uF/1

0V

FB 3

SW 6

BS 15 IN

4 EN

2 GND

U401LN8259

D40

5XB

S104

S13R

-G

+

C42

522

U/1

0V

+C44122U/10V

L401BLM18AG601S

C445105

L40410uH

5R

5T

5C

3V3

BATT

SAVE

BATT

BAT+

BAT7V5

BAT7V5

POW_C

SWB+

POW_DET

5RC

5TC


Page 57 of 65

L5064T

C598

470P

D50

7H

VC35

0B

C584

102

R568270R

C590

15P

C549

223

R501100K

C538

470P

C553470P

1

23

Q501RD07MUS2B

R5055K6

C5024P

C573470P

C548

104

C591

6P

C521

470P

C5062P

R5201K

C588

15P

11 J501

ANTENNA

C519 47P

R54322R

C555102

C551

104

C560470P

R53922K

C514

4P

C541NC

TP501 1RX

C582

470P

L5043T

Q5063SK318

R5421K

C5031P5

D50

6H

VC35

0B

R556390R

R54822R

R571100R

C535103

C532103

C5104P

C561470P

C550120P

L5053T

Q5032SC3356

21

L528BLM18AG601S

C572470P

C554470P

C575NC

C59368P

C59212P

C577104

L5248T

R52810R

R508330R

C53120P

R504100K

C507120P

4

3 2

1

5 6

XF50149.95MHz

C5153P

R5221.8K

C5272P

C5266P

C547

104

C508NC

C587

15P

R513100K

R5263K3

R5511K5

C5649P

C533470P

C546103

C5686P

R56

10.

39R

R503100K

C540103

D50

5H

VC35

0B

R55382K

C54533P

C5046P

R510100K

C570470P

C571104

C705

473

C597

103

C544103

L5074T

C586

47P

C563470P

C528

3P

C539

7P

L5124T

AOUT 1A-IN 2

A+IN 35 B+IN GND 46 B-IN

7 BOUT8 V+

U502NJM2904V

C54312P

C589

27P

C552

104

D501HVU131

C585103

R521470R

C707470P

R502100K

12L5

22BL

M21

PG22

1SR51156K

R525180K

C583

104

R54910K

C5052P

R55447R

1XI

N2

XOU

T3

MIX

OU

T4

VCC

5IF

I6

DEC

7FI

LO8

FILI

AF9

QU

AD10

IFO

11R

SSI

12N

DET

13N

REC

14G

ND

15M

IXI

16

U501GT3136

C5013P

C556223

R55

90.

39R

C562470P

R5451K

R519560K

C500NC

C57412P

C529100P

R51456K

D50

8H

VC35

0B

R55047K

R5702K2

C578

470P

C5306P

C596

104

R5234K7

L5114T

R52427K

L5023T

C557

103

R5152K2

C525100P

R51647R

12

FD501C24450

R527330K

R512180R

L5262T

C534

103

L5034T

R5466K8

R55233K

R5066K8

C542

12P

C523102

C536103

R535 1K

R533 1K

R56

00.

39R

R572NC

C595104Q504

2SC3356

R53715R

R5368K2

R5388K2

R5474K7

C569

NC

L5200R

C57933P

C580100P

C581NC

R5755K6

Q502RD01MUS2

C711

102R531470R

R529750K

C709104

C712105

1

2

34

5

U503UMC4N

1

2

34

5

U505UMC4N

R5301K

C713103

1TP502ANT

1TP503GND

R56

927

K

C520

104

C704

470P C706

103

C5164P

C708 56P

C594102

R564150K

R562150K

R566150K

R5671M5

R57422K

L527220nH

L50822nH

L51822nH

L5232.7nH

L5211uH

R50722R

C559104

TP1 1RX

R599100K

R5412K2

C566470P

D510MA2S077

D511MA2S077 R588

4K7

C722

105

C724

103

R518100R

R517100R

D50

3M

A2S0

77

D50

4M

A2S0

77C509NC

C5175P

C51833P

R595390R

L51922nH

L50982nH

L51527nH

12L5

31BL

M18

AG60

1S

C710

105

L53322nH

C71610P

C717NC

Q5072SC3356

Q5092SC3356

C537

103

C718

103

C719

470P

D51

3H

VC35

0B

C5138P

R581100K

L5304T

C5242P

Q511DTA143ZETL

R555

1.8K

Q510DTC144EE

11

22

L525BLM21PG221S

L513560nH

L514470nH

E1 E1B B

C C

E2 E2

Q505AT41511

+

EC55

810

uF/1

0V

IN1

OU

T2

4G

ND

3G

ND

CF501ELFY450H

D52

3

NC

+

C59

922

uF/1

0V

R59822R

D51

2

RB7

06F

R7001M5

R702150K

R70127K

C512102

C720

102

R5402K2

C723

470P

L5011uH

C721

47P

BAT+

5R

2ND_LO

RSSI

AF_OUT

5R

5T

5R

APC/TV

BAT+

RF_APC_SW

5T

RX_VCO

BUSY

5R

450_IF

LO

RX_VCO

IF_OUT

DMR_SW

DMR_VCC

W/N_SW


Page 58 of 65

PLL&VCO Circuit

VCOVCC_SW:T:0V;R:3.3VR638

10K

C656100P

D60

41S

V305

C684

470P

R63710K

C64347P

D601MA2S111

C64868P

R60910R

C649102

C639

102

1

TP601CV

R621150K

R619470R

C63510P

R640470R

Q6052SC5066(Y)

VCEL

1

23 MOD C-C

VCC

-XTA

L11

13 NC

4 PS

20 DATA

22 CLK

21 /CS CPOUT 6

NC 14

/FVCO 3

NC 15

NC 16

C-C

FVCO 2

VCP

5

VDD

19

NC

7

MU

X24

18N

C

12G

ND

17N

C

10XT

ALO

UT

8/O

SC

9O

SC

U601

SKY72310

D60

51S

V305

D60

71S

V305 C618

6P

C638

104

D6101SV278

Q6062SC4617(S)

C63610P

C653470P

D6021SV305

C670470P

C6311P5

L62533nH

R610NC

C645180P

C6141P5

C616

470P

D6081SV305R635

47R

D6031SV305

R6204K7

C637104

R639330K

L609330nH

R6081K

R63010R

C657100P

C612

470P

C667

470P

C6338P

C634470P

R63656R

R627100R

C644103

C6171P5

Q6042SC5066(Y)

R629 100R

R63110K

L603

BLM

18AG

601S

VIN 1

VSS 2

CE 3

5 OUT

4 NC

U602XC6204B332MR

C658100P

C613

104

Q6022SC5066(Y)

C64733P

C646103

C619

470P

C665

104C666105

C655103

C654103

R606220K

R62268K

R603120R

R6165K6

C673

470P

D6091SV305

D60

61S

V305

C662470P

C669470P

R63

2

10K

C663

104

R6281K

C672103

C681100PR644

100KR650 100KR645

100K

C682

104

R651100K

C678100P

L610BLM18AG601S

R6464K7

R65210K

C683

105

R6499K1

C680105

R643 100R

C677183

R641560K

R642 100R

C676104

R64818K

L616390nH

L615390nH

R6024K7

C611

470P

C610

104

R6015K6

R604100R

R613120R

Q6032SC3356

L623390nH

L622390nH

R6124K7

C628

470P

C627

104

R6115K6

R614100R

C6616P

C6606P

1

2

3 4

5

U604UMC4N

C629

470P

C630

104

C675

103

L614390nH

L624390nH

R6173K9

L6013.3uH

AOUT 1A-IN 2


7 BOUT8 V+

U603NJM2904V

Q6012SC3356

R6234K7

C6326P

C615

104

L62115nH

L61310nH

L61733nH

C687332

R6801K

C685105

C640332

R60515K

R61522K

C686153

C650

104

C652

104

R66

0

NC

L630BLM18AG601S

C674

105

C659100P

R63410R

C622NC

C6080P5

L61233nH

L62033nH

C692105

L60218nH

L607560nH

L608470nH

C688NC

C690

104

C6090P5

C6989P

C7007P

L62612nH

C6993P

C60518P

C60610P

C60739P

C6238P

C62418P

C62515P

C62647P

+

C66

44.

7U/1

0V

+

EC66

810

uF/1

0V

+EC671

10uF/10V

L611390nH

L619390nH

Q6072SJ243

Q6082SC5066(Y)

R659100K

R658470R

C693470P

C6892P

+

EC65

12.

2uF/

10V

1VC

2G

ND

OU

T3

VCC

4

X601

16.8

MH

z

C60

3N

C

C60412P

C60112P

C62010P

L600BLM18AG601S

R6550R

C695NC

5C

PLL_DAT

PLL_CS

PLL_CLK MOD_VCO

2ND_LO

PLL3V3

5R

5C

MOD_VCO

MOD_IMOD_Q

VCOVCC_SW

PLL_LD

LO

CTC/DCS_OUT

5CPLL3V3

VCOVCC

VCOVCC

MOD2_BIAS

FL FVCO

RXV

CO

_VC

C

RXVCO_VCC

FVCO


Figure 6 TP660 Mainboard Schematic Diagram(136-174MHz)

Page 59 of 65

AF PROCESS CIRCUIT

R12333K

L101BLM18AG601S

C118105

C117

104C120105

C121105

R124150K

C14747P

R12522K

C122683

R126180K

R127180KR128

100KR133100K

C125102

C126103

R129100K

R13082K

R131220K

C128 220P

R13210K

C124123

C123222C127

393 3

21

U101-A

5

67

U101-B

10

98

U101-C12

1314

U101-D

4

11

U101-ENJM2902V

C106470P

C113 470P

R117 10K

R114100K

C112223

C114105

C107223

C115

104

R112330K

R118100K

R11510K

C129105

R11122K

R113100K

R116820K

C108 220P

C133104

C136105

C137105

R14312K

C143103

R14822K

C142103

R1423K3

R136470K

R138150K

R13768K

C138105

C141103

R1395K6

R1405K6

R1411M

C139183

C144103

C145103

C140822

3

21

U102-A

5

67

U102-B

10

98

U102-C

12

1314

U102-D

4

11

U102-ENJM2902V

R147220K

R146390K

R145270K

R144470K C146

105 R1491K

C14810U/10V

1

2

34

5

U104UMC4N

C15

022

3R

151

10K

R1531K

R154100K

C149105

R155470K

1 G

2S

3 D

Q1042SK1824

R121100K

R12247K

R13510K

R13418K

C152

100P

C153

100P

C154

100P

C155

100P

C156

100P

C157

100P

C158

100P

C159

100P

C160104

C105102

R157560R

L102BLM18AG601S C130

104

C134105

C119105

R152820R

R1562K7

C172470P

C164470P

C165470P

C166470P

C170104

C171104

R1600R

C135

104

12

3

4 56

7

8

9

H3Hole

12

3

4 56

7

8

9

H5Hole

12

3

546

7

8

9

H7Hole

12

3

546

7

8

9

H2Hole

12

3

546

7

8

9

H4Hole

12

3

546

7

8

9

H6Hole

12

3

4 56

7

8

9

H8Hole

12

3

546

7

8

9

H1Hole

12

3

4 56

7

8

9

H9Hole

12

3

546

7

8

9

H11Hole

12

3

546

7

8

9

H10Hole

R15010K

C132105

1AO

UT

2A-

IN3

A+IN

4G

ND

B+IN

5B-

IN6

BOU

T7

V+8

U103NJM2100V

C102

103

1234567891011121314

4039

151617181920212223242526272829303132

3433

35363738

CN101CON38

21

L104BLM21PG221S

C161

103

C162

103

L105

BLM18AG601S

C163

103

1 VIN

2 VSS

3 CE

OUT 5

NC 4

U105XC6204B502MR

C191

103

C190

105

C104

10U/10V

1

TP103USB_D-

1

TP102USB_D+

1

TP101MIC

+EC151

2.2uF/10V

+ EC16

81u

F/16

V

+ EC16

71u

F/16

V

D1151SS372

D1141SS372

Q1032SC4116

Q1052SA1586

D1011SS372

5RQT_DQT_IN

5R_A

BAT7V5

VOXVOX

MIC_OUT

5R_A

AF_OUT

5R_A

VOL_IN

AF_OUT

FM_SW

FM_M

UTE

5R_A

2T/5TUSB_D-

USB_D+

BOOT_CRLEXT_PTT

LCD_CS1LCD_SLKLCD_SLDLCD_RESLCD_A0K1K2K3K4K5K6

MSWMODE1

3V3

SWB+

MIC_IN

K7K8

LAMP

RSSI

MIC_5V MIC

POW

_SW

MIC_5V

VOL_OUT

MODE2

MIC_IN

SELECT


Page 60 of 65

R226NC

R2381K

R23210K

L202BLM18AG601S

C244

220P

R227NC

R23110K

C241220P

R2361K

1 HPVCC9 CDC_AVCC

12 PLL_VDD3366 ADC_AVDD33_Q67 ADC_AVDD33_I76 DAC_AVDD3379 DCDC_VDD3332 VDD1253 VDD1269 ADC_AVDD12_I64 ADC_AVDD12_Q77 DCDC_VDD1280 DCDC_SW18 BCLK17 LRCK16 MCLK19 ADCDAT39 RESETN45 DBIST_IN38 TEST_MODE

21VS

S12

33VS

S12

52VS

S12

3H

PGN

D13

PLL_

VSS3

365

ADC

_AG

ND

_Q68

ADC

_AG

ND

_I73

DAC

_AVS

S33

78D

CD

C_V

SS41

V_SD

I42

V_SD

O43

V_SC

LK44

V_C

S59

RF_

RX_

EN60

RF_

TX_E

N61

ADC

_VBG

_Q14

XTAL

15C

LKO

UT

62AD

C_Q

VIN

N63

ADC

_QVI

NP

CDC_VREF 4

ADC_IVINN 71

ADC_IVINP 70

C_SDI 34

C_SDO 35

C_SCLK 36

C_CS 37

TIME_SLOT_INTER 48

SYS_INTER 49

RF_TX_INTER 50

RF_RX_INTER 51

U_SDO 55

U_SDI 56

U_SCLK 57

U_CS 58

HPOUT 2

ADC_VBG_I 72

LINEOUT 10

DAC_QVOUT 74

DAC_IVOUT 75

MC

BSP_

RXD

22

MC

BSP_

TXD

23

MC

BSP_

CLK

R24

MC

BSP_

FSX

25

MC

BSP_

CLK

X26

MC

BSP_

FSR

27

PKT_

RX_

WAK

E28

RTS

29

TX_R

DY

30

STD

BY_E

NB

31

PWD

47

VDD

3340

VDD

3354

DBI

ST_O

UT

46

DAC

DAT

20

MIC

1_P

8

MIC

2_P

5

MIC

BIAS

11

MIC

1_N

7

MIC

2_N

6

U201HR_C5000

102 C233

C232104

R22910R

C235104

C236

10U/10V

C227

103

C22810U/10V

C230

104

C225 104

C240

104

C239

104

C226 104

C279

105

C276

103

C278

103

C281

105

C282

103

C283

105

C284

103

C269

105

C270

103

C271

105

C272

103

C274

104

C273

104

123

4

5

SW401VOL-SWITCH

R249NC

Q206DTC144EE

C256102

C257103

R23310K

R23410K

R235NC C234

NC

R225 1K

C224105

1 12 -V3 3 44

+V 5

U203TC75S51F

R24010K

R24147K

C248102

C250105

R243220K

R244100K

C253470P

C252104

R2531K

C23110P

L208BLM18AG601S

R2582K2

C249105

R2630R

C238 105

C290

104

C291

10U/10V

C237

103

C310

104

C311

104

L20347uH

NC 1

GND 2

4 VCC

3 OUT

X20129.4912MHz

A3V3

3V3

3V3

ADC_IN_N

A3V3

BAT+

3V3

3V3

DMR_VCC

VOL_IN

V_C

SV_

SCLK

V_SD

OV_

SDI

2T/5

T/D

TMF_

OU

TM

IC_O

UT

DM

R_S

LEEP

DMR_CSDMR_SCLKDMR_SDI

IF_OUT

VOL_IN

MOD_Q

MOD_I

I2S_RXI2S_TXI2S_CKI2S_FS

DMR_SDORF_RX_INTERRF_TX_INTERSYS_INTERTIME_SLOT_INTER

VOL_MAX

SWB+

VOL_OUT

C50

00_R

ST


Page 61 of 65

C307

104

C305

104

R314180R

LED

302

GR

EEN

LED

303

RED

C306

104

C308

105

R315220R

LED

301

GR

EEN

Q301DTC144EE

C314102

Q302DTC144EE

C315102

R31647K

C316

103

R31747K

C317

103

R31847K

C318

103

R31947K

C319

103

5PE

614

NR

ST1

PE2

2PE

33

PE4

4PE

57

PC13

_AN

TI_T

AMP

8PC

14_O

SC32

_IN

9PC

15_O

SC32

_OU

T12

OSC

_IN

13O

SC_O

UT

73VC

AP_2

15PC

016

PC1

17PC

218

PC3

20VR

EF-

23PA

0_W

KUP

24PA

162

PD15

63PC

664

PC7

65PC

866

PC9

67PA

872 PA1325 PA226 PA329 PA430 PA531 PA632 PA733 PC434 PC535 PB036 PB137 PB238 PE739 PE840 PE941 PE1042 PE1143 PE1244 PE1345 PE1446 PE1547 PB1048 PB1168 PA969 PA10

PB12

51

PB13

52

PB14

53

PB15

54

PD8

55

PD9

56

PD10

57

PD11

58

PD12

59

PD13

60

PD14

61

VCAP

_149

VSS_

274

VSS_

510

VSS_

427

VSS_

399

VDD

A22

VREF

+21

VDD

19

VDD

_150

VDD

_511

VDD

_428

VDD

_310

0

VDD

_275

VBAT

6

PA14 76

PA15 77

PC10 78

PC11 79

PC12 80

PD0 81

PD1 82

PD2 83

PD3 84

PD4 85

PD5 86

PD6 87

PD7 88

PB3 89

PB4 90

PB5 91

PB6 92

PB7 93

BOOT0 94

PB8 95

PB9 96

PE0 97

PE1 98

PA11 70

PA12 71

U301STM32F405VGT6

C3038P

C3028P

R31310K

1

TP301JTAG_SWCLK

R30610K

R305NC

1

TP303BOOT0

R320 0R

R321 10K

C34

310

5

C34

510

3

R33622K

C332153

R33515K

C333183

C312

103

C313

103

VEE2 3

VEE1 2

NC 1

4 OUT

5 VCC

U303PST9124

R34210K

C338104

C339103

R30

11K

R3394K7

C335392

R3384K7

C336183

R3412K2

1

TP305JTAG_RESET

C337105

R31110K

R34022K

R331NC

R330NC

L303NC

C328NC

C327NC

R329NC

R328NC

C325NC

R327NC

C326NC

3 GND

2 I/O

1 I/O VCC 5

SW 4

U306NC

R31247K

C346

104

C320

104

1

TP30

4JT

AG_S

WD

IO

R35

51K

R35

61K

C331NC

C352105

R36010K

R36110K

C324NC

R343NC

R344NC

R345NCC342

NC

C341103C340

105

1 12 -V3 3 44

+V 5

U305NC

R358 1KR357 1K

C34

410

5

R346NC

C369NC

C370NC

C36

010

4C

361

104

R3624K7

R3634K7

C362104

R35

0N

C

R391 1K

R3701K

1 2 346 5

SW302CODE-SWITCH

R307NC

R3340R

1 CSN

2 SO

6 SCK

5 SI VSS 4

WPN 3

HOLDN 7

VCC 8

U302W25Q80BVSIG

4 SDA

3 SCL

2 GND

VPP 5

RSTO 1

VDD 6

U307HR_V3000S

1 TOUT2 DOUTY

3 GND4 VDA DOUTX 5

VREF 6

SCK 7VDD 8

U304NC

13

X3018MHz

SW30

1AL

ARM

-KEY

R30

91K

R30

81K

R310100K

R352 1KR353 1K

R35447K C350

104

R332 1K

R351 1K

6543

7

21

FPC301

3V3

BAT+

3V3

TX_L

EDR

X_LE

D

APC/TVMOD2_BIAS

FM_MUTEVCOVCC_SW

VOX

BUSY

DM

R_C

SD

MR

_SC

LK

DM

R_S

DO

5RC

K6

SELECT

3V3

3V3

FLASH_SDO

FLASH_SCK

FLASH_CS

K7K8

K0

FLASH_SDI

3V3

VOL_IN

5C

FAST_LOCK

ECN0ECN1ECN2ECN3

SAVE

3V3

5TC

ECN1ECN2ECN3

ECN0

LCD

_RES

LCD

_A0

K2K3K4K5

LCD

_SLK

LCD

_SLD

RX_LED TX_LED

DM

R_S

DI

PLL_

LDPL

L_C

SPL

L_D

ATPL

L_C

LK

LCD

_CS1

MODE1

DM

R_S

LEEP

TIM

E_SL

OT_

INTE

RSY

S_IN

TER

RF_

TX_I

NTE

RR

F_R

X_IN

TER

QT_DQT_IN

RSSI

DMR_SW

FL

2T/5T/DTMF_OUT

BATT

FL_C

LAM

P

FM_SW

3V3

CTC/DCS_OUT

3V3

MAN

DO

WN

FAST

_LO

CK

PTT_KEY

POW_C

V_CSV_SCLKV_SDO

V_SDI

FLAS

H_S

DI

FLAS

H_S

CK

SCLSDA

I2S_FSI2S_CKI2S_RXI2S_TX

SDA

SCL

3V3

RF_APC_SW

FLAS

H_S

DO

FLAS

H_C

S

FL_C

POW_DET

MANDOWN

2T/5

T

BEEP

VOL_MAX

W/N_SW

BOOT_CRL

MODE2

K1

ALARM_KEY

C50

00_R

ST

USB_D-USB_D+

EXT_PTTMSW

MICPOW_SW

PTT_KEY

3V3

K0K1K2


Page 62 of 65

POWER CIRCUT

R401200K

1

TP4013V3

C436103

C410102

C433103

C415105

C427103

R4124K7

C405

104R402100K

C435104

C43

72.

2U/1

0V

C430103

R41068K

+

-

1

32

J401BATTERY-CON

C401470P

R4111K5

C404102

C424103

C419105

C413

104

1 VIN

2 VSS

3 CE

OUT 5

NC 4

U404XC6204B502MR

C416104

C432104

C438104

C412105

C408223

C407104

C406104

12

D4021SR154-400

R42522K

R42210K

R420NC

R4062K2

C428104

Q402DTC144EE

R40547K

D403MA2S111

D404MA2S111

R418100K

C422103

R40847K

R41910K

Q401FMMT717

1 VIN

2 VSS

3 CE

OUT 5

NC 4

U403XC6204B502MR

1 VIN

2 VSS

3 CE

OUT 5

NC 4

U402XC6204B502MR

C439103

C440103

C442470P

21

F4013AFUSE

+

EC40

310

uF/1

6V +

C40

922

uF/1

0V

+EC431

10uF/10V

+

EC43

410

uF/1

0V

FB 3

SW 6

BS 15 IN

4 EN

2 GND

U401LN8259

D40

5XB

S104

S13R

-G

L40410uH

+

C42

522

U/1

0V

+C44122U/10V

L401BLM18AG601S

C445105

5R

5T

5C

3V3

BATT

SAVE

BATT

BAT+

BAT7V5

BAT7V5

POW_C

SWB+

POW_DET

5RC

5TC


Page 63 of 65

C598

102

D50

7H

VC36

2

C584

102

R568270R

C590

3P

C549

223

R501100K

C538

102

C553470P

1

23

Q501RD07MUS2B

R5054K7

C50220P

C573102

C548

104

C591

3P

C521

102

C50612P

R5201K

C588

24P

11 J501

ANTENNA

C519 100P

R54322R

C555102

C551

104

C560470P

R53922K

C514

7P

C5413P

1TP

501

RX

C582

102

Q5063SK318

R5421K

C5037P

D50

6H

VC36

2

R556390R

R54847R

R571100R

C535103

C532104

C51

022

P

C561102

C550120P

Q5032SC3356

1 2

L528BLM18AG601S

C572102

C554470P

C5755P

C593100P

C5922P

C577104

R52810R

R508330R

C53118P

R504100K

C507102

4

3 2

1

5 6

XF50149.95MHz

C51510P

R5221k8

C52710P

C526

8P

C547

104

C50824P

C587

56P

R513100K

R5263K3

R551150R

C56415P

C533470P

C546103

C56818P

R56

10.

39R

R503100K

C540103

D50

5H

VC36

2

R55382K

C54533P

C50427P

R510100K

C570102

C571104

C705

473

C597

103

C544103

C586

3P

C563470P

C528

10P

C539

7P

AOUT 1

A-IN 2


7 BOUT

8 V+

U502NJM2904V

C543NC

C589

NC

C552

104

D501HVU131

C585103

R521470R

C707470P

R502100K

12

L522

BLM

21PG

221S

R51156K

R525180K

C583

104

R54910K

C50510P

R554100R

1XI

N2

XOU

T3

MIX

OU

T4

VCC

5IF

I6

DEC

7FI

LO8

FILI

AF9

QU

AD10

IFO

11R

SSI

12N

DET

13N

REC

14G

ND

15M

IXI

16

U501GT3136

C50112P

C556223

R55

90.

39R

C562102

R5451K

R519560K

C50010P

C57412P

C52

910

0P

R51456K

D50

8H

VC36

2

R55047K

R5702K2

C578

470P

C5303P

C596

104

R5234K7

R52427K

C557

103

R5152K2

C525

220P

R51647R

12

FD501C24450

R527180K

R512180R

L5264T

C534

103

R5466K8

R55233K

R5066K8

C542

12P

C523102

C536103

R535 1K

R533 1K

R56

00.

39R

R572NC

C595104Q504

2SC3356

R53715R

R5368K2

R5388K2

R5474K7

C569

NC

L52039nH

C579NC

C580102

C58147P

R5754K7

Q502RD01MUS2

C711

102R531470R

R529750K

C709104

C712105

1

2

34

5

U503UMC4N

1

2

34

5

U505UMC4N

R5301K

C713103

1TP502ANT

1TP503GND

R56

927

K

C520

104

C704

270P C706

103

C516

15P

C708 56P

C594102

R564150K1%

R562150K1%

R56

615

0K1%

R5671M5

R57422K

L5272.2uH

L50856nH

L51868nH

L52327nH

L5211uH

R5072R7

C559104

1TP

1R

X

R599100K

R5414K7

C566470P

D510MA2S077

D511MA2S077 R588

4K7

C722

103

C724

103

R518100R

R517100R

D50

3M

A2S0

77

D50

4M

A2S0

77C50922P

C517102

C51847P

R595390R

L51968nH

L515100nH

12

L531BLM18AG601S

C710

105

L53339nH

C71618P

C717NC

Q5072SC3356

Q5092SC3356

C537

103

C718

103

C719

470P

D51

3H

VC36

2

C51315P

R581100K

C524100P

Q511DTA143ZETL

R555

1k8

Q510DTC144EE

11

22

L525BLM21PG221S

L513560nH

L514470nH

E1 E1B B

C C

E2 E2

Q505AT41511

+

EC55

810

uF/1

0V

IN1

OU

T2

4G

ND

3G

ND

CF501ELFY450H

D52

3

NC

+

C59

922

uF/1

0V

L5011uH

D51

2R

B706

F

R7001M5

R70127K

R70

215

0K1%

L5484.7nH

L5343T

L5354T

C720

102

L50627nH

C715

22P

L50727nH

C721

22PC731

15P

L509390nH

L536

27nH

L51227nH

L532

120n

H

C723

22P

C725

12P

L53027nH

L51127nH

C727

56P

C72810P

C730

56P

C729

56PC726

NC

L5026T

L5046T

L5037T

L505 8T

L524 8T

R563NC

BAT+

5R

2ND_LO

RSSI

AF_OUT

5R

5T

5R

APC/TV

BAT+

RF_APC_SW

5T

RX_VCO

BUSY

5R

450_IF

LO

RX_VCO

IF_OUT

DMR_SW

DMR_VCC

W/N_SW


Page 64 of 65

PLL&VCO Circuit

VCOVCC_SW:T:0V;R:3.3V

R63810K

C656100P

D60

4H

VC37

6B

C684

102

R63710K

C64347P

D601MA2S111

C64868P

R60910R

C649102

C639

102

1

TP601CV

R621150K

R619330R

C63510P

R640470R

Q6052SC5066(Y)

VCEL

1

23 MOD C-C

VCC

-XTA

L11

13 NC

4 PS

20 DATA

22 CLK

21 /CS CPOUT 6

NC 14

/FVCO 3

NC 15

NC 16

C-

FVCO 2

VCC

P5

VDD

19

NC

7

MU

X24

18N

C

12G

ND

17N

C

10XT

ALO

UT

8/O

SC

9O

SCU601

SKY72310

D60

5H

VC37

6B

D60

7H

VC37

6B C61815P

C638

104

D6101SV278

Q6062SC4617(S)

C63610P

C653470P

D602HVC350B

C670470P

C6311P5

L62582nH

R61010R

C645180P

C6141P5

C616

470P

D608HVC350B

R635120R

D603HVC350B

R6204K7

C637104

R639330K

L609330nH

R6084K7

R63010R

C657100P

C612

470P

C667

470P

C63312P

C634470P

R63656R

R627100R

C644103

C6173P

Q6042SC5066(Y)

R629 100R

R63110K

L603

BLM

18AG

601S

VIN 1

VSS 2

CE 3

5 OUT

4 NC

U602XC6204B332MR

C658100P

C613

104

C64733P

C646103

C619

470P

C665

104C666105

C655103

C654103

R6061K

R62268K

R603120R

R6165K6

C673

470P

D609HVC350B

D60

6H

VC37

6B

C662470P

C669470P

R63

2

10K

C663

104

R6281K

C672103

C681100PR644

220KR650 100KR645

100K

C682

104

R651180K

C678100P

L610BLM18AG601S

R6464K7

R65210K

C683

105

R6499K1

C680105

R643 100R

C677183

R641560K

R642 100R

C676104

R64818K

L616390nH

L615390nH

R6024K7

C611

470P

C610

104

R6015K6

R604100R

R613120R

Q6032SC3356

L623390nH

L622390nH

R6124K7

C628

470P

C627

104

R6115K6

R614100R

C6616P

C6606P

1

2

3 4

5

U604UMC4N

C629

470P

C630

104

C675

103

L614390nH

L624390nH

R6173K9

L6013.3uH

AOUT 1A-IN 2


7 BOUT8 V+

U603NJM2904V

Q6012SC3356

R6234K7

C6326P

C615

104

L62115nH

L61327nH

L61782nH

C687332

R6801K

C685105

C640332

R60515K

R61522K

C686153

C650224

C652224

R660NC

L630BLM18AG601S

C674

105

C659100P

R63410R

C622NC

C6081P

L61227nH

L62027nH

C692105

L60215nH

L607560nH

L608470nH

C688NC

C690

102

C6090P5

C6985P

C70010P

L62639nH

C6997P

C60518P

C60615P

C60733P

C62310P

C62418P

C62510P

C62639P

+

C66

44.

7U/1

0V

+

EC66

810

uF/1

0V

+EC671

10uF/10V

L611390nH

L619390nH

Q6072SJ243

R6594K7

R6584K7

C693470P

C6893P

EC651 +

2.2uF/10V

1VC

2G

ND

OU

T3

VCC

4

X601

16.8

MH

z

C60

3N

C

C60412P

C60110P

C6208P

1

TP602CV

L631BLM18AG601S

C691

103

L632BLM18AG601SC695

103

D611MA2S077

C8036P

C8026P

L63318nH

C8014P

D612MA2S077

VCC

11

IN2

IN3

GN

D4

5SW

1

6SW

2

7O

UT

8VC

C2

U605UPB1509GV

C8041P5

C80

510

2

L629

BLM

18AG

601S

C806

102

C80710P

L600BLM18AG601S

5C

PLL_DAT

PLL_CS

PLL_CLK MOD_VCO

2ND_LO

PLL3V3

5R

5C

MOD_VCO

MOD_IMOD_Q

VCOVCC_SW

PLL_LD

LO

CTC/DCS_OUT

5CPLL3V3

VCOVCC

VCOVCC

MOD2_BIAS

FL

RXV

CO

_VC

C

RXVCO_VCC

F_TXVCO

F_RXVCO

F_TX

VCO

F_R

XVC

O


Figure 6 TP660 Keyboard Schematic Diagram

Page 65 of 65

EXT_MIC

EX_SP-EX_SP+

USB_D+USB_D-

BOOT_CTRL

MIC_INME

SWB+

K1K2K3K4K5K6K7K8

EXT_PTT

RSSI

USB_D+USB_D-

R10

515

0K

C11

110

0P

1

TP102AF

C129470P

C12

2N

C

P2SW-KEY

7SW-KEY

1

H2HOLE

C118104

1

H1HOLE

1

H4HOLE

987654321

10

1112

CN103CON10

LED1LED

C15

010

0P

C14

322

0P

C130104

10G

ND

21

GN

D1

2N

C7

NC

9N

C12

NC

19N

C

SELECT 6MODE 4

SVRR 5IN2+ 15IN2- 14IN1+ 16IN1- 17

VC

C1

20

VC

C2

11

18 OUT-

3 OUT+

13 OUT2-

8 OUT+

IC101TDA8547TS

5SW-KEY

LED5LED

C12

827

0P

C15

210

0P

C15

410

0P

12F101

0.5AFUSE

L103BLM11A221S

C14

0N

C

R11

5N

C

D11

3B

V08

C

P1SW-KEY

9SW-KEY

4SW-KEY

D11

8B

V08

C

C108270P

+ 1- 2

SPK116R/1.5WSPEAKER

C15

610

0P

R11

82.

7K

11SW-KEY

1

TP105D-

C104

104

987654321

1011121314

4039

151617181920212223242526272829303132

3433

35363738

CN101CON38

R123 0R

R120330R

LED4LED

C14

422

0P

R10710R

R12910R

12

MK2MIC

R119330R

3SW-KEY

C11

910

0P

0SW-KEY

C145

104

D11

6B

V08

C

R12

510

K

C157103

L106BLM21P300S

1

H3HOLE

C110

104

C14

122

0P

D11

5B

V08

C

22SW-KEY

C12

510

0P

R11

62.

7K

C12

410

0P

R109470R

D11

4B

V08

C

C101105

R13

210

K

6SW-KEY

C158

NC

C159470P

LED3LED

C15

110

0P L104 BLM11A221S

D11

2B

V08

C 1

TP101MIC

C14

722

0P

C15

310

0P

R10210K

1SW-KEY

C132470P

P3SW-KEY

P4SW-KEY

D11

1B

V08

C

C148470P

R121330R

R10110K

C15

510

0P

C133

103

C12

727

0P

R1101K

R11

42.

7K

C12

610

0P

C160104

R124100R

C14

222

0P

1234567891011121314

BA

CN102CON14

C12

110

0P

C102105

D11

7B

V08

C

8SW-KEY

LED2LED

C146

470P

R108100K

R11

72.

7K

2SW-KEY

C12

3N

C

C117470P

1

TP106D+

R106

150K

C109270P

LED6LED

C18

010

0P

C170104

C167

105

D12

1B

V08

C

D11

9B

V08

C

D12

0B

V08

C

R31K

C166105

C190220P

C191

220P

+

EC103

NC

+C105

22uF/10V

+EC120

4.7uF/10V

+EC131

4.7uF/10V

Q103DTC144EE

Q105DTC144EE

Q101DTC144EE

Q1022SJ243

C192332

C193332

R1372K2

Q106DTC144EE

R13847K

Q107FMMT717R130

330RR131330R

R133330R

C181

105

Q104DTC144EE

R13610K

C131105

R135 22RR134 22R

C161NC

C162103 C163

NC

C103

270P

C100270P

L105BLM11A221S

L107BLM11A221S

L102BLM11A221S

C175NC

C188105

C185NC

L101BLM11A221S

SWB+

SWB+

3V3LAMP

L_CSL_LSKL_SLDL_RESL_AO

K1K2K3K4K5K6K7K8

EXT_SP-EXT_SP+

MIC_5V

MIC_5V

MODE1

LAMP

VOL_OUT

MODE2

MODE1 MODE2

MSW

BOOT_CTRLRX_AUDIORSSI

MSWEXT_PTTEXT_MICSWB

USB_D+USB_D-

EXT_SP-

EXT_SP+

VOL_OUT

SELECT

SELECT

TP660 Service Manual - denied

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Transcript of TP660 Service Manual - denied