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DM6000-2 DM6100-2 Circuit Description

1 Frequency configuration The reference frequency of frequency synthesizer is provided by 16.8MHz crystal oscillator X3 TCXO.

The receiver adopts quadric mixing mode. The first IF is 49.95MHz, and the second IF is 450kHz. The first local oscillation signal of the receiver is produced by frequency synthesizer and the second local oscillation signal selects the 3rd harmonics of 16.8MHz of crystal oscillator X3 TCXO. The signal of transmitter is produced by frequency synthesizer directly.

Figure 1 Frequency configuration 2 Receiver（Rx） The receiver is double conversion superheterodyne,designed to operate in the frequency range of 400 to 470MHz,The frequency configuration in Fig 2

Figure 2 Receiver section configuration

Front End of Receiver Signals from the antenna are filtered by BPF which consists of C570 C571 C573 C576 C574 L514 L515 D508 and D509 via RX/TX switch (D306 D307 and D309 D311). After being filtered out the useless out-of-band signals, the signals are amplified by LNA consisting of Q505 and external components. Signals from LNA are filtered again by BPF which consists of C557 C553 L510 L511 D505 D506 and

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D906 before entering the 1st mixer (Q504). The PWM wave is output by MCU composed of 29 foot and then commutated to adjustable voltage after filtering to change the capacity of varactor diode D505 D506 D508 D509 and D906 to control the center frequency of BPF. 1st mixer The first IF (49.95MHz) signal is produced after mixing of the receiving signal from LNA and the 1st local oscillation signal from frequency synthesizer. The first IF signal is filtered out adjacent channel and other useless signals by crystal filter (XF501). IF Circuit The 1st IF signal from crystal filter is amplified by the first IF amplifier (Q503) before processing of IC in IF( IC501，GT3136). IF IC consists of the 2nd mixer, 2nd local oscillation, IF amplifier, limiter, frequency discriminator and noise amplifier. Frequency (16.8MHz) produced by TCXO(X3) is amplified and then selects 3rd harmonics (51.4MHZ) as the second local oscillator signal source. The second IF signals (450kHz) are generated after signals mixing of the second local oscillation (51.4MHz) and the first IF (49.95MHz) in IC501. Audio signals are demodulated and outputted by IC501 after the second IF signals are amplified and limited in IC501 and then filtered by ceramic filter(450kHz).

Figure 3 Schematic Diagram for IF System

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Receiving Audio Signal Processing: The audio processing circuit of receiver consists of IC300. Voice signals from IC300 are sent to IC301（CTCSS signaling filter circuit. Squelch Circuit

Part of the AF signal from the IC501 enters the FM IC again,and the noise component is amplified and rectified by a filter and an amplifier to produce a DC voltage corresponding to the noise level.

The DC signal from the FM IC goes to the analog port of the microprocessor(IC3).IC3 determines whether to output sounds from the speaker by checking whether the input voltage is higher or lower than the preset value.

To output sounds from the speaker,IC3 sends a high signal to the FM_MUTE and SPKSW lines and turns IC715 on through Q704 Q705and Q716. Audio Power Amplification

The audio power amplifying circuit consists of IC715 and the peripheral components. The signals are amplified by audio power amplifier to drive the speaker after collecting the receiving audio signals, voice signals and warning tone signals. The warning tone has no volume limitation.

When SPKSW is high level, Q716 is on, IC715 begins to work and the speaker sounds. Speaker Impedance: 8ohm

CTCSS Signal filtering

The audio signals after demodulation in IC13 may contain CTCSS (continuous tone control squelch system) or DCS（digital squelch）signals. The spectrum component of CTCSS/DCS is 67 to 250Hz. The filtering circuit composed of IC10 can filter out signals except CTCSS/DCS spectrum, which makes MCU decode the CTCSS/DCS more accurately.

3 Transmitter (Tx) Transmitter Power Amplifier

Figure 4 Schematic Diagram for Power Amplifier and Antenna Switch

The modulated RF signals from VCO are amplified by Q10, Q303 before the power amplification in IC302.

Gate bias of Q303 and IC302 is controlled by APC circuit, so the output power of transmitter can be

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controlled conveniently by changing the gate bias voltage. APC（Automatic Power Control）

D313 and D314 are power amplification current detector, IC303 is power amplification current sampling amplifier and power comparison amplifier.

The power amplification current and IC303A output will increase with oversized output power of transmitter. When the output voltage of IC303B decreases, the bias voltage of Q303 and IC302 will decrease, finally the output power of transmitter will decrease or vice versa. Thus, the output power of transmitter will keep stable under any different working condition.

MCU can set the power by changing the voltage input to IC303B. Audio Signal Processing of Transmitter

Figure 6 Schematic Diagram for Audit Circuit of Receiver

The audio signal processing circuit of Transmitter consists of IC14 and IC1. Voice signals from MIC

are sent to VCO for modulation together with CTCSS/DCS after amplification, limitation and filtering. IC1 is a bais band processor. AGC circuit consists of D12, D13 and Q20,Q21. The signal amplitude is reduced to ensure no

distortion in case of oversized MIC signal. Q12, the power switch of voice processing circuit, controlled by MCU, will give power supply to IC14

only during transmission.

4 PLL Frequency Synthesizer

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Figure 7 Schematic Diagram for Frequency Synthesizer

The DM6000-2 adopts PLL frequency synthesizer. Frequency synthesizer consists of reference oscillator, voltage controlled oscillator (VCO),

programmable frequency divider (PFD), phase comparator and low pass filter (LPF).

RX VCO Unit consists of Q4 D3 D5 L12 C45 C49 and C51.

TX VCO Unit consists of Q6 D4 D6 D7 L11 C46 C50 and C52, D7 is the modulation circuit of VCO.

IC8 (SKY72310) is PLL integrated circuit and contains programmable parametric frequency divider (PPFD), programmable frequency divider (PFD), phase comparator and charge pump, etc.

Low pass filter consists of R7 R159 R160 C171an C196. Reference frequency is provided by X3 (TCXO, 16.8MHz). Reference frequency of TCXO (Temperature-controlled Crystal Oscillator) is divided by PPFD in IC3 to

produce reference frequency of 5kHz or 6.25kHz (controlled by MCU based on the set channel frequency).

The oscillation frequency of VCO is compared with reference frequency to produce error signal after divided by PFD in IC607. The error signal is filtered by low pass filter before changing the VCO frequency to the set value in VCO (it is locking).

N=FVCO/FR

N：Division Frequency FVCO：VCO Oscillation Frequency

FR：Reference Frequency

Lock lost detection: When PLL is out of lock, IC pin4 will output low level signal to MCU，and then MCU prohibit transmitter from transmitting with a warning tone. Q8, the power filter, can provide PLL with more purified power to reduce the noise of frequency synthesizer.

5 Base Band Processor HR_C5000-1 (IC1) is a low power high performance base band processor supporting Tier 1 and Tier

2 of the DMR protocol. it completes the entire physical layer and data link layer, and voice processing part of the call control layer of DMR compliant with ETSI TS 102 361.

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Figure 8 Base Band Processor

6 Voice Circuit： The station is equipped with Voice Prompt Function, which is very useful during night or under dark

condition. The speaker will voice the current channel number when changing the channel every time because of

the voice memory chip (IC15), which stores channel voice prompts. It will repeat the current channel number once pressing “Voice Prompts”.

The speaker will voice the current channel number under standby state if the Voice Prompt Function is set. Press “Voice Prompts” for reset to switch voice types. Press “Voice Prompts” repeatedly for power connection, then the voice types will be switched in circle in the order of “Chinese male voice—English male voice—Chinese female voice—English female voice—no prompts”.

7 Power Supply:

The station use 13.8V power supply, while transmitter amplifier circuit IC302 and receiver audio amplifier (IC715) use directly for power supply, and other circuits use regulated voltage (8V 5V and 3.3V).

IC711:8C 8R 8T (8V LDO) IC713:8M (8V LDO) IC710：5C (5V LDO) IC21 ：3.3V DC/DC IC7 ：3.3V LDO, is the supply power of frequency synthesizer

8 MCU Unit:

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Figure 9 Schematic Diagram for MCU Unit MCU Unit controls the operation of every unit to realize all functions of the DM6000-2. Communication with external PC State data access Control PLL for the generation, receiving and transmitting of local oscillation frequency Access to the current channel state Control LED status indicator Control power supplied condition of every unit Detect action of every function key Produce CTCSS signal Produce DCS signal Produce power controlled signal Finish CTCSS decoding Finish DCS decoding Squelch detection and control Control voice prompt content Memory (FLASH)

Channel data, CTCSS/DCS data and other function setting data and parameter adjustment data. CTCSS/DCS signal coding and decoding:

CTCSS/DCS signals from MCU are sent to TCXO for modulation respectively .

CTCSS/DCS signals from receiver are sent to MCU(pin 25) for decoding, and then MCU test if there

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are CTCSS/DCS signals with the same setting of the station to decide whether open the speaker or not.

CTCSS (continuous tone control squelch system, hereinafter referred to as CTCSS), is a kind of squelch control system with modulation on carrier and continuous sub-audio signals as pilot tone. If CTCSS function is set, the call is available only at the same CTCSS frequency of both receiving and transmitting parties to avoid the disturbance of other signals.

The station has 39 groups of standard CTCSS frequency for your selection, such as Table 1. CTCSS signals produced by MCU are sent to TCXO for modulation.

Table 1 CTCSS Frequency Table

No. Frequency [Hz]

No. Frequency [Hz]

No. Frequency [Hz]

No. Frequency [Hz]

1 67.0 11 94.8 21 131.8 31 186.2 2 69.3 12 97.4 22 136.5 32 192.8 3 71.9 13 100.0 23 141.3 33 203.5 4 74.4 14 103.5 24 146.2 34 210.7 5 77.0 15 107.2 25 151.4 35 218.1 6 79.7 16 110.9 26 156.7 36 225.7 7 82.5 17 114.8 27 162.2 37 233.6 8 85.4 18 118.8 28 167.9 38 241.8 9 88.5 19 123.0 29 173.8 39 250.3

10 91.5 20 127.3 30 179.9 DCS signaling：

DCS (Digital code squelch), is a kind of continuous digital code modulated on carrier with voice signal

and used for squelch control. If DCS function is set, the speaker is available only when receiving the same DCS code to avoid the disturbance of useless signals. The station has 83 kinds of standard codes including positive and inverse code for your selection, such as Table 2.

DCS signals produced by MCU (PWM waveform) are sent to TCXO for modulation. CTCSS/DCS signals from receiver are sent to MCU for decoding, and then MCU test if there are DCS

codes with the same setting of the station to decide whether open the speaker or not. Table 2 DCS Coding Schedule

023 114 174 315 445 631 025 115 205 331 464 632 026 116 223 343 465 654 031 125 226 346 466 662 032 131 243 351 503 664 043 132 244 364 506 703 047 134 245 365 516 712 051 143 251 371 532 723 054 152 261 411 546 731

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065 155 263 412 565 732 071 156 265 413 606 734 072 162 271 423 612 743 073 165 306 431 624 754 074 172 311 432 627

9 Description of Semiconductor Devices The distribution of each pin goes as the table 3. Table 3---Definition of CPU Base Pin:

Pin Type Pin Name Port Name Function 1 O PE2 FLASH_CS SPI Flash Chip Select

2 O PE3 FLASH_SCLK/

LCD_DB6 SPI Flash Serial Clock/ LCD_DB6(multiplexing)

3 I PE4 FLASH_SDO SPI Flash Serial Data

4 O PE5 FLASH_SDI/

LCD_DB7 SPI Flash Serial Data Output(MCU)/

LCD_DB7(multiplexing)

5 O PE6 DMR_SLEEP DMR POWERDOWN(High Active)

6 S VBAT VBAT Connected to VDD

7 O PC13 NC 8 O PC14 NC

9 O PC15 NC

10 S VSS_5 VSS_5 Connected to VSSA.

11 S VDD_5 VDD_5 Connected to 3.3V.

12 I OSC_IN OSC_IN 8MHz Crystal Input

13 O OSC_OUT OSC_OUT 8MHz Crystal Output

14 I RESET RESET Reset Input(Low Active)

15 I PC0/EXTI0 TIME_SLOT_INTE

R DMR TIME_SLOT Interrupt

16 I PC1/EXTI1 SYS_INTER DMR SYS Interrupt

17 I PC2/EXTI2 RF_TX_INTER DMR RF_TX Interrupt

18 I PC3/EXTI3/ AD123_IN13

2T/5T 2T/5T data input

19 S VDD VDD Connected to 3.3V 20 S VSS VSS Connected to VSSA 21 S VREF+ VREF+ Connected to 3.3V.

22 S VDDA VDDA Connected to 3.3V.

23 I PA0/

ADC123_IN0 NC

24 I PA1/

ADC123_IN1 BATT DC Input;

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25 I PA2/

ADC123_IN2 QT/DQT_IN CTCSS/DCS Input

26 I PA3/

ADC123_IN3 VOX VOX Input

27 S VSS_4 VSS_4 Connected to VSSA

28 S VDD_4 VDD_4 Connected to 3.3V.

29 O PA4/

DAC_OUT1 APC/TV APC/TV D/A Output

30 O PA5/

DAC_OUT2 MOD2_BIAS TCXO Frequency D/A Adjust

31 I PA6/

ADC12_IN6 POWER_DET Power Detect(High Active)

32 O PA7 POWER_C Power Control(High Active)

33 I PC4 TEMP1 Temperature 1 input

34 I PC5 TEMP2 Temperature 2 input

35 I PB0/

ADC12_IN8 RSSI RSSI Detect Input

36 I PB1/

ADC12_IN9 BUSY Carrier Detect Input

37 I/O PB2/BOOT1 FM_SW FM Receive IF Switch(High Active)

38 O PE7 FM_MUTE FM RX Mute(High Active)

39 O PE8 VCOVCC_SW RXVCO/TXVCO Control(High for RX)

40 O PE9 DMR_SW DMR Receive IF Switch(High Active)

41 I PE10 RF_APC_SW RF Amplifier Switch(High Active)

42 O PE11 8RC 8R Power Switch Control(High Active)

43 I PE12 NC

44 I PE13 ALARM_KEY Top Key Input

45 I PE14 NC

46 I PE15 8TC 8T Power Switch Control(High Active)

47 I PB10 TXD Serial data output

48 I PB11 RXD Serial data input

49 S VCAP_1 VCAP_1 Connect a Capacitor to Ground

50 S VDD_1 VDD_1 Connected to 3.3V

51 O PB12/

SPI2_NSS DMR_CS C5000 Chip Select

52 O PB13/

SPI2_SCK DMR_SCLK C5000 Serial Clock Output(From MCU)

53 I PB14/

SPI2_MISO DMR_SDO C5000 Serial Data Input

54 O PB15/

SPI2_MOSI DMR_SDI C5000 Serial Data Output

55 I PD8 PLL_LD PLL Lock Detect(High Active)

56 O PD9 PLL_CS PLL Chip Select

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57 O PD10 PLL_DAT PLL DATA Output

58 O PD11 PLL_CLK PLL Clock Output

59 O PD12 NC

60 O PD13 PT2257-SDA To PT2257

61 O PD14 PT2257-SCL To PT2257

62 O PD15 FL_C Fast Lock Switch Control(High Active)

63 O PC6/TIM8_C

H1 FAST_LOCK Fast Lock PWM Output

64 O PC7/TIM8_C

H2 CTC/DCS_OUT CTCSS/DCS TCXO Output

65 O PC8/TIM8_C

H3 BEEP BEEP/ALARM/DTMF Output

66 O PC9 EXT_PTT Ext PTT Input

67 O PA8 IGN Ignition Sense

H:IGN Sense off, L:IGN Sense on

68 I PA9/

USART1_TX GPS-TXD GPS serial data output

69 I PA10/

USART1_RX GPS-RXD GPS serial data input

70 I/O PA11/USBD

M USBD- USB DM

71 I/O PA12/USBD

P USBD+ USB DP

72 I/O JTMS-SWDI

O/ PA13

NC

73 S VCAP_2 VCAP_2 Connect a Capacitor to Ground

74 S VSS_2 VSS_2 Connect to Ground

75 S VDD_2 VDD_2 Connect to 3.3V。

76 I/O JTCK-SWCL

K/ PA14

Port1 Programmable port 1

77 O PA15/

I2S3_WS I2S_FS DMR I2S_FS

78 O PC10/

I2S3_CK I2S_CK DMR I2S_CK

79 O PC11/

I2S3ext_SD I2S_RX DMR I2S_RX

80 I PC12/

I2S3_SD I2S_TX DMR I2S_TX

81 I/O PD0 SPKSW Speaker Output Control(High Active)

82 I/O PD1 Port2 Programmable port 2

83 I/O PD2 Port3 Programmable port 3

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84 I/O PD3 MIC_MUTE MIC mute H: MIC mute

85 I/O PD4 EXT_SW EXT MIC SW

86 I/O PD5 WIDE 25kHz

87 I/O PD6 NARROW 12.5kHz

88 O PD7 V_CS DMR V_CS

89 O PB3/

SPI3_SCK V_SCLK DMR V_SCLK

90 I PB4/

SPI3_MISO V_SDO DMR V_SDO

91 O PB5/

SPI3_MOSI V_SDI DMR V_SDI

92 O PB6 SPM Audio Amplifier Control(High Active)

93 O PB7 NC

94 I BOOT0 BOOT0 Connect a 10K resistor to Ground

95 O PB8/

I2C1_SCL SCL Software Control Watch Dog Serial Clock

96 O PB9/

I2C1_SDA SDA Software Control Watch Dog Serial Data

97 O PE0 MICPWR_C MIC Power Switch(High Active)

98 O PE1 INT Interception

99 S VSS_3 VSS_3 Connect to Ground

100 S VDD_3 VDD_3 Connect to 3.3V

Table 4 Functional description of semiconductor device Item Model Function Description IC8 SKY72310 Frequency Synthesizer

IC303 NJM12904RB1 APC, Voltage Comparison, Driving

IC501 GT3136 Receiver 2nd Local Oscillation, 2nd IF Amplification, Limitation, Demodulation, Noise

Amplification

IC13 NJM2902V Receiver demodulated signal Amplification, Filtering

IC14 TA75W01FU MIC Amplification

IC715 TDA2003 Audio Frequency Power Amplification

IC15 W25Q80 FLASH, Channel Frequency Data Storage, Function Setting Parameter, Debug

Mode Parameter

IC3 STM32F405VGT6 MCU

IC4 PST9124NR MCU Reset Circuit

IC1 HR_C5000-1 Base Band Processor

IC401 W25Q64FVSIG LCD board FLASH

IC403 R5F212BCSNFP LCD board MCU

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Table 5 Definition of the connector J4 Pin No. Name Function Description

1 VOL_OUT Received audio output 2 EXT-MIC External MIC signal input 3 IGN IN Ignition input 4 DEO Received signal demodulation output 5 EXT_PTT External PTT

6 Port1 Programmable auxiliary port

7 Port2 Programmable auxiliary port 8 GND Gnd 9 Port3 Programmable auxiliary port 10 5C DC+5V 11 USB_D- USB- 12 USB_D+ USB+ 13 DTMFIO DTMF signal input or output 14 GPS-TXD GPS serial data output 15 GPS-RXD GPS serial data input

Table 6 Definition of the connector J5 and J902

Pin No. Name Function Description 1 SPGND AF GND 2 SPOUT AF out 3 8M 8V DC supply 4 RXD RXD/PC serial data 5 TXD TXD/PC serial data

6 POWER Power key

7 MIC Microphone input 8 GND GND

Table 7 Definition of the connector J901

Pin No. Name Function Description 1 CM MIC data detection

2 HOOK/RXD HOOK / PC serial data

3 MIC MIC signal input

4 ME MIC GND

5 PTT/TXD PTT / PC serial data

6 GND GND

7 PSB 8V DC supply for MIC

8 MBl Key detection

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ADJUSTMENT

1 Required Test Equipment Table 1

Number Name Parameter requirements

1 Computer Above P2, compatible IBM PC, WINDOWS 98/ME/2000/XPOperating System

2 Programming

software

CPS2015

3 Programming

cable

4 Dubbing cable CPL-02

5 DC regulator Output voltage:13.8V, output electric current:≥ 20A

6

RF power

meter

Test range: 0.5---60W

Frequency range: 100MHz—500MHz

Resistance: 50Ω

SWR≤1.2

7 Frequency

meter

Frequency range: 0.1—600MHz

Frequency accuracy: higher than±1×10-6

Sensitivity: higher than 100mV

8 Frequency

deviator

Frequency range: DC—600MHz

Test range: 0--±5kHz

9 DMM

Input resistance: above 10MΩ/V DC, capable of measuring voltage, electric current

and resistance.

10 Audio signal

generator

Frequency range:2---3000Hz

Output level: 1---500mV

11 RF power

attenuator

Decrement: 40db or 50db

Receive power : higher than 60W

12 Standard

signal source

Frequency range:10MHz---1000MHz

Output level:0.1uV~32mV (-127dBm~-17dBm)

13 Oscillograph

Frequency range: DC~20MHz

Test range: 10mV~20V

14 Audio

Frequency

voltmeter

Test range: 10mV~10V

Recommend how to use: item 6, 7, 8, 10, 11 and 12 which listed in the table can be substituted by integrated tester HP8920/HP8921.

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2 Adjustment Items Some detection and adjustment shall be made to the station technical data after changing the components during the maintenance. The debugging introduction of some related circuits goes as follows: Some parameters of the product can be adjusted (“Interphone Performance Tuning”) by use of ARD001 Programming Software of our company. The adjustable parameters are as follows： 1) Frequency stability” 2) Transmitting power 3) Alarm threshold for battery low-voltage 4) Squelch level 5) QT frequency offset 6) DCS frequency offset 7) Receiving sensitivity

Steps for adjustment： a、Enter Computer Test Mode by selecting “Test Mode” in main menu of ARD001 Programming Software. b、Select the items to be adjusted in choice menus, and then adjust the parameters by function keys on the computer keyboard. c、Exit Computer Test Mode after adjustment. 3 Adjustment 3.1 VCO Adjustment Close “Power-saving Mode”. Set receiving frequency to low frequency point (see Table 2) and in the receiving state, test voltage of PD by DMM and adjust fine-tuning capacitor TC1/TC2 to get CV voltage of 1.0V±0.2V

Set transmitting frequency to high frequency point (refer to Table 2), press PTT and test voltage of PD by DMM, which shall less than 4.0V

Table 2 High/ Intermediate/ Low Frequency Point of All Models

Low Frequency Point Intermediate

Frequency Point High Frequency Point

DM6000-2 DM6100-2

400.100 MHz 435.100 MHz 469.975 MHz

3.2 PLL frequency calibration Double-click to enter “Frequency Stability” in “Interphone Performance Tuning” to achieve the rated transmitting frequency by adjusting the number from 0 to 255 (Error<200Hz). 3.3 Transmitting frequency adjustment Double-click to enter “Transmitting High Power” in “Interphone Performance Tuning” to adjust the five

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frequency points including ”Lowest”, “Low”, “Mid”, “High” and “Highest” respectively and set transmitting power to over 45W by adjusting the number from 0 to 255 and observe the operating current (≤10A) at the same time. Double-click to enter “Transmitting Low Power” in “Interphone Performance Tuning” to adjust the five frequency points including ”Lowest”, “Low”, “Mid”, “High” and “Highest” respectively and set transmitting power to over 25W by adjusting the number from 0 to 255. 3.4 Transmitting low-voltage alarm Adjust power voltage to 10V and double-click to enter “Transmitting Low Voltage” in “Interphone Performance Tuning” Mode for automatic detection of the software, and then click “Save” for exit after no or little variation in numbers. 3.5 Frequency offset adjustment Input audio signal (12mV, 1000Hz) at MIC jack of interphone. Adjust and set frequency offset to ±4.2kHz. 3.6 DCS transmitting signal waveform and frequency offset adjustment Double-click to enter “DCS frequency offset” in “Interphone Performance Tuning” Mode, adjust potentiometer VR1 to observe demodulated signal (the waveform shall be smooth and similar to square wave), and then click “Broadband” to adjust all points including ”Lowest”, “Low”, “Mid”, “High” and “Highest” respectively for frequency offset of 0.8kHz. After that, click “Narrowband” to adjust the frequency offset to 0.4kHz.

3.7 CTCSS frequency offset adjustment Double-click to enter “QT(67) frequency offset” in “Interphone Performance Tuning” Mode and click “Broadband” to adjust the five frequency points including ”Lowest”, “Low”, “Mid”, “High” and “Highest” respectively to 0.75kHz and then click “Narrowband” to adjust the frequency offset to 0.35kHz. Select “QT(254) frequency offset” in “Interphone Performance Tuning” Mode, and the debugging method is the same as that of “QT(670) frequency offset”. 3.8 Receiving Sensitivity Double-click to enter “Receiving Sensitivity” in “Interphone Performance Tuning” Mode to adjust the five frequency points including ”Lowest”, “Low”, “Mid”, “High” and “Highest” respectively and the number from 0 to 255 for setting max sensitivity of all points. 3.9 Receiver Squelch setting Double-click to enter “SQL9 open” in “Interphone Performance Tuning” Mode and click “Broadband” to make the frequency of the transmitting signal corresponding to the receiving frequency (level of -116dBm, modulation signal of 1kHz and frequency offset of 3kHz) showed at each frequency point of the software. Enter all points including ”Lowest”, “Low”, “Mid”, “High” and “Highest” respectively for automatic adjustment of software and then press next point after no big change to numbers. After that, adjust “Narrowband”, the debugging method is the same as that of “Broadband” except the input modulation signal is changed to frequency of 1kHz and frequency offset of 1.5kHz. Select “SQL9 open” in “Interphone Performance Tuning” Mode and click “Broadband” to make the frequency of the transmitting signal corresponding to the receiving frequency (level of -118dBm, modulation signal of 1kHz and frequency offset of 3kHz) showed at each frequency point of the software. Enter all points including ”Lowest”, “Low”, “Mid”, “High” and “Highest” respectively for automatic

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adjustment of software and then press next point after no big change to numbers. After that, adjust “Narrowband”, the debugging method is the same as that of “Broadband” except the input modulation signal is changed to frequency of 1kHz and frequency offset of 1.5kHz. Select “SQL1 open” and “SQL1 close” respectively in “Interphone Performance Tuning” Mode, and adjust by the same method except the open level of transmitting signal changed to 123dBm and the close level to 125dBm. 4 Receiving Low-voltage Alarm Adjust power voltage to 10V and double-click to enter “Receiving Low Voltage” in “Interphone Performance Tuning” Mode for automatic detection of the software, and then click “Save” for exit after no or little variation in numbers.

5 Adjusting explanation Table 3 Voltage controlled oscillator

Item Test condition Instrumentation Test point Correcting member Requirement Remarks

Setting Supply voltage battery terminal:7.4V

DMM CV

CH: Receiving low frequency point

TC2 1.0V±0.2V AdjustmentLocking voltage

CH: Transmitting high frequency point

≤4.0V Observation

Table 4 Receiving part

Item Test condition Instrumentation Test point Correcting

member Requirement Remarks

Audio Power

Test frequency: Intermediate Frequency Point Antenna Interface Input: RF OUT ：

-53dBm(501μV) MOD：1kHz DEV：±3.0kHz Audio load: 16Ω

RF signal generator

Oscillograph

Audio frequency

voltmeter

distortion tester

Speaker Interface

(Volume knob clockwise to the end) Audio Power>0.3W

Power of the internal speaker：>2W

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Sensitivity

CH: Low Frequency Point CH: Intermediate Frequency Point CH: High Frequency Point RF OUT:-119dBm(0.25μV) MOD: 1kHz DEV: ±3.0kHz

Computer Adjustment

SINAD： 12dB or higher

CH: Receiving Center Frequency Point Level-9 RF OUT output:-116dBm

Normal squelch opening after adjustment

Squelch Enable Sensitivity

Level-1 RF OUT output:-123dBm

/Integrated tester

Computer Test Mode Normal

squelch opening after adjustment

Table 5 Transmitting part

Item Test condition Instrumentation Test pointCorrecting member Requirement Remarks

RF rate Frequency Counter / Integrated Tester

Computer Test Mode

Within ±200Hz

DCS waveform (balance)

Oscillograph / Integrated Tester

Computer Test Mode

Nearly flat waveform Square wave

Power(Hi) Power 13.8V Power Tester / Integrated Tester Ammeter

Computer Test Mode

Adjust to 45W Within ±0.2W

Power(Lo) Power 13.8V Power Tester / Integrated Tester Ammeter

Computer Test Mode

Adjust to 25W Within ±0.2W

Max Modulation Frequency Offset

CH：Transmitting Center Frequency Point AG：1kHz/120mV

Computer Test Mode

Adjust to ±4.2kHz

±200Hz

Modulation Sensitivity

CH：Transmitting Center Frequency Point AG：1kHz/12mV

Frequency deviator/Integration Tester

Check Frequency Offset 2.2kHz~3.6kHz

CTCSS DEV

CTCSS：67Hz Frequency deviator/Integration Tester

Computer Test Mode

Adjust to ±0.75kHz

±50Hz

DCS DEV DCS：023N Frequency deviator/Integration Tester

Antenna

Computer Test Mode

Adjust to ±0.75kHz

±50Hz

1 2 3 4 5 6 7 8

A

B

C

D

87654321

D

C

B

A

LPF

D306

L407CDBANTSW

Q303RD01MUS2

DRIVEAMP

D9,D10MA2S077

T/RSW

Q102SC5066

RFAMP

Q92SC5066

BUFFAMP

Q3

2SC4649(N,P)

RFAMP

Q6

2SK508

TX

VCO

Q7,Q5

2SJ243,UMC4

DC

SW

Q4

2SK508

RXVCO

Q8KTC4075E(Y,GR)

RIPPLFILTER

LoopFilter

X3

16.8MHz

IC8SKY72310

8CVCOVCC_SWPLL_3V3

IC303NJM12904RB1

APC

APC/TV8T

D906

PLL_DATPLL_CLKPLL_CS

Q505BF1212WR

D508

RFAMP

BFP

D505D506

BFP

Q504BF1212WR

1stMIXER

XF501

49.95MHz

First IF

Q503KTC4080E-P

IFAMP

CF501,CF502

450kHzIF

Q501KTC4080E-P

X3

CD501450KHz

5C

IC713

TA7808F

IC701TA7808F

8C

IC7XC6204B332MR

IC21

MP2359DJ

3V3

Q715,Q716ST2302

Q401DTC114EE

MUTE

DC SW

SW

IC715TDA2003

AF

D401GREEN

AMP

LED

BSB

BSB

Q400DTC114EE

DC SW

D400RED LED

IC15

FLASH

X2

8MHz

D509

APC/TV

Second

SPMIC

SPKSWSPM

SPOUT

IC501GT3136

RSSIBUSY

8R8R 8R

8C 8T

APC/TV

8M 8M

RLED GLED

IC3

MICROPROCESSOR

XOUT

XIN

3V3

RESETVOX

BUSYRSSI

MIC

HO

OK/

RXD

ME

CM

PTT/

TXD

8TC8RC

DMR_SWAPCSW

APC

PLL_DATPLL_CLKPLL_CS

... ...

IC14BNJM2900V

AMP

IC14ANJM2900V

AMP

MIC_5V

PT2257

VOX

IC13B

IC13A

QT_DQT_INLPF

AMP

IC13C

HPF

IC13D

HPF

NJM2902V

5C_A

5C_A 5C_A5C_AIC22

VOL

IC10NJM2904V

LPF

5C_A

5C

400-470MHz

DM6000-2 DM6100-2 BLOCK DIAGRAM

VER 1.0

Title

Size

A3

Number Revision

Date:File:

Sheet ofDrawn By:

X602

29.4912MHz

IC1

PROCESSOR

XIN

3V3

DMR_SCLKDMR_SDIDMR_SDOI2S_FS... ...

DMR_CS

MO

D1

Q704,Q705

SW

... ...

SW

8RC

8M

5C

BAIS BANDIC5

TC75S51F

AFAMP

Q23

AMP

PBR951

DMR_VCC

IF_OUT

IC9A

AMP

NJM2904V IC9B

AMP

MO

D2

CTC/DCS_OUT

FM_MUTE

8R

Q7142SJ645

POW

ERB:13.8V

POW

_C

IC710XC6209B502P-G

Q14UMC4A

FM_SW5C

5C_A

ANT

DETECTORPOWER

B

MODULEPOWER

IC302RA60H40471101

D307

1SS372D314D313

Q7102SB1694

Q7112SB1694

8R

8T

8TC

Q14UMC4A

DMR_SW

DMR_VCC

Q12UMC4N

MICPOW_C

5C

IC401

FLASH

X400

9.8304MHz

IC403

MICROPROCESSOR

XOUT

XIN

3V3

EN0EN1

PTT

RXD0

TXD0

GLEDRLEDBRI

... ...

... ...

LAMPLCD...

LCD MODULE

K1~8

KEY BOARD

SPGNDSPOUT8MRXDTXDPOWERMICGND

8M

IC404XC6201P332MR

3V3

GN

D8M M

BL

IGN

INEX

T-M

IC

DEO

VOL_

OU

T

Port2

Port1

Port3

EXT_

PTT

USB

_B+

USB

_D-

DTM

FIO

5CGN

D

GPS

-RXD

SPOUT

GPS

-TXD

S901

SW-ENCODER3

EN1GND

K8

EN0

GND

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

A

B

C

D

E

13121110987654321

E

D

C

B

A

C21

470p

R2310k

L5601s

R17820R

Q32SC4649(N,P)

R2410k R25

47k

C61

3pR2222k

L7270n

D6

1SV325

D71SV278

D41SV325

D3HVC376B

D5HVC376B

L1122n

C35

22pL9270n

C383pTC110p

C410.5p C46

4p

L10601s

R2747k

L6270n

L8270n

L153.3uH

L13270n

L1239n

C36

47pC393p

C49 2p

C454p

C513p

C42470p

TC210p Q4

2SK508

R32270R

R29220R

C43

C55

0.3p

R28330R

R30100k

R35120k

Q52SJ243

C48470p

Q7UMC4N L17

601s

R341k

Q92SC5066

L1847n

R38100R

R314.7k

D8MA2S111 C53

1000pC58470p

C5622u

Q8KTC4075E(Y,GR)

R524330k

R525220R

R531330R

R522100R

R5361.5k

Q503KTC4080E-P

C533 C53715p

C541470p

C545

13p

C582

1p

C5440.1u

Q505BF1212WR

C566470pC561

470p

R5470R R556

0RR55368k

R55268k

C573

3p

C5700.5p

C5745p

C575

470p

C581

0R

C579470p

D509

HVC3

50B

D508

HVC3

50B

L51510n

C569

470p

C57620p C578

39p

C538R534220R

R555100k

C556470p

L5053.3uH

DM6000-2 / DM6100-2

DR:

15.03.30

File:

STAND: CHKD: DateSheet

A

APPD: VER

R:3VT:0V

6V

1

R5230R

C60

6p

L51410n

R554100k

C572470p

D502

DAN222

D501

DAN222

L16270n

L14270n

C50 4p

C524p

C34470p

Q62SK508

R33270R

C5280.01u

C57112p

C562470p

R2647k

C565470p

C539

OUT IN

XF50149.95MHz

VCO

VCC

_SW

C568

470p

ANT1

BPF

CV(TP1)

L507330n

L506560n

C54

0.5p

C59

C57470p

C28470p

C395470p

R3370R

C527

30p

L31022n

C577470p

R551220k

R557100k

R55847k

C567470p

C338470p

C348470p

C35422p

C3940.1u

L3159.5T

C397470p

C3990.01u

R346220RC400470p

D307

L407CDBL3181.5T

C4042p

C406

1000p

D309

JDP2

S12C

RD3

11

JDP2

S12C

R

C4170.5p

C4182p

D3141SS372

D3131SS372

C4080.5p

C4092p

C413

1pL3191.5T

C4157p

C422470p

R37810k

R37710k

C412470p

R3474.7k

D316RB521S-30

R345100k

R344100k

R34815k

R905

R35147k

R33647R

D301UDZVTE-5.1B

C4020.01u

L3170R

C365

C416470p

C420

1pL3201.5T

C4214p

C401470p

R34168k

8T

D306 L407CDB C405

1000p

L312

C407470p

APC

/TV

8C

L313 C4036p

L3169.5T

C4106p

1 2 3 4POWER MODULE

IC302RA60H40471101

C345100p

B8T8C

Q303RD01MUS2-T113

R349220R

L314

C3431000p

C344100p

C340220p

C35547p

C35622p

C3501000p

4 5

81IC303

NJM12904RB1

D312

R334100R R338

330kC3478200p

C334470p

C342100p

R3421.5k

R33910k

C333

C318470p

C925R34047k

D305

MA2S111

R3320R

R333

R3310R

C332

10pC3303p

C32813p

C329470p

C3310.022u

L30939n

L30822n

R3124.7k

R31433k

R32618k

R35010R

L3054.7n

L3026.8n

C31024p

C312

18p

C308

33pC309

C72

33p

C306470p

R3070R

R3041k

R5600R

VCC28

OUT7

SW26

SW15

GND4

IN-3

IN2

VCC11

IC2 D9

MA2S077D10MA2S077

L2110n

L20

Q102SC5066

C7118p

C68470p

C65 C67

3p

C70470p

C691000p

R41 R4282k

R45390R

R5281k

R40

R81347k

R43100R

R44100R

R53227n

C535470p

C546

27nL508

8R

C64 C66

C62

C63

Q5062SK3019

R55010k

L51210n

R549100R

R545

R546100R

C560

1pC557

D506

HVC3

76BL5

11 10n

R544100k

C55812p

C555

1p

C549

13p

D505

HVC3

76BL510

10n

R543100k

C55412p

Q504BF1212WR

C5480.01u

R54210n

R541100k

R540180k

C547470p

C552

470p

C550

470p

C551

470p

R538100k

R537180k

R539180R

BPFL19

5C

C553

R370R

R180R

R1618n

C75810u

C20

470p

CV

5C

R702 100R

C8040.01u

R703 100R

C7770.1u

C80210u

R7821k

C8110.1u

OSCOMIXO

FILO9

QUADFILI

10IFO

8

DEC

15OSCI

7

16

11

VCC

14

IFI

1

RSSI5NDET

6

NREC13

MIXI2

4

GND3

12

AF

IC501

GT3136

R7010R

R5171.8k

C583

C519

0.1u

C52268p

C5210.01u

R8122.2k

R5154.7k

C84810u

R5144.7k

C5201000p

R512390k

R5101k

C513330p

C516330p

R51122k

C518

100p

C5170.1u

CD501450KHz

RSS

I

CF501450F

CF502450G

C586

0.1u

C585

0.1u

C587

0.1u

C515

0.1u

C514

0.1u

C779

1.8k

C5091u

C5081u C584

0.1u R50822k

R50510k

R50710k

R50410k

R50610k

R50322k

L502330n

L503330n

L504330n R509

0R

R502100R R501

120k

C50456p

C503270p

C506

C5020.01u

C505

82p

C507

0.01u

C51110u

C5100.01u

Q501KTC4080E-P

8R

RFX3

5C

AFV

FILOUT

Q7042SK3019

Q7052SK3019

R784

R78512k

R786150k

R787

VOL_

OU

T

FM_M

UTE

C7831u

D5031SS372

Q5022SC4617(S)

R5350RR529

560k

C5250.22u

C5340.018u

C523

5600p

R5212.7k

R526330k R527

560k

R51910kC559

470pC530

0.022u

C5240.1u

R520470k

D504MA2S111

TH501100k

8R 8TC

BUSY

C831

D705MC2850

D706MC2850

C839330uF

Q713DTC114EE

Q709DTC114EE

Q708DTC114EE

Q707DTC114EE

Q712DTC363EU

C836330uF

Q7112SB1694Q710

2SB1694

INOUT

GND

IC711TA7808F

INOUT

GND

IC713TA7808F

Q7142SJ645

OUT IN

GND

IC712XC61CN4002MR

D710

MA2S111D712

UDZVTE-18B

F7014A D7

14

Z5W

27V

J701

EXT SPR8231R

R81747k

R81912k

C816

0.22u

C8471000p

R81868k

C805470p

C8091u C820

0.1u

R8310R

R8320R

R8330R

C834470p

C8243900p

R8300R

C808

1u

C838470p

BSB

R8154.7k

VOLO

SPM

R8141.5k

R809470R

R81647k

C817470p

C828470p

R820220R

C822

470p

C833470p

R82147k

C826470p

R825390k

R822330k

C720470p

C830470p

R8110R

C801470p

C8320.1u

R824470k

C8370.01u

C8100.1u

C718470p

C8290.01u

C8150.1u

C8211000p

C713470p

C80710u

C85110u

C80610u

C85010u

C849C814

8T

8TC

8R 8C

8RC

C82510u

C81810u

1 2 3

5 4

NC VSSCE

Vout Vin

IC710XC6209B502P-G

5C

INT

FB

B

-

+B

E

8M

RXD

TXD

MIC

POWER

3V3

SPGNDSPOUT8M

RXDTXD

POWERMIC

D901 D902

C901

C903

C904

C908

C911

C915

C914C913

C912 1u

C916

C917

C918

C919

C920

C921 C922

R55927k

R901

Q901

Q902

R903

R904

R902

C923

C924

8CRF_

APC

_SW

D903C926

C927

C928

D904

D905

L901D906

HVC3

76B

R906100k

C9320.5p

C933

12pC934

C5437p

C936

C937

R907

C940

R462.2k

C941

C942C943

C944

C945

R910

C946

C947

C948

C949

C951

6p

C953

C954

C952

C955

C956

C957

C958

L902

C959

AFV

C964

C965 C966

C967 C968C969C970C971

C972

C973

C974

C975

C976

C977 C978

L903

L904

C979

BSB

SPGNDSPOUT

D715HVC350BR845

100k

L70747n

C8556p

C85647p

C864

R8470R

R390R

C865

R7511k

R7501k

R74818k

R8290R

R8280R

R7493.3k

C823470p

C835470p

TH703100k

TH702100k

C906

C907

C909C910

C86347p

3V3

R50R

C1710.1u

R60R

R15956RR160

47R

C1962.2u

C1720.1u

R70R

R80R

C121

47p

C184

0.01u

C2010.1u

C1830.01u

C2350.033uC236

0.033u

C1810.01u

C227

6800p

R130120k

R162390k

R16412k R166

470k

R13.3k

R17791k

R12422k

R171220k

R100R

R1881M

R1765.6k

R12191k

R1755.6k

R172220k

R41.8k

R1745.6k

R1735.6k

C192

1u

C2648200p

C2370.033uC266

0.047u

C2385600p

R132270k

R16339k

R1518k

R135 100k

R134 100kR137100k

R13147k

C1972.2u

C226 56p

C1751000p

C2621u

C261

1u

R157150k

C1911u

C209

0.1u

L23

601s

R12 22R

C22810u

R11010k

R168470k

C2080.1u

C1800.01u

C260

0.018u

AUDIO AMPACTIVE FILTER

C23010u

R165270k

Q22SC4617(S)

R131k

R142 R143

R1441k

R146 R147

R151

R155

R148

R141C2000.1u

C115

C113

C112

C111

C110

R145

R150R152

R149

R153

C116

C114R154

Q16DTC144EE

C1860.01u

Q15DTA144EE

R10947kR9

0R

1

7 8

14

VSSVDD

+ -+-

+- + -

IC13

NJM2902V

4 5

81IC12

4 5

81IC10

NJM2904V

C222 C221

USB_D-USB_D+

2T/5

T

QT_

DQ

T_IN

TONEIN

WID

E

C108

C1790.01u

R167100k

5C_A

FVC

O

MO

D_V

CO

5C_A

C223

0R

C247

C258

470p

R18110k

R198100k

C270

0.022u

C254

1u

C267

0.022u

C2570.022u

R179390k

C2520.1u

R183100k

R19910k

C2691u

R19622k

D14

1SS372

R180100k

R182820k

C250 120p

C268

0.1u

R19710k

R1914.7k

R1944.7k

C251

0.1u

C25310u

R1782.2kL22

601s

Q202SC4116

Q212SA1586

D12

1SS372

D13

1SS372

C239 470p

C245 470p

C246 470p

C249 470p

C240

6800p

C248

6800p

R1950R

Q12

UMC4NC2241u

VOX

MIC

_OU

T

5C

MIC_5V

MIC

POW

_C

5C

MIC_5V

458

1

IC14TA75W01FU

C2411u

C2421u

C243

C244

C2561u

C2551u

R204680k

C2181u

C1900.01u

R1404.7k

C2190.1uR138

100k

C16810u

R20556kR114

10k

R16910k

C16610u

C16710u

C263220p C220

0.1u

L2847uH

R123150k

C2120.1u

R18410k

C1880.01u

R11210k

R11310k

R11110k

D1

MA2S111

D2

MA2S111

R139100k

R11510k

C1890.01u

POW

_C

BATT

POW

_DET

POW

ER

5C

3V3TP401

R12622k

SW

6

IN5

EN

4FB

3

GN

D2

BS

1

IC21MP2359DJ

3V3

Q18DTC144EE

R851k

C1451000p

R200470R

R201390k

C47

0.1u

C1051u

Q13

UMC4NC870.01u

IF_O

UT

DM

R_S

W

5C

DMR_VCCDMR_VCC

C1061u

L24601s

Q23PBR951

L25601s

C1071u

Q14

UMC4N

FM_S

W

5C_A

5C_A

C137100p

C410u

C1441000p

C1431000p

C14910p

VC

C-C

EL

1

VC

C-X

TAL

11

MOD23

NC13

PS4

DATA20

CLK22

/CS21

NC14

CPOUT6

NC16

NC15

/FVCO3

FVCO2

VC

C-C

P5

VD

D19

NC

7

MU

X24

GN

D12

NC

18

NC

17

XTA

LOU

T10

/OS

C8

OS

C9

IC8SKY72310

C290.1u

C15010p

C320.1uR104

10R

C138100p

R10310R

C152470p

C155470p

R119100R

R118100R

R5610k

L3601s

VIN1

VSS2

CE3

OUT5

NC4

IC7

XC6204B332MR

C139100p

C510u

C310.1u

C1021u

C860.01u

Vcc4

VC1

Xout3

Gnd2

X3

16.8MHz

C154470p

C153470p

C136

100p

R5510k

C370.1u

R841k

C17456p

R6282k

R63100kR64

100k

C400.1u

R61100k

C140150p

L4601s

R714.7k

R724.7k

C1031u

R1299.1k

C1041u

R117100R

C1300.018u

R1271M

R116100R

C330.1u

R12818k

C1706p

C1696p

L303.3uH

45

8 1IC9

NJM2904V

L3118n

C1733900p

C1563900p

R7715k

R6822k

C1330.015u

R99

5C

5C

MOD1

MOD2

PLL_CLK

PLL_CS

MOD2_BIAS

CTC/DCS_OUT

PLL_LD

FL

PLL_DAT

PLL3

V3

PLL3V3PLL3V3

5C

5CPLL3V3

C140.1u

C150.1u

R88

R781k

R4910k

L2601s

C134100p

R89

R5010k

C135100p

R791k

HPVCC1

HPOUT2

HP

GN

D3

CDC_VREF4

MIC

2_P

5

MIC

2_N

6M

IC1_

N7

MIC

1_P

8

CDC_AVCC9

LINEOUT10

MIC

BIA

S11

PLL_VDD3312

PLL

_VS

S33

13

XTA

L14

CLK

OU

T15

MCLK16

LRCK17

BCLK18

ADCDAT19

DA

CD

AT

20

VS

S12

21

MC

BS

P_R

XD

22M

CB

SP

_TX

D23

MC

BS

P_C

LKR

24M

CB

SP

_FS

X25

MC

BS

P_C

LKX

26M

CB

SP

_FS

R27

PK

T_R

X_W

AK

E28

RTS

29TX

_RD

Y30

STD

BY

_EN

B31

VDD1232

VS

S12

33

C_SDI34

C_SDO35

C_SCLK36

C_CS37

TEST_MODE38

RESETN39

VD

D33

40

V_S

DI

41

V_S

DO

42

V_S

CLK

43

V_C

S44

DBIST_IN45

DB

IST_

OU

T46

PW

D47

TIME_SLOT_INTER48

SYS_INTER49

RF_TX_INTER50

RF_RX_INTER51

VS

S12

52

VDD1253

VD

D33

54

U_SDO55

U_SDI56

U_SCLK57

U_CS58

RF_

RX

_EN

59

RF_

TX_E

N60

AD

C_V

BG

_Q61

AD

C_Q

VIN

N62

AD

C_Q

VIN

P63

ADC_AVDD12_Q64

AD

C_A

GN

D_Q

65

ADC_AVDD33_Q66

ADC_AVDD33_I67

AD

C_A

GN

D_I

68

ADC_AVDD12_I69

ADC_IVINP70

ADC_IVINN71

ADC_VBG_I72

DA

C_A

VS

S33

73

DAC_QVOUT74

DAC_IVOUT75

DAC_AVDD3376

DCDC_VDD1277

DC

DC

_VS

S78

DCDC_VDD3379

DCDC_SW80

IC1

HR_C5000-1

C142

1000pC190.1u

Vcc

OE

Xout

Gnd12

3 4X1

29.4912MHz

R10010R

L2747uH

C110.1u

C210u

C810.01u

C310u

C180.1u

C16 0.1u

C780.01u

C93 1u

C90.1u

C80.1u

C170.1u

C911u

C740.01u

C750.01u

C800.01u

C921u

C790.01u

C901u

C163

C881u

C760.01u

C891u

C770.01u

C100.1u

C70.1u

R2110k

R2010k

R1910k

C120.1u

R80 1k C96

1uR874

513

IC5

TC75S51F

R5310k

R7618k

C1411000p

C1001u

R86220k

R60100k

C151470p

C270.1u

C1011u

R8320k

C14610p

C60.1u

L1601s

MIC

_OU

T

3V3

3V3

2T/5

T/D

TMF_

OU

T

DMR_SCLK

V_C

SV_

SCLK

V_SD

OV_

SDI

MO

D1

MO

D2

1V2

DMR_CS

DMR_SDO

A3V3

A3V3

A3V3

DMR_SDI

IF_OUT

DAC

_IVO

UT

3V3

TIME_SLOT_INTERSYS_INTERRF_TX_INTER

DM

R_S

LEEP

ADC_IN_N

DMR_VCCA3V3

3V3

3V3

A3V3

A3V3

3V3

DMR_VCC

C110u

I2S_RXI2S_TX

I2S_FSI2S_CK

VOL_OUT

R98

R97

L29

C160

C162

R96

R95

C157

R94

C158

VCC5

SW4

GND3

I/O2

I/O1

IC11

C161C159

5C

FL_C

FAST

_LO

CK

FL

5C

451

3

IC6

R93

C220.1u

C240.1u

C300.1u

C971u

PE

21

PE

32

PE

43

PE

54

PE

65

VB

AT

6

PC

13_A

NTI

_TA

MP

7P

C14

_OS

C32

_IN

8P

C15

_OS

C32

_OU

T9

VS

S_5

10

VD

D_5

11

OS

C_I

N12

OS

C_O

UT

13

NR

ST

14

PC

015

PC

116

PC

217

PC

318

VS

SA

19

VR

EF-

20

VR

EF+

21V

DD

A22

PA

0_W

KU

P23

PA

124

PA225

PA326

VS

S_4

27

VD

D_4

28

PA429

PA530

PA631

PA732

PC433

PC534

PB035

PB136

PB237

PE738

PE839

PE940

PE1041

PE1142

PE1243

PE1344

PE1445

PE1546

PB1047

PB1148

VS

S_1

49

VD

D_1

50

PB

1251

PB

1352

PB

1453

PB

1554

PD

855

PD

956

PD

1057

PD

1158

PD

1259

PD

1360

PD

1461

PD

1562

PC

663

PC

764

PC

865

PC

966

PA

867

PA968

PA1069

PA1170

PA1271

PA1372

NC

73V

SS

_274

VD

D_2

75

PA1476

PA1577

PC1078

PC1179

PC1280

PD081

PD182

PD283

PD384

PD485

PD586

PD687

PD788

PB389

PB490

PB591

PB692

PB793

BOOT094

PB895

PB996

PE097

PE198

VS

S_3

99

VD

D_3

100

IC3

STM32F405VGT6

C14810p

C14710p

R4710k

R5410k

R1070R

C981u

C991u

C840.01u

R6722k

C1321500p

R7515k

C1291800p

C820.01u

C830.01u

1

2

3

5

4

NC

SUB

GND

VCC

OUT

IC4

PST9124

R5210k

C250.1u

C850.01u

R821k

R694.7k

C1313900p

R704.7k

C1280.018u

R6512k

C95

1u

R59100k

R91

R661u

C94

68k

Vcc

OE

Xout

Gnd12

3 4X2

8MHz

R3610k

R5110k

POW_C

INTQT_DQT_IN

USB_D+USB_D-

Port1

Port2Port3

MIC_MUTEEXT_SWWIDENARROW

FM_MUTE

VOL_OUT

2T/5T/DTMF_OUT

DM

R_S

CLK

V_CSV_SCLKV_SDOV_SDI

DM

R_C

S

DM

R_S

DO

3V3

3V3

3V3

3V3

RF_APC_SW

DM

R_S

DI

FM_SW

TIM

E_SL

OT_

INTE

RSY

S_IN

TER

RF_

TX_I

NTE

R

DM

R_S

LEEP

SPMAMPSW

DMR_SW

FL_C

FLAS

H_C

S

BUSYRSSI

BATT

TXD

VCOVCC_SW

PLL_

CLK

RXD

PLL_

CS

MOD2_BIAS

CTC/DCS_OUT

TEMP2

8RC

8TC

GPS-TXDGPS-RXD

PLL_

LD

TEMP1

BEEP

FLAS

H_S

DO

FLAS

H_S

DI

APC/TV

FLAS

H_S

CK

FAST

_LO

CK

PLL_

DAT

POW_DET

3V3

3V3

3V33V3

3V3

TP305

TP1

TP2

EXT_

PTT

ALARM_KEY

VOX

2T/5

T C26

0.1u

SCLSDA

I2S_RXI2S_TX

I2S_FSI2S_CK

R81390R

C23

0.1u

MICPOW_C

VCC8

/HOLD7

CLK6

DIO5

GND4

/WP3

DO2

/CS1

IC15

W25Q64FVSIG

R1080R

R5710k

C440.1u

R734.7k

3V3

FLAS

H_C

SFL

ASH

_SD

O

FLAS

H_S

DI

FLAS

H_S

CK

3V3

R744.7k

C730.1u

RSTO1

GND2

SCL3

VPP5

SDA4

VDD6

IC17ALPU-MP

SCL

SDA

3V3

3V3

R1060R

R90 R1050R

C27322u

C27422u

D15

D11MA2S111

5C_A

123456789101112131415

0

J4

DB15

TV

5C

8R

5C

WID

E

NAR

RO

W

RIN8

ROUT7

VDD6

SCL5

SDA4

VSS3

LOUT2

LIN1

IC22

PT2257

Q19DTA144EE

FB

Q24DTC144EE

PT22

57-S

CL

PT22

57-S

DA

VOL_

OU

T

VOLO

MIC

_MU

TE

C193470p

Q172SJ243

R2031k

R202100k

C1871u

R161100k

C2311u

R1147k

R18747k

C232470p

Q222SJ243

R1251k

R192100k

C1261u

R193100k

C2721u

5C EXT_

SW

EXT-

MIC

MIC

C1200.1u

87654321 0

J5

CON8-1

R1892.2k

C1170.01u

5C

VOL_OUTEXT-MIC

Port3

Port2

C165470p

C164470p

C123470p

C118470p

C12247p

C10947p

C205470p

C202470p

C198470p

C199470p

C182470p

IGN IN

GPS-RXDGPS-TXDDTMFIO

EXT_PTTPort1

DEO

C178470p

C185470p

R158 10kR136 1kR133 1kR2 1k

R185100k

R186100k

3V3

Q1DTC144EE

C1240.01u

IGN INIGN

R3 22R

DEO

8M

DTMFIO

TEM

P1TE

MP2

PT22

57-S

CL

PT22

57-S

DA

3V3

Q252SK3019

R156470k

DMR_SW

IGN

C981

TP1

SPKSW

DAC

_QVO

UT

1 2 3 4 5

IC715TDA2003

R8341.5k

R83522R

C840

330uF

Q715ST2302

Q716DTC144EE

R826470k C812

0.01u

R827

C119

SPKS

W

R14 1k

R48 1k

R58R92R101

R102R120

IF_Z

MOD2_ZMOD1_Z

MO

D2_

Z

MO

D1_

Z

IF_Z

C1347k

3V3

R8361RC8270.1u

Q717ST2302

D16MA2S111

Q11KTC4075E(Y,GR) C125

1u

C127

1uR122100k

R170100k R190

47k

R2060R

IGN IN

R207220R

D707MC2850

D708MC2850

D709MC2850

D711MC2850

D713MC2850

D716MC2850

D717MC2850

D718MC2850

R208

NRST

NR

ST

R209 1kR210 1k

3V3

C2060.1u

C207470p

C2100.1u

C211470p

5C

8R 8T8C

SCHEMATIC DIAGRAM

1 2 3 4

A

B

C

D

4321

D

C

B

A

Title

Number RevisionSize

A4

Date: 12-Jun-2015 Sheet of File: E:\DM6000\线路\DM6000-2\PCB\DM6000-2V01.ddb Drawn By:

K2

K4

K3

K5

K1

SPK

MBL8

PSB7

GND6

PTT/TXD5

ME4

MIC3

HOOK/RXD2

CM1

J901

8PIN

54321

S901SW-ENCODER3

Q9032SB1132(Q,R)

Q904UMG3N

D901

D902UDZVTE-6.2B

D906

OLED

D907

OLEDD908

OLED

D909

OLEDD910

OLED

D911

OLED

R923

100R

R903

4.7k

R902

4.7k

C9180.01u

R922

100R

R9101.5k

C9240.1u

R91247k

C915100p

R908

100R

R904

0RR905

0RR906

0R

C9171u

R91347k

C9221000p

R91147k

C9010.1u

R901

0R

C9101000p

R9192.7k

R924

100R

R909

1k

R918

820R

C9121000p

R915

1.5k

C9020.1u

R914

1k

C9030.1u

R91647k

R92147k

R92033k

C9291000p

R9173.9k

L901601s

RXD

PTT

MICDEY

CM

MIC

C951

OUT IN

GND

IC902

C9520.047u

C9530.047u

C9541u

C955

C959100p

C960

100p

C961100p

C957100p

C956100p

DM6000 LCD

1

2

3

5

4

NC

SUB

GND

VCC

OUT

IC400

PST9124NR R400330k

C4000.1u

C410470p

C40810u

C416470p

C4171u

Q403DTC144EE

R4091k

C4093p

Q400DTC114EE

Q401DTC114EE

R402220R

R403100R

C406470p

R4268.2k

C402470p

R4108.2k

D400HT19

D401HQ19

R417

10R

C41510p

C41210p

LED TX LED BUSY

C9250.1u

D402HQ19

LCD4

1LC

D32

LCD2

3LC

D14

SK2

5RE

SET

6XO

UT7

VSS

8XI

N9

VCC

10BS

HIFT

11F_

DI12

F_CS

13F_

CLK

14F_

DIO

15NC

16NC

17

NC18

K119

K220

K321

K422

K623

K724

K825

RXD026

TXD027

GLED28

RLED29

NC30

NC31

NC32

CM33

MICD

EY34

NC35

PTT

36

TXD1

37

RXD1

38

NC

39

NC

40

NC

41

NC

42

NC

43

EN0

44

EN1

45

NC

46

NC

47

NC

48NC

49NC 50NC 51NC 52NC53NC 54NC 55NC 56NC 57BRI58AVSS59NC 60VREF61VCC62NC63LCD564

IC403

R5F212BCSNFP

X400

9.83

04M

Hz

GLED

GLEDRLED

RLED

RESET

BSHI

FT

XOUT

XIN

C401

OUT IN

GND

IC404XC6201P332MR

3V3

C403470p

SPGNDSPOUT8MRXDTXDPOWERMIC

87654321 0

J902CON8-1

R41147k C776

0.01u

3V3

8M

CS1

1

RES

2

A03

DB6

4

DB7

5

VDD

6

VSS

7

VOUT

8

C3P

9

C1N

10

C1P

11

C2P

12

C2N

13

V414

V315

V216

V117

V018

J90318pinFPC

C5 1u

C6 1u

C7 1u

C8 1u

C9 1u

C40.1u

C30.1u

C2C11u

R1

0R

R61k

R51k

R41k

R31k

R21k

R8100R

LCD

R9 R10

R710k

K6

K7

SPGNDSPOUT8M

TXD0RXD0

POWERMIC

RXD0TXD0

EN0

EN1

EN0

EN1

8M

BRI

BL

BL

8M

K1

K2

K3

K4

K6

K7

K1K2K3K4K6K7

K8

K8

3V3

3V3

PTT

RXD

BRI

8M

3V3

CMMICDEY

3V3

3V3

F-DI

F-CL

KF-

CS

3V3

8M

3V3

3V3

8M

8M

3V3

8M3V3

3V3

3V3

8M

LCD1

LCD2

LCD3

LCD4

LCD5

LCD1LCD2LCD3LCD4LCD5

VCC8

/HOLD7

CLK6

DIO5

GND4

/WP3

DO2

/CS1

IC401

W25Q64FVSIG

F-CLKF-DIO

F-DI

F-CS

F-DI

O

R4124.7k

SPGND

DM6000LCD

D903MC2850

D904MC2850

D905MC2850

D912MC2850

D913MC2850

D914MC2850

R11 1k

R12 1k

R13 1k

R14 1k

R15 100R

R16 100R

C10100p

C11100p

3V3

3V3

3V3

R907

0R

C836

C834

R81

R83

4

C81

7

6

11

Q713

R57

IC17

R73

R108

D1

Q19

R184

J4

C44

C82

R54

F701

B

10

C18

8

C25

R51

R82

5

D11

IC21

C147

R66

C95

R65

C220

C190

C85

R52

IC4

Q24

R36R

111

C219

R204

IC711

Q18

C168

R13

C274

R11

3

R11

2

R16

9C

166

Q2

R17

4R

143

C11

1

R154

R148

C223

R13

4C

184

R151

C78

3

R142

Q704

R78

6

R78

7R

162

R14

9R

785

R78

4

R137

C228

IC13

C10

7R

782

R131

C20

1

C863

C912

C338

C911

C23

8

R50

7R

505

R16

3

R15

R121

C230

R503R

504

C58

4

L314

L313

L312

C544

C515

C922

C856

C909

C910

C534

C919

TH50

1

C92

0

R52

9C

530

C91

8

D503

R527

R526

Q708

R90

3

R81

3

R812

Q902

R90

4

C807

C552

Q710

C33

3

C851

R334

R339

R33

8

C34

7

C55

6

D30

5

C41

2

R37

7

R84

5

R83

3

C82

7

R83

6

IC71

5

R83

2

C81

6R

835

R81

8

R81

7

C80

8

R81

9

C824

1

J5

R74

C21

8

C73

R81

5C

809

D2

C99

C80

5C

832

C11

2C

822

C24

C83

0

C26

C83

R18

9

R91

X2

C84

C94

R59

R14

0R

82

IC3

R69

C13

1R

809

R20

5R

114

R90

C13

2

R10

6

R10

5

C98

C30

R138

C97

C22

R47

C90

7C

906

C81

0

C222

R15

5

R14

7R

146

C11

5

C77

9C

227

R15

3R

145

C11

4

IC10

C18

0C

915

R1

C91

3

R17

5

R172

R17

6

C19

2

C19

7

C26

4R

168

R18

8

R10

9

C26

2

IC302

D501R

901

R50

9

C92

1

C70

R52

0

R52

1

C52

5

D50

4C

924 D

301

C33

4

C34

2R

342

C92

5

R34

0 C92

8C

927

C40

9

C40

8

R34

8

C56

5

C57

5

C80

6

R90

5

C901

C839

IC15

Q712

R123

R139

C833C828

C826

Q714

D15

L28

R16

7

R82

2

C26

1

IC712

C903

C904

15

C818

C273

C167

C12

9

C815

C212

IC22

R173R751

R750 C236

C23

R152 R150

C179

IC12

C200

R141

C113

Q14

C116

Q705

R9

R135

C266 C237

C186

C175

R177

R17

1

R130

R124

C235

R16

6C

183

R829

R828

R336C914

C50

9

C848

L25

C77

7

R13

2

R10C

850

C355

C350

C356

R506

C58

5

C348

C523C917

C864

TH70

3

R519

C52

4

R535

C923

Q901

R902

D904

R35

1

C401

R347R847

D312

R345

C395R559

C394

C916

D313

C572

R557

C577

R558

C416

C422

D314

C417

C418

C83

8

C831

R107

C189

R115

R821

C14

8R

70C

128

D712Q707 C80

1

5

R12

6C

263

R67

R75

R82

4

R74

9R

748

C221

C22

6

R165R16

4

C18

1

R33

7

C58

7

C50

8

C58

6

R110

C260

D502

R50

8C

514

C81

4

C354

C345

IC303

R341

D90

3

D31

6R

344

C926

C407

C57

9 Q506

R378

R820

C835

C559

D710

Q502

C820

R831

R823

J701

R82

7

Q715

C837

C206

C207

C71

8

C840

R2

R70

3

R70

2R

14

C12

2

R12

C72

0D

16R

92R

3

C13

Q11

C12

7

C12

5

R20

6

R58

C10

9

R21

R19

C8

R19

0C

123

C11

8

R11

C19

R50

C11

7

R202

R192

C93

R20

D718

D708

D707

Q17

Q22

R125

R80

C80

C10

C187

R203

C126

R193

R195

C23

9C

249

C3

L23

C209

C26

8R

197

D12

R87

C81

IC5

C1

C91

R179

R178

C247

L1C

79C

88

C16

C76

C92

C74

L2

C89

R15

6

R83

C9

L27

R79

C13

5

C17 C11

R88

C77

D714

R18

3

C253

Q23

R78

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