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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
1
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
2
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
4
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.
5
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:
6
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
8
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/
SPI Flash Serial Clock/
LCD_DB6
LCD_DB6(multiplexing)
3
I
PE4
FLASH_SDO
SPI Flash Serial Data
4
O
PE5
FLASH_SDI/
SPI Flash Serial Data Output(MCU)/
LCD_DB7
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
16
I
PC1/EXTI1
SYS_INTER
DMR SYS Interrupt
17
I
PC2/EXTI2
RF_TX_INTER
DMR RF_TX Interrupt
18
I
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
24
I
PC3/EXTI3/
AD123_IN13
PA0/
ADC123_IN0
PA1/
ADC123_IN1
TIME_SLOT_INTE
DMR TIME_SLOT Interrupt
R
NC
BATT
DC Input;
9
25
I
26
I
27
S
28
S
29
O
30
O
31
I
32
O
33
PA2/
QT/DQT_IN
CTCSS/DCS Input
VOX
VOX Input
VSS_4
VSS_4
Connected to VSSA
VDD_4
VDD_4
Connected to 3.3V.
APC/TV
APC/TV D/A Output
MOD2_BIAS
TCXO Frequency D/A Adjust
POWER_DET
Power Detect(High Active)
PA7
POWER_C
Power Control(High Active)
I
PC4
TEMP1
Temperature 1 input
34
I
PC5
TEMP2
Temperature 2 input
35
I
RSSI
RSSI Detect Input
36
I
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
45
I
PE14
NC
46
I
PE15
8TC
8T Power Switch Control(High Active)
47
I
PB10
TXD
48
I
PB11
RXD
Serial data output
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
DMR_CS
C5000 Chip Select
52
O
DMR_SCLK
C5000 Serial Clock Output(From MCU)
53
I
DMR_SDO
C5000 Serial Data Input
54
O
DMR_SDI
C5000 Serial Data Output
55
I
PD8
PLL_LD
PLL Lock Detect(High Active)
56
O
PD9
PLL_CS
PLL Chip Select
ADC123_IN2
PA3/
ADC123_IN3
PA4/
DAC_OUT1
PA5/
DAC_OUT2
PA6/
ADC12_IN6
PB0/
ADC12_IN8
PB1/
ADC12_IN9
PB12/
SPI2_NSS
PB13/
SPI2_SCK
PB14/
SPI2_MISO
PB15/
SPI2_MOSI
Top Key Input
10
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
FAST_LOCK
Fast Lock PWM Output
64
O
CTC/DCS_OUT
CTCSS/DCS TCXO Output
65
O
BEEP
BEEP/ALARM/DTMF Output
66
O
PC9
EXT_PTT
Ext PTT Input
67
O
PA8
IGN
68
I
69
I
70
I/O
71
I/O
PC6/TIM8_C
H1
PC7/TIM8_C
H2
PC8/TIM8_C
H3
PA9/
USART1_TX
PA10/
USART1_RX
PA11/USBD
M
PA12/USBD
P
Ignition Sense
H:IGN Sense off, L:IGN Sense on
GPS-TXD
GPS serial data output
GPS-RXD
GPS serial data input
USBD-
USB DM
USBD+
USB DP
JTMS-SWDI
72
I/O
O/
NC
PA13
73
S
VCAP_2
VCAP_2
Connect a Capacitor to Ground
74
S
VSS_2
VSS_2
75
S
VDD_2
VDD_2
Connect to 3.3V。
Port1
Programmable port 1
I2S_FS
DMR I2S_FS
I2S_CK
DMR I2S_CK
I2S_RX
DMR I2S_RX
I2S_TX
DMR I2S_TX
Connect to Ground
JTCK-SWCL
76
I/O
K/
PA14
PA15/
77
O
78
O
79
O
80
I
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
I2S3_WS
PC10/
I2S3_CK
PC11/
I2S3ext_SD
PC12/
I2S3_SD
11
MIC mute
H: MIC mute
84
I/O
PD3
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
V_SCLK
DMR V_SCLK
90
I
V_SDO
DMR V_SDO
91
O
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
SCL
Software Control Watch Dog Serial Clock
96
O
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
100
S
VDD_3
VDD_3
PB3/
SPI3_SCK
PB4/
SPI3_MISO
PB5/
SPI3_MOSI
PB8/
I2C1_SCL
PB9/
I2C1_SDA
Connect to Ground
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
12
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
13
ADJUSTMENT
1 Required Test Equipment
Table 1
Number
Name
1
Computer
2
Programming
Parameter requirements
Above P2, compatible IBM PC, WINDOWS 98/ME/2000/XPOperating System
CPS2015
software
3
Programming
cable
4
Dubbing cable
5
DC regulator
CPL-02
Output voltage:13.8V, output electric current:≥ 20A
Test range: 0.5---60W
6
RF
power
Frequency range: 100MHz—500MHz
Resistance: 50Ω
meter
SWR≤1.2
7
8
9
10
11
12
13
14
Frequency
meter
Frequency range: 0.1—600MHz
Frequency accuracy: higher than±1×10-6
Sensitivity: higher than 100mV
Frequency
Frequency range: DC—600MHz
deviator
Test range: 0--±5kHz
Input resistance: above 10MΩ/V DC, capable of measuring voltage, electric current
DMM
Audio
and resistance.
signal
Frequency range:2---3000Hz
generator
Output level: 1---500mV
RF
Decrement: 40db or 50db
power
attenuator
Receive power : higher than 60W
Standard
Frequency range:10MHz---1000MHz
signal source
Output level:0.1uV~32mV (-127dBm~-17dBm)
Oscillograph
Audio
Frequency range: DC~20MHz
Test range: 10mV~20V
Test range: 10mV~10V
Frequency
voltmeter
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.
14
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
High Frequency Point
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
15
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
16
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
Setting
Supply voltage
terminal:7.4V
Locking
voltage
Instrumentation
battery
CH:
Receiving
frequency point
low
CH: Transmitting
frequency point
high
Test point
DMM
Correcting
member
Requirement
TC2
1.0V±0.2V
Adjustment
≤4.0V
Observation
Remarks
CV
Table 4 Receiving part
Item
Audio
Power
Test condition
Test
frequency:
Intermediate Frequency
Point
Antenna Interface Input:
RF
OUT
：
-53dBm(501μV)
MOD：1kHz
DEV：±3.0kHz
Audio load: 16Ω
Instrumentation
Test point
RF signal
generator
Speaker
Interface
Oscillograph
Audio frequency
voltmeter
distortion tester
17
Correcting
member
Requirement
(Volume knob
clockwise to
the end) Audio
Power>0.3W
Remarks
Power of
the
internal
speaker：
>2W
Sensitivity
Squelch
Enable
Sensitivity
CH: Low Frequency
Point
/Integrated tester
CH:
Intermediate
Frequency Point
CH: High Frequency
Point
RF
OUT:-119dBm(0.25μV)
MOD: 1kHz
DEV: ±3.0kHz
CH: Receiving Center
Frequency Point
Level-9
RF OUT output:-116dBm
Computer
Adjustment
Computer
Test Mode
Level-1
RF OUT output:-123dBm
SINAD：
12dB or higher
Normal
squelch
opening after
adjustment
Normal
squelch
opening after
adjustment
Table 5 Transmitting part
Item
Test condition
Instrumentation
Test point
Correcting
member
Requirement
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
Tester
Integrated Tester
Ammeter
Power
Tester
Integrated Tester
Ammeter
/
Power(Hi)
Power 13.8V
Power(Lo)
Power 13.8V
Max
Modulation
Frequency
Offset
Modulation
Sensitivity
/
CH：Transmitting Center
Frequency Point
Frequency
AG：1kHz/120mV
deviator/Integration
Tester
CH：Transmitting Center
Frequency Point
AG：1kHz/12mV
CTCSS
DEV
CTCSS：67Hz
DCS DEV
DCS：023N
Frequency
deviator/Integration
Tester
Frequency
deviator/Integration
Tester
18
Antenna
Remarks
Computer
Test Mode
Adjust to 45W
Within
±0.2W
Computer
Test Mode
Adjust to 25W
Within
±0.2W
Computer
Test Mode
Adjust
±4.2kHz
±200Hz
to
Check
Frequency
Offset
2.2kHz~3.6kHz
Computer
Test Mode
Adjust
±0.75kHz
to
Computer
Test Mode
Adjust
±0.75kHz
to
±50Hz
±50Hz
1
2
3
4
5
6
8
7
8C
Q710
2SB1694
IC8
SKY72310
8R
D
Q3
8RC
Q711
2SB1694
PLL_DAT
PLL_CLK
PLL_CS
8T
RF
AMP
2SC4649(N,P)
Q6
Q9
2SK508
8TC
Q14
UMC4A
Q714
2SJ645
B:13.8V
Loop
Filter
IC710
XC6209B502P-G
BSB
SW
2SC5066
TX
BUFF
AMP
VCO
5C_A
FM_SW
5C
VCOVCC_SW
PLL_3V3
DC
Q7,Q5
SW 2SJ243,UMC4
POWER
POW_C
TA7808F
MP2359DJ
RIPPL
FILTER
RX
AF
AMP
IF
AMP
8R
IC9B
AMP
MOD1
MOD2
IC1
SPOUT
MUTE
SW
AF
AMP
BSB
SPM
B
Q704,Q705
VOL
SW
5C
IC13D
IC13C
IC13B
HPF
HPF
LPF
5C_A
BUSY
8M
LED
LED
DC SW
DC SW
XOUT
XIN
3V3
IC14B
NJM2900V
D401
GREEN
3V3
QT_DQT_IN
LPF
MICROPROCESSOR
X2
8M
NJM2904V
Q400
5C_A
VOX
RSSI
BUSY
RED
IC10
DTC114EE
SPGND
SPOUT
8M
RXD
TXD
POWER
MIC
GND
B
LCD MODULE
LCD...
LAMP
PTT
EN0
FLASH
... ...
Q401
DTC114EE
GLED
RLED
IC401
RESET
8MHz
... ...
EN1
RXD0
IC403
MICROPROCESSOR
8TC
8RC
APC
DMR_SW ... ...
APCSW
PLL_CS
PLL_CLK
PLL_DAT
GLED
RLED ... ...
BRI
TXD0
XOUT
X400
XIN
9.8304MHz
K1~8
3V3
S901
EN0
GND
EN1
K8
GND
MIC
VOX
VOL_OUT
EXT-MIC
IGN IN
DEO
EXT_PTT
Port1
Port2
GND
Port3
5C
USB_DUSB_B+
DTMFIO
GPS-TXD
GPS-RXD
MIC_5V
MICPOW_C
8M
D400
IC404
XC6201P332MR
5C_A
IC3
Q12
UMC4N
C
APC/TV
AMP
IC15
AMP
BFP
8R
IC13A
NJM2902V
FLASH
AMP
APC/TV
8R
D508
D509
RF
AMP
5C
FM_MUTE
IC14A
NJM2900V
Q505
BF1212WR
DMR_VCC
5C_A
SPKSW
BFP
Second
IF
450kHz
AMP
IF_OUT
IC22
PT2257
49.95MHz
1st
MIXER
RSSI
Q23
PBR951
BAIS BAND
PROCESSOR
3V3
IC715
TDA2003
POWER
DETECTOR
APC/TV
CF501,CF502
AMP
DMR_CS
DMR_SCLK
DMR_SDI
DMR_SDO
I2S_FS
... ...
D906
D505
D506
BF1212WR
XF501
First IF
8R
CD501
450KHz
5C_A
Q715,Q716
ST2302
8T
Q503
KTC4080E-P
IC501
GT3136
5C
IC5
TC75S51F
D313
D314
1SS372
IC303
NJM12904RB1
Q504
XIN
ANT
LPF
Q4
Q501
KTC4080E-P
29.4912MHz
400-470MHz
ANT
SW
B
16.8MHz
3V3
IC9A
NJM2904V
X602
8T
D306
D307
L407CDB
APC
X3
CTC/DCS_OUT
POWER
MODULE
8C
8M
C
IC302
RA60H40471101
DRIVE
AMP
VCO 2SK508
X3
IC21
Q303
RD01MUS2
T/R
SW
Q8
KTC4075E(Y,GR)
DMR_VCC
DMR_SW
IC713
D9,D10
MA2S077
RF
AMP
8C
IC7
XC6204B332MR
Q14
UMC4A
Q10
2SC5066
KEY BOARD
CM
HOOK/RXD
MIC
ME
PTT/TXD
GND
8M
MBL
IC701
TA7808F
D
SPOUT
SP
SW-ENCODER3
5C
A
A
Title
DM6000-2 DM6100-2 BLOCK DIAGRAM
Size
Number
Revision
A3
VER 1.0
Date:
File:
1
2
3
4
5
6
Sheet
of
Drawn By:
7
8
C101
1u
R142
C111 R143
IC12
1
8
R147 4
5
C113
R148
R144
1k
3
2
Gnd
C201
0.1u
C228
10u
R151
R154
DMR_SW
C115
R155
4
R152
R153
C222
R150
C114
R130
R9
R124
C235
0.033u
C236
TONEIN
R174
5.6k
+- +
NJM2902V
7
22k
V_SDI
V_SDO
V_SCLK
V_CS
Q704
2SK3019
C777
0.1u
PT2257-SDA
PT2257-SCL
Q705
2SK3019
R784
R786
150k
R785
12k
C84
0.01u
C24
0.1u
1
8R
Q709
DTC114EE
C807
10u
C518
C145
1000p
R168
470k
C47
0.1u
0.1u
R200
470R
C106
1u
5
C87
0.01u UMC4N
C226
C266
0.047u
56p
C175 R135 100k
1000p
R137
100k
C802
10u
PD3
PE10
PD4
PE9
PD5
PE8
PD6
PE7
PD7
PB2
PB3
PB1
PB4
PB0
PB5
PC5
33
32
29
PB6
PC4
PB7
PA7
BOOT0
PA6
PB8
PA5
PB9
PA4
26
PE0
PA3
25
PE1
PA12
68k
C95
C261 R167
1u
R66
R69
1u
R70
4.7k
C128
0.018u
R75
22k
15k
2
Gnd
OE
R178
R169
10k
R179
2.2k
0.1u
390k
R112
10k
C224
1u
R180
100k
UMC4N
C253
10u
C252
0.1u
R113
10k
C267
R197
C268
22k
0.022u
10k
0.1u
IC14
TA75W01FU
MA2S111
D712
UDZVTE-18B
C801
470p
C257
0.022u
R183
100k
D14
1SS372
C254
1u
D309
JDP2S12CR
JDP2S12CR
D311
3V3
C969
R821
47k
C904
C833
470p
F701
4A
MA2S111
C218
1u
C967
R122
100k
100k
C125
1u
R824
470R
470k
D16 1u
MA2S111
C821
1000p
R161
100k
100k
FL
5
1
2
I/O
R190
47k
GND SW
5
R199
C270
10k
0.022u
3V3
R749
C907
R52
10k
R829
TP305
C85
0.01u
C863
47p
4
TH702
100k
0R
C823
470p
3.3k
R828
1
C910
C148
10p
C909
TH703
100k
0R
C835
470p
0
7
CON8-1
R701
0R
C979
C981
IGN IN
INT
C830
470p
C832
0.1u
C
R822
330k
R126
22k
R205
56k
R114
10k
C273
22u
C190
0.01u
C274
22u
C220
0.1u
C117
0.01u
C118
470p
C206
0.1u
C207
470p
C210
0.1u
D707
MC2850
D708
MC2850
D709
MC2850
D711
MC2850
D713
MC2850
D716
MC2850
D717
MC2850
D718
MC2850
C211
470p
C109
47p
C122
47p
C123
470p
C164
470p
14
12
11
4
10
9
R96
8
22R
22R
R14
1k
GPS-RXD
GPS-TXD
DTMFIO
USB_D+
USB_D5C
Port3
R48 1k
R2
1k
R133 1k
R136 1k
R158 10k
7
6
R97
5
4
3
C187
1u
C165
470p
R209 1k
R210 1k
R3
R12
2
1
C178
470p
DB15
C185
470p
C182
470p
C199
470p
C198
470p
C202
470p
Port2
Port1
EXT_PTT
DEO
IGN IN
EXT-MIC
VOL_OUT
R185
100k
C205 R186
470p 100k
B
MOD2_Z
MOD1_Z
IF_Z
IGN IN
IGN
3V3
C258
R189
2.2k
Q1
DTC144EE
C25
0.1u
3V3
5
6
8
POWER
R58
R92
R101
820k
D
3
4
0R
3V3
13
4
C269
1u
R182
100R
1
2
IC712
XC61CN4002MR
R825
390k
IN
GND
C837
0.01u
15
VCC
I/O
C162
Q17
2SJ243
R702
SPGND
SPOUT
8M
RXD
TXD
POWER
MIC
3V3
C263
220p
D11
MA2S111
J4
1
R98
3
C158
100R
C161
IC11
IC6
R95
C157
1k
R193
L28
47uH
C758
10u
C160
R703
IN
C829
GND
0.01u
TP401
C188
0.01u
C720
470p
B
+
E
-
R206
OUT
C818
10u
R140
4.7k
IC21
MP2359DJ
TXD
C713
470p
C968
C847
1000p
C839
330uF
C127
R170
R809
Q18
DTC144EE
C256
1u
C970
IC713
TA7808F
C825
10u
Q14
R93
R94
C126
1u
C928
R903
APC/TV
8C
Q707
DTC114EE
D1
601s
0.1u
R198
100k
RF_APC_SW
B
C903
MA2S111
R139
100k
C189
0.01u
C916
J5
3V3
FAST_LOCK
EXT-MIC
EXT_SW
5C
1k
R196
MIC_5V
C209 L23
C212
0.1u
R181
8MHz
C147
10p
C166
10u
C255
1u
3 GND OUT 4
Xout Vcc
C251
Q12
5C
6
5
R123
150k
C112
C804
0.01u
C159
C231
1u
R203
Q22
2SJ243
MIC_5V
7
Q24
DTC144EE
R54
10k
NRST
2 SUB
X2
SCL
PE6
PE2
PE3
PE4
NRST
5
1
2
3
4
7
8
9
14
FLASH_SDI
FLASH_SDO
FLASH_SCK
FLASH_CS
10k
PST9124
R67
C132
1500p
71
VDD
SDA
PT2257
1 NC VCC 5
R82
1k
3
C129
1800p
70
VSS
L22
601s
8
RIN
LOUT ROUT
4
R111
10k
R51
IC4
R106
0R
4.7k
C131
3900p
100k
CTC/DCS_OUT
98
LIN
3
100k
C718
470p
SPGND
SPOUT
C908
C901
470p
DMR_SLEEP
12
13
73
C26
0.1u
20
23
24
62
18
2T/5T
RF_TX_INTER 17
16
SYS_INTER
15
TIME_SLOT_INTER
64
63
FAST_LOCK
FL_C
BATT
65
66
67
IGN
EXT_PTT
BEEP
2T/5T/DTMF_OUT
12k 1u
SCL
SDA
MICPOW_C
INT
USB_DUSB_D+
3V3
C94
DTMFIO
R107
0R
94
96
97
STM32F405VGT6
R59
100k
C168
10u
R91
3V3
VOL_OUTR65
93
95
IC22
2
C167
10u
10k
PE5
PC13_ANTI_TAMP
OSC_IN
OSC_OUT
NC
PC0
PC1
PC2
PC3
VREF-
PA1
PD15
PC6
PC7
PC8
PA8
PC9
TP1
PC14_OSC32_IN
PA11
PA13
PC15_OSC32_OUT
PA2
72
TP1
91
92
1
3V3
4
30
87
88
1
31
85
86
10k
C416
470p
R207
220R
D710
D2
R115
10k
C407
470p
D706
MC2850
C124
0.01u
SDA
34
82
83
84
89
90
5C
PD2
PE11
EXT SP
R832
0R
FB
C826
470p
Q713
DTC114EE
L29
3
VBAT
VSSA
VDDA
VSS_3
VDD_2
VDD_3
VDD_5
VDD_4
VDD_1
VREF+
VSS_5
VSS_4
VSS_1
VSS_2
PD8
PD9
PD13
PD14
PD11
PD12
PD10
PB14
PB15
PD1
PE12
R202
100k
SCL
35
PE13
Q19
DTA144EE
R184
5C
R187
47k
R11
47k
C272
1u
R192
R125
R195
0R
FLASH_SDI
FLASH_SCK
FLASH_SDO
FLASH_CS
36
5
37
C815
0.1u
VOX
38
120p
C971
C828
470p
R820
220R
IN
GND
15k
R347
4.7k
D705
MC2850
MIC
C822
4
C848
10u
5C
C232
470p
C401
470p
D905
C964
C219
0.1u
PT2257-SCL
39
C250
5C
PT2257-SDA
40
80
81
4.7k
C810
0.1u
UMC4N
C193
470p
R348
D312
8M
470p
Q714
2SJ645
C237
0.033u
Q21
2SA1586
R194
1SS372
C249 470p
R830
0R
OUT
C120
0.1u
0R
J701
R836
1R
C827
0.1u
C838
470p
D15
C242 C244
1u
6800p
C13
47k
C812
0.01u
Q716
DTC144EE
C817
470p
OUT
C850
10u
FB
470p
D13
C248
VOLO
41
PD0
TP2
Port1
I2S_FS
I2S_CK
I2S_RX
I2S_TX
SPKSW
Port2
Port3
MIC_MUTE
EXT_SW
WIDE
NARROW
V_CS
V_SCLK
V_SDO
V_SDI
SPM
AMPSW
8
R47
10k
42
PC12
PE14
78
79
VOL_OUT
43
PE15
76
77
TEMP2
44
PC11
PA0_WKUP
ALARM_KEY
8RC
RF_APC_SW
DMR_SW
VCOVCC_SW
FM_MUTE
FM_SW
BUSY
RSSI
TEMP2
TEMP1
POW_C
POW_DET
MOD2_BIAS
APC/TV
VOX
QT_DQT_IN
PC10
PB10
TEMP1
46
PA15
PB11
3V3
47
45
B
C246
PA14
PA9
48
C247
C163
PA10
68
3V3
69
PB13
PB12
GPS-RXD
GPS-TXD
RXD
TXD
8TC
R831
0R 3V3
R138
100k
R204
680k
L25
601s
C241 C243
1u
1SS372
C245 470p
R835
22R
C849
5C_A
Q20
2SC4116
R191
4.7k
6800p
C831
470k
R823
1R
C820
0.1u
330uF
C834
470p
C836
330uF
R826
Q11
KTC4075E(Y,GR)
NC
VSSCE
1
2
3
R110
10k
C239 470p
D12
C240
6
19
75
11
28
100
50
21
22
27
99
10
74
60
61
58
59
57
49
56
54
55
52
53
51
C30
0.1u
IC3
R351
47k
C395
470p
R847
Q717
ST2302
Q715
ST2302
C824
3900p
IC710
XC6209B502P-G
C186
0.01u
5
C925
R345
100k
D904
5
R834
1.5k
C107
1u
NJM2904V
4
C840
Q711
2SB1694
IC711
TA7808F
R816
47k
C806
10u
Vin
Vout
Q23
PBR951
C262
1u
MIC
C98
1u
10k
3
Q712
DTC363EU
C814
R814
1.5k
C811
0.1u
R109
47k
R15
2
R81
390R
8T
R813
47k
Q708
DTC114EE
C119
R201
390k
C519
MIC_MUTE
3V3
0.1u
R36
MIC_OUT
MICPOW_C
3V3
8C
Q710
2SB1694
2.2k
L24
601s
DMR_VCC
R85
1k
91k
0.22u
C978
C851
10u
R812
R811
0R
5C
Q13
DMR_VCC
C105
1u
R340
47k
B
C208
0.1u
1.8k
AFV
MA2S111
D903
C394
0.1u
R344
100k
RXD
C958 100p
R514
4.7k
R121
C816
12k
C809
1u
9
C520
1000p
C579
470p
C927
NJM12904RB1
Q16
DTC144EE
R4
10
R176
5.6k
R819
68k
R833
0R
CD501 R517
450KHz 1.8k
C522
68p
11
4.7k
R818
R815
C805 4.7k
470p
0R
C23
3V3
R817
47k
1u
SPM
R515
R134 100k
4
C808
VOLO
C920
8
R10
0R
HVC350B
D508
HVC376B
D906
L511
10n
8T
13
12
R511
22k
1
R535
0R
R529
560k
TH501
100k
R521
2.7k
C977
C230
10u
R527
560k
D305
C347
8200p
R827
47k
IC10
C238
5600p
R163
39k
C197
2.2u
R787
FM_MUTE
C99
1u
VOL_OUT
C83
0.01u
2T/5T
C82
0.01u
1u
18k
R132
270k
C783
1u
3V3
C97
1u
R172
220k
330k
R131
1.8k
1k
5.6k
C192
8
5.6k
R177
91k
15
14
1M
R175
C264
8200p
AUDIO AMP
ACTIVE FILTER
0.033u
R173
0R
0R
14
VSS
C919
GT3136
C516
330p
0.018u
+ -
VDD
R171
220k
C779
C22
0.1u
8
R188
- +
R166
470k
R162
390k
6800p
C184
0.01u
120k
Q2
2SC4617(S)
C221
C116
29.4912MHz
R105
5
7
R512
390k
C513
330p
C260
IC13
1
C227
12k
C183
0.01u
R149
1
OE
4
6
C517
0.1u
R507
10k C515
R1
3.3k
R165
270k
C181
0.01u
R164
R145
R146
C223
Xout Vcc
C180
0.01u
C179
0.01u
VOL_OUT
X1
C19
0.1u
C865
DAN222
4
A3V3
R156
470k
Q25
2SK3019
C200
0.1u
R782
DMR_CS
DMR_SCLK
DMR_SDO
DMR_SDI
PLL_LD
PLL_CS
PLL_DAT
PLL_CLK
NRST
0.1u
D504
MA2S111
R526
C534
0.018u
5
R557
100k
D316
RB521S-30
8
4
R338
330k
C342
100p
R905
IC715
TDA2003
Q15
DTA144EE
16
OSCI MIXI
OSCO GND
MIXO NREC
VCC NDET
IFI
RSSI
DEC
IFO
FILO QUAD
AF
FILI
R510
1k
R141
R83
20k
R89
1000p
R90
0.1u
C587
5C_A
R88
C3
10u
C146
10p
R50
10k
CF502
450G
0.1u
R505
10k
MOD1
A3V3
R100
10R
C142
1
2
0.1u
C100
1u
D503
1SS372
C530
Q502
2SC4617(S)
C525
0.22u
C521
0.01u
IC501
QT_DQT_IN
15
62
63
14
61
59
60
43
44
41
42
C18
0.1u
C
C586
R503
22k
R76
18k
C917
C955
C511
10u
3
R520
470k
5600p
E
R378
10k
D902
68k
R339
10k
R342
1.5k
C334 100R
470p
SPKSW
MOD_VCO
DAN222
R129
9.1k
3V3
3V3
D502
4
18k
5C_A
C81
0.01u
C510
0.01u
R508
22k
C514
R128
C104
1u
R506
10k
R519
10k
0.022u
C583
0.1u
C926
L316
9.5T
D314
1SS372
C422
470p
R377
10k
IC303
BSB
5
C130
0.018u
C585
D501
NJM2904V
R68
CF501
450F
0.1u
100k
22k
C133
0.015u
R504
10k
C584
C508
1u
C509
1u
27k
C577
470p
C421
4p
C418
2p
C412
470p
1
D714
5
C173
3900p
C524
0.1u
C523
C559
470p
C333
Q901
TV
R558
47k
C417
0.5p
D313
1SS372
C403
6p
R560
0R
R334
R902
100k
R559
1p
L320
1.5T
C415
7p
R341
C923
D715
HVC350B
R845
C420
1p
L319
1.5T
C410
6p
C408
0.5p
C409
2p
R346 R349
220R 220R
C400 C402
470p 0.01u
Z5W27V
1
3
DAC_IVOUT
ADC_QVINP
CLKOUT
ADC_QVINN
DAC_QVOUT
24
22
23
MCBSP_TXD
MCBSP_RXD
MCBSP_CLKR
26
28
25
27
30
29
RTS
TX_RDY
MCBSP_FSX
STDBY_ENB
MCBSP_FSR
PKT_RX_WAKE
MCBSP_CLKX
XTAL
ADC_VBG_Q
V_CS
RF_RX_EN
RF_TX_EN
V_SDO
V_SCLK
V_SDI
DCDC_VSS
1M
R77
C174
56p
R63
C922
FILOUT
R13
1k
C110
R49
10k
C506
C921
R509
0R
0.01u
82p
C356
22p
D901
D301
UDZVTE-5.1B
0
MOD1_Z
MOD2_Z
MOD1
MOD2
DMR_SLEEP
2T/5T/DTMF_OUT
MIC_OUT
46
8
5
31
47
VDD33
6
40
20
11
54
VDD33
ADC_AGND_I
DAC_AVSS33
PLL_VSS33
ADC_AGND_Q
TC75S51F
4
CDC_VREF
HR_C5000-1
21
R21
10k
MIC1_P
C_SDI
ADC_IVINP
ADC_IVINN
TEST_MODE
VSS12
R20
10k
C12
0.1u
MIC2_P
C_SDO
ADCDAT
RESETN
DBIST_IN
38
R127
MOD2_BIAS
15k
IC5
R60
100k
R53
10k
RF_TX_INTER
SYS_INTER
48 TIME_SLOT_INTER
I2S_FS
37
I2S_CK
36
I2S_TX
35
I2S_RX
34
IF_OUT
70 C17
71 0.1u ADC_IN_N
C_SCLK
MCLK
39
CTC/DCS_OUT
C151
470p
1u
50
C_CS
LRCK
16
10k
R208
C96
C141
1000p
49
TIME_SLOT_INTER
BCLK
17
R19
56
SYS_INTER
DCDC_SW
18
45
3V3
MIC2_N
7
80
C11
0.1u
19
3V3
DMR_VCC
C27
0.1u
R61
100k
1
8
R64
DMR_VCC
R86
220k
51
RF_TX_INTER
IC1
DCDC_VDD12
VSS12
C2
10u
ADC_AVDD12_Q
77
L27
47uH
VSS12
C77
0.01u
57
IC9
100k
C135
100p
DMR_CS
DMR_SCLK
DMR_SDI
DMR_SDO
58
55
U_SDO
RF_RX_INTER
52
C89
1u
2
U_CS
U_SDI
VDD12
64
C76
0.01u
72
HPOUT
U_SCLK
VDD12
ADC_AVDD12_I
C134 R79
100p 1k
R80 1k
C16 0.1u
R87
10
LINEOUT
ADC_VBG_I
DAC_AVDD33
DCDC_VDD33
53
R102
74
DAC_QVOUT
ADC_AVDD33_Q
32
69
C88
1u
R78
1k
ADC_AVDD33_I
79
C103
1u
C504
56p
R72
C140 R62
150p 82k
75
DAC_IVOUT
CDC_AVCC
67
76
601s
R120
PLL_VDD33
66
L2
C40
0.1u
C156
3900p
MOD2
DACDAT
MIC1_N
9
12
C10
0.1u
C15
0.1u
4.7k
HPVCC
33
1V2
C7
0.1u
MICBIAS
A3V3
1
C14
0.1u
DBIST_OUT
C93 1u
A3V3
C78
0.01u
C9
0.1u
PWD
C8
0.1u
C90
1u
HPGND
C79
0.01u
C92
1u
3
C80
0.01u
68
C91
1u
73
C75
0.01u
78
C74
0.01u
13
C6
0.1u
65
C1
10u
D
C503
270p
C855
6p
L707
47n
L515
10n
R555
100k
Q506
2SK3019
C864
C507
L504
330n
C505
L503
330n
R554
100k
C562
470p
C918
C355
47p
0R
C924
39p
BATT
R501
120k
Q501
KTC4080E-P
C565
470p
C350
1000p
ANT1
C413
1000p
C404
2p
L318
1.5T
8M
L502
330n
C502
0.01u
470p
R556
C578
0R
C574
5p
5
100R
470p
C575
C576
20p
6
R502
C959
10k
C567 R551
470p 220k
3p
C571
12p
L514
10n
C570
0.5p
R904
Q902
C573
470p
R553
68k
R552
68k
C569
4
RFX3
L902
5C
601s
R550
BSB
8R
5C
L4
R549
100R
C572
470p
C556
470p
C544
0.1u
R546
100R
C566
470p
C344
100p
L407CDB
L315
9.5T
C581
C568
0R
C561
470p
R544
100k
R543
100k
C856
47p
L512
10n
IN
47p
C70
470p
Q505
BF1212WR
R547
R545
C399
0.01u
L314
C343
1000p
C936
EN
0R
470p
13p
R534
220R
C535
470p
L901
C560
1p
C558
12p
C557
C340
220p
SW
R8
C149
10p
C150
10p
1p
C554
12p
L510
10n
C932
0.5p
C966
C397
470p
L312 L313
BS
L30
3.3uH
3
2
470p
C552
10n
C553
C338
470p
R337
0R
C915
GND
R522
100R
180k
R538
100k
C555
R542
470p
R541
100k
C331
0.022u
FB
Gnd
R71
4.7k
C541
470p
C551
R540
180k
C550
C329
470p
C965
C354
22p
1
Xout
VC
C545
C538
13p
R537
R901
2
Vcc
16.8MHz
R539
180R
R314
33k
C348
470p
1000p
C406
D307
L317
0R
C365
C345
100p
C405
L407CDB
D306
4
R336
47R
3
1
C143
1000p
1.5k
C957
C548
0.01u
C911
FL_C
C29
0.1u
3V3
C547
470p
C975 R333
POWER MODULE
2
3
C913
1
8T
4
100R
3V3
L1
601s
R536
C914
C912 1u
C318 R326
470p 18k
5C_A
R119
PLL3V3
A3V3
C121
C549
Q504
BF1212WR
L507
330n
L506
560n
0R
POW_C
FL
X3
R523
0R
C956
C191
1u
PLL3V3
R531
330R
C539
R332
0R
8T
POW_DET
R25 47k
47k
IN
C537
R331
C328
13p
POWER
10k
R157
150k
R907
OUT
C533
15p
C528
0.01u
C56
22u
220R
12p
R312
4.7k
C310
24p
C973
C933
C934
C309
C306
470p
1k
R906
100k
D506
HVC376B
R33
270R
R44
100R
R528
C937
L903
10p
C330
3p
13
12
IC302
RA60H40471101
C976
C332
8TC
R26
R525
D10
MA2S077
R532
27n
C543
7p
27n
8R
C941
R24
R524
L508
C582
1p
330k
C546
C69
1000p
C68
470p
FM_SW
R23
10k
Q6
2SK508
47k
L10
601s
L505
3.3uH
R43
100R
L310
22n
L904 L309
39n
10R
BUSY
C34
470p
30p
R42
82k
R350
5C
601s
BPF
BPF
XF501
49.95MHz
Q503
KTC4080E-P
C527
T:0V
R:3V
C58
470p
R41
8TC
L5
0R
R99
C43
R27
R7
5C
R45
390R
L21
10n
3p
L20
5C
R34
1k
Q8
KTC4075E(Y,GR)
C53
1000p
C67
R40
5
L19
601s
C48
470p
D8
MA2S111
R31
4.7k
6
L305
4.7n
8RC
C196
2.2u
C172
0.1u
0.3p
L16
270n
SW1
L302
6.8n
33p
WIDE
56R
C52
4p
SW2
GND
C65
7
OUT
IN-
C59
R37
0R
L17
C55
4p
4
0R
R304
1k
5C
C144
1000p
R159
R160
47R
C46
4p
IN
3
RSSI
R6
C50
L14
270n
C41
0.5p
D7
1SV278
2
C63
VCOVCC_SW
C944
14
0R
C171
0.1u
R30
100k
220R
L11
22n
C38
3p
TC1
10p
22p
L9
270n
C62
6p
R38
100R
C57
470p
Q7
UMC4N
R910
C35
1SV325
D4
1SV325
C60
L18
47n
R35
120k
Q5
2SJ243
R29
D6
L7
270n
C170
6p
R5
0.5p
L15
3.3uH
R32
270R C942
C51
3p
8R
L31
18n
100p
6
0R
C108
C54
2p
Q4
2SK508
R28
330R
C948
FVCO
C169
6p
C136
C45
4p
C308
R307
MA2S077
IF_Z
C42
470p
D9
33p
C71
18p
C974
18p
C72
8
VCC1 VCC2
Q303
RD01MUS2-T113
L308
22n
C312
2.2k
Q10
2SC5066
DMR_SW
C49
L13
270n
8C
NC
2
16
3
L12
39n
C39
3p
TC2
10p
L8
270n
IC2
C66
D505
5C
C946
C972
R46
C64
1
C949
8R
NC
C36
47p
D3
HVC376B
0R
HVC376B
L6
270n
5C
R39
3p
IF_OUT
R18
0R
C28
470p
D5
HVC376B
C61
6V
11
8R
Q9
2SC5066
5C
C952
C953
R22
22k
CV(TP1)
A3V3
10
DEO
C954
C33
0.1u
15
12
18
9
C155
470p
Q3
2SC4649(N,P)
R17
820R
5C_A
18n
5
1
7
24
11
19
MUX
NC
/OSC
/CS
NC
21
C86 C137 C138 C139
0.01u 100p 100p 100p
/FVCO
CPOUT
XTALOUT
CLK
100R
NC
NC
IC8
SKY72310
DATA
22
OSC
100R
R118
9
8C
6p
R16
470p
AFV
C21
470p
C943
FVCO
PS
20
8
PLL_CS
MOD
4
1k
10
100R
R117
VDD
NC
23
R116
PLL_CLK
VCC-CEL
13
R84
PLL_LD
PLL_DAT
VCC-XTAL
R56
10k
17
C37
0.1u
C153
470p
R55
10k
10R
C154
470p
8
WIDE
C20
C940
C32
0.1u
10R
R104
C4
10u
7
NARROW
C5
10u
XC6204B332MR
R103
E
3
CE
C152
470p
L3
601s
C945
NC
C102
1u
2
VCC-CP
PLL3V3
4
5C
1
VIN
VSS
C947
5C
OUT
C31
0.1u
CV
5
6
C951
IC7
PLL3V3
5
HVC350B
4
D509
3
8C
2
GND
1
R750
3V3
1k
1k
1
R748
2
18k
C906
3
4
IC15
/CS VCC
DO /HOLD
/WP CLK
GND DIO
W25Q64FVSIG
8
10k
7
R108
6
0R
3V3
3V3
R57
R751
3V3
C44
0.1u
R73
4.7k
R74
4.7k
IC17
C73
0.1u
ALPU-MP
1
5
2
3
A
RSTO
VDD
GND
VPP
SCL
SDA
6
5
4
A
SCHEMATIC DIAGRAM
DM6000-2 / DM6100-2
DR:
STAND:
CHKD:
File:
APPD:
1
VER
Sheet
A
1
Date
15.03.30
2
3
4
5
6
7
8
9
10
11
12
13
1
2
4
3
LCD
CS1
RES
A0
DB6
DB7
VDD
VSS
VOUT
C3P
C1N
C1P
C2P
C2N
V4
V3
V2
V1
V0
J903
18pinFPC
D
D
S901
SW-ENCODER3
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
3V3
D913
MC2850
D914
MC2850
R1
C5
1u
C6
1u
C7
1u
C8
1u
C9
1u
1
2
3
4
5
0R
3V3
3V3
R9
SPGND
SPOUT
8M
C910
1000p
TXD0
RXD0
R902
R15
100R
R16
100R
4.7k
R903
3V3
3V3
4.7k
K8
R7
10k
R4
1k
C953
0.047u
R10
EN1
C417
1u
R3
1k
R8
100R
BL
C416
470p
GND
R2
1k
C952
0.047u
C918
0.01u
LCD4
C410
470p
C408
10u
R6
1k
LCD1
C925
0.1u
8M
8M
IN
LCD5
C901
0.1u
OUT
LCD3
3V3
LCD2
3V3
C917
1u
R5
1k
EN0
IC404
XC6201P332MR
8M
SPK
C10
100p
K5
C915
100p
C
3V3
0R
C401
B
1
2
3
4
5
6
7
8
CM
HOOK/RXD
MIC
ME
PTT/TXD
GND
PSB
MBL
8PIN
R11
C957
100p
C959
100p
C961
100p
1k
R13
1k
R14
1k
CM
RXD
MIC
SPGND
PTT
C956
100p
D902
UDZVTE-6.2B
3V3
8M
8M
LED TX
R417
LED BUSY
D905
MC2850
10R
D400
D401
HQ19
HT19
D912
MC2850
GLED
RLED
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
K1
K2
K3
K4
K6
K7
K8
RXD0
TXD0
NC
NC
K1
K2
K3
K4
K6
K7
K8
RXD0
TXD0
GLED
RLED
NC
NC
NC
D402
HQ19
X400
9.8304MHz
3V3
IC403
R5F212BCSNFP
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
C922
1000p
C924
0.1u
CM
MICDEY
PTT
R410
8.2k
R916
47k
3V3
R402
220R
R403
100R
C406
470p
100R
3V3
R426
8.2k
R913
47k
R911
47k
C912
1000p
C929
1000p
Q903
2SB1132(Q,R)
100R
OLED
D909
OLED
D910
OLED
D911
OLED
OLED
R924
100R
B
R920
33k
R909
BRI
1k
R912
47k
D907
OLED
D908
R923
R917
3.9k
Q904
UMG3N
BRI
EN0
EN1
R910
1.5k
D906
R922
8M
820R
RXD
GLED
C402
470p
8M
R918
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
Q401
DTC114EE
5
BL
C954
1u
RLED
Q400
DTC114EE
6
GND DIO
W25Q64FVSIG
F-DIO
F-CLK
L901
601s
LCD1
LCD2
LCD3
LCD4
LCD5
LCD5
NC
VCC
VREF
NC
AVSS
BRI
NC
NC
NC
NC
NC
NC
NC
NC
NC
8
/WP CLK
4
C955
MICDEY
C
C776
0.01u
7
DO /HOLD
3
D904
MC2850
D903
MC2850
1k
R12
R412
4.7k
C400
0.1u
IC401
/CS VCC
2
F-DI
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
C903
0.1u
R411
47k 1
F-CS
3V3
NC
F_DIO
F_CLK
F_CS
F_DI
BSHIFT
VCC
XIN
VSS
XOUT
RESET
SK2
LCD1
LCD2
LCD3
LCD4
C902
0.1u
100p
J901
C412
10p
C415
10p
RESET
R901
0R
C409
3p
CM
MICDEY
NC
PTT
TXD1
RXD1
NC
NC
NC
NC
NC
EN0
EN1
NC
NC
NC
D901
C960
R400
330k
PST9124NR
XOUT
GND
XIN
C403
470p
3 GND OUT 4
R907
R409
1k
3V3
2 SUB
7
8
J902
CON8-1
3V3
Q403
DTC144EE
3V3
BSHIFT
8M
8M
IN
C11
100p
3V3
F-DIO
F-CLK
F-CS
F-DI
IC400
1 NC VCC 5
IC902
OUT
POWER
MIC
SPGND
1
SPOUT
2
8M
3
RXD
4
TXD
5
POWER
6
MIC
0
C1 C2 C3
C4
1u
0.1u 0.1u
C951
R919
2.7k
R921
47k
DM6000 LCD
K1
K1
R904
K2
0R
R905
K2
K3
0R
R906
K3
K4
0R
R908
K4
K6
100R
R914
K6
K7
1k
R915
K7
1.5k
A
A
Title
DM6000LCD
Size
Number
Revision
A4
Date:
File:
1
2
3
12-Jun-2015
E:\DM6000\线路\DM6000-2\PCB\DM6000-2V01.ddb
Sheet of
Drawn By:
4
C827
11
15
6
R836
C838
J4
10
1
5
C901
IC302
C418
C822
C417
Q714
D313
R377
C839
C412
C409
C836
C408
D314
F701
C422
R378
C416
C826
TH703
L312
C913
C835
L313
C356
Q707
C915
R824
R809
C801
C903
C347
R845
R344
R348
C928 C927
R351
R847 R347
D312
C401
R558
C577
D904
C579
C181
C180
R164
R165
Q506
R557
C260
R1
R109
R168
C262
C264
R176
R188
C192
R175
C183
R166
C201
R162
R171
R174
C184
Q708
C921
D502
R509
R506
C922
Q502
R519
C575
C556
C918
R521
C525
R508 C514
R504
C515
C584
C508
C586
C585
R150
C587
R152
C221
C509
R149
R151
D501
D503
C530
C917 C523
R503
R507 R505
R145
IC12
R520
C848
C807
C524
C777
R782
C534
L25
C179
C114
C222
C107
C200
R142
C559
C552
R526
C919
C544
R153
C115
Q14
C111
R147
R113
Q18
R112
R111
Q24
R126
C113
Q705
C212
C263
R205
C220
IC21
R148
R143
C166
C818
R141
R155
D11
IC22
R169
R140
J5
R114
C188
C273
R154
R146
L28
C779
R9
C223
C168
C167
C190
Q704
Q710
R527
C565
TH501 R529
C864
R131
C920
R137
C237
R785
C783
IC4
R135
C266
R813
R812
C186
R138
X2
D15
D504
R535
C197
R163
C238
R132
R749 R748
C907 C906
C851
IC10
C219
C25
C85
C230
R10
R204
C30
C98
R52
R106
C147
R105
R82
R90
C148
C84
R51
IC15
R110
R15
C175
R786
C44
C228
R784
R108
R787
R57
R121
R172
R130
R134
C99
IC13
C226
C73
R124
C235
Q2
C22
R74
R173
C236
R177
C97
R817 R819
R750
C82
R832
R833
C227
R815 C809
C805
R13
R751
R54
IC17
R338
D903
C23
R834
R835
IC3
R107
C808 R818
C816
R81
R73
R345
C572
R47
C116
IC715
Q712
C824
C926
R559
R340
D301
C342
C334
R904
C333
C923
C856
C834
C395
IC303
R339
R905 C925
C70
C274
Q902
R342
Q901
R341
D305
R36
R334
D316
C814
R902
R75
C131
R70
R59
R189
R91
C26
C83
C24
C394
R901
C810
C806
C129
R66
R69
R67
C132
R167
C128
C94
C863
D1
C831
C909
C916
R829
C95
C261
R822
D2
C189
C354
C912
R828
IC711
R65
R825
C830
C832
Q19
R139
R123
L314
C910
C407
C112
R184
R115
C348
C350
D712
C815
IC712
C345
C355
C338
C850
D710
R337
C914 R336 C911
C904
C924 R903
Q713
B
C833
C218
C817
R821
R820 C828
R12
R3
C122
C109
C118
C123
C117
C164
C758
D711
D709
C165
R209
C178
J701
R48
D707
ANT1
C185
R210
R2
C421
R186
C205
R185
R158
C202
C198
C199
R133
R136
C182
D708
L316
D716
D718
Q1
R14
R92
C124
D713
L319
R831
C206
D16
C125
R190
C415
C413
R101
C210
R58
C211
TH702
R206
C823
D717
C127
C420
L320
C207
R170
R122
Q11
R207
C405
C406
C410
C404
C968
C971
C847
C340
C365
L318
C967
C974
L904
C318
C329
R816
R4
C510
Q16
Q15
C15
C18
L2
C77
C89
C92
C76
C135
R79
C91
C79
R49
C93
C142
R100
R50
X1
R830
C19
C141
C27
R60
R200
C87
R85
R86
Q13
L24
C96
IC5
Q23
C143
C146
C14
C81
R87
R53
C90
C80
R80
C105
R201
R76
C151
R156
C47
C29
R703
C718
C241
Q20
C908
R191
C243
C267
IC14
R198
R180
C270
C269
C254
R194
C713
C255
C256
C257
D12
C252
C253
D14
D705
C964
C245
R196
Q21
R702
C240
R179
C244
C720
R178
C250
D706
C242
D13
C249
C248
C258
R182
R199
R701
R195
R125
C272
C232
R192
C193
R161
R187
R202
R11
R193
C126
C209
C187
L23
R203
Q22
Q17
C231
C979
C224
C251
C981
Q12
L22
C246
C239
C162
R98
R95
R97
C120
R94
C158
IC6
C247
R197
C959
D905
C163
R93
C161
C159
C160
L29
R183
C155
R71
R119
X3
R96
R8
C100
R83
C3
C1
L1
C9
C101
Q25
C102
C156
L30
C121
C840
C88
R78
C134
C16
R89
R88
C74
C11
C119
C17
R102
C136
C108
R104
C154
C149
IC11
CF501
C75
C268
CD501
C110
IC7
R181
C511
R208
C5
C504
C7
IC1
C31
C32
R103
C37
C170
C33
C153
R116
C171
C196
C13
R21
C6
CF502
R517
C2
C133
C4
C150
L6
R501
R120
R62
C104
C130
R19
C12
C137
C502
L902
R502
C506
L502
L503
C503
R512
IC501
C507
C140
C174
R61
R129
R77
C8
R144
Q501
L504
C505
R827
C969
R332
R333
C804
C802
C940
R157
C20
C191
C173
C152
R7
R160
R38
R30
C139
R55
C157
C957 C528
C956
C208
R523
C865 C517
C520
C583 C955
C521 C522 R514
C519
L505
Q503
C518 R511 C513
C958 R510 C516
R127
R68
C537
R524
XF501
R522 C527
R531
R525
R907
R515
C533
C582
R534
L506
R543
C539
L507
R536 C541
L4
R118
IC8
C545 C538
D505
C103
R64
L31
R5
R99
D5
L510
C554 C553
C40
C169
C144
L8
C946
C943
C547
R6
L5
R32
D3
D4
L9
L3
C172
L15
R159
R23
C57
C948
C45
Q4
C42
C945 C944
D6
C138
R56
R823
R20
C78
L27
C49
C51
R117
C86
R84
C54
TC2
R128
IC9
R37
C39
R910
R72
C21
C28
C954
C953
C61
C952
C66
C62
C60
C949
C55
R28
D7
L16
C947
R33
TC1
C35
IC710
R63
C59
L13
L12
C38
R31
C53
R16
C36
C58
R17
Q3
L7
C548
R39
C69
R43
C63
R42
C68
C64
R26
R25
R24
C41
C941
L11
L14
R29
C942
R539
ML
R35
Q6
D8
R537 R538
Q504
Q9
C52
C937
R532
R22
C43
Q8
C56
C934
C551
R541 R540
C933 C560 C555
R542
C550
C932
D506
R906
D906
L512
C543
C546
C549 L508
C562 R546
C561
C936
R528
L511
R549
C50
C535
C557 C558
C566
L901
ML
R18
L19
L18
R27
Q5
R544
R551
R550
C34
L17
C568
Q505
R545 R547
R553
L10
R34
C570
Q7
IC2
C46
R40
L514
C569 R552
L20
C48
C571
C567
C67
C65
C573
R554
Q10
R41
R46
D10
C576
L21
C71
R45
D9
R556
C72
C951
R44
L515
D508
C10
C811
C581
C578
R555
C825
Q709
R814
C855
D509
C975
C821
C977 R811
R560
L707
Q716
C829
D714
C978
Q711
C331
D901
C574
R826
C106
L305
R326
R314
C973
R307
C972
L903
C812
C332 R331
L310
R350
Q715
IC713
C145
C310
L302
R304 C308
C312
R312
C309
C306
D902
L308
Q303
R346
C330
L315
C328
C402
C976
C400
R349
C403
D715
C970
C344
C399 C397
L309
L317
D311
C849
D306
D307
D309
C965
C966
C343
Q717
C837
C820
D401
C955
D402
D400
R916
D912
C925
R911
R913
D904
R912
C952
R902
R903
C953
R417
D903
R910
D905
S901
D901
D914
D902
K1
D907
K2
D906
K3
D909
K4
D908
K5
C402
R410
C406
K6
D910
J901
Q400
R402
C416
C11
C903
R924
R6
R4
R5
R3
Q904
Q401
Q903
R923
R917
R922
R909
D911
C10
R403
C408
C901
C410
R920
R921
R7
C3
R2
C2
C1
C9
C8
C7
X400
C6
C5
C409
Q403
C951
R1
C918
C4
C917
C412
C401
C400
R409 C415 C924
IC404
J903
IC401
IC400
D913
R918 C929
R412
C403 R400
R919
R904
C776
C954
L901
R905
1
R411
R14
R13
C956
C957
R11
R12
C961
C960
C922
R906
R426
C912
C910
C902
R908
R10
C915
R907
R15 R16
R914
IC403
C417
R915
R9
R901
R8
K7
C959
IC902
J902