dj – g29t - radiomanual · 5-2. sub if the signal amplified at the 1st if amplifier q225 is...
TRANSCRIPT
DJ – G29T Service Manual
CONTENT SS SPECIFICATIONS
General…………………………………………… Transmitter……………………………………….. Receiver…………………………………………..
CIRCUIT DESCRIPTION 1) Reception……………………………………… 2) Transmission…………………………………... 3) CPU……………………………………………
SEMICONDUCTOR DATA 1) BU4094BCFV (XA0506)…………………………… 2) NJM2070M (XA0210)……………………….…….. 3) TC4W53FU (XA0348).…………………………….. 4) NJM2125F (XA0622)……………………………… 5) TK10931V (XA0666)..…………………………….. 6) uPC2771TB (XA0953) …..………………………… 7) uPC2757TB (XA0976).…………………………… 8) BD4930FVE (XA1009)…………………….………. 9) MB15F07SL (XA1033)…………………………….. 10) MM1332EF (XA1139)………………….………… 11) AT24C51210 (XA1184).……………….…….……... 12) M62364FP (XA1293)…………………………. 13) S-812C32AMC (XA1353)…………………………. 14) LM2681 (XA1354)……………………………… 15) NJM12904RB1 (XA1355) ………………………… 16) NJM2746RB1 (XA1356) ………………………… 17) BA2902FV (XA1371) ………………………… 18) NJM2591V (XA1391)…………………………… 19) Transistor, Diode and LED Outline Drawings …… 20) LCD Connection (EL0063) …………………………
EXPLODED VIEW 1) Front View…………….……………………….. 2) Rear View……………………….………….….. 3) Bottom View………….………….…………….
2 2 3
4-7 7
8-11
12 13 13 13 14 14 15 15 15 15 16 16 16 17 17 17 17 18 18 19 20
PARTS LIST CPU Unit..……………………………………….... MAIN Unit..……………………………………..... Mechanical Unit…………………………………... Packing Unit…………………………………….....
ADJUSTMENT 1) How to enter the adjustment mode..………….... 2) How to select the adjustment item……………... 3) How to change the Squelch……………………. 4) How to transmit the Tone Burst………………... 5) Standard Measuring Condition….……………... Adjustment Points…………………………………… Adjustment Specification…………………………….
PC BOARD VIEW ……………………………..
SCHEMATIC DIAGRAM ………………….
BLOCK DIAGRAM …………………………..
ALINCO, INC.
SPECIFICATIONS
■General ●Frequency range: TX(Main band): 222.000 – 224.995MHz 902.000 – 927.995MHz RX(Main/Sub band): 216.000 – 249.995MHz 902.000 – 927.995MHz ●Antenna impedance: 50 ohm(SMA) ●Supply voltage: DC 7.4V(EBP-73 Li-ion battery pack) DC 9~16V(external regulated source) ●Ground: Negative ground ●Current consumption: - TX approx. 1.7A/222MHz, 1.7A/902MHz - RX approx. 200mA/Dual, 150mA/Mono - Battery save (1:4) approx. average: Dual 56mA/Mono50mA ●Temperature range: -10℃~+45℃ (+14~+113°F) ●Frequency stability: +2.5ppm(@-10 - +45℃) ●Dimensions (WxHxD Projections exclusive): 61 x 106 x 38 mm or 2.40 x 4.17 x 1.50 in. ●Weight (Antenna/EBP-73 inclusive): Approx. 296g /9.55 oz
■Transmitter ●Output power (approx): - DC13.8V:222MHz 5/1/0.4W, 902MHz 2.5/1/0.4W - EBP-73:222MHz 4/0.8/0.3W, 902MHz 1.7/0.8/0.3W ●Modulation mode: F1D/F2D/F3E ●Spurious emission: -60dB or less ●Maximum frequency deviation: ±5kHz
■Receiver ●System: Double-conversion super heterodyne ●IF frequencies(1st/2nd): Main band: 51.65MHz / 450kHz Sub band: 50.75MHz / 450kHz ●Sensitivity: Main band: 222MHz ham-radio bands –14dBμ
902MHz ham-radio bands –14dBμ Sub band: 222MHz ham-radio bands –14dBμ
902MHz ham-radio bands –14dBμ ●Selectivity: -6dB 12kHz or more / -60dB 35kHz or less ●Audio output power: More than 400mW (8Ω/MAX)
CIRCUIT DESCRIPTION
1) Reception
FM:
Double Super Heterodyne Method
1st IF: Main band 51.65 MHz
Sub band 50.75 MHz
1. RX Method
2nd IF: 450 kHz
2. Front End 2-1. 216 ~ 249.995MHz (MAIN)
The receiving signal is passed through the band-pass filer (C378, C405, C406, C406, C407, C415, C530, L223, L231, L259), and amplified in RF fast amplifier (Q234). The amplified signal is led to band pass filter (C396, C397, C399, C404, C411, C412, L255, L256), and then input to the mixer IC204
2-2. 902 ~ 927.995MHz (MAIN)
The receiving signal is passed through the band-pass filer (C497, C498, C499, L254, L283, L284), and amplified in RF fast amplifier (Q250). The amplified signal is led to band pass filter (C486, C488, L293, FL202) and amplified in RF second amplifier (Q258). The amplified signal is led to high pass filter (C524, C525, L292), and then input to the mixer IC204
2-3. 216 ~ 249.995MHz (SUB)
The receiving signal is passed through the band-pass filer (C378, C405, C406, C406, C407, C415, C530, L223, L231, L259), and amplified in RF amplifier (Q234). The amplified signal is led to band pass filter (C418, C419, C420, C421, C429, C430, C432, C433, C434, C435, C436, L261, L262, L264, L265), then input to the mixer IC206
2-4. .902 ~ 927.995MHz (SUB)
The receiving signal is passed through the band-pass filer (C497, C498, C499, L254, L283, L284), and amplified in RF amplifier (Q250). The amplified signal is led to band pass filter (C508, C510, C258, L288, FL205) and amplified in RF second amplifier (Q256). The amplified signal is led to high pass filter (C511, C512, L290), and then input to the mixer IC206
3.ATT This circuit is used in case the receiving signal is disturbed by interfering signal, attenuating the receiving signal to reduce the interference. CPU (IC3) pin 30, 31 and 32 outputs a DC voltage to drive IC14, then ATTV on MAIN unit controlling D207 and D242. The serial resistor with diodes adjusted the attenuation value.
4 Mixer 4-1. Main Mixer
The input signal to the mixer IC204 and the 1st local signal are added or, then it is amplified at the 1st IF amplifier Q216 after the adjacent signal subtracted at mixer IC204, and the crystal filter XF201 selects the signal of 51.65MHz is eliminated.
4-2. Sub Mixer The input signal to the mixer IC206 and the 1st local signal are added or, then it is amplified at the 1st IF amplifier Q225 after the adjacent signal subtracted at mixer IC206, and the crystal filter XF202 selects the signal of 50.75MHz is eliminated.
5. IF 5-1. Main IF
The signal amplified at the 1st IF amplifier Q216 is supplied to pin 16 of IC205 for demodulation. Also the signal of 12.8MHz pass through Q213 and Q214 and 51.2MHz (12.8MHz X 4) led to pin 1 of IC205. 2 input signals on pin 16 and 1, are mixed in the mixer circuit inside IC205 and converted into the 2nd IF signal of 450kHz. The converted 2nd IF signal is output from pin 3 of IC205. The output signal from pin 3 of IC205 is led to pin 5 of IC205 after eliminating the adjacent channel signal at the ceramic filter FL201. The input 2nd IF signal to pin 5 of IC205 is demodulated at the limiter amplifier and quartered detector circuits inside of IC205, then output from pin 9 of IC205 as an AF signal.
5-2. Sub IF The signal amplified at the 1st IF amplifier Q225 is supplied to pin 24 of IC208 for demodulation. Also the signal of 12.8MHz pass through Q213 and Q214 and 51.2MHz (12.8MHz X 4) led to pin 1 of IC208. 2 input signals on pin 24 and 1, are mixed in the mixer circuit inside IC208 and converted into the 2nd IF signal of 450kHz. The converted 2nd IF signal is output from pin 3 of IC208. The output signal from pin 3 of IC208 is led to pin 7 of IC208 after eliminating the adjacent channel signal at the ceramic filter FL204. The input 2nd IF signal to pin 7 of IC208 is demodulated at the limiter amplifier and quartered detector circuits inside of IC208, then output from pin 12 of IC205 as an AF signal
6. Squelch 6-1. Main Squelch
The AF signal got from pin 9 of IC205 is fed to pin 8 of IC205. The input signal is output from pin 14 of IC205 passing through the noise filter amplifier and rectifier circuits inside of IC205. The rectified signal (MSQL) is added to the A/D(Pin109) port of the microcomputer IC3. Judging the signal, the microcomputer controls ON/OFF of the audio output.
6-2. Sub Squelch The AF signal got from pin 12 of IC208 is fed to pin 19 of IC208. The input signal is output from pin 21 of IC208 passing through the noise filter amplifier and rectifier circuits inside of IC208. The rectified signal (SSQL) is added to the A/D(Pin108) port of the microcomputer IC3. Judging the signal, the microcomputer controls ON/OFF of the audio output.
7. Audio The all AF signal are attracted to the IC10 on the CPU unit. The volume of output audio signal is adjusted at the volume IC10 and the AF amplifier Q7. And then the signal is input to pin 2 of audio power amplifier IC5 to output pass through the audio SW Q12 from pin 6 to drive a speaker, etc.
8. VCO 8-1. Main VCO
The Main VCO on oscillating frequency buffer amplifier Q602, oscillated signal is supplied to pin 4 of PLL-IC202 passing through the buffer amplifier Q201. The VCO in 222 band consists of the Colpitts oscillator. D604, D605, D606 and L602 determine the oscillating frequency, and the signal is oscillated at the transistor Q603. The VCO in 902 band consists of the Colpitts oscillator. D601, D607, D605, D609 and L603 determine the oscillating frequency, and the signal is oscillated at the transistor Q604.
8-2. Sub VCO The Sub VCO on oscillating frequency buffer amplifier Q702, oscillated signal is supplied to pin 13 of PLL-IC202. The VCO in 222 band consists of the Colpitts oscillator. D704, D706, and L703 determine the oscillating frequency, and the signal is oscillated at the transistor Q704. The VCO in 902 band consists of the Colpitts oscillator. D707, D709 and L705 determine the oscillating frequency, and the signal is oscillated at the transistor Q706.
9. PLL PLL-IC202 is used to control the oscillating frequency of the VCO. IC202 is controlled by the serial control signal (DATA, CLK, STB1) sent from the microprocessor IC3. The 12.8MHz reference frequency of IC202, supplied from crystal oscillates X201. IC202 compares the frequency gained by dividing the signal added to pin 16 of IC3 by the control signal from IC3 with the frequency gained by dividing the reference frequency 12.8MHz. When the phase difference is found as a result of phase comparison, the pulse signal is output from the charge pump output of pin 8(Main band) and pin 9(Sub band) of IC202, then the signal is converted into the DC voltage at the passive filter and added to the cathode side of the VCO vari-cap D601, D604, D605, D606, D607, D608, D609, D704, D706, D707, D706 and D709 to make the phases equal. In result the stabilized oscillation can be done at the desired frequency.
2) Transmission 1. Microphone Amplifier The audio signal is converted to a mute switch (Q20) and microphone gain (Q24)
Electric signal in either the internal or external microphone pass through and two operational amplifiers, then supplied to IC10. The voice is converted into the electric signal through the microphone, and then supplied to IC10. The input signal is amplified and pre-emphasized to be output. The signal output from microphone amplifier is adjusted the maximum frequency deviation at IC10. The adjusted signal is added to the cathode of the VCO vari-cap D605 and D608 for deviation to change the capacity of the oscillation circuit resulting the FM deviation.
2. Power Amplifier The VCO in 222 band oscillated signal of the VCO is supplied to the power amplifier Q202, passing through buffer amplifier Q602 on VCO unit and then pre-driver amplifier IC201, driver amplifier Q203. The power-amplified signal is supplied to the antenna through the duplexer after the harmonics are attenuated enough. The VCO in 902 band oscillated signal of the VCO is supplied to the power amplifier Q210, passing through buffer amplifier Q602 on VCO unit then pre-driver amplifier IC201, driver amplifier Q212. The power-amplified signal is supplied to the antenna through the duplexer after the harmonics are attenuated enough.
3) CPU Peripheral 1.Lamp The CPU pin 117, 118 and 119 outputs a DC current to drive IC6, controls.
The brightness of the lamp can be adjusted by five stages lamp lights when operating Lamp (D4, D5, D6, D7, D8, D8, D801, D802) lights when ten keys are operated. The lamp outputs by five stages and adjusts the DC current with CPU pin 117, 118 and 119 to IC6.
2. Tone/DCS/DTMF Encoder
The CPU pin 7 is equipped with an internal tone/DCS/DTMF encoder. The tone signal (67.0 to 250.3Hz) is output. The DCS code (023 to 754) is output. The DTMF code (1 to D) is output.
3. Tome/DCS Decoder The AF signal from the IC205 or IC208 is filtered by an active filter (IC2) signal amplified and input to pin 121 of the CPU
No. Terminal Signal I/O Description
1 VREF VDD2 - Power supply 2 AVCC VDD2 - Power supply 3 P9_7 DCSW O DCS mute SW 4 P9_6 MUTE O Mute 5 P9_5 TDC O Tone mute SW 6 P9_4
TRKV O Front End control
7 P9_3 TDD Tone/DCS/DTMF output 8 P9_2 MSW I MONI SW 9 P9_1 XBR O Cross Band Repeater SW 10 P9_0 DTSW O Tone/DCS/DTMF SW 11 P14_1 SCLK - Signal clock for EEPROM 12 P14_0 SDATA - Signal data for EEPROM 13 BATE GND - GND 14 CNVSS GND - GND 15 P8_7 TFSK O FSK output 16 P8_6 X SW O Clock shift output 17 RESET RST I Rest input 18 XOUT XOUT O Main clock output 19 VSS GND - GND 20 XIN XIN I Main clock input 21 VCC1 VDD - Power supply 22 P8_5 VDS - Power supply 23 P8_4 RFSK I FSK input 24 P8_3 R1A I MAIN RE 25 P8_2 R2A I MAIN RE 26 P8_1 R1B I MAIN RE 27 P8_0 BEEP O BEEP output 28 P7_7 R2B I MAIN RE 29 P7_6 TBST O Tone-burst output 30 P7_5 ATT1 O ATT control output 31 P7_4 ATT2 O ATT control output 32 P7_3 ATT3 O ATT control output 33 P7_2 PUSH I MAIN RE 34 RSD2/SCL2 RXD I Clone data input 35 TXD2/SDA2 TXD O Clone data output 36 P6_7 MRLC O MAIN red Indicator output 37 VCC1 VDD - Power supply 38 P6_6 MTLC O MAIN green Indicator output 39 VSS GND - GND 40 P6_5 /CS1 O LCD 41 P6_4 /RES O LCD 42 P6_3 A0 O LCD 43 P6_2 WR O LCD 44 P6_1 /RD O LCD 45 P6_0 NC - - 46 P13_7 D0 O LCD 47 P13_6 D1 O LCD 48 P13_5 D2 O LCD 49 P13_4 D3 O LCD 50 P5_7 RDCSW O DCS/Tone filter shift
No. Terminal Signal I/O Description
51 P5_6 NC - - 52 P5_5 MTSW O DCS/Tone filter SW 53 P5_4 STSW O DCS/Tone filter SW 54 P13_3 D4 O LCD 55 P13_2 D5 O LCD 56 P13_1 D6 O LCD 57 P13_0 D7 O LCD 58 P5_3 TP - TP12 59 P5_2 BPC1 O BEEP Volume 60 P5_1 BPC2 O BEEP Volume 61 P5_0 TC1 O Tone/DCS/DTMF Volume SW 62 P12_7 TC2 O Tone/DCS/DTMF Volume SW 63 P12_6 SRLC O SUB red Indicator output 64 P12_5 STLC O SUB green Indicator output 65 P4_7 EXT O Clone data SW 66 P4_6 LOPOW O TX low power SW 67 P4_5 SPC O Audio SW 68 P4_4 AFPC O Audio power SW 69 P4_3 PT3 I TX Hi/Low input 70 P4_2 STB1 O PLL (IC202) data output 71 P4_1 PT3 O PTT SW
72 P4_0 PVC O PLL power 73 P3_7 T3C O T3V SW 74 P3_6 CHG O Battery charge SW 75 P3_5 C3C O C3V SW 76 P3_4 STB2 O Parallel driver (IC207) data SW 77 P3_3 KI0 I Key matrix input 78 P3_2 KI1 I Key matrix input 79 P3_1 KI2 I Key matrix input 70 P12_4 KI3 I Key matrix input 81 P12_3 KO0 O Key matrix output 82 P12_2 KO1 O Key matrix output 83 P12_1 KO2 O Key matrix output 84 P12_0 KO3 O Key matrix output 85 VCC2 VDD2 - Power supply 86 P3_0 FSKC O FSK SW 87 VSS GND - GND 88 P2_7 VOXC O Microphone amplifier (IC12) power 89 P2_6 STB3 O D/A IC (IC10) data input 90 P2_5 CLK O Data clock output 91 P2_4 DATA O DATA output 92 P2_3 TVC
O 222MHz band TX SW
93 P2_2 PS1 O PLL SW of MAIN VCO 94 P2_1 PUSHH I SUB RE 95 P2_0 R2BB I SUB RE 96 P1_7 B2AA I SUB RE 97 P1_6 JDET I Ext power detection 98 P1_5 R1AA I SUB RE 99 P1_4 T12C O 1200MHz band TX SW 100 P1_3 MVCC O Main VCO buffer SW
No. Terminal Signal I/O Description
101 P1_2 M12C O Main VCO 902MHz band power 102 P1_1 MUC O Main VCO 222MHz band power 103 P1_0 BP1 I Band pram detection 104 P0_7 SUC O SUB VCO 902MHz band power 105 P0_6 SVC O SUB VOC 222MHz band power 106 P0_5 R1BB I SUB RE 107 P0_4 DET I Battery voltage detection 108 P0_3 SSQL I SUB Squelch input 109 P0_2 MSQL I Main Squelch input 110 P0_1 MSMT I Main S-meter input 111 P0_0 SSMT I Sub S-meter input 112 P11_7 D/TC O DCS/Tone filter power 113 P11_6 JRC O BUG sound mode power 114 P11_5 SVCC O Sub VCO buffer SW 115 P11_4 MG1C O Mike gain SW1 116 P11_3 MG2C O Mike gain SW2 117 P11_2 LED3 O Lamp SW1 118 P11_1 LED2 O Lamp SW2 119 P11_0 LED1 O Lamp SW3 120 P10_7 JRIN I BUG sound mode input 121 P10_6 TIN I DCS/Tone input 122 P10_5 VXDET I VOX voltage detection 123 P10_4 POSW I Power SW 124 P10_3 APTT O Mike SW 125 P10_2 FSW I FUNC SW 126 P10_1 BCHK I Power voltage detection 127 AVSS GND - GND 128 P10_0 PCNT O Power voltage detection SW
SHEET DATE DESIGN
DRAWING_No.TITLE
TX/RX SWD201,202
LPF
1SV307
LPF PRI-DRIVE AMP
IC201uPC2771TB
T3V
NJM2746RB1IC203
Q205:EMA8
TX/RX SW POWER AMP
Q210
+B
Q203
DRIVE AMP
RD01MUS2
Q212RQA0004
+B +B
+B
DRIVE AMP
APC
LPFHPF
L C DBUFFER AMP
MVCV
Q602
MV
MU
MOD
LOOP FILTER
LOOP FILTER
MOD
PLL IC
IC202MB15F07SL
X201Q213
BUFFER AMP
TRIPLER
BPF
TCXO
12.8MHz
JDE
T
Q247:2SJ668IC210:MM1332EFQ254:DTC144TM
D241:DG1M3D239:S3JB
DC JACK
Li-ion
CH
G
CHARGER
Q249US6T7Q252
HN2C01FE
REGULATOR
C3C
HN2C01FE
REGULATORQ248
US6T7Q251
CLK
,DA
TA,S
TB2
C3V
RF AMP
RB715W
Q2502SC5820
D249
RM12 RS12
RF AMP
RF AMP
Q258
Q256
HPF
HPF
BAND SW
JDS2S03S
BAND SW
JDS2S03S
D240
D250
uPC2757TBIC206
MIX
uPC2757TBIC204
MIX IF FILTER
XF201
51.65MHz
IF AMP
Q2162SC4915
SIFV
Q243
RTL030P02
+B
M30625FG
ATT
ATTV
JDS2S03SD242
TK10931VIC208
CLK,DATA,STB1
IC205
D14RB521CS
Q21EMD6
NJM2125IC14
LED1,LED2,LED3
ATT1,ATT2,ATT3
+B
SML-D12M8WD801,D802
SML-D12M8WD4~D9
Q8
IC6NJM2125
US6X6
C3V
+B
Q5BRPY1211F HN2C01FE
D2MRLV
MTLV
BRPY1211F HN2C01FEQ6D3
+B
MIFV
AFD
BA2902SFVIC2
TONE/DCS FILTER
DCT144TMQ1,Q2MAF
TONE/DCS SW
Q30,Q31SSM3K15FV
ATTV
TIN
DTC144TMQ25
REF
STSWMTSW D/T RDCSW
MAF
Q72SC6026MFV RN1704JE
Q26
SGNL
DTMF
/CS1,/RESA0,WR./RDD0,D1,D2,D3D4,D5,D6,D7
C3V
C3V
DTA123JMQ13
KEY
8.38MHzX1 IC8
Q12RTL035N03
Q14DTC144 2SC6026MFV
US6T7
+B
DTA123JMQ10
AFPC
VDD
EEPROM
SH
IFT
KO0,KO1KI2,KI3KI0,KI1R1A,R2A,R1B
R2B,PUSHR1AA,R1BB,R2AAR2BB,PUSHH
R.ENC
SW10~20
SKRPABE010
BD4930FVE
VDD
CLONE
RB512CSD11
VDD
C3V
RE901,902'TP70D974AE20
21.3F
Q19
EMD3
PCNT
CLONETXD
RXD
RST
RESET
IC9
SAF
MSQL
450K (FM)
X202450K
DETECTORBPF
MIFV SP
C
EX
T
C3V
MO
D IN
C3V
LOP
OW
TSFK
BEEP LEVEL
AF
ATT LEVEL
LED LEVELLUMP
TONE SW
D/A CONVETER
SP-MIC JACK
BCHK
BCHK
CLOCK
SW3EVQPJ705K
FUNC SW
POSW
MSW
FSW
SSQL
SSMT
DTMF
BPC1
BPC2
BEEP
IF IC
IF IC
CLOCK SHIFT
AUDIO SW
CLONE
CLONE SW
REGULATOR
TONE/DCS FILTER
LED INDICATOR
LED INDICATOR
ATT DRIVE
LCDV
ATTC
C P UIC3
T3C
T3V
TONE
TON
E IN
RE
F
AP
C
MO
D
VOX
Q22
EVQPJ705KSW9
PTT SW
PT3
AP
TT
PTT SW
C3V
Q18DTC144TM NJM12904RB1
DTM
F
VOXV
IC12
MUTE SW
Q20SSM3K15FV
MIC FILTER
MG
1C
MG
2C
DE
T
MIC
SCLSDA
TONE IN
Q9
Q11
RECEIVE
TRANSMIT
RECEIVE/TRANSMIT
CONTROL SIGNAL
KO2,KO3
MAIN-VCO
TV
T12
TVC T12C
BAND SW
JDS2S03SD223
BPF
BAND SW
JDS2S03SD229
BPF
RSV
RMV
RB715WD231
RF AMP
Q234JDS2S03S
D207
ATT
ATTV RMVTUNV
RSV
BPF
BPF
RM12
RS12
RM12
RS12 MIFV
FL201
IF FILTER
XF202
50.75MHz
2SC4915Q225
F/A
IF AMP
AGC AMP
AGC
DETECTOR
450KX204
SIFV
VCO-222M
VCO-902M
Q603
D604,606
Q604
BUFFER AMP
1SV279
LOOP FILTER
LOOP FILTER
SVCV
Q702
SUB-VCO
PV
PS1,PS2
Q2142SC4915
C3V
TDC MAIN INDICATOR
SUB INDICATOR
MRLC
MTLC
SRLC
STLC
SRLV
STLV
CLK
,DA
TA,S
TB3
TON
E,D
CS
,DTM
F
DTS
W
IC15TC4W53FU
C3VC3V
AF AMP
SPC
SP
NJM2070MIC5
AUDIO AMP
Q17SSM3K15FV
XBR SWMSMT
XBR
RN2115MFV
MUTE
MIFV
Q24RN1704JE
MIC GAIN
DTC144TMQ23
DCSW
DCSW
RN1704JEQ27,Q28
TC1
TC2
EMA8Q228
RM
12C
MIFV RM12
EMA8Q230
RS12
RS1
2C
RS
VC
RM
VC
SIF
C
PV
C
T12C
LIPPLE FILTERQ222
2SC6026MFVD216
RB521CS
Q218 Q219EMA8 EMA8
SU
C
SV
C
2SC6026MFVQ223
D217RB521CS
SV MU M12SU
MU
C
M12
C
Q221Q220EMA8 EMA8
SV
CC
SVCV
MV
CC
MVCV
EMA8Q232
RSV RMV PV
EMA8Q233
SIFV TV
EMA8Q238
T12 TVC T12C
JRC
JRV VOXV
VO
XC
C3V
FSK
C
C3V
FSKVD/T
D/T
C
Q4Q3EMA8EMA8
D12LM2681
RB521CS
IC11
BVTUNV VDD
IC7
S-812C32AMC
C3V +BTRKV
IC13TC75S51FU
REGULATORCHARG PUMP
SW4~8
+B
SW1POWER SW
EVQPJ705K
EVQPJ705K
MONI SWSW2
Q2022SK3476
POWER AMP
RB520CSD203,204,211
VCO-902M
VCO-222MQ704
D704,7061SV323
D707,709
Q706
SU
SV
Q201
ACTIVE FIL
Q204,206
2SC6026MFV
BV PV
PV
BUFFER AMP
2SC6026MFV
BV PV
Q207,209
ACTIVE FIL
PV PV
NJM2591V
Q2392SC6026MFV
D2541SS361FV
IC207
MIF
C
RM
12C
NFC
FCSIF
CR
S12
C
RS
VC
RM
VC
MIF
C
TVC T3V
2SC5066Y
2SC5066Y
2SC5066Y
2SC5066Y
2SC5066Y
2SC5066YD221:1SV308
1SV308D212,213
D245:1SV308
2SC5066Y
2SC5066Y
2SC5066Y
2SC5066Y
2SC5066Y
HPF
1SV314
1SV323
D601,609
BU4094BCFV
AT24C51210IC10 M62364FP
NE5550979A
BPF
NSVS1127FL202
NSVS1127FL205
450K (FM)
FL204
BPF
DJG29TBLOCK DIAGRAM
2011.12.16
SHEET DATE DESIGN
DRAWING_No.TITLE
MU
TE
TBS
T
BP1
+B
BCHKC3V
KO
3
KO
2
KO
1
KO
0
KI3
KI2
KI1
PCN
T
VDD
VO
UT
C3V
CA
P1N
C3V
BV
ATTC
C3V
ATTV
+B
LED1
LED2
LED3
C3V
VD
D
RXD
CLN
ATT
CC
3V
C3V
R1A
R2A
PU
SH
R1B
R2B
MG
2C
MG
1C
DTS
W
TUNV
TRK
V
C3V
DTMFSGNL
VOXV
C3V
STB3
CLK
DATA
MOD
REF
DCSW
VX
DE
T
TC1
TC2
C3V
AP
TT
TDC
TON
E
APCLOPOW
FSK
CFS
KV
MTL
C
MR
LC
STL
C
SRLC
+B
FSW
PO
SW
MS
W
+B
EX
T
C3V
CLN
AF
C3V
AFPC
SPC
AF
BP
C2
BP
C1
JRV
TIN
JRIN
VO
XC
VO
XV
JRV
D/T
JRC
D/T
C
C3V
D/T
MAF
SAF
STSW
V0
V1
V2
V3
V4
CA
P2N
R1B
B
C3V
PT3
C3V
KI0
SG
NL
MTSW
MAF
VD
D
D7
D6
D5
D4
D3
D2
D1
D0
/RD
WR
A0
/RE
S/C
S1
C86
CA
P2P
CA
P1P
CA
P3P
RD
CSW
DTMF
VDD
TXD
BE
EP
DTM
F
C3C
T3C
AFD
RFSK
FSKV
AFD
TFSK
C3V
MO
D
RE
F
T12C
SU
C
SV
C
JDE
T
SS
QL
MA
F
M12
C
SS
MT
MS
MT
MS
QL
DE
T
+B+B ATT
V
BV
TUN
V
AP
C
TON
E
AFD
SA
F
CH
G
STB
1
STB
2
CLK
DA
TA
PV
C
MU
C
RS
TX
OU
T
DC
SW
MU
TE
TFS
K
VD
D
VD
D
BCHK
/RDWRA0/RES/CS1
STB
3
TXD
LED2LED1
LED3
AFP
C
MTL
C
RX
D
MR
LCS
PC
EX
T
KI0
KI1
KI2
KI3
KO
0K
O1
KO
2K
O3
PT3
BE
EP
TBS
T
PCNT
JRCD/TC
MG1CMG2C
FSK
C
VO
XC
FSW
POSW
JRINTINVXDET
STLCSRLC
BP1
SVC
CH
GC
3C
T3C
STB
1
DETSSQLMSQLMSMTSSMT
SUC
T12C
MU
CM
12C
DA
TAC
LK
STB
2
APTT
PU
SH
R2B
R1B
R2A
R1A
RFS
K
BPC2BPC1
D7D6D5D4
D3D2D1D0
MS
WX
BR
DTS
W
TRK
VTD
C
TC2TC1
LOP
OW
VDD
2
STSW
JDE
T
R1BB
MTSW
RDCSW
VD
D2
PV
C
XBRW1
Hi:ON
1 3
4 5 6
7 8 9
2
0
*
#
A
B
C
D
(CLONE)
C P U
SILICON
LCD LEDD10,11
(1/8
W)
POWER SW
R.ENC_1
R.ENC_2
LO: TONE(DCS)Hi: DTMF
(TO
NE
/DC
S/D
TMF)
(Nar
row
:Hi)
(X'ta
l)
X8用 X8用
(1/8
W)
KEY LEDD5-D10
DCS/TONE FILTER
R1A
A
R2A
AR
2BB
PU
SH
H
FUNC SW
MONI SW
SML-D12M8W
(DCS:Hi)
×17
JR FILTER
GN
D
GN
D
(Hi:O
N)
SV
CC
SVCC
Harley
PS
2
TVC
PS
1TV
C
PS
1
MV
CC
PS
2
MV
CC
UP0738
DJ-G29T
2011/11/10
Ver.MPCPU UNIT
45
BEEP3: 0V 3.12V2: 3.12V 0V1: 3.12V 3.12V0: 3.12V 3.12V
4: 0V 0V
XBR ON 3.2V
PTT 3.43V VOX 3.19V
PTT 3.34V VOX 3.1V
VOX 3.2V3.2V
1: 0V
4: 3.2V
MGTX
2: 3.2V1: 0V
3: 0V4: 3.2V
MGTX
2: 0V3: 3.2V
TX NFM3.2V
TX DCS3.2V
3.11V
7.43V
3.11V
13.07V
2.82V
2.99VDCS ON
3.22V
3.22V
6.27V
2.91V
3.2V
3.2V
3.21V
13.06V
ATT1: 1.22V
OFF: 0V
2: 1.43V3: 1.94V4: 2.39V
ATT
2: 1.61V3: 2.09V4: 2.5V
1: 1.42VOFF: 0V
R10
722
K
D13
VD
Z5.1
B
R12
115
K
R10510K
R98
220K
R113390K
R1044.7K
R10
822
K
R89
10K
C85 1
C79 0.1
TP11GND
TP10BP3
R83100K
C96
22/1
0V +
R11
11K
R11
21K
C66
0.00
1
Q19EMD3
C67
0.00
1
R88150K
C89
0.00
1
R92100
C711
IC11LM2681
1
R85
100K
C17
0.00
1
R5
100K
C4
0.01 C5
0.01 C6
0.01 C7
0.01
R8710K
R9510K
R9710K
C95
22/1
0V + R118100
R12
33.
3K
R11
910
0K
Q21EMD6
TP1
LCD
_LA
MP
1
TP2
LCD
_LA
MP
2
R56 220
C510.1
C70
100P
R96
1K
IC6NJM2125F
1
C880.1
C54
0.01
R6410K
R6510K
R66
4.7K R67
10K
R68
4.7K R74
10K
R78
10K
C10
10.
1
R14210K
R701K
R62
6.8K
C10
30.
1R
110
1K
IC14NJM2125F
1
IC7S-812C32AMC
1
C93
0.00
1
Q22
DTC
144T
M
C22
0.01
C21
0.01
C20
0.01
C23
0.01
Q24
RN
1704
JE
TP5TP7
TP8
TP6
TP9
TP13
TP14
TP15
TP16
TP17
TP18
TP19
R61
100K
R58 1K
C99
0.01
IC13TC75S51FU
1R
129
56K
R13
310
K
C61
18P
L118u
X18.388608MHz
R8110K
C73 1
R9122K
R10
100K
C77
22/7
V+
C68
100/
7V+
R34 150
R31 150
Q5
HN
2C01
FE
Q6
HN
2C01
FE
R29 1K R30 1K R32 1K
D3BRPY1211F
D2BRPY1211F
R33 1K
IC15TC4W53FU
5
8 1
4
TP12
Q8US6X6
1
MIC1EY0028
SW
9E
VQ
PJ7
05K
SW
3S
KR
PA
BE
010
SW1
EV
QP
J705
K
SW2
EV
QP
J705
K
Q14DTC144TM
R60
100
C53 1
R5910K
Q112SC6026MFV
R73 1KC56 0.1
C50 0.1
C49
100/
10V
+
R55 10
C52 0.1
C59 1
IC5NJM2070M
1
C48 0.1
R71
10K
C60
1/16
V+
C651
R72 100
R63100K
C410.022
R46
4.7K
R14110K
C57
470P
C58100/10V
+
CN3BM08B-SURS-TF
8
1
IC10
M62
364F
P
Vin11
Vout1
Vout2
Vin2
VDD
LD
CLK
DI
Vin3
Vout3
Vout4
Vin412 Vin5 13
Vout5
Vout6
Vin6
Do
VDAref
RESET
GND
Vin7
Vout7
Vout8
Vin8 24
Q26
RN
1704
JE
Q12RTL035N031 2 3
456
Q10DTA123JM
C46
0.01
C38
22/7
V +
C1080.1
C1060.1
Q4EMA8
Q3EMA8
C10
50.
1
C30
0.01
R1647K
R12
150K
R1515K
R15
62.
2M
Q2DTC144TM
Q1DTC144TM
C33
270P
R19390K
C31
0.02
2
R18390K
R1768K
C36
0.00
1
C35
270P
R22390K
R21390K
C32
0.02
2
R24
10K
R2056K
C34
0.00
1
R23
10K
C27 0.01 C26 0.01C25
0.00
22
R2747K
R25
47K
R26
NC
R1580
R1410K
C29
0.04
7
R1310KC28
2.2/10V+
R16
110
0K
C24 0.1
Q17SSM3K15FV
C11
11
R16
210
0K
C10
1C
111
C12
1C
131
C14
1
C15
1
C69 1
R145100K
R16
310
0K1
R41
27KR
147
56K
R14
622
K
R7910K
C75
22/7
V+
C72
470P
C11
215
/4V +
R1641K 1
C440.1
R15
51.
8K
R90
3.9K
R75 22
R48 39 R49 39 R50 39 R51 39 R52 39 R53 39
SW4
SW10
SW15
SW5
SW11
SW16
SW6
SW12
SW17
SW7
SW13
SW18
SW8
SW14
SW19
D4
D9
D8
D7
D6
D5
IC2BA2902SFV
2
311
14
IC2BA2902SFV6
57
IC2BA2902SFV
13
1214
IC2BA2902SFV9
108
D1NC
Q23DTC144TM
Q31SSM3K15FV
R160100K
Q30SSM3K15FV
R16
610
0K
R10
91K
C90
0.00
1
C55 1
C13
5N
C
TP20SP
TP21SPG
R4033K
C400.022
R28
33K
C37
22/7
V +
C42 0.01
C43
0.00
1
R39
10K
SW20
SKRPABE010C13
4N
C
R16
72.
7K
R16
82.
7K
1
R16
92.
7K
1
R17
02.
7K
1
CN4 FH33-30-S-0.5SH
1 30L C D
D10
VD
Z5.1
B
R6
NC
R11
410
K
C810.022
Q20SSM3K15FV
C820.022 C
870.
001
C11
010
0/7V +
C13
610
0/7V +
R15
722
D11RB521CS
D12
RB5
21C
SR
116
330
D14
RB5
21C
S
D15
RB5
21C
S
C76
47/7
V + R94
33K
Q9US6T7
1
R11
710
0K
C10
20.
001
R45100K
C63
0.04
7
R44
47K
C47
0.01
R47
10K
R16
510
K
1
R17
110
01
R17
3 1001
R802.2K
C640.1
R82
2.2K
C10
9N
C
R8627K
C8
NC
C9
NC
C16 1u
Q18RN2115MFV
C74 1
R93
10K
R7 nc
R3nc
IC1nc
6
57
IC1nc
2
34
18
R159
nc
R35nc
R36nc
R42nc
C45 nc
+C
39 nc
IC4nc
1
R43 nc
C2nc
C3nc
C1 ncR2
nc
R4 nc
R8
NC
C18 nc
+
R11 nc
R9nc
C19 nc
R1
nc
C98 nc
R12
4nc
R130nc
C10
0nc
C1330.1
1
R17222K1 C
107
1 R13
247
K
R13110K
Q29DTC144TM
IC3M30625FG
P1_0/D8103
P0_7/AN0_7/D7104
P0_6/AN0_6/D6105
P0_5/AN0_5/D5106
P0_4/AN0_4/D4107
P0_3/AN0_3/D3108
P0_2/AN0_2/D2109
P0_1/AN0_1/D1110
P0_0/AN0_0/D0111
P11_7112
P11_6113
P11_5114
P11_4115
P11_3116
P11_2117
P11_1118
P11_0119
P10_7/AN7/K13120
P10_6/AN6/K12121
P10_5/AN5/^K11122
P10_4/AN4/K10123
P10_3/AN3124
P10_2/AN2125
P10_1/AN1126
AVSS127
P10_0/AN0128
VR
EF
1
AV
CC
2
P9_
7/A
DTR
G/S
IN4
3
P9_
7/A
NE
X1/
SO
UT4
4
P9_
5/A
NE
X0/
CLK
45
P9_
4/D
A1/
TB4I
N6
P9_
3/D
A0/
TB3I
N7
P9_
2TB
2IN
/SO
UT3
8
P9_
1/TB
1IN
/SIN
39
P9_
0/TB
0IN
/CLK
310
P14
_111
P14
_012
BY
TE13
CN
VS
S14
P8_
7/C
IN15
P8_
6/X
CO
UT
16
RE
SE
T17
XO
UT
18
VS
S19
XIN
20
VC
C1
21
P8_5
/NM
I22
P8_
4/IN
T2/Z
P23
P8_3
/INT1
24
P8_2
/INT0
25
P8_1
/TA
4IN
/U26
P8_0
/TA
4OU
T/U
27
P7_7
/TA
3IN
28
P7_6
/TA
3OU
T29
P7_5
/TA
2IN
/W30
P7_4
/TA
2OU
T/W
31
P7_
3/C
TS2/
RTS
2/TA
1IN
/V32
P7_
2/C
LK2/
TA1O
UT/
V33
P7_
1/R
XD
2/S
CL2
/TA
0IN
/RB
5IN
34
P7_
0/TX
D2/
SD
A2/
TA0O
UT
35
P6_
7TX
D1/
SD
A1
36
VCC
137
P6_6
/RXD
1/S
CL1
38
VSS 39P6_5/CLK1
40P6_4/CTS1/RTS1/CTS0/CLKS1
41P6_3/TXD0/SDA0 42P6_2/RXD0/SCL0 43
P6_1/CLK0 44P6_0/CTS0/RTS0 45
P13_7 46P13_6 47P13_5 48P13_4 49
P5_7/RDY/CLKOUT 50P5_6/ALE 51
P5_5/HOLD 52P5_4/HLDA 53
P13_3 54P13_2 55P13_1 56P13_0 57
P5_3/BCLK 58P5_2/RD 59
P5_1/WRE/BHE 60P5_0/WRL/WR 61
P12_7 62P12_6 63
P12_564
P4_
7/C
S3
65P4
_6/C
S266
P4_5
/CS1
67P4
_4/C
S068
P4_3
/A19
69P4
_2/A
1870
P4_1
/A17
71P4
_0/A
1672
P3_7
/A15
73P3
_6/A
1474
P3_5
/A13
75P3
_4/A
1276
P3_3
/A11
77P3
_2/A
1078
P3_1
/A9
79P1
2_4
80P1
2_3
81P1
2_2
82P1
2_1
83P1
2_0
84VC
C2
85P3
_0/A
8(/-/
D7)
86V
SS
87P
2_7/
AN
2_7/
A7(
/D7/
D6)
88P
2_6/
AN
2_6/
A6(
/D6/
D5)
89P
2_5/
AN
2_5/
A5(
/D5/
D4)
90P
2_4/
AN
2_4/
A4(
/D4/
D3)
91P
2_3/
AN
2_3/
A3(
/D3/
D2)
92P
2_2/
AN
2_2/
A2/
(D2/
D1)
93P
2_1/
AN
2_1/
A1(
/D1/
D0)
94P
2_0/
AN
2_0/
A0(
/D0/
-)95
P1_
7/D
15/IN
T596
P1_
6/D
14/IN
T497
P1_
5/D
13/IN
T398
P1_
4/D
1299
P1_
3/D
1110
0P
1_2/
D10
101
P1_1
/D9
102
R144100K
R15
433
0
1
Q13DTA123JM
R761M
C62
18P R
140
10K
R13
410
K
R13
510
K
R13
610
K
R1374.7K
R1384.7K
R13933K
IC9BD4930FVE
1IC8
AT24C51210
1
R151NC
R1500
Q28RN1704JE
4
5 1
2
3
R14
310
K
Q25DTC144TM
R15210K
R12010K
C86
0.00
1
R1022.2K
IC12NJM12904RB1
2
34
18
R10110K
R1032.2K
C1140.1
R149NC
Q27RN1704JE
4
5 1
2
3
C800.1C
780.
047
C94 0.1
C9268P
R84100K
R994.7K
IC12NJM12904RB1
6
57
C83
0.00
1
R10
610
0K
R12
2N
C
C97 1
R12
8nc
R11
510
K
C91
0.01
C84 1
R37
2.2M
Q72SC6026MFV
R38
2.2K
R12
52.
2K
R12
64.
7K
R15
32.
2K
R10039k
R12
710
kC13
81
1C13
71
1
R541K
CN2AXK6S40647YG
20 12140
SHEET DATE DESIGN
DRAWING_No.TITLE
BV
C3V
REF
TONE
STB1
CLK
DATA
MOD
PV
SV
SU
C3V
MU
M12
SU
C
SV
C
MU
C
M12
C
PS1
PS2
C3C
T3V
T3C
SSQL
SIF
V
RS
V
RM
V
RS
VC
RM
VC
MIF
CM
IFV
RM
12R
M12
C
PV
SIF
VS
IFC
PV
C
T12C
T3V
TVC
TV T12
MIF
CR
MV
CR
SV
CR
S12CC3V
SIF
CFC N
FC
CLK
STB
2
DA
TA
RS1
2CR
S12
SV
CV
SV
CC
MV
CV
MV
CC
MIFV
MSQL
RM
12C
C3V
JDE
T
DE
T
CH
G
+B
APC
MVCV
M12
STB1
PVC
T3C
C3C
CHG
+B
+B
SAF
AFD
TONE
APC
BV
ATTV
C3V
C3V
T12C
M12C
MUC
SUC
SVC
JDET
DET
SSQL
MSQL
MSMT
SSMT
MAF
MOD
REF
DATA
CLK
STB2
TUNV
SVCC
PS1
TVC
PS2
MVCC
+B
T3V
+B
NFC
FCC3V
RM12
MU
TUNV
RS12
ATTV
SAF
AFD
SSMT
SIFV
MAF
SU
SVCV
SV
MSMT
T12C
TVC
RMVRSV
T12
TV
21
1
30
10
20
40
MOD
MUPD
M12PD
MVCV
MOUT
MU
M12
51.2MHz
MAIN VCO
Li-ion
(160
8)
11.6n
86n
0.3-
0.9-
3T
7.5n
10.5n
0.3-
0.7-
3T
6.3n
2p)
2p)
29n
902-928MHz216-250MHz
EA0203
13.4
902-928MHz
LQW15A
LQW
15A
216-250MHz
11.6n 10.5n
LQW
15A
902M
SUB VCO
220M
38.3n
38.3n38.3n
86n
38.3n 38.3n
22p)
13.80V13V
3.45V
3.13V
3.21V
2.91V
3.21V
2.37V 2.45V
2.75V
2.75V
3.07V3.07V
6.31V
1.76V2.6V
2.6V
2.6V
2.54V2.56V
2.53V 2.5V
1.97V2.18V
2.84V
3.05V
3.1V
3.07V
2.81V 2.85V
0.9V13V
1.08V
13V
13V
13V
13V
0.65V
12.73V0.86V
3.44V
3.43V
TX ON
TX ON
TX ON3.07V
1.19V
3.1V
3.1V
2.85V
2.67V
2.86V
2.85V
3.08V
3.07V
3.1V
1.19V
3.1V
R29
24.
7K
Q2232SC6026MFV
Q221EMA8
C36
80.
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Q220EMA8
R29
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7K
Q219EMA8
Q218EMA8
C36
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X20112.8M
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C3021
IC202 MB15F07SL
GN
D2
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OSC
_IN
GN
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fin1
Vcc
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LD/fo
ut
PS
1
Do1
Do2
PS
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Xfin
2
Vcc
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fin2
LE
DA
TA
Clo
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CN201AXK5F10347YG
1 6
Q2132SC5659
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C2740.01
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C23
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R21510K
R21310K
R26210K
R26
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C2772.2/10V
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TP206M_PD
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Q230EMA8 4
Q228EMA8
Q233EMA8
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STR
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C37
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0/7V +
C37
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0/7V+
IC208 TK10931V
OSC
I
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MIX
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AM IF
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FM IF
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CP
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LIM
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FM A
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AG
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R32
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C3410.001
R249330
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C35815P
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R3980
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C3244P
C32
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L240 1u
L293
6.8n
C50812p
C484120p
R27
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R27
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C4080.001
C4090.01
R24415
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Q2042SC6026MFV
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Q2072SC6026MFV
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C2040.001
C219220p
C24
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C20
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R20
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R20247k
C26
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C25
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R22
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27n
L201
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H16
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C27
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L204
1u
L21512n
FL202NSVS1127
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L2120.5-1.4-3TL
L2070.35-1.4-6TR
Q2012SC5066Y
CN203AXK5S4004YG
C215nc
R25
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C29
322
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L227
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L
Q212RQA0004
L232
3.3n
C291220p
L226
FBM
H16
08H
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1
C30
5nc
C30
3N
C
R26
556
C30
83p
L233 1u
C32
022
0p
C25
522
0p
L2300.3-1.2-3T
D2121SV308
C299220p
C300220p
C2964p
C31
54p
C307nc
C298220p
C30
63p
L2290.5-1.4-3TL
L2280.3-1.2-3T
L237
C2973p
C30910p
C27
50.
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C25
00.
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IC201uPC2771TB
L213
100n
C20
322
/7V +
R25
133
k
R25
010
k
C31
410
p
C290220p
L225FBMH1608HM151
R21
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FL205NSVS1127
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C3320.1
R27
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C3400.01
Q2162SC4915
R22
33.
3K
C2610.5p
C26
30.
5p
D2131SV308
C28
81p
L236
C31
95p
C31
85p
D25
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S36
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FL204CFWC450E
Q226NC
C48
00.
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C47
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IC205 NJM2591V
OSC
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MIX
O
VC
C
IFI
DE
C
FILO
FILI
AFO
QU
ADIFO
RS
SI
ND
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NR
EC
GN
D
MIX
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C26
422
0p
C24
722
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Q2582SC5066Y
C25
122
0p
R410100k
R40
810
C5243p
D229JDS2S03S
L2353.9n
L2341.8n
C5253p
L292
8.2n
R30
72.
2K
C3102p
C53
127
p
C31
3nc
R20
933
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C21
310
p
C22
818
p
C22
933
p
R21
610
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C2020.001
L202
0.30
-1.7
-10T
L
C23
80.
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C5220.001
C24
922
0p
C523220p
C2100.001
D20
5nc
L2820.4-1.5-3T
C50
22p
C22
422
p
C22
515
p
C22
315
p
C2143p
C32
21
C3310.047
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C3250.001
R27
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K
C21
8nc
C31122P
R26022
R266100K
C265nc
R29
62.
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207
JDS2
S03S
C3780.001
Q2342SC5066Y
C41
70.
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C41
547
p
C40522p
C40622p
L259
47n
L23147n
C53
06p
C40
722
p
L22310n
L257
39n
R30
422
R31
968
L26115n
C42015p
C42915p
C43
68p
C4303p
L26227n
C4189p
C41910p
L264
39n
C43
515
p
C43
44p
C43
315
0pL2
6533
n
C43
247
p
C4210.001
C3971p
R31
122
0kD
226
1SV3
05
L256
47n
R31
022
0kC41
122
p
C4044p
C41
222
p
D22
51S
V305
L255
47n
C3995p R280
0
R28
4nc
C3965p
C25
40.
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R28
810
K
R28
547
L2173.9n
C5198p
C2210.001
C49
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C510220P
L2884.7n
R40
62.
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L289
10n
L290
8.2n
R40
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Q2562SC5066Y
C5123p
R401100k
C5113p
C25
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C25
82p
D250JDS2S03S
C4984p
R37
82.
2K
C4974p
L283
8.2n
D24
2JD
S2S0
3S
R37
333
k
R37
410
L28410n
Q2502SC5820
C49
94p
L254nc C486
12p
D249RB715W
R3710
L285
22n
L294
10n
C2840.5P
D211RB520CS
R230100k
C47
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R34
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C45
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C39
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L253 1u
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R29
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0
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22.
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R33
710
K
R38
31.
5k
R2860
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R25
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D24
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9nc
C25
3nc
C52
122
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922
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422
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C31
710
/10V
Q2392SC6026MFV
R3351M
C44
50.
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80.
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Q224nc
R28
3nc
R2810
C25
7nc
L205 nc
R27
82.
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R37
72.
2K
D240JDS2S03S
R31
22.
2K
R31
356
k
R32
222
R270470k
R30
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0k
C26
6nc
+
C71
522
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C70
6nc
C7168P
R70510
R71
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K
Q7022SC5066Y
R70
410
k
R71
35.
6k
C7182P
C70422p
R71
633
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R70110
C72
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Q7062SC5066YL2
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0n
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77p
C70
822
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k
D70
3ncD70
91S
V279
D70
71S
V279
L7058.2n
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L703
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k
C70215p
R70610
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710
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C70
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22/2
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C70
322
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C28
30.
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0V+
R2532.2K
R2452.2k
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6nc
+
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60.
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X202
CD
BK
B45
0KC
AY
70
Q205EMA8
C28
0nc
D20
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SD88
KRF
L2460.4-1.5-7T
R25
23.
3k
R2930R
294
nc
D25
8N
C
TH20
133
K
R2364.7k
C24
44p
C30
19p
R32
42.
2K
D231RB715W
C2070.001 D202
1SV307
R22
23.
3k
D204RB520CS
L21656n
C23
010
p
R21
710
k
C23
90.
001
R21
91k
C28
9nc
L238
220n
L239
220n
IC203ANJM2746RB1
2
34
18
C23
30.
001
C27
60.
001
C28
5nc
C217NC
C22
722
p
L2110.4-1.5-7T
C2090.001
R20
856
L2100.4-1.5-7T
D2011SV307
L214
2.2u
D21
4nc
C26
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C329nc
R295nc
R23310k
R23
810
k
C23
40.
5pC
236
3p
R24
62.
2k
R23427k
C24
1nc
L2080.4-1.5-7T
L2090.4-1.5-7T
D22
11S
V308
C38
37pD20
8H
SD88
KRF
R235100
C27
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V+
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10.
001
C26
90.
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R23
74.
7k
C22
610
p
C23
510
p
R40
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K
Q2252SC4915
Q203RD01MUS2
C30
48p
C21
239
p
D203RB520CS
R21
23.
3k
SHEET DATE DESIGN
DRAWING_No.TITLE
M12
MUM12PD
MUPD
MOD
MVCV
MOUT
MU
MUPD
M12
M12PD
MOUT
MVCV
MOD
902M
High-Q
1608
222MH
igh-
Q
22)
1.49V
1.49V
2.1V2.09V
2.08V2.06V
VCO UnitCN601
AXK6F10347YG
1 6
C61
40.
5P
R61
347
0
C61
39p
C61
67p
C61215p
C61
822
0P
R61
110
K
L602
33n
C62
43p
C62
2nc
R62
047
0 R61
8nc
D60
70
D60
11S
V314
R62
110
0k
C62
16p
C6206p
D60
91S
V314
L60310n
L6042.2u
R61
610
0kR603
10
R60
910
k
R61
010
0K
R60210
C61
922
0p
R60
422
k
C60222p
R6050
C60
10.
001
C61
10.
001
C6230.5P
D60
51S
V279
C60
30.
5p
R61
710
k
R61
55.
6k
C60
422
0p
R6122.2K
C61
70.
001
D60
41S
V323
D60
61S
V323
R61
410
K
Q6032SC5066Y
Q6022SC5066Y
Q6042SC5066Y
D60
8JD
S2S0
3S
C62
522
0p
C62
633
0p
C6150.5p
L605
100n
JOB PAGE
Adjustment Specification 機種
DJ-G29T
[Standard condition] DC IN: 13.80V±0.02V
Change to adjustment mode. Press key 3 → 1 → 2 → 3 → 2 → 1 after key lock. (Key lock: Press FUNC key for 2sec.)
(MIC)φ2.5 φ3.5
(SP)
SP/MIC
SPGND
φ2.5 φ3.5
GND MIC3V(CLONE)
RE4:Adjust(5 Step)
RE3:Adjust
RE2:Volume
Operation
RE1:Frequency/ Push:Squelch
2 3
4
7
5 6
8 9
MAIN
SUB
FUNC
ENT
PTT
PWR
V/P/M
B
C
A
D
0
ANT
MONI
RE1
RE2 RE4
RE3
1
DCIN
SP/MIC
B:ReturnA:Forward
D:Set
EDS-10EDS-14
or
SCAN
JOB PAGE
TX Adjustment Specification 機種
DJ-G29T
Standard Measuring Condition MOD Frequency: 1KHz No. Item Freq.(MHz) ADJ. Adjustment
SPEC. Note Operation
01 Ref. Frequency 915.15 RE3 ±200Hz Press D key
02 Hi-Power 216.5 RE3 5.0±0.1W Check if the current is less than 1.6A. Press D key
02 Hi-Power 223.55 RE3 5.1±0.1W Check if the current is less than 1.6A. Press D key
02 Hi-Power 249.5 RE3 5.0±0.1W Check if the current is less than 1.6A. Press D key
03 Mid-Power 223.55 RE3 1.0±0.1W Press D key
04 Low-Power 223.55 RE3 0.4±0.1W Press D key
06 Hi-Power 902.5 RE3 2.5±0.1W Check if the current is less than 1.6A. Press D key
07 Hi-Power 915.15 RE3 2.5±0.1W Check if the current is less than 1.6A. Press D key
08 Hi-Power 927.5 RE3 2.5±0.1W Check if the current is less than 1.6A. Press D key
09 Mid-Power 915.15 RE3 1.0±0.1W Press D key
10 Low-Power 915.15 RE3 0.4±0.1W Press D key
11 MIC Dev (FM) 223.55 RE3 4.5±0.1KHz
AG output level: 1KHz -30dBm BPF:OFF-20K
Press D key
12 MIC Dev (NFM) 223.55 RE3 2.2±0.1KHz
AG output level: 1KHz -30dBm BPF:OFF-20K
Press D key
13 MIC Dev (FM) 915.15 RE3 4.5±0.1KHz
AG output level: 1KHz -30dBm BPF:OFF-20K
Press D key
14 MIC Dev (NFM) 915.15 RE3 2.2±0.1KHz
AG output level: 1KHz -30dBm BPF:OFF-20K
Press D key
JOB PAGE
TX Adjustment Specification 機種
DJ-G29T
No. Item Freq.(MHz) ADJ. Adjustment
SPEC. Note Operation
15 TONE Dev (88.5Hz) 223.55 RE3 0.8±0.2KHz
BPF:OFF-3KHz
Press D key
16 DCS Dev (023) 223.55 RE3 0.85±0.35KH
(0.5~1.2KHz)
BPF:OFF-3KHz
Press D key
17 DTMF Dev 223.55 RE3 3.0±0.6KHz
BPF:OFF-20K
Press D key
18 TBST Dev 223.55 RE3 3.0±0.6KHz BPF:OFF-20K
Press D key
19 TONE Dev (88.5Hz) 915.15 RE3 1.0±0.2KHz
BPF:OFF-3KHz
Press D key
20 DCS Dev (023) 915.15 RE3 0.85±0.35KH
BPF:OFF-3KHz
Press D key
21 DTMF Dev 915.15 RE3 3.0±0.6KHz
BPF:OFF-20K
Press D key
22 TBST Dev 915.15 RE3 3.0±0.6KHz BPF:OFF-20K
Press D key
23 VOX 223.55 - Voltage memory
Only press D key Press D key
JOB PAGE
RX Adjustment Specification 機種
DJ-G29T
Standard Measuring Condition MOD Frequency: 1kHz, Deviation: FM 3.5KHz, AF output power: about 50mW(8Ω) No. Item Freq.(MHz) ADJ. Adjustment
SPEC. Note Operation
50 Sensitivity (Lower edge)
216.05 RE3 Less than -7dBu
Adjust RE3 to best position of sensitivity. Press D key
51 Sensitivity (Center) 223.55 RE3 Less than
-7dBu Adjust RE3 to best position of sensitivity. Press D key
52 Sensitivity (Upper edge)
249.95 RE3 Less than -7dBu
Adjust RE3 to best position of sensitivity. Press D key
53 Squelch (Min.) 223.55 - Voltage
memory
SSG output level: -10dBu Press D key
54 Squelch (Max.) 223.55 - Voltage
memory
SSG output level: 0dBu Press D key
55 S-meter (1 level) 223.55 - Voltage
memory
SSG output level: 0dBu Press D key
56 S-meter (Full level) 223.55 - Voltage
memory
SSG output level: 25dBu Press D key
61 (SUB)
Squelch (Min.) 223.55 - Voltage
memory
SSG output level: -10dBu Press D key
62 (SUB)
Squelch (Max.) 223.55 - Voltage
memory
SSG output level: 0dBu Press D key
63 (SUB)
S-meter (1 level) 223.55 - Voltage
memory
SSG output level: 0dBu Press D key
64 (SUB)
S-meter (Full level) 223.55 - Voltage
memory
SSG output level: 25dBu Press D key
JOB PAGE
RX Adjustment Specification 機種
DJ-G29T
No. Item Freq.(MHz) ADJ. Adjustment
SPEC. Note Operation
57 Squelch (Min.) 915.15 - Voltage
memory
SSG output level: -10Bu
Press D key
58 Squelch (Max.) 915.15 - Voltage
memory
SSG output level: 0dBu
Press D key
59 S-meter (1 level) 915.15 - Voltage
memory
SSG output level: 0dBu
Press D key
60 S-meter (Full level) 915.15 - Voltage
memory
SSG output level: 20dBu
Press D key
65 (SUB)
Squelch (Min.) 915.15 - Voltage
memory
SSG output level: -10Bu
Press D key
66 (SUB)
Squelch (Max.) 915.15 - Voltage
memory
SSG output level: 0dBu
Press D key
67 (SUB)
S-meter (1 level) 915.15 - Voltage
memory
SSG output level: 0dBu
Press D key
68 (SUB)
S-meter (Full level) 915.15 - Voltage
memory
SSG output level: 20dBu
Press D key
69 Battery indicator (Full)
223.55 - Voltage memory
DC IN 13.80V ±0.02V Press D key
70 Aging test 223.55 915.15 Press D key
Antenna connector: 50ohm dummy load Finish automatically in 30 minutes. Manual stop: Press FUNC key
After adjust the all item, press the FUNC key. Then take off from the adjustment mode.