REXON LIS 2013 FuG 13b User manual

LIS 2013 FuG 13b
Service Manual
21
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Table of contents
1. ....................................................................TECHNICAL SPECIFICATIONS!1
•.........................................MEASURE IN ACCORDING TO FTZ_17R_TR_2049!1
2. .............................................................................CIRCUIT DESCRIPTIONS!2
•.........................................................................................TRANSMISSION UNIT!2
...........................................................................................PRE-AMPLIFIER!2
................................................................................RF POWER AMPLIFIER!2
......................................................................................ANTENNA SWITCH!2
......................................................................................HARMONIC FILTER!2
.................................................................APC (AUTO POWER CONTROL)!2
...................................................................HIGH/LOW POWER CONTROL!2
•...............................................................................................RECEPTION UNIT!2
..................................................................................................FRONT-END!2
....................................................................................................BACK-END!3
•............................................................................FREQUENCY SYNTHESIZER!3
..............................................................................................SYNTHESIZER!3
...............................................................................................................VCO!3
•.......................................................................................VOLTAGE MULTIPLIER!3
•.........................................................................................................AUDIO UNIT!3
..............................................................................................AUDIO FILTER!3
.......................................................................................AUDIO AMPLIFIER!3
...................................................................SQUELCH CONTROL CIRCUIT!3
......................................................................................................TX AUDIO!4
•..............................................................................MICRO-CONTROLLER UNIT!4
•.............................................................................................DIGITAL CONTROL!4
...........................................................................POWER SUPPLY CIRCUIT!4
3. ..................................................................................................ALIGNMENT!5
•............................................................................................GETTING STARTED!5
......................................................................................VCO ADJUSTMENT!8
...........................................................FREQUENCY ERROR ALLGNMENT!8
...........................................................................DEVIATION ADJUSTMENT!8
...........................................................................HIGH POWER CHECKING!8
............................................................................LOW POWER CHECKING!8
•.......................................................................................................SENSITIVITY!8
...........................................................................................AUDIO OUTPUT!8
............................................................................SQUELCH ADJUSTMENT!8
......................................................................RSSI SIGNAL LEVEL CHECK!8
.......................................................................BATTERY LOW DETECTION!8
4. ........................................................................................BLOCK DIAGRAM!9
•......................................................................................LOGIC CONTROL UNIT!9
•...............................................................................................................RF UNIT!9
5. ..................................................................................................SCHEMATIC!9
..........................................................................................POWER SUPPLY!9
..................................................................................................FRONT-END!9
..........................................................................................1ST IF & MIXER!10
.................................................................................................SECOND IF!10
............................................................................................AUDIO FILTER!10
.....................................................................................AUDIO AMPLIFIER!10
.............................................................................................MODULATION!11
...........................................................................................SYNTHESIZER!11
............................................................................................................VCO!11
................................................................................................TX BUFFER!11
.....................................................................RF POWER AMPLIFICATION!12
•...............................................................................................LOGIC CONTROL!13
6. ...................................................................................................PCB VIEW!14
•....................................................................................................LOGIC BOARD!14
•...........................................................................................................RF BOARD!15
7. ..................................................................................BILL OF MATERIALS!16
8. .................................................................................................EXPLOSION!23

1. TECHNICAL SPECIFICATIONS
MEASURE IN ACCORDING TO FTZ_17R_TR_2049
GENERAL
GENERAL
GENERAL
GENERAL
Characteristics
Characteristics
Units
Value
Frequency
Frequency
LVHF(4-m) VHF (2-m)
Channel Spacing
Channel Spacing
KHz
20
Power Source
Power Source
V
7.2V
Frequency Stability
(-30°C to +60°C)
Frequency Stability
(-30°C to +60°C)
ppm
±2.5
Modulation Type
Modulation Type
14K0F3E
Antenna Impedance
Antenna Impedance
Ω
50
Speaker Impedance
Speaker Impedance
Ω
4
Microphone Impedance
Microphone Impedance
Ω
2K
Operation Temperature
Operation Temperature
°C
-30 to +60
Relative Humidty
Relative Humidty
%
90
Battery Duty Life
@ 5-5-90 Duty Cycle
Battery Duty Life
@ 5-5-90 Duty Cycle
Hr
>8
TRANSMITTER
TRANSMITTER
TRANSMITTER
TRANSMITTER
RF Power (H)
RF Power (H)
W
5.0W (≥4.0W≤6.0W)
RF Power (L)
RF Power (L)
W
1.0W (≥1.0W≤1.3W)
Max Deviation
Max Deviation
KHz
≤±4.0 @20KHz
Adjacent Channel Power
Attenuation
Adjacent Channel Power
Attenuation
dB
≥70
Spurious Emissions＆
Harmonic
Spurious Emissions＆
Harmonic
dBm
≤-36dBm from 9KHz to1GHz
≤-30dBm from 1GHz to 4GHz
Audio Distortion
Audio Distortion
%
≤3
Audio
Response
Ref：1KHz
300Hz~400Hz
dB
+1.0 to -3.0
Audio
Response
Ref：1KHz
400Hz~2.7KHz
dB
±1.5
Audio
Response
Ref：1KHz
2.7KHz~3.0KHz
dB
+1.0 to -3.0
FM Noise (W/O CCITT)
FM Noise (W/O CCITT)
dB
≥40
Mic Sensitivity
Mic Sensitivity
mV
≥3.4 ≤8.0
RECEIVER
RECEIVER
RECEIVER
RECEIVER
Characteristic
Characteristic
Units
Value
Configuration
Configuration
Double Conversion
Superheterodyne
1st IF (45MHz),2nd IF (455KHz)
Sensitivity @20dB SINAD
Sensitivity @20dB SINAD
dB
≤0.6uV ( With CCITT )
Squelch Sensitivity
Squelch Sensitivity
dB
@ 16dB SINAD (Step L3)
Blocking
≥±100KHz
dBuV
≥87
Blocking
≥±200KHz
dBuV
≥90
Blocking
≥±500KHz
dBuV
≥93
Spurious Emission
Spurious Emission
dBm
≤-57 from 9KHz to 1GHz
≤-47 from 1GHz to 4GHz
FM Noise (W/o CCITT)
FM Noise (W/o CCITT)
dB
≥45
Spurious Response Rejection
Spurious Response Rejection
dB
≥70
Max Audio Output THD 7%
Max Audio Output THD 7%
W
≥0.5 (4Ω)
Audio Distortion
Audio Distortion
%
≤3
Audio
Response
Ref：1KHz
300Hz~400Hz
dB
+1.0 to -1.5
Audio
Response
Ref：1KHz
400Hz~2.7KHz
dB
+1.0 to -1.5
Audio
Response
Ref：1KHz
2.7KHz~3.0KHz
dB
+1.0 to -3.0
Standby Current Drain
Standby Current Drain
mA
60 (without power save)
30 (Power save 1:1)
15 (Power save 1:1)
MECHANICAL SPECIFICATIONS
MECHANICAL SPECIFICATIONS
MECHANICAL SPECIFICATIONS
MECHANICAL SPECIFICATIONS
Dimensions
Dimensions
mm
126.5HX60.5WX44.5D
Weight
Weight
Kg
0.38
Shock Resistance
Shock Resistance
Meets MIL STD 810 C/D/E/F
Moisture & Dust Resistance
Moisture & Dust Resistance
According to the IEC529 &IP54
Regulations
1

2. CIRCUIT DESCRIPTIONS
TRANSMISSION UNIT
• PRE-AMPLIFIER
The pre-amplifier consists of Q807 &Q808. The VCO output signal is applied to pre-amplifier
(Q807 & Q808), to obtain a level above 14dBm, while operating in the frequency range of
135MHz to 174MHz. The T5V supplies a 5V to pre-amplifier Q810 & Q809 are turned on by
T5V. The TX5 supplies a 5V to Q807 & Q808.
• RF POWER AMPLIFIER
The output signal of pre-amplifier provided the drive stage Q801 (RD01MUS1) and power
amplifier Q802 (2SK3476 ), to obtain Rf power above 6 watts. Its current drain is less than
2000mA, while operating in the frequency range of 135MHz to 174MHz.
• ANTENNA SWITCH
Antenna switch circuit consists of two PIN diode (D801, D802), transistor(Q803), and
network(C810 L814 C832). In TX mode, TX5 supplies a High level to turn on Q803 & Q804,
5V bias is applied to the switch circuit to bias two diodes on.
The shunt diode(D802) shorts out the receiver port and a high impedance between L814
and harmonic filter.
In receive mode, the diodes are both off so it will form a low attenuation path between
antenna and receiver ports.
• HARMONIC FILTER
Harmonic filter consists of C807, C806, L803, C805, L802, C804, C803, L801 & C801 to
form three poles low pass filter to attenuate harmonic energy of the transmitter.
• APC (AUTO POWER CONTROL)
Transmitter with feedback voltage which controls driver stage(Q802) and final stage(Q801),
stabilize rf output power. The feedback voltage is formed by D803 and D805, to provide the
U801(B) amplifier and voltage reference(A). It controls two stages, Q801 &Q802, to get bias
voltage and forms an auto level control to stabilize transmitter output power.
• HIGH/LOW POWER CONTROL
PWM (pulse width modulation) which produce basically digital waveforms, the PWM level is
fed to RC filter which is composed of R888, R885, C841, C843 to change U801A pin 1
voltage for control RF power.
RECEPTION UNIT
• FRONT-END
RF signal is fed through antenna into low pass filter, which is composed of C801, C802,
L801, C803, C804, L802, C805, C806, L803, C807, then goes into TX/RX antenna switch,
which is composed of 2 PIN diode (D801, D802), transistor (Q803) and network (C810,
L814, C832). RF signal is coupling with C701 to varactor tuned band pass filter, which is
composed of L701, L702, C702, C703, C704 & D701,D702, to change varactor diode
(D701, D702) voltage to tune band pass filter shift band.
The control voltage of band pass filter is supplied from Q504, the voltage is controlled by
VCO. The output signal of band pass filter is provided with RF amplifier transistor (Q701), the
C710 coupling into second band pass filter, which is composed of L704, C711, C783, C712,
L705, C713, C714, C715, C784, L706, C716, D704,& D705. The Q504 is controlled by VCO.
The voltage of Q504 controls the second varactor tuned band pass filter (D704, D705) band
shift. The signal of RF amplifier and band pass filter are fed through C717 coupling into
double balance mixer. The signal comes from T701, matching with D706, D707, D708,&
D709. The first local signal comes from VCO output, then into local amplifier Q702 and low
pass filter, the Low Pass Filter is composed of C730, L710, C731, L711, C732, the signal
coupling with C733 into transformer (T702) matching with D706, D707, D708, D709, The
VCO using a high side injection the RF signal is down-converted to 45MHz IF signal , the
signal output from T701. The IF signal output comes from mixer through L715, C734 &
C735, coupling to RF signal attenuate and depress loop circuit, which is composed of L713,
C738, R715, L714, C736, C737, and then, through IF amplifier (Q703) applied to crystal filter to
provide necessary selectivity and intermodulation protection.
2

• BACK-END
IF signal goes through IF amplifier Q704, C747, L716,& C748 and it matches with U701 pin
16 (IF). U701 pin 1 feeds second local frequency 44.545MHz , there are two signals coming
internal mixer. 2nd IF signal goes through U701 internal amplifier. And applies to
demodulator, which used a ceramic discriminator to detect audio signal. U701 pin 9 recovers
audio output. U701 pin12 supplies a received signal-strength indicator (RSSI) to
microprocessor (U102), RSSI supplied received signal strength level to shown on LCD
indicator. U701 functions have a noise amplifier and a noise detector level for
microprocessor to control the squelch. The noise signal comes from demodulator (U701
pin9), then pass through R738, C761 and then applied to pin 8 through internal noise
amplifier. Noise detector supplies noise voltage for microprocessor (U101) to control squelch.
FREQUENCY SYNTHESIZER
• SYNTHESIZER
The PLL frequency synthesizer U502 contains prescaler , phase detector, internal dividers,
reference counter, there are controlled by micro-controller Clock, Data, LE
VC-TCXO assures that the frequency remains stable across the temperature range (typically ±
2.5 ppm). besides VC-TCXO provide a modulation port for the sub tone modulation system.
The reference frequency (VC-TCXO) goes through U502 internal programmer to 2.5KHz or
3.125KHz, and then goes through phase comparator to gain a ØR signal from pin 16 (U502).
The VCO provides a feedback signal match to U502 (pin 8 F-in), the port including a pre-scale
N counter a counter,& swallow counter, to control VCO frequency divider to 2.5KHz or
3.125KHz. And then, goes through phase comparator to catch ØP signal output from pin5
(U502).
ØR & ØP signals applied to charge pump Q503 Q502 controls the loop filter, whose circuit
consists of R514 C511. Then charge pump voltage pass to low pass filter, The low pass filter
consists of R512 C512 R513 C513, supply a necessary DC steering voltage for VCO to gain a
stable local-oscillation frequency.
• VCO
1. RX VCO
The RX VCO includes transistor Q602, coil L604, C611, Varicap CT601 and two varactors
D605 and D606, it is configured as a colpitts oscillator. its complexity comes from the
balance between wide band and low noise needs. the resonant circuit produces a different
frequency with a change in dc voltage controlled by the tuning voltage signal present at the
cathode of D605 and D606, the local oscillator signal is applied to the amplifier Q601. D601 is
a dual diode, when 1 of 2 is reverse biased the other one is forward biased. Due to D601, the
lo signal is applied to the mixer.
2. TX VCO
The TX VCO comprises transistor Q603, Coil L607, Capacitor C621, Varicap CT602 and
varactor D603 and D604, it is configured as a colpitts oscillator. the resonant circuit produces
a different frequency with change in dc voltage controlled by the tuning voltage signal
present at the cathode of D603 and D604. the AF signal from R613 to the cathode of D602 to
produce FM modulation, the signal is applied to amplifier Q601.
RX and TX power line filters transistor Q606 is configured as a 5V power supply ripple filter,
the filter reduces the noise on the carrier and local oscillator signals.
VOLTAGE MULTIPLIER
Voltage multiplier circuit consist of IC (U501), diode (D501, D502), R501, R502, C502,&
C503. The DC/DC is set up to 10V. It goes through ripple filter (Q501) supply the charge
pump (Q502, Q503) to control TX/RX VCO. VCO controls RX front-end band pass filter switch
by Q504.
AUDIO UNIT
SCR$SW
SCR_SW
RX$AF_IN
• AUDIO FILTER
The audio output signal of the demodulator and scr sw provides to low pass filter circuit.
The circuit is composed of C319, R317, C320, R318, R319, C321,& IC (U302A), and then
applied to low pass filter, which is composed of R320, C322, R321, C323, R322, C324,& IC
(U302B). The function of low pass filter is to attenuate 3KHz above audio signal.
• AUDIO AMPLIFIER
The audio signal is passed to low pass filter, which is composed of IC (U302), applied to audio
mute switch control , then passed to volume control (VR301), applied to audio amplifier
(U301), in the end, through C318 to activate the speaker (SP301) by speaker jack (J302). The
audio output power is more than 0. 5W at 7% distortion.
• SQUELCH CONTROL CIRCUIT
The noise signal of the demodulator output goes through R738, C761, into a tank, which is
composed of C760, L718, and then goes through U701 internal noise amplifier, the noise
amplifier provide noise signal voltage from U701 pin13 is applied to MCU U101 pin29 (A/D)
sampling; in the end, by SQ SW (U202) pin11 to turn on transistors(Q302, Q303) and to
3

control audio power amplifier (U301). The mute control switch is achieved with U202 pin 12
to control transistor (Q301) to mute demodulator signal. The U202 control by MCU(U101).
• TX AUDIO
The audio signal is passed to high pass filter from microphone jack and scr sw, the high pass
filter contains C402, C403, C404, R413, R414 & U401(A), and then the signal gets into C405,
R403, U401 (2/4) amplifier to an adjustment VR401 to limit modulation deviation,
The U401(C) is limiter & combiner.
The U401(D) is low pass filter.
Q401 & Q402 control deviation channel spacing. Q403 controls
microphone mute circuit.
Q404 that is control modulation level.
MICRO-CONTROLLER UNIT
LCD$Display
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5V
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352*6:
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U109
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DIGITAL CONTROL
MCU (U101) is an 8-bit micro-processor with 64KB ROM & 2KB RAM memory.
Micro-processor functions as following:
•LCD driver.
•EPROM programming read/write.
•TX / RX mode control.
•Keypad I/O control.
•PTT (Push To Talk) control.
•RSSI Indicator of radio signal-strength.
•Squelch control.
•MCU clock shift control.
•Series clock and data control.
•Hi / Lo power & power enable control.
•Indicator of battery capacity.
• POWER SUPPLY CIRCUIT
The Power energy is from 7.5VDC NI-MH or li-ion battery pack which offer to audio power
amplifier & TX PA unit supplies to regulator (U201) for obtain converted 5VDC (VCCS) supply
for digital, Q201 (T5V), Q202 (R5V), Q203 (S5V) and TX5.
4

3. Alignment
GETTING STARTED
please remove gasket on mx connector, connects the antenna jack to RF communication
tester by MX-BNC adaptor. To follow above installation setup carefully.
Firstly, please program the radio same as alignment channel setting.
To open the FuG 13B setting from programming software, following channel will appear
Operator can press Up/Down button to select the channel during alignment.
Frequency
Frequency
Pwr
CH spacing
CH spacing
Zone
CH
TA
G
Low
Hi
H/L
MON
TOT
TX
RX
1
347
74.21500
84.01500
H
Normal
120Sec
M
M
Zone1
2
348
74.23500
84.03500
H
Normal
120Sec
M
M
Zone1
3
349
74.25500
84.05500
H
Normal
120Sec
M
M
Zone1
4
350
74.27500
84.07500
H
Normal
120Sec
M
M
Zone1
5
351
74.29500
84.09500
H
Normal
120Sec
M
M
Zone1
6
352
74.31500
84.11500
H
Normal
120Sec
M
M
Zone1
Frequency
Frequency
Pwr
CH spacing
CH spacing
Zone
CH
TA
G
Low
Hi
H/L
MON
TOT
TX
RX
7
353
74.33500
84.13500
H
Normal
120Sec
M
M
Zone1
8
354
74.35500
84.15500
H
Normal
120Sec
M
M
Zone1
9
355
74.37500
84.17500
H
Normal
120Sec
M
M
Zone1
10
356
74.3950
84.19500
H
Normal
120Sec
M
M
Zone1
11
357
74.4150
84.21500
H
Normal
120Sec
M
M
Zone1
12
358
74.4350
84.23500
H
Normal
120Sec
M
M
Zone1
13
359
74.4550
84.25500
H
Normal
120Sec
M
M
Zone1
14
360
74.4750
84.27500
H
Normal
120Sec
M
M
Zone1
15
361
74.4950
84.29500
H
Normal
120Sec
M
M
Zone1
16
362
74.5150
84.31500
H
Normal
120Sec
M
M
Zone1
17
363
74.5350
84.33500
H
Normal
120Sec
M
M
Zone1
18
364
74.5550
84.35500
H
Normal
120Sec
M
M
Zone1
19
365
74.5750
84.37500
H
Normal
120Sec
M
M
Zone1
20
366
74.5950
84.39500
H
Normal
120Sec
M
M
Zone1
21
367
74.6150
84.41500
H
Normal
120Sec
M
M
Zone1
22
368
74.6350
84.43500
H
Normal
120Sec
M
M
Zone1
23
369
74.6550
84.45500
H
Normal
120Sec
M
M
Zone1
24
370
74.6750
84.47500
H
Normal
120Sec
M
M
Zone1
25
371
74.6950
84.49500
H
Normal
120Sec
M
M
Zone1
26
372
74.7150
84.51500
H
Normal
120Sec
M
M
Zone1
27
373
74.7350
84.53500
H
Normal
120Sec
M
M
Zone1
28
374
74.7550
84.55500
H
Normal
120Sec
M
M
Zone1
29
375
74.7750
84.57500
H
Normal
120Sec
M
M
Zone1
30
376
0.0000
84.59500
H
Normal
120Sec
M
M
Zone1
31
377
0.0000
84.61500
H
Normal
120Sec
M
M
Zone1
32
378
0.0000
84.63500
H
Normal
120Sec
M
M
Zone1
33
379
0.0000
84.65500
H
Normal
120Sec
M
M
Zone1
34
380
0.0000
84.67500
H
Normal
120Sec
M
M
Zone1
35
381
0.0000
84.69500
H
Normal
120Sec
M
M
Zone1
36
382
0.0000
84.71500
H
Normal
120Sec
M
M
Zone1
37
383
0.0000
84.73500
H
Normal
120Sec
M
M
Zone1
38
384
0.0000
84.75500
H
Normal
120Sec
M
M
Zone1
39
385
0.0000
84.77500
H
Normal
120Sec
M
M
Zone1
40
386
0.0000
84.79500
H
Normal
120Sec
M
M
Zone1
41
387
0.0000
84.81500
H
Normal
120Sec
M
M
Zone1
42
388
0.0000
84.83500
H
Normal
120Sec
M
M
Zone1
5

Frequency
Frequency
Pwr
CH spacing
CH spacing
Zone
CH
TA
G
Low
Hi
H/L
MON
TOT
TX
RX
43
389
0.0000
84.85500
H
Normal
120Sec
M
M
Zone1
44
390
0.0000
84.87500
H
Normal
120Sec
M
M
Zone1
45
391
0.0000
84.89500
H
Normal
120Sec
M
M
Zone1
46
392
0.0000
84.91500
H
Normal
120Sec
M
M
Zone1
47
393
0.0000
84.93500
H
Normal
120Sec
M
M
Zone1
48
394
0.0000
84.95500
H
Normal
120Sec
M
M
Zone1
49
395
0.0000
84.97500
H
Normal
120Sec
M
M
Zone1
50
396
0.0000
84.99500
H
Normal
120Sec
M
M
Zone1
51
397
75.2150
85.01500
H
Normal
120Sec
M
M
Zone1
52
398
75.2350
85.03500
H
Normal
120Sec
M
M
Zone1
53
399
75.2550
85.05500
H
Normal
120Sec
M
M
Zone1
54
400
75.2750
85.07500
H
Normal
120Sec
M
M
Zone1
55
401
75.2950
85.09500
H
Normal
120Sec
M
M
Zone1
56
402
75.3150
85.11500
H
Normal
120Sec
M
M
Zone1
57
403
75.3350
85.13500
H
Normal
120Sec
M
M
Zone1
58
404
75.3550
85.15500
H
Normal
120Sec
M
M
Zone1
59
405
75.3750
85.17500
H
Normal
120Sec
M
M
Zone1
60
406
75.3950
85.19500
H
Normal
120Sec
M
M
Zone1
61
407
75.4150
85.21500
H
Normal
120Sec
M
M
Zone1
62
408
75.4350
85.23500
H
Normal
120Sec
M
M
Zone1
63
409
75.4550
85.25500
H
Normal
120Sec
M
M
Zone1
64
410
75.4750
85.27500
H
Normal
120Sec
M
M
Zone1
65
411
75.49500
85.29500
H
Normal
120Sec
M
M
Zone1
66
412
75.51500
85.31500
H
Normal
120Sec
M
M
Zone1
67
413
75.53500
85.33500
H
Normal
120Sec
M
M
Zone1
68
414
75.55500
85.35500
H
Normal
120Sec
M
M
Zone1
69
415
75.57500
85.37500
H
Normal
120Sec
M
M
Zone1
70
416
75.59500
85.39500
H
Normal
120Sec
M
M
Zone1
71
417
75.61500
85.41500
H
Normal
120Sec
M
M
Zone1
72
418
75.63500
85.43500
H
Normal
120Sec
M
M
Zone1
73
419
75.65500
85.45500
H
Normal
120Sec
M
M
Zone1
74
420
75.67500
85.47500
H
Normal
120Sec
M
M
Zone1
75
421
75.69500
85.49500
H
Normal
120Sec
M
M
Zone1
76
422
75.71500
85.51500
H
Normal
120Sec
M
M
Zone1
77
423
75.73500
85.53500
H
Normal
120Sec
M
M
Zone1
78
424
75.75500
85.55500
H
Normal
120Sec
M
M
Zone1
Frequency
Frequency
Pwr
CH spacing
CH spacing
Zone
CH
TA
G
Low
Hi
H/L
MON
TOT
TX
RX
79
425
75.77500
85.57500
H
Normal
120Sec
M
M
Zone1
80
426
75.79500
85.59500
H
Normal
120Sec
M
M
Zone1
81
427
75.81500
85.61500
H
Normal
120Sec
M
M
Zone1
82
428
75.83500
85.63500
H
Normal
120Sec
M
M
Zone1
83
429
75.85500
85.65500
H
Normal
120Sec
M
M
Zone1
84
430
75.87500
85.67500
H
Normal
120Sec
M
M
Zone1
85
431
75.89500
85.69500
H
Normal
120Sec
M
M
Zone1
86
432
75.91500
85.71500
H
Normal
120Sec
M
M
Zone1
87
433
75.93500
85.73500
H
Normal
120Sec
M
M
Zone1
88
434
75.95500
85.75500
H
Normal
120Sec
M
M
Zone1
89
435
75.97500
85.77500
H
Normal
120Sec
M
M
Zone1
90
436
75.99500
85.79500
H
Normal
120Sec
M
M
Zone1
91
437
76.01500
85.81500
H
Normal
120Sec
M
M
Zone1
92
438
76.03500
85.83500
H
Normal
120Sec
M
M
Zone1
93
439
76.05500
85.85500
H
Normal
120Sec
M
M
Zone1
94
440
76.07500
85.87500
H
Normal
120Sec
M
M
Zone1
95
441
76.09500
85.89500
H
Normal
120Sec
M
M
Zone1
96
442
76.11500
85.91500
H
Normal
120Sec
M
M
Zone1
97
443
76.13500
85.93500
H
Normal
120Sec
M
M
Zone1
98
444
76.15500
85.95500
H
Normal
120Sec
M
M
Zone1
99
445
76.17500
85.97500
H
Normal
120Sec
M
M
Zone1
100
446
76.19500
85.99500
H
Normal
120Sec
M
M
Zone1
101
447
76.21500
86.01500
H
Normal
120Sec
M
M
Zone1
102
448
76.23500
86.03500
H
Normal
120Sec
M
M
Zone1
103
449
76.25500
86.05500
H
Normal
120Sec
M
M
Zone1
104
450
76.27500
86.07500
H
Normal
120Sec
M
M
Zone1
105
451
76.29500
86.09500
H
Normal
120Sec
M
M
Zone1
106
452
76.31500
86.11500
H
Normal
120Sec
M
M
Zone1
107
453
76.33500
86.13500
H
Normal
120Sec
M
M
Zone1
108
454
76.35500
86.15500
H
Normal
120Sec
M
M
Zone1
109
455
76.37500
86.17500
H
Normal
120Sec
M
M
Zone1
110
456
76.39500
86.19500
H
Normal
120Sec
M
M
Zone1
111
457
76.41500
86.21500
H
Normal
120Sec
M
M
Zone1
112
458
76.43500
86.23500
H
Normal
120Sec
M
M
Zone1
113
459
76.45500
86.25500
H
Normal
120Sec
M
M
Zone1
114
460
76.47500
86.27500
H
Normal
120Sec
M
M
Zone1
6

Frequency
Frequency
Pwr
CH spacing
CH spacing
Zone
CH
TA
G
Low
Hi
H/L
MON
TOT
TX
RX
115
461
76.49500
86.29500
H
Normal
120Sec
M
M
Zone1
116
462
76.51500
86.31500
H
Normal
120Sec
M
M
Zone1
117
463
76.53500
86.33500
H
Normal
120Sec
M
M
Zone1
118
464
76.55500
86.35500
H
Normal
120Sec
M
M
Zone1
119
465
76.57500
86.37500
H
Normal
120Sec
M
M
Zone1
120
466
76.59500
86.39500
H
Normal
120Sec
M
M
Zone1
121
467
76.61500
86.41500
H
Normal
120Sec
M
M
Zone1
122
468
76.63500
86.43500
H
Normal
120Sec
M
M
Zone1
123
469
76.65500
86.45500
H
Normal
120Sec
M
M
Zone1
124
470
76.67500
86.47500
H
Normal
120Sec
M
M
Zone1
125
471
76.69500
86.49500
H
Normal
120Sec
M
M
Zone1
126
472
76.71500
86.51500
H
Normal
120Sec
M
M
Zone1
127
473
76.73500
86.53500
H
Normal
120Sec
M
M
Zone1
128
474
76.75500
86.55500
H
Normal
120Sec
M
M
Zone1
129
475
76.77500
86.57500
H
Normal
120Sec
M
M
Zone1
130
476
76.79500
86.59500
H
Normal
120Sec
M
M
Zone1
131
477
76.81500
86.61500
H
Normal
120Sec
M
M
Zone1
132
478
76.83500
86.63500
H
Normal
120Sec
M
M
Zone1
133
479
76.85500
86.65500
H
Normal
120Sec
M
M
Zone1
134
480
76.87500
86.67500
H
Normal
120Sec
M
M
Zone1
135
481
76.89500
86.69500
H
Normal
120Sec
M
M
Zone1
136
482
76.91500
86.71500
H
Normal
120Sec
M
M
Zone1
137
483
76.93500
86.73500
H
Normal
120Sec
M
M
Zone1
138
484
76.95500
86.75500
H
Normal
120Sec
M
M
Zone1
139
485
76.97500
86.77500
H
Normal
120Sec
M
M
Zone1
140
486
76.99500
86.79500
H
Normal
120Sec
M
M
Zone1
141
487
77.01500
86.81500
H
Normal
120Sec
M
M
Zone1
142
488
77.03500
86.83500
H
Normal
120Sec
M
M
Zone1
143
489
77.05500
86.85500
H
Normal
120Sec
M
M
Zone1
144
490
77.07500
86.87500
H
Normal
120Sec
M
M
Zone1
145
491
77.09500
86.89500
H
Normal
120Sec
M
M
Zone1
146
492
77.11500
86.91500
H
Normal
120Sec
M
M
Zone1
147
493
77.13500
86.93500
H
Normal
120Sec
M
M
Zone1
148
494
77.15500
86.95500
H
Normal
120Sec
M
M
Zone1
149
495
77.17500
86.97500
H
Normal
120Sec
M
M
Zone1
150
496
77.19500
86.99500
H
Normal
120Sec
M
M
Zone1
Frequency
Frequency
Pwr
CH spacing
CH spacing
Zone
CH
TA
G
Low
Hi
H/L
MON
TOT
TX
RX
151
497
77.21500
87.01500
H
Normal
120Sec
M
M
Zone1
152
498
77.23500
87.03500
H
Normal
120Sec
M
M
Zone1
153
499
77.25500
87.05500
H
Normal
120Sec
M
M
Zone1
154
500
77.27500
87.07500
H
Normal
120Sec
M
M
Zone1
155
501
77.29500
87.09500
H
Normal
120Sec
M
M
Zone1
156
502
77.31500
87.11500
H
Normal
120Sec
M
M
Zone1
157
503
77.33500
87.13500
H
Normal
120Sec
M
M
Zone1
158
504
77.35500
87.15500
H
Normal
120Sec
M
M
Zone1
159
505
77.37500
87.17500
H
Normal
120Sec
M
M
Zone1
160
506
77.39500
87.19500
H
Normal
120Sec
M
M
Zone1
161
507
77.41500
87.21500
H
Normal
120Sec
M
M
Zone1
162
508
77.43500
87.23500
H
Normal
120Sec
M
M
Zone1
163
509
77.45500
87.25500
H
Normal
120Sec
M
M
Zone1
164
510
77.47500
0.00000
H
Normal
120Sec
M
M
Zone1
165
511
77.09750
86.09000
H
Normal
120Sec
M
M
166
512
0.00000
0.00000
H
Normal
120Sec
M
M
167
513
0.00000
0.00000
H
Normal
120Sec
M
M
168
514
0.00000
0.00000
H
Normal
120Sec
M
M
169
515
0.00000
0.00000
H
Normal
120Sec
M
M
170
516
0.00000
0.00000
H
Normal
120Sec
M
M
171
517
0.00000
0.00000
H
Normal
120Sec
M
M
172
518
0.00000
0.00000
H
Normal
120Sec
M
M
173
519
0.00000
0.00000
H
Normal
120Sec
M
M
174
520
0.00000
0.00000
H
Normal
120Sec
M
M
7

VR403
CTCSS ADJ.
VR402
DCS ADJ
VR501
Freq Error ADJ.
TP501:
VCO Pt
TP502
CT602
TX VCO ADJ
VR401
MOD DEV
ADJ.
VR404
Signalling
ADJ.
CT601
RX VCO ADJ
TP702
SQL Pt
VR701
SQL ADJ
• VCO ADJUSTMENT
Connect test point (TP501) to multimeter for adjustment (ref alignment illustration ).
Set channel=509 , to adjust the CT601 obtain TP501 = 8. 6V for Rx VCO at receiver mode. to
adjust the CT602 obtain TP501 = 8. 5V for Tx VCO when PTT was activity
• FREQUENCY ERROR ALLGNMENT
Set channel=509 wo , to adjust the VR501 to get transmission frequency=87.255MHZ ±
200Hz when PTT was activity.
• DEVIATION ADJUSTMENT
Plug Mic jack from audio frequency generator.
Facilities setting: Audio generator=1KHz/80mV.
Set channel=347 wu, To adjust VR401 to get maximum deviation ≥3.7KHz ≤±3.8KHz
when PTT was activity. Recheck Max. Dev ±3.5KHz.at the channel 509 wo.
1750Hz Adjustment: Set CH=347 wu, press burst tone I key to adjust VR404 to get Max Dev
≥±3.5KHz ≤±3.8KHz and check frequency is below ±20Hz.
2135Hz checking: check burst tone II deviation is between ±3.5KHz to ±3.9KHz. and check
frequency error is below ±20H.
• HIGH POWER CHECKING
Set channel=509 wu/wo , to check transmitter power is above 5W± 1W.
The transmitter’s power is above 5W and current is below 2.0 ampere by checking the other
channels.
• LOW POWER CHECKING
Confirming the transmission power between 1.0W to 1.3Watts at channel 347,416,486
and 509 with wu/wo. To make sure when battery voltage is below 6.4V , the transmitter
power was automatic changed to low power mode .
SENSITIVITY
To connect SINAD meter and 4 ohm dummy load
Apparatus setting: RF signal generator Frequency=87.255MHz, level=0.43uV ,
deviation=2.4KHz , AF=1KHz with CCITT filter
Set Channel=509 wo, press“monitor” button, observing the SINAD meter is above 20dB
To confirm the channel=347 wu/wo as well.
• AUDIO OUTPUT
Apparatus setting : RF signal generator level=1mV
Increase volume to get audio output level equal 1Vrms check audio distortion ≤3%.
Rotate the volume to make audio output distortion=7%, to check maximum audio output is
≥0.5Watt.
• SQUELCH ADJUSTMENT
Turn off the RF signal generator output and connect multimeter on test point (TP702).
open the squelch setting.
Set channel=509 wo
Adjusting the VR701 obtain the SND equal with 16dB.
• RSSI SIGNAL LEVEL CHECK
Turn on the RF signal generator output , setting RF level=10uV, make sure the signal meter is
full on LCD indicator.
• BATTERY LOW DETECTION
Connect to DC power supply.
Adjust DC IN=6.4V, 1 battery bar is shown on LCD indicator when voltage in 6.4, increase
voltage to 6.6V , checking 2 battery bar shown on LCD indicator, increase to 6. 9V , checking 3
battery bar shown on LCD indicator, increase to 7.2V , that will show full battery bar on LCD
indicator.
8

4. BLOCK DIAGRAM
LOGIC CONTROL UNIT
RF UNIT
5. SCHEMATIC
• POWER SUPPLY
• FRONT-END
9

• 1ST IF & MIXER
• SECOND IF
• AUDIO FILTER
• AUDIO AMPLIFIER
10

• MODULATION
• SYNTHESIZER
• VCO
• TX BUFFER
11

• RF POWER AMPLIFICATION
12

LOGIC CONTROL
13

PCB VIEW
LOGIC BOARD
14

RF BOARD
15

6. BILL OF MATERIALS
PART NUMBER
PARTSDESCRIPTION
EA
REFERENCE
334-00033-000
SHIPPING BAG (210LX105WX0.08T)
1
RL-4LA6
350-00161-000
LOGO PLATE (REXON)
1
M80
350-00162-018
LABEL REXON (TAIWAN) BP-21L
1
350-00210-014
LABEL LIFE BOS RL-328SK FUG13B
LIS2013
1
M79
351-00132-001
LABEL LIFE BOS
1
M81
351-00138-000
LABEL LIFE BOS RL-328SK FUG13B
1
M82
352-00130-009
MANUAL LIS2010 FUG13B LIFE BOS
1
354-00139-029
GIFT BOX < LIS 2000 > SERIES
1
RDM42875
355-00054-000
FIX PLATE 410*440*3MM
0
RDM42628
356-00040-000
CARTON 455*420*255MM
0
RDM42627
390-00044-000
OXYGEN ABSORBERS (2G)
1
CHARGER SET ASS’Y
800-00039-007
DC ADAPTOR DSA-20P-10EU 136163
SWITCHING
0
OPTIONAL
800-00064-000
DC ADAPTOR RL-328
MLF-012W1201000Z
1
OPTIONAL
801-09999-001
ANTENNA MX RL-328 VHF W/O
CUTTING
1
803-00045-009
LI-POLYMER BATTERY PACK BP-21L
7.2V 2050MAH BLK
1
BATTERY ASS’Y
270-00007-000
LI-POLYMER BATTERY PACK 7.2V
2050MAH BLK
1
310-00141-000
RELEASE SPRING 0.4MM SUS 301#
430-400
1
M024 RDM42448
334-00142-001
RELEASE BUTTON BLK
1
805-00010-006
CHARGER SET ASS’Y
0
334-00113-001
CHARGER NAME PLATE
0
RDM42621
334-00148-000
PE BAG 30MMX180MMX0.08T
0
334-00150-000
LOGO PLATE RC-28L CHARGER BLK
REXON
0
351-00121-006
LABEL RC-28L LION CHARGER REXON
0
390-00044-000
OXYGEN ABSORBERS (2G)
0
805-00010-017
LI-POLYMER CHARGER
1
334-00148-000
PE BAG 130MMX180MMX0.08T
1
351-00121-006
LABEL RC-28L LION CHARGER REXON
1
PART NUMBER
PARTSDESCRIPTION
EA
REFERENCE
390-00044-000
OXYGEN ABSORBERS (2G)
1
312-00097-001
METAL TERMINAL
TERMINAL_CHARGER
3
334-00149-003
TOP COVER (CHARGER)
1
334-00184-000
HOLDER RC-28L FAST CHARGER
1
610-05007-00100
LI-ION CHARGER PCB APPCBAR328L-01
1
RF BOARD PART LIST
PART NUMBER
PARTSDESCRIPTION
EA
REFERENCE
630-01329-00800
RF BOARD SURFACE MOUNTING
1
100-00021-000
RES CHIP 0603 0ΩJ
4
R211.R417.R887.R356
100-00025-000
RES CHIP 0603 100KΩJ
14
R210.R324.R325.R418.R422.
R423.R614.R615.R701.R702.
R707.R708.R709.R802
100-00026-000
RES CHIP 0603 100ΩJ
14
R311.R326.R416.R421.R507.
R603.R607.R706.R716.R743.
R809.R821.R826.R829
100-00027-000
RES CHIP 0603 10KΩJ
23
R309.R310.R313.R523.R530.
R604.R611.R619.R726.R727.
R728.R729.R730.R731.R732.
R750.R810.R811.R824.R885.
R888.R705.R733
100-00028-000
RES CHIP 0603 10ΩJ
8
R508.R880.R882.L610.L611.
L612.R881.R710
100-00028-001
RES CHIP 0603 1ΩJ
2
R344.R345
100-00029-000
RES CHIP 0603 110KΩJ
1
R402
100-00030-000
RES CHIP 0603 120KΩJ
1
R429
100-00031-000
RES CHIP 0603 120ΩJ
1
R830
100-00032-000
RES CHIP 0603 12KΩJ
2
R504.R723
100-00034-000
RES CHIP 0603 130KΩJ
1
R318
100-00036-000
RES CHIP 0603 150ΩJ
2
R526.R801
100-00037-000
RES CHIP 0603 15KΩJ
3
R304.R414.R711
100-00038-000
RES CHIP 0603 180KΩJ
1
R404
100-00040-000
RES CHIP 0603 18KΩJ
4
R501.R502.R805.R808
100-00042-000
RES CHIP 0603 1KΩJ
15
R307.R312.R409.R518.R519.
R520.R613.R713.R721.R812.
R813.R814.R816.R818.R737
100-00043-000
RES CHIP 0603 1MΩJ
2
R511.R815
100-00044-000
RES CHIP 0603 2.2KΩJ
9
R503.R512.R513.R601.R616.
R714.R742.R819.R822
100-00046-000
RES CHIP 0603 2.2ΩJ
6
R202.R205.R206.R207.R341.
R827
100-00047-000
RES CHIP 0603 2.7KΩJ
6
R717.R734.R735.R738.R825.
R703
16

RF BOARD PART LIST
PART NUMBER
PARTSDESCRIPTION
EA
REFERENCE
100-00050-000
RES CHIP 0603 220KΩJ
1
R739
100-00051-000
RES CHIP 0603 220ΩJ
8
R209.R528.R606.R720.R740.
R828.R704.R355
100-00052-000
RES CHIP 0603 22KΩJ
3
R436.R736.R408
100-00053-000
RES CHIP 0603 22ΩJ
1
R521
100-00054-000
RES CHIP 0603 270KΩJ
3
R201.R306.R427
100-00055-000
RES CHIP 0603 27KΩJ
3
R316.R804.R807
100-00058-000
RES CHIP 0603 3.3KΩJ
1
R327
100-00058-001
RES CHIP 0603 3KΩJ
2
R605.R403
100-00060-000
RES CHIP 0603 300KΩJ
1
R535
100-00062-000
RES CHIP 0603 30KΩJ
3
R428.R439.R719
100-00063-000
RES CHIP 0603 330KΩJ
1
R886
100-00065-000
RES CHIP 0603 33KΩJ
3
R405.R426.R438
100-00068-000
RES CHIP 0603 390ΩJ
3
R314.R722.R803
100-00070-000
RES CHIP 0603 4.7KΩJ
5
R302.R308.R434.R724.R725
100-00073-000
RES CHIP 0603 470KΩJ
1
R425
100-00074-000
RES CHIP 0603 470ΩJ
9
R208.R301.R342.R536.R744.
R746.R747.R806.R317
100-00075-000
RES CHIP 0603 47KΩJ
7
R303.R350.R413.R415.R435.
R441.R522
100-00076-000
RES CHIP 0603 47ΩJ
6
R525.R608.R609.R715.R718.
R612
100-00077-000
RES CHIP 0603 5.1KΩJ
1
R712
100-00085-000
RES CHIP 0603 6.8KΩJ
1
R835
100-00086-000
RES CHIP 0603 62KΩJ
1
R420
100-00089-000
RES CHIP 0603 68KΩJ
9
R320.R321.R322.R411.R412.
R431.R443.R509.R524
100-00090-000
RES CHIP 0603 7.5KΩJ
1
R505
100-00092-000
RES CHIP 0603 8.2KΩJ
5
R437.R506.R517.R820.R433
100-00124-000
RES CHIP 0805 1ΩJ
1
R204
100-00358-000
RES CHIP 0603 51KΩJ
2
R424.R440
100-00464-000
RES CHIP 0603 43KΩJ
1
R407
100-00474-000
RES CHIP 0603 200KΩJ
1
R510
100-00540-000
RES CHIP 0603 160KΩJ
1
R319
100-00561-000
RES CHIP 0603 200ΩJ
1
R516
100-00595-000
RES CHIP 0603 130ΩJ
2
R836.R610
100-00646-000
RES CHIP 0603 1.6KΩJ
1
R514
101-00008-002
RES TRIMMER TMC3KJB100KTR/
TC33X-2-104E
3
VR403.VR404.VR501
101-00008-007
RES TRIMMER TMC3KJB5KTR/
TC33X-2-502E
2
VR402.VR701
101-00008-009
RES TRIMMER TMC3KJB500KTR/
TC33X-2-504E
1
VR401
110-00001-000
CAP CHIP CERAMIC 0603 470PF
NP0 50V J
9
C601.C615.C624.C626.C735.
C756.C758.C827.C870
RF BOARD PART LIST
PART NUMBER
PARTSDESCRIPTION
EA
REFERENCE
110-00014-000
CAP CHIP CERAMIC 0603
0.0015uF X7R 50V K
1
C759
110-00016-000
CAP CHIP CERAMIC 0603
0.001uF X7R 50V K
73
C201.C205.C216.C217.C301.
C302.C303.C304.C311.C315.
C415.C419.C428.C431.C432.
C433.C434.C435.C505.C506.
C508.C517.C519.C520.C523.
C529.C534.C603.C611.C612.
C614.C622.C628.C629.C632.
C634.C635.C706.C727.C740.
C742.C746.C749.C751.C754.
C761.C763.C766.C774.C791.
C831.C833.C834.C835.C838.
C839.C842.C878.C844.C845.
C856.C857.C858.C860.C863.
C866.C867.C869.C871.C874.
C875.C876.C877
110-00017-000
CAP CHIP CERAMIC 0603
0.0022uF X7R 50V K
1
C323
110-00019-000
CAP CHIP CERAMIC 0603
0.0033uF X7R 50V K
1
C411
110-00023-000
CAP CHIP CERAMIC 0603
0.0082uF X7R 50V K
1
C403
110-00027-000
CAP CHIP CERAMIC 0603 0.01uF
X7R 50V K
37
C202.C204.C207.C210.C212.
C214.C215.C308.C312.C326.
C345.C409.C417.C509.C528.
C604.C621.C631.C719.C721.
C722.C725.C728.C737.C741.
C745.C762.C772.C773.C777.
C785.C821.C829.C837.C843.
C853.C859
110-00029-000
CAP CHIP CERAMIC 0603
0.022uF X7R 50V K
1
C306
110-00033-000
CAP CHIP CERAMIC 0603
0.033uF X7R 25V K
3
C402.C404.C320
110-00037-000
CAP CHIP CERAMIC 0603 0.47uF
16V Y5V Z
2
C840.C337
110-00038-000
CAP CHIP CERAMIC 0603
0.047uF X7R 16V K
2
C319.C760
110-00043-000
CAP CHIP CERAMIC 0603 0.1uF
X7R 16V K
33
C203.C208.C218.C310.C316.
C317.C325.C401.C502.C512.
C513.C514.C518.C524.C613.
C623.C718.C720.C724.C755.
C765.C767.C768.C770.C771.
C775.C776.C836.C841.C855.
C865.C868.C427
17

RF BOARD PART LIST
PART NUMBER
PARTSDESCRIPTION
EA
REFERENCE
110-00049-000
CAP CHIP CERAMIC 0603 1.5PF
NP0 50V C
1
C872
110-00051-000
CAP CHIP CERAMIC 0603 100PF
NP0 50V J
7
C515.C526.C625.C627.C707.
C733.C817
110-00054-000
CAP CHIP CERAMIC 0603 10PF
NP0 50V D
3
C703.C747.C804
110-00058-000
CAP CHIP CERAMIC 0603 120PF
NP0 50V J
3
C324.C413.C321
110-00059-000
CAP CHIP CERAMIC 0603 12PF
NP0 50V J
2
C729.C850
110-00061-000
CAP CHIP CERAMIC 0603 150PF
NP0 50V J
2
C531.C811
110-00062-000
CAP CHIP CERAMIC 0603 15PF
NP0 50V J
4
C744.C752.C846.C739
110-00065-000
CAP CHIP CERAMIC 0603 18PF
NP0 50V J
2
C738.C849
110-00067-000
CAP CHIP CERAMIC 0603 1PF
NP0 50V C
2
C605.C606
110-00072-000
CAP CHIP CERAMIC 0603 220PF
NP0 50V J
3
C503.C734.C828
110-00074-000
CAP CHIP CERAMIC 0603 22PF
NP0 50V J
4
C609.C784.C801.C822
110-00076-000
CAP CHIP CERAMIC 0603 24PF
NP0 50V J
1
C607
110-00077-000
CAP CHIP CERAMIC 0603 27PF
NP0 50V J
4
C618.C748.C847.C854
110-00079-000
CAP CHIP CERAMIC 0603 2PF
NP0 50V C
1
C806
110-00081-000
CAP CHIP CERAMIC 0603 30PF
NPO 50V J
4
C701.C714.C807.C818
110-00082-000
CAP CHIP CERAMIC 0603 330PF
NPO 50V J
1
C407
110-00083-000
CAP CHIP CERAMIC 0603 33PF
NP0 50V J
5
C715.C781.C812.C825.C848
110-00085-000
CAP CHIP CERAMIC 0603 36PF
NPO 50V J
2
C782.C616
110-00087-000
CAP CHIP CERAMIC 0603 39PF
NP0 50V J
4
C608.C780.C826.C851
110-00088-000
CAP CHIP CERAMIC 0603 3PF
NP0 50V C
1
C702
110-00090-000
CAP CHIP CERAMIC 0603 4.3PF
NP0 50V C
1
C708
110-00092-000
CAP CHIP CERAMIC 0603 43PF
NPO 50V J
2
C810.C832
110-00094-000
CAP CHIP CERAMIC 0603 47PF
NP0 50V J
9
C516.C602.C717.C726.C730.
C731.C753.C783.C830
RF BOARD PART LIST
PART NUMBER
PARTSDESCRIPTION
EA
REFERENCE
110-00099-000
CAP CHIP CERAMIC 0603 560PF
NP0 50V J
1
C530
110-00103-000
CAP CHIP CERAMIC 0603 56PF
NP0 50V J
2
C736.C824
110-00104-000
CAP CHIP CERAMIC 0603 5PF
NP0 50V C
1
C711
110-00105-000
CAP CHIP CERAMIC 0603 68PF
NP0 50V J
4
C769.C805.C816.C823
110-00106-000
CAP CHIP CERAMIC 0603 6PF
NP0 50V D
1
C802
110-00110-000
CAP CHIP CERAMIC 0603 82PF
NP0 50V J
3
C813.C814.C815
110-00113-000
CAP CHIP CERAMIC 0603 9PF
NP0 50V D
1
C712
110-00169-000
CAP CHIP CERAMIC 0805 1uF
Y5V 16V Z
9
C209.C211.C213.C410.C412.
C416.C521.C630.C743
110-00366-000
CAP CHIP TANT A 10uF 10V M
2
C314.C764
110-00368-000
CAP CHIP TANT A 2.2uF 16V M
9
C327.C414.C418.C423.C424.
C425.C507.C525.C633
110-00370-000
CAP CHIP TANT A 3.3uF 16V M
1
C511
110-00371-000
CAP CHIP TANT A 4.7uF 16V
4
C206.C420.C421.C504
110-00372-002
CAP CHIP TANT A 10uF 16V M
1
C864
110-00413-000
CAP CHIP CERAMIC 0603 750PF
NP0 25V J
1
C436
110-00457-001
CAP CHIP CERAMIC 0603 0.15uF
X7R 16V K
1
C510
110-00462-000
CAP CHIP CERAMIC 0603 300PF
NPO 50V J
1
C322
110-00598-000
CAP CHIP CERAMIC 0603 2.7PF
NPO 50V C
1
C619
110-00484-000
CAP CHIP TANT B 47uF 10V M
2
C309.C343
110-00511-000
CAP CHIP CERAMIC 0603 3.9PF
NPO 50V C
1
C710
110-00578-000
CAP CHIP CERAMIC 0603 1uF
X7R 16V K
4
C792.C501.C405.C406
110-00599-000
CAP CHIP CERAMIC 0603 75PF
NPO 50V J
1
C617
110-00600-000
CAP CHIP CERAMIC 0603 62PF
NPO 50V J
1
C803
110-00613-000
CAP CHIP CERAMIC 0603 820PF
X7R 50V K
1
C808
111-00008-001
CAP TRIMMER TZC03P200A110-
T00 / SMD-020E
2
CT601.CT602
123-00006-000
COIL BLM11P300SPT/
BLM18PG300SNID
4
L201.L501.L805.L819
18