Cobra MR HH475 FLT BT Instruction manual

MARINE HANDHELD TRANSCEIVER
Catalog Number: MR HH475 FLT BT/EU
CONTENTS
MR HH475 FLT BT/EU
Page
Specifications........................................................................................................................................................2
Theory of Operation...............................................................................................................................................4
Block Diagram.......................................................................................................................................................7
Disassembly Instructions................................................................... ..................................................................8
Alignment Procedures...........................................................................................................................................9
Adjustment Procedure.........................................................................................................................................10
Wiring Diagram....................................................................................................................................................11
Printed Circuit Board............................................................................................................................................12
Troubleshooting..................................................................................................................................................15
Exploded View.....................................................................................................................................................16
Exploded View Part List......................................................................................................................................18
Electrical &Packing &Other Parts List..................................................................................................................20
IC Lead Identification and Internal Diagram.........................................................................................................52
Transistor Lead Identification...............................................................................................................................61
Voltage Chart.......................................................................................................................................................62
Schematic Diagram.............................................................................................................................................66
Version:01 Date: Mar 16, 2010

SPECIFICATIONS
DESCRIPTION Unit LIMIT
Frequency Range: Transmit MHz 156.025 To 157.425.
Frequency Range: Receive MHz 156.050 To 162.025 Eu)
156.050 To 163.275 Us)
Number Of Channels 59 INT, 57 USA, 57 Canada
100 Memory Channels
10 Weather Channels Us)
Oscillate Mode PLL
Modulation FM 16K0G3E)
Channel Spacing KHz 25
Frequency Stability PPM ±10
Standard Operation Temperature °C -15 To +55 Eu), -20 To +50 Us)
Normal Working Voltage V 7.4
Low Limit Working Voltage V 7.35
Hour 8 6W @ 7.4V / 1000mAH ) Battery Lifetime
Tx 5% / Rx 5% / Standby 90%) Hour 16 1W @ 7.4V / 1000mAH )
Memory Resented Flash
Antenna Socket FIXED
Display LCD With Background Light
Built-ln Speaker Diameter 40mm / Impedance 8 Ohm
Dimension : 123 X 62 X 36 mm not including antenna)
Weight : Without Battery) 228g
VHF RECEIVER
Sensitivity For 12dB Sinad dBm ≤ -100
Rated audio output@5% Thd Speaker mW ≥ 250
Deviation sens.For rated output VR @ max.) ±kHz ≤ 2.5
Max.S/N ratio @ 1mV dB ≥ 40
Audio frequency resp.
@300HZ dB 9 ± 3
@2500HZ dB -9 ± 3
Speaker output 8Ω load @ Max Vol mW ≥ 400
Standby Current mA ≤ 50 Eu), 68 Us)
Receiver Current @ Max Vol. mA ≤ 200
Charging current mA 180 ± 30
2

TRANSMITTER
Carrier power no mod)
Hi W 6±0.8
Mid W 3±0.5
Lo W 0.8±0.2
Carrier freq. Tolerance ppm ± 10
Modulation limiting ±kHz 4.3~ 4.9
Modulation sens.For ±3 kHz dev. mV 7±3
Audio frequency response 1KHz / 0dB ref )
@300HZ dB -12 ± 3
@2500HZ dB +7 ± 3
Audio distortion @ 2.5 kHz dew. % ≤ 5
Hum and noise ratio dB ≥ 35
Current drain
Transmit High) A ≤ 2.0
Transmit Mid) A ≤ 1.5
Transmit Low) A ≤ 0.9
Mic Modulation Sen. at Sound level of 94 dBA ) ±kHz ≥ 1.5
Mic Modulation Limiting at Sound level of 110
dBA )
±kHz 4.0 ~ 4.9
Bluetooth part
TX Average Power dBm -6 ~ 4
Max. Drift DH1) KHz -25 ~ 25
Max. Drift DH3/DH5) KHz -40 ~ 40
Frequency Deviation average) KHz 115 ~ 175
Frequency Tolerance offset) KHz -75 ~ 75
RX Sensitivity @ 0.1% BER) dBm ≤ -70
Weather RECEIVER for Us)
Sensitivity For 12dB Sinad dBm ≤ -100
Sensitivity For WX Alarm 1050Hz Dev.3KHz ) dBm ≤ -100
Note: Nominal specifications represent the design specifications. All units should be able to approximate these
specs. Some will exceed these specs, and others may drop slightly below them. Limit specs represent the
absolute worst condition that might still be considered acceptable. A unit should never fail to meet limit specs.
3

THEORY OF OPERATION
This PLL - controlled VHF marine transceiver provides an accurate and stable multi-channel operation.
The transceiver consists of 8 main sections:
 Transmitter
 Receiver
 Low voltage detection
 Voice recorder
 Local oscillator PLL (Phase Loc Loop) Circuit
 Memory bac up
 Bluetooth
 ATIS(Automatic Transmitter Identification System) Only for HH475Eu
 Transmitter
The audio is picked up from the internal M C, the audio signal is then amplified by Audio Amplifier, U4
LM324 (2/4), U4 (3/4) and filtered by a low pass filter U4 (4/4). The audio is adjusted with VR2 to obtain a
suitable Audio frequency response, and then modulated with the carrier by VCO, through Varicap (D11).
The modulated signal output from the VCO is pre-amplified by Q5, Q4 and Q3. Then it is amplified by Q12,
Q6 .The amplified signal then passes through a low -pass filter network which consists of C72, L8, C66,
C15, L6, C4 filters out spurious emission, and the antenna switching circuit, D1, D2. The signal is filtered
by another low-pass filter circuit which consists of C16, L2, C62, C12, L1, C5, C1. These low pass filters
are necessary to suppress the second and third harmonics. The signal is then fed into the antenna input
and radiated out.
TX current is converted into a voltage signal, that signal fed into U2 LM2904 (2/2) for sampling. U2 is the
Automatic power control (APC) circuit.
When the unit is transmitting, the audio signal is added to the TX VCO Varicap D11. The capacitance of
D11 is varied following the audio signal and when mixed with the carrier to form the modulated signal.
 Receiver
The receiver uses a double frequency super-heterodyne circuit. The first mmediate Frequency ( F) is 21.4
MHz and the second is 450 kHz.
The RF signal is received by the antenna, and passes through a low-pass filter network C1, L1, C5, C12,
L2, C62, C16, C20, L7, C67 to filter out the unwanted signals, the antenna switching circuit D1, D2
switching circuit to receive. The received RF signal is sent to a SAW filter F1 to filter out-of-band signals.
The RF amplifier Q7 amplifies signals within the range of the frequency coverage and passes though
another saw filter F2 to further filter out-of-band signals. The RF signal then is mixed with the local
oscillation frequency by the mixer Q8. A first F ( mmediate Frequency) 21.4 MHz is produced. The F is
passed through a pair of crystal filter F3 (1/2), F4 (2/2) to further filter other unwanted signals. The first F
4

then is amplified by Q2 and the F amplifier U1 (BA4116). U1 is a integrated RF amplifier which consists
of a local oscillator, a demodulator, a second mixer, squelch control circuit, and RF amplifier. The 21.4
MHz F then is mixed here with second mixer and converted into 2nd mmediate Frequency ( F) 450 kHz.
The 2nd F passes through a ceramic filter F5 to filter out the residue unwanted signal at pin 5 of U1
(BA4116) output this final F signal and the Audio signal is output at pin 9 of U1 (BA4116).
The audio signal is fed through a volume control VR3 and finally amplified by Audio amplifier U11
(NJM2070) and heard in the speaker.
The squelch control is also controlled by U1 (BA4116). The second F passes through U1 (BA4116)
internal squelch control R90, C141, C142 form as a squelch amplifier. The ceramic filter produces a
squelch signal (RF noise). Pin 14 of U1 sends the digital squelch control signal to the CPU mute the audio
speaker path. Pin 12 of U1 output a RSS level to the CPU.
 Low Voltage Detection
The battery voltage, divided by R148, R149 is input to U7 Pin 11 for voltage level sample.
 Voice recorder
Voice recorder consists of U5(4/4) LM324,U9(AT4SDBD41B)and MCU U7.Voice source from AF via
U5(4/4) LM324 amplifies then pass to MCU U7 pin 13,or voice signal from M C via U4(1/4,2/4,3/4) then
pass to MCU U14,they will be transformed to voice data up to 20 seconds, U9(AT4SDBD41B) stores these
voice data. When recorder play, the voice come out form MCU U7 Pin43. Then pass to U4(4/4), after that
pass to U11(NJM2070) to amplify the recorder voice signal.
 PLL (Phase Loc Loop) Circuit:
The receiver and transmitter both share the same PLL (Phase Lock Loop) Circuit to produce the carrier or
the receive frequency. The local oscillator consists of a fundamental frequency oscillator X1 20.95MHz and
U6 (KB8825). A phase Lock Loop (PLL) U6 (KB8825), TX VCO Q14 and RX VCO Q13. The fundamental
frequency is frequency divided by U6 and a 12.5 kHz signal is produced. When the VCO frequency
applied to and frequency divided by U6 produces a frequency comparable to 12.5 kHz, PLL will control the
VCO. When these two frequencies are matched, a constant control voltage is output from PLL to lock
VCO in desired frequency. The PLL also will output a lock indication to MCU to indicate the PLL is in
frequency lock state.
 Memory Bac up
U9 is an EEPROM AT4SDB41B which acts as a memory backup for the working channel code and the
system parameters. Every time when the unit is switched on, the MCU will reset the system, clear the
RAM, and recall in the memory from the EEPROM to refresh the RAM in CPU U7.
 Bluetooth
Bluetooth circuit consists of U13(BT_MODULE)and CPU U7.When Bluetooth transmitting the voice from
U13 Pin7 and 5 input, then via U7 controls and U13 transforms to Bluetooth RF signal then radiates out by
5

BT-ANT; When Bluetooth receiving, Bluetooth RF signal comes from BT-ANT via U7 and U13 then
changes to voice signal from U13 Pin 4 output.
 ATIS(Automatic Transmitter Identification System) ONLY for HH475EU
AT S circuit consists of U5(1/4),U4(4/4) and CPU U7, when receiving the AF signal from U1 Pin 9 via
U5(1/4) then pass to CPU U7 Pin 43, when transmitting A TS PWM signal form U7 Pin 45 output then via
U4(4/4) pass to TX VCO Varicap D11 then mixes with the carrier to form the modulated signal.
6

D3
X2
20.95MHz
SPEAKER
VOL
VHF_MIC X3
7.3728MHz
VR3:B
VR2
MOD
U2: LM2904 APC
R103R102
CURRENT DET
U5:A
1SS356
21.4MHz
LOB BAT
DAN235E
D9
2SC4901
Q26:BT3906
2SC4901
3SK318
2SC4901
R149R148
TX PO ER AMP.
F3,F4
LO BAT
Q5
BUFFER AMP
RX/TX S
2SC4901
Q3
BUFFER AMP
2SK3078
Q12
TX YOUNGER
U1 BA4116
2nd LOCAL MIXER,SQL
Q2
IF AMPCRYSTAL BPF
Q8
1st MIX
Q7
RF AMP
D1,D2
ANT S
TX/RX TRANS
ANT
Q9:BT3906
VTX VCO
U6
AUDIO
AF PO ER AMP U11
Q16,Q21,Q22
NJM2070
S8550
BT3904 X 2
MIC AMP
U4:A,B
LM324(2/4)
LM324(1/4)
AF MUTE
U205
PIC24FJ64GA006
DATA BACKUP
U9
AT4SDBD41B
U8:XC6204B502
Q18:S8550
AUDIO
Q6
RD07MVS1
LCD
BPF
R77
C141 C142
KB8825
PLL
U4:C
ATIS
F5 450KHz
2nd-if
RX VCO
Q13
2nd-IF DET
H/M/L PO ER CONTROL
R90
TX VCO
Q14
2SC4901
Q4
AMP
2SK210
2SK302
D11
MOD
1050Hz&ATIS DET
U3
RESET
XC61CN2702M
RESET
Q17:Bt3904 D16: BA 56
LM324(1/4)
LPF
BPF
LPF
LPF
SA BPF
HVU307
MOD
HUV307
D10
HUV307
D12
F.CONT
F.CONT
F1:HDF160B
RSSI
SQL
SQL
SQL RSSI
B+7.4V
B+7.4V
B+7.4V
CALL/BEEP
B+7.4V
AF S
1050HZ&ATIS
1050Hz&ATIS
AF S
AF MUTE
RX S
VTX VCO
RX S
TX 5V
RX 5V RX S
V TXPO
VCC 5V
APC
LPF
SAVE
Q10: MB3904
VR1
Q11: MB3904
CLONE
156-163MHz
SA BPF
156-163MHz
F2:HDF160B
VOL 10K
VR3:A U5:D
LM324(1/4)
LPF
X1
CBD450C24
LOCK
DATA
CLK
CS
D4
LCD BACK LAMP
RF PART
CPU PART
BATTERIES Li-POLYMER_7.4V
1 3 4 5 6 2
J2
SP/MIC JACK
Q1 2SC4901
C1,C5,C12
L1,L2
C62,C16
20.95MHz
PD
R104
Q24:BT3906
Q25:BT3906
VCC 5V
U402
HT1621
V TXPOW
MOD
B+7.4V
D6 D7
KEY BACK LAMP 1
VCC 5V
CPU 3.3V
LCD DRIVER
Q27
BT3904
U5:C
CALL DET LM324(1/4)
CALL DET CALL DET
CALL
CALL/BEEP
16/9
H/M/L
DOWN
UP
KEY BOARD
TRI
SCAN LAMP
PTT
CALL/SQL
MEM
Q28
LED DRIVER
+5V
U10:XC6204B332
Q30
LED DRIVER
D6 D7
KEY BACK LAMP 2
B+7.4V
P M LPF
RE /ATIS
U4:D
LM324(1/4)
Q29
LED DRIVER
D17 D19
BT KEY BACK LAMP
B+7.4V
P M OUT
RE AUDIO
ATIS
BT REW
AF_REC_IN
MIC_REC_IN
BLUETOOTH
U13
BLUETOOTH MOEULE TXB206AR
U112:XC6204B332
BT_TXD/RXD
B+7.4V
R16 10K
R49 10K
BT_AUDIO
X_ALERT/BURP
R198
330
BT_MIC
BT_ANT
BT 3.3V
R41
47
R138 47
Q23
2SC4097
BT_AUDIO S
BT_AUDIO S
X_ALERT/BURP
AF_REC_IN
MIC_REC_IN
RE AUDIOBT_AUDIO
R192
10K
R17 10K
BLOCK DIAGRAM (for HH475)
7

DISASSEMBLY INSTRUCTIONS
To remove the front and rear panels from the main chassis:
1. Remove the SPK/M C and VOL/SQL knob from the main unit.
2. Remove 4 screws from the rear housing for main unit.
3. Detach the rear housing from the front housing.
8

ALIGNMENT PROCEDURES
This transceiver is completely aligned at the factory and does not require any adjustments for installation.
However it is considered as good practice to verify that none of the adjustments have changed.
The test equipment listed below are used for the test setup shown in Fig. 3.1.
This test setup used either partially or totally during the following adjustments.
A.TEST EQU PMENT
1) DC Power Supply (7.2V DC) 0 - 15V 3A max.
2) RF Power Meter 10 W 50 Ohm 100-200 MHz
3) RF Signal Generator 100-200 MHz, 50 ohm termination
4) FM Linear Detector (FMLD) 100-200 MHz
5) Frequency Counter 1-500 MHz
6) Oscilloscope 20 MHz
7) Distortion Meter
8) S NADDER (Trademark of Helper nstruments Co.)
9) Audio Oscillator
10) Toggle Switch (for use as PTT switch).
Fig. 3.1
RF POWER
METER
DC POWER
SUPPLY
AUD O OSC
PTT
SW TCH
UN T
UNDER TEST
OSC LLOSCOPE
S NADDER
FMLD
FREQ
COUNTER
D STORT
METER
RF SG
SPEAKER
JACK
M C
ANT
RX
RY
COUPLER
9

ADJUSTMENT PROCEDURE
Step Adjustment Test Point Procedure
1 L18 Receive *1 TP1
1. Connect digital voltmeter to TP1 on RF PCB.
2. Set CH01 .
3. Adjust L18.
4. TP1 voltage 1.2~1.6V DC.
2 L20 Transmit *1 TP1
1. Connect a digital voltmeter to TP1 on RF PCB.
2. Set CH01 .
3. Adjust L20.
4. TP1 voltage 1.2~1.6V DC.
3 VC1 *2
1. Connect the antenna coupler output to a frequency counter.
2. Set channel to CH01 (156.050 MHz).
3. Adjust VC1 to obtain a frequency reading 156.050 MHz±200Hz.
4 VR2
Modulation *2
1. Connect the antenna coupler output to an FM linear detector.
2. Connect Audio Oscillator to Microphone Jack.
3. Set unit to transmit mode.
4. Set audio oscillator output to -23dBm 1 kHz.
5. Adjust VR2 to obtain ±4.5 kHz deviation.
Remark:
*1: Please reference the “Main PCB Bottom View” drawing in page 13.
*2: Please reference the “Main PCB Top View” drawing in page 12.
10

WIRING DIAGRAM
11

PRINTED CIRCUIT BOARD
Main PCB Top View
VR2
VC1
12

PRINTED CIRCUIT BOARD
Main PCB Bottom View
L18
L20
13

PRINTED CIRCUIT BOARD
Cradle Charger PCB View
Top View
Bottom View
14

TROUBLESHOOTING
Item Symptom Possible Cause
1 Unit does not turn on.
 Defective power switch VR3.
 Check the battery voltage.
 Defective regulator U8.
2
Speaker no sound with
AF signal applied to
volume control
 Defective volume control.
 Defective speaker.
 Defective U11 and/or associated components.
3 Squelch circuit inoperative
 Check squelch control.
 Defective U1 and/or associated circuitry between pin 9, 10 and
11.
4 No receive (RX)
 Defective regulator U8.
 Check TP1 voltage 0.5 – 4V;
 Check second OSC 20.95MHz, pin9 of U6;
 Defective Q7, Q8, Q2.
 Check U1 audio output voltage at pin 9.
 Defective F1 and F2;
5 Low receiver sensitivity
 Check antenna and connector for possible corrosion or bad
connection.
 Failure of the output from Q7, Q8, Q2, U1
 Check the output level of local OSC.
6 No transmit (TX)
 Defective PTT switch.
 Defective regulator U8.
 Check TP1 voltage 0.5 – 4V;
 Check power transmits circuit Q12, Q6, D1, D2 and Q1;
 Check power control circuit Q17, Q18, Q24;
 Check power control circuit U2;
7 Low RF power output
 Check RF power output from Q6, f it checks good, then check
and antenna switching diode D1, D2.
f not good then check the voltage level outputs of the drive
amplifiers Q3 and Q12 as well as the associated circuitry.
8 Poor or no modulation
 Defective microphone.
 Defective U4 and/or its associated components.
9 Deviation of transmit
frequency
 Check crystal X2 and VC1.
15

EXPLODED VIEW (for HH475 Main Part)
16

EXPLODED VIEW (for Battery and Antenna)
17

Main Radio Part
Location Codes
Description
Mfr's Part No.
1 D-LENS PMMA MU TM833FBUSL 270100034-12003-10
2 P-FCAB MU PC BK TM833FBUSL 3U2X 270100031-12002-10
3 P-KEY VOL MU ABS BK TM833FBUSL 3U2X 270100530-11001-10
4 M-SLEE MU SS L5.15 W5 H4.4 SW 2 0301122-00001-10
5 P-KEY C/F MU ABS BK TM832EUL MIC 3U2X 270101280-12001-10
FOAM-HDR RUBB L34.1W2 .3T4.7 GREY DS022 320100108-00001-10
7 INSU-SHET FILM W L-- W-- D .4 WATERPROOF 270110 10-00000-10
8 PCB SS FR4 GP MIC 1-4 L W8T1.0 TM833FBEU 25010259 -00003-10
9 MIC CDR -U -38dB 10V D .0 T2.7 EM-27PX-5 290100345-00000-10
10 P-PLATE MU PC BK TM832 PTT MOUNT 3U2X 270102092-12001-10
11 KEY-P MAIN RUB DG K TM833FBEUL 433C (only for EU) 270200054-11008-10
KEY-P MAIN RUB DG K TM833FBUSL 433C (only for US) 270200054-11005-10
12 KEY PTT RUB G 1K TM832 270200131-11001-10
13 KEY FUN SR T 2K TM832FEUL RIGHT 433U/201 (only for EU) 27020001 -11004-10
KEY FUN SR T 2K TM832FUSL RIGHT 433U/201 (only for US) 27020001 -11003-10
14 KEY FUN SR T 2K TM832FEUL LEFT 433U 270200118-11002-10
15 M-MOUN MU SS L39.3 W37.8 H10. LCD 2 0301094-12001-10
1 LCD TN TSF P 5V 1/4D 1/3B L38.5W37T1.8 - 220100028-00000-10
17 INSU-SHET PVC W L3 W3 D-- ASTIGMATISM 270102 04-00001-10
18 D-LENS PMMA MU TM832FEUL Transparent L40 270101425-11002-10
19 SCREW-TS WRH L5 D2 + CZ F RWB (Four) 2 0100191-00000-10
20 TM833FBEUL /PCBA MAIN/PCBA /R0 COBRA/EU/ 330200008-00000-10
21 M-COVR MU AL L 7 W33.2 H 2 0300141-11001-10
22 O-RING MU BK RUB H1.4OD--L118.5W 2 3U2X 270200053-12001-10
23 M-WASH MU CU NI L10.55 W1.09 H0.2 (Two) 2 0300005-11001-10
24 SCREW-TS RH L8 D2. + SUS C (Two) 2 0100022-00000-10
25 M-BRKT MU SS L20 W19 H10 SUS304 2 0302983-11000-10
2 M-SHAF MU PB GD L10.7 W3. H-- (Two) 2 0300007-00001-10
27 P-HOLDER MU ABS BK TM833FBUSL CONNECTOR (Two) 270100532-11001-10
28 P-RCAB MU PC O TM833FBUSL 021U 270100529-11001-10
29 P-CLIP BU PC BK TM832/TM833 ATTACHMENT 3 270102095-12001-10
30 SCREW-TS RH L10 D3 + BZ SUS F BLACK 2 0101177-00000-10
31 SCREW-TS PH L12 D-- + BZ SUS F TM832FEUL(Four) 2 0101179-00001-10
32 FOAM-HDR RUBB D1.8T1 NA Black SCREW CAP (Five) 320100751-00001-10
33 M-SPPT MU SS L20 W1 H1 LOCK PIN 2 030109 -00001-10
34 P-COVER MU PC BK TM832EUL 3U2X/WITH PAIN 270100455-12002-10
35 M-SHIE MU TP NI L20.4 W14.1 H8.5 VCO 2 0301003-00001-10
3 INSU-SHET PVC W L35.4 W33.4 D0.1 TM832FE 270110041-00001-10
37 INSU-SHET PAP S L40 W1.3 D0.1 TM832FEUL (Three) 270110039-00001-10
38 P-PLATE MU PMMA BK TM832/TM833 KEYBOARD 270102091-12001-10
39 SPK M 8OHM 1W D40 T5.2 TEK404P-8 OHM1W 290100070-00000-10
40 FOAM-SPK NYL D37.3T-- SS BLACK TM833FBEU 320101847-00001-10
41 INSU-TAPE FILM BK L-- W-- D9.4 WATERPROO 2701103 8-00000-10
42 FOAM-CUH SPNG D9.5T1.4 SS BLACK TM833FBE 3201018 9-00001-10
EXPLODED VIEW PART LIST
18

attery Part
Location Codes
Description
Mfr's Part No.
43 P-BATT-DR BU ABS BK TM832EUL 3U2X 270101071-12001-10
44 FOAM-HDR SPNG L40W8T1 Black (Two) 320100 -00001-10
45 BAT-R PRISM LI 7.4V 1000MAH TP 03450 TEC 230400180-00000-10
4 O-RING BD BK RUB H5.4OD--L94.05W59 270200380-13001-10
47 P-RCAB BT ABS BK TM833 3U 2X 270100953-11001-10
48 CON-COMM PB T0.2H5WD-- GD C (Two) 2 0300377-11001-10
49 CON-CHAR PB T0.2H3.5WD-- GD UNIT (Three) 2 0300380-11001-10
Antenna Part
Location Codes
Description
Mfr's Part No.
50 P-CAP BU ABS BK TM833/832 ANT 3U2X 270102110-11001-10
51 P-SLV-ANT BU PU BK TM832EUL ANT 3U2X 270102093-12001-10
52 SPRING COS ANT SW CU WD1 L158.5 OD: .8MM 2 0200009-00000-10
EXPLODED VIEW PART LIST - CONTINUED
19

Location Codes
Description
Mfr's Part No.
TM833F EUL /U- U-M /R0 CO RA/EU
330100058-00000-10
TM833F EUL /U- MAIN/UNIT /R0 CO RA/EU
330100062-00000-10
TM833USL /E&M ALK ATT COMP /R0 CO RA-US
330503423-00000-10
SPRING COS GD WD0. L31.2 2 02000 5-00000-10
SPRING COS GD WD0. L22.1(Two) 2 02000 -00000-10
SPRING COS GD WD0. L22.1(Two) 2 02000 7-00000-10
SPRING COS GD WD0. L23.3 2 02000 8-00000-10
CON-POST PB T0.2H14.1WD-- GD BATT B 2 030037 -11001-10
CON-COMM PB T0.2H75.3WD-- GD A 2 0300379-12001-10
P-RCAB BT ABS BK TM833USL 3U 2X 270100527-13001-10
INSU-SHET FIBER BK L75.3 W3.9 D-- 0.15 270102 08-00001-10
O-RING BD BK RUB H5.4OD--L94.05W59 270200380-13001-10
20
TM833F EUL /PC A MAIN/PC A /R0 CO RA/EU/
330200008-00000-10
1 LCD TN TSF P 5V 1/4D 1/3B L38.5W37T1.8 - 220100028-00000-10
RUBCON SRI PIT0.10 L30.1 W2.0 H5.2 240300313-00000-10
21 M-COVR MU AL L 7 W33.2 H 2 0300141-11001-10
35 M-SHIE MU TP NI L20.4 W14.1 H8.5 VCO 2 0301003-00001-10
15 M-MOUN MU SS L39.3 W37.8 H10. LCD 2 0301094-12001-10
SHIELD VCOC MS NI L21.7 W14.7 T3.8 SILVE 2 0302892-11001-10
18 D-LENS PMMA MU TM832FEUL Transparent L40 270101425-11002-10
17 INSU-SHET PVC W L3 W3 D-- ASTIGMATISM 270102 04-00001-10
INLAY MKEY PVC L34 W22 TM832/TM833 UNIT 270102 92-11001-10
INLAY MKEY PET L25.4 W7. TM832/833 (Two) 270102 93-11001-10
37 INSU-SHET PAP S L40 W1.3 D0.1 TM832FEUL (Three) 270110039-00001-10
3 INSU-SHET PVC W L35.4 W33.4 D0.1 TM832FE 270110041-00001-10
FOAM-CUH SILI L12W .5T3 GREY 320100009-00001-10
FOAM-HDR SPNG L40W4T3 Grey (Four) 320100 4-00001-10
FOAM-CUH SPNG L9W7T1 White 320100 9 -00000-10
FOAM-SPON SPNG L33.4W3.0T2.0 BLACK TM832 320101829-00001-10
TM833F EUL /PC A MAIN/SOLDERING/PC A /R0
330201917-00000-10
C109 CAP-RELE 100 uF M 10V D5 H8 280201079-00000-10
C178 CAP-RELE 100 uF M 10V D5 H8 280201079-00000-10
C179 CAP-RELE 100 uF M 10V D5 H8 280201079-00000-10
C180 CAP-RELE 100 uF M 1 V D H5 280201082-00000-10
C185 CAP-RELE 10 uF M 25V D4 H5 280201073-00000-10
F3 XTL 21.4M 2.5 2pF L3.2 W8 H -20C ~ 70C 280700099-00000-10
F4 XTL 21.4M 2.5 2pF L3.2 W8 H -20C ~ 70C 280700099-00000-10
F5 FLTR-REC LEAD 450 K +/-7.5 KHz@ dB LTM4 280700243-00000-10
U13 RF-MOD BLUETOOTH TXB-20 AR 2.4GHZ TXBANG 320200029-00000-10
VR3 VR-ST LOG 10 Kohm P DIP H R A;JIS;W/S 280101743-00000-10
X1 FLTR-REC LEAD 450 K +/-4 KHz@ 3dB CDB450 280700253-00000-10
X2 XTL 20.95M 2.5 15pF L8 W7.8 H3 -30C ~ 50 2807001 1-00000-10
X3 XTL 7.3728 M 30 12.5pF D3.0 H8.0 -10+ 0 280700031-00000-10
MIC CDR -O -52dB 3V D9.7 T4.5 LYS-M9745- 290100001-00000-10
TM832EUL /CO A LCD ONDING PC A /R0 CO R
330301732-00000-10
U401 A-IC ANA HT1 21(DICE-SD170 ) CHIP 48 BON 2101000 0-00000-10
TM832EUL /SMTA LCD PC A /R0 CO RA-EUR
330401965-00000-10
PCB DS FR4 GP LCD3 L32W20T1 25010035 -00003-10
C401 CAP-CCER 100 nF K 1 VDC 0402 X7R 280200343-00000-10
C407 CAP-CCER 100 nF K 1 VDC 0402 X7R 280200343-00000-10
PARTS LIST (HH475 Eu)
Alkaline attery Assembly
Main PC Assembly
20