Alinco DR-635 Service Manual

D R -635

S e r v i c e M a n u a l

CONTENTS

SPECIFICATIONS

1) GENERAL

....................

1...'.......... 2

2) TRANSMITTER....................................................

3) RECEIVER

.................................................I..'...... 3

CIRCUIT DESCRIPTION

1) VHF Reception..........................................:./4

2) UHF Reception

........

. . . . . i .

...............

..... 5

3) FM Reception........................................................6

4) V/V(VHF-VHF) Dual Reception

5) U/U (UHF-UHF) Dual Reception

6) VHF Squelch Control

7) UHF Squelch Control

8) Transmit Signal Path

........................... ....... 7

................i...........................

......................................... 7

9) VHF Transmit Signal Path...................................

......................... 6

............................

.

10) UHF Transmit Signal Path.......................................8

11) VHFTxAPC Circuit

...............................................

12) UHFTx APC Circuit...................................... 8

13) VHF PTT Circuit

........................................

14) UHF PTT Circuit....................................

15) VHF PLL

..........................

...................................

...... 8

...............

16) UHF PLL................................................................9

17) Power-on Circuit

.................................................

SEMICONDUCTOR DATA

1) M5218FP (XA0068)..........

...................................

2) NJM78L05UA (XA0098)....................................... 10

3) NJM7808FA (XA0102)........................................ 10

4) TC4S66F (XA0115)........................................... 11

5) AN8010M (XA0119)

.............................................11

6) BU4052BF (XA0236)............................................ 11

7) TA75S01F (XA0332)............................................ 12

8) TC4W53FU (XA0348)

9) TA31136FN (XA0404).................................

10) LA4425A (XA0410)

..........................................

.........

..............................................

11) NJM2904V (XA0573)............................................ 13

12) NJM2902V-TE1 (XA0596).................................... 13

13) S-80845ALMP-EA9-T2 (XA0620)

14) TK10931V (XA0666)

............................................

.........................

.2

. 6

7

! 9

..9

.. 9

10

12 12 13

14 14

15) BR24C64F-E2 (XA0669).

16) LC75884W (XA0899) ................

17) M51132FP ( X A 0 9 0 0 )

18) M38503M2H667FP (XA0914).......

19) M64076AGP (XA0915)

20) S-816A50AMC (XA0925)

21) NJM78M05DL1A (XA0947)

22) M30624FGPGP (XA1081/XA1082)

23) Transistor, Diode, and LED Outline Drawings.... 23-24

24) LCD Connection

EXPLODE D VIEW

1) Front View

2) Bottom View...................................................................2 7

PARTS LIST

Front Unit.......................................................................28

8

LED Unit

Main Unit.................................................................28-37

Mechanical Parts Packing Parts

Accessories (Screw Set)..............................................37

ADJU S TME NT

1) Adjustment Spot

2) Adjustment Mode................

- 3) VHF Adjustment Specification....................................

4) UHF Adjustment Specification ...................................

5) VHF Test Specification

6) UHF Test Specification...............

PC BOARD VIEW

1) Front Side A

2) Front Side B ...................................................................44

3) Main Side A ...................................................................45

4) Main Side B ...................................................................46

FRONT SCHEMATIC D IAG R A M .............................. 47

MAIN SCHEM A TIC DIAG R AM ......................................48

FRONT BLOC K DIA G RA M

MAIN B L O CK D IA G R A M ................................................50

................................ 24-25

......................................................................

........................................................................

...................................

...................

...................................................................44

....................................

......

.....................

....................................

........

...........................................

........

..............

....................

.........................................................

.............................

............

...........................38

........................................39

.......................................

................................

...........................................

......

15

......

16 17

....... 17-18

.....

.........

19 20

......

.,.

......

20

20-22

26

28

37

40 41

42 43

49

37

ALINCO, INC.

SPECIFICATIONS

1) GENERAL

Frequency coverage DR-635T (U.S amateur)

DR-635E (European amateur)

Operating mode Frequency resolution Number of memory channels Antenna impedance Power requirement Ground method Current drain Receive

Transmit

Operating temperature

Frequency stability Dimensions

Weight

87.500 - 107.995MHz (WFM RX)

108.000 - 135.995MHz (AM RX)

136.000 - 173.995MHz (RX)

144.000-147.995MHz (TX)

335.000 - 479.995MHz (RX)

430.000 - 449.995MHz (TX)

87.500 - 107.995MHz (WFM)

144.000 - 145.995MHz (RX, TX)

430.000 - 439.995MHz (RX, TX) 16K0F3E (Wide mode) 8K50F3E (Narrow mode) 5, 8.33, 10, 12.5,15, 20, 25, 30, 50,100kHz

20 0

50£} unbalanced

13.8V DC±15% (11.7 to 15.8V)

Negative ground

0.6A (Max.) 0.4A (Squelched)

11.0A

- 10 to 60°C ±2.5ppm

142 (w) x 40 (h) x 174 (d) mm (w/o knobs)

Approx. 1.0kg

2) TRANSMITTER

Output power

Modulation system

Maximum frequency deviation Spurious emission Adjacent channel power

Modulation Distortion

Microphone impedance

High : 50W (VHF)

35 W(UHF) Mid : 20W Low : 5W

Variable reactance frequency modulation

±5kHz (Wide mode) ±2.5kHz (Narrow mode)

-60dB

Lass than 3%

2kn

3 ) R E C E IV E R

Sensitivity Receiver circuitry Intermediate frequency

-16dBu for 12dB SINAD Double conversion superheterodyne

18‘ 21.7MHz 2nd 450kHz (VHF)

1st 45.1MHz 2nd 455kHz (UHF) Squelch sensitivity Selectivity (-6dB / -60dB) Spurious and image rejection ratio Audio output power

-18dBu 12kHz/24kHz

70dB

2.0W (80, 10% THD)

I Note : All specifications are subject to change without notice or obligation.

CIRCUIT DESCRIPTION

1 ) V H F R e c e p t io n

Incoming VHF signals are passed through a low-pass filter network, antenna switching diodes D15 (UM9401F) and D26 (DAN235E), and a high-pass filer network, and on to the RF amplifier Q19 (3SK293). The amplified RF signal is passed through another RF amplifier Q18 (2SC5226) and band-pass filtered again by varactor turned resonators L46, L49, L51 and D28, D29, D30 (all 1SV215), then applied to the

1st mixer Q21 (3SK293) along with the first local signal from the PLL circuit The first local signal is generated between 122.3MHz and 126.3MHz by the VHF VCO, which consists of

Q9 (2SK508) and varactor diodes D10 and D11 (both 1SV282), according to the receiving frequency. The 21.7 MHz first IF signal is applied to monolithic crystal filters XF1 and XF2 (both UM5-3P 21.7M) which strip away unwanted mixer products, and the IF signal is applied to the first IF amplifier Q20

(2SC4215). The amplified first IF signal is then delivered to the FM IF subsystem IC IC3 (TK10931V), which contains the second mixer, limiter amplifier, noise amplifier, and FM detector. The second local signal is generated by 21.25MHz TCXO, producing the 450kHz second IF signal when

mixed with the first IF signal within 1C3. The 450kHz second IF signal is applied to the ceramic filter FL1 (ALFYM450E) which strips away all but the desired signal, and then passes through the limiter amplifier within IC3 to the discriminator coil L101, which removes any amplitude variations in the 450kHz IF signal before detection of speech.

The detected audio then signal is amplified by IC9 (NJM2902V-B) passes through the de-emphasis

network, a high-pass filter consisting of IC9 (NJM2902V-A) and associated circuitry, and a low-pass filter

consisting and associated circuitry. The filtered audio signal is switched by IC12 (BU4052), and then

passes through the audio volume control IC IC13 (M511312FP), which adjusts the audio sensitivity to

compensate for audio level variations.

The audio signal is amplified by IC8 (LA4425A), and then applied to the internal loudspeaker.

2 ) U H F R e c e p t io n

Incoming UHF signals are passed through a low-pass filter network, a high-pass filter network, antenna switching diodes D14 (UM9401F), and on to the band-pass filter network consisting of varactor diode D49 (HVU359) and L79. The filtered UHF signal is amplified by R'F amplifier Q41 (3SK293) and fed to another band-pass filter consisting of varactor diode D50 (HVU359) and L80, and then is passed through another RF amplifier Q43 (2SC5226) to another band-pass filter consisting of varactor diodes D51 and D52 (both HVU359) and L81 and L82. The amplified and filtered UHF signal is applied to the 1st mixer Q42 (3SK293) along with the first local signal from the PLL circuit. The first local signal is generated between 384.9MHz and 404.9MHz by the UHF VCO, which consists of Q29 (2SK508) and varactor diodes D38 and D40 (both 1SV278), according to the receiving frequency. The 45.1 MHz first IF signal is applied to monolithic crystal filters XF3A and XF3B (UM5-3P 45.1M) which strip away unwanted mixer products, and the IF signal is applied to the first IF amplifier Q44 (2SC4618). The amplified first IF signal is then delivered to the FM IF subsystem IC ICS (TA31136FN), which contains the second mixer, limiter amplifier, noise amplifier, and FM detector. The second local signal is generated by 45.555MHz crystal X4, producing the 455kHz second IF signal within IC5. The 455kHz second IF signal is applied to the ceramic filter FL4 (ALFYM455E) which strips away all but the desired signal, and then passes through the limiter amplifier within IC5 to the discriminator coil L102, which removes any amplitude variations in the 455kHz IF signal before detection of speech. The detected audio then signal is amplified by IC9 (NJM2902V-C) passes through the de-emphasis

network, a high-pass filter consisting of IC9 (NJM2902V-D) and associated circuitry, and a low-pass filter

consisting and associated circuitry. The filtered audio signal is switched by IC12 (BU4052), and then

passes through the audio volume control IC IC13 (M511312FP), which adjusts the audio sensitivity to compensate for audio level variations.

The audio signal is amplified by IC8 (LA4425A) then applied to the internal loudspeaker.

5

3 ) F M R e c e p tio n

Incoming FM signals are passed through a low-pass filter network, antenna switching diodes D15 (UM9401F) and D26 (DAN235E), and a high-pass filter network, and on the RF amplifier Q36 (2SC5066). The amplified RF signal is passed through band-pass filtered L, C, then applied to the 1st mixer Q33 (2SC5066) along with the first local signal from the circuit. The first local signal is generated between 86.7MHz and 118.7MHz by the FM VCO, which consists of Q14 (2SC4808) and varactor diodes D23 and D25 (both 1SV282), according to the receiving frequency. The 10.7MHz first IF signal is applied to ceramic filters FL3 and FL6 (both SFT10.7MAS) which strip

away unwanted mixer products, and the IF signal is applied to the first IF amplifier Q37 (2SC4618). The amplified first IF signal is then delivered to the FM IF subsystem IC IC3 (TK10931V), limiter amplifier,

noise amplifier, and FM detector. The 10.7MHz first IF signal is applied to the discriminator coil L53, which removes any amplitude variations in the 10.7MHz IF signal before detection of speech.

4 ) V /V (V H F -V H F ) D u a l R e c e p t io n

During V & V operation, the incoming VHF "sub" band signal is passed through a low-pass filter network, antenna switching diode D15 (UM9401F) and a high-pass filter network to the RF amplifier Q19

(3SK293). The amplified RF signal is passed through a high-pass filter network, VHF "sub" RF amplifier Q31

(2SC5066), and a low-pass filter network, then is applied to the VHF "sub" first mixer Q32 (2SC5066)

along with the 45.1MHz VHF "sub" first local signal from the VHF "sub" VCO circuit. The VHF "sub" first local signal is generated between 189.1 MHz and 193.1MHz by the VHF "sub" VCO

Q38 (2SC4080). The 45.1MHz VHF "sub" second IF signal is applied to the UHF receiving circuit. The VHF "sub" signal is amplified, filtered, and demodulated, etc., by the UHF "main" receiving circuit, described previously.

5 ) U /U (U H F -U H F ) D u a l R e c e p t i o n

During U & U operation, the incoming UHF "sub" band signal is passed through a high-pass and a

low-pass filter networks, antenna switching diode D14 (UM9401F), and another high-pass filter network to the RF amplifier Q51 (2SC5066). The amplified RF signal is passed through a low-pass filter network, UHF "sub" RF amplifier Q49

(2SC5066), and a low-pass filter network, then is applied to the UHF "sub" first mixer Q52 (2SC5066)

along with the 21 .7MHz UHF "sub" first local signal from the UHF "sub" VCO. The UHF "sub" first local signal is generated between 408.3MHz and 428.3MHz by the UHF "sub" VCO

Q13 (2SC5066). The 21.7MHz UHF "sub" second IF signal is applied to the VHF receiving circuit. The UHF "sub" signal is amplified, filtered, and demodulated, etc., by the VHF "main" receiving circuit,

described previously.

6 ) V H F S q u e lc h C o n t r o l

When no VHF carrier is being received, noise at the output of the detector stage in IC3 is amplified and

band-pass filtered by the noise amp section of IC3, then passes through the noise adjust VR (VR8) to

CPU. The resulting DC voltage is applied to pin 88 of main CPU IC19 (M30624FGPGP), which

compares the squelch threshold level to that which set by the front panel VHF SQL knob.

While no carrier is received, pin 55 of IC19 remains "high" turning on the squelch switch Q108

(DTC363EK) to disable audio output from the speaker.

7 ) U H F S q u e lc h C o n t r o l

When no UHF carrier is being received, noise at the output of the detector stage in ICS is amplified and

band-pass filtered by the noise amp section of ICS, then passes through the noise adjust VR (VR9) to

CPU. The resulting DC voltage is applied to pin 90 of main CPU IC19, which compares the squelch threshold level to that which set by the front panel UHF SQL knob. While no carrier is received, pin 56 of IC19 remains "high" turning on the squelch switch Q109

(DTC363EK) to disable audio output from the speaker.

8 ) T r a n s m it S ig n a l P a t h

The speech signal from the microphone passes through the MIC jack CN601 to AF amplifier IC601

(M5218FP) on the FRONT UNIT The amplified speech signal is subjected to amplitude limiting by IC601 (M5218FP), then passes through the front interface jacks CN602 and CN2 to MAIN UNIT

On the MAIN UNIT, the speech signal passes through the audio mute switch IC7 (TC4066F), MIC gain

control VR5 and buffer amplifier IC1 (NJM2902V-B) and a low-pass filter network at IC1 (NJM2902V-A) to deviation control VR3 (for VHF TX audio) or VR4 (for UHF TX audio).

9 ) V H F T r a n s m it S ig n a l P a th

The adjusted speech signal from VR3 is delivered to VHF VCO Q9, which frequency modulates the

transmitting VCO D6 (1SV278).

The modulated transmit signal passes through buffer amplifier Q7 (2SC5066), a low-pass filter network,

and another buffer amplifier Q3 (2SC5226) to another low-pass filter network.

The filtered transmit signal is applied to the Pre-Drive amplifier Q2 (2SK3074) and Drive amplifier Q1

(2SK2975), then finally is amplified by Power amplifier Q4 (RD70HV1) up to 50 Watts.

This three-stage power amplifier’s gain is controlled by the APC circuit.

The 50 Watts RF signal passes through a low-pass filter network, antenna switch D1 and D71 (both

UM9401F), and another low-pass filter network, and then is delivered to the ANT jack.

7

1 0 ) U H F T r a n s m it S ig n a l P a th

The adjusted speech signal from VR4 is delivered to UHF VCO Q29, which frequency modulates the transmitting VCO D35 (1SV278). The modulated transmit signal passes through buffer amplifier Q28 (2SC5066) to a high-pass filter

network.

The filtered transmit signal is applied to the Pre-Drive amplifier Q2 (2SK3074) and Drive amplifier Q1

(2SK2975), then finally is amplified by Power amplifier Q4 (RD70HV1) up to 35 Watts. This three-stage power amplifier's gain is controlled by the APC circuit. The 35 Watts RF signal passes through a high-pass filter network, antenna switch D12 and D13 (both

UM9401F), a low-pass filter and a high-pass filter networks, and then is delivered to the ANT jack.

1 1 ) V H F T x A P C C ir c u it

A portion of the power amplifier output is rectified by D8 (MA4S713), D9 (MA4S713) and Q12 (2SC4081),

and then delivered to APC IC1 (NJM2902V-D) as a DC voltage, which is proportional to the output level

of the power amplifier.

The APC IC1 compares the rectified DC voltage from the power amplifier and the reference voltage from

the main CPU IC19, producing a control voltage for the Automatic Power Controller Q8 (RN2107) and

Q11 (RN1107) which regulates supply voltage to the Pre-Drive amplifier Q2, Drive amplifier Q1, and

Power amplifier Q4, so as to maintain stable output power under varying antenna loading conditions.

1 2 ) U H F T x A P C C ir c u i t

A portion of the power amplifier output is rectified by D9 (M4S713), D22 (MA4S713) and Q12 (2SC4081),

and then delivered to APC IC1 (NJM2902V-D) as a DC voltage, which is proportional to the output level

of the power amplifier. The APC IC1 compares the rectified DC voltage from the power amplifier and the reference voltage from the main CPU IC19, producing a control voltage for the Automatic Power Controller Q8 (RN2107) and

Q11 (RN1107) which regulates supply voltage to the Pre-Drive amplifier Q2, Drive amplifier Q1, and

Power amplifier Q4, so as to maintain stable output power under varying antenna loading conditions.

1 3 ) V H F P T T c ir c u i t

When the PTT switch is pressed, pin 4 of front CPU IC604 (M38503M) goes "low" which sends the

"PTT" command to the main CPU IC19. When it receives the "PTT" command, pin71 of IC19 goes "high" to control local switch D5 (1SV306), filter switches D2 and D3, Tx switch D17 (DAN235E), and APC switches Q8 and Q11, which activates the VHF Tx circuit.

Meanwhile, pin 69 of !C19 goes "low" which disables the VHF Rx circuit.

1 4 ) U H F P T T c ir c u it

When the PTT switch is pressed, pin 4 of front CPU IC604 (M38503M) goes "low" which sends the

"PTT" command to the main CPU IC19. When it receives the "PTH command, pin72 of IC19 goes "high" to control local switch D76 (1SV306), filter switches D74 and D75, Tx switch D17 (DAN235E) and APC switches Q8 and Q11, which activates the UHF Tx circuit.

Meanwhile, pin 70 of IC19 goes "low" which disables the UHF Rx circuit. _

1 5 ) V H F P L L

A portion of the output from the VHF VCO Q9 (2SK508) passes through buffer amplifiers Q7 (2SC5066)

and Q5 (2SC5066) to the programmable divider section of the PLL IQ IC2 (M64076AGP), which divides the frequency according to the frequency dividing data from the main CPU IC19.

It is then sent to the phase comparator.

The 21.25MHz frequency of the reference oscillator circuit, made up of TCXO X1, Is divided by the

reference frequency divider section of IC2 into 4250 or 3400 parts to become 5kHz or 6.25kHz comparative reference frequencies, which are utilized by the phase comparator. The phase comparator section of IC2 compares the phase between the frequency-divided oscillations frequency of the VCO circuit and comparative frequency, and its output is a pulse corresponding to the

phase difference. This pulse is integrated by the charge pump and loop filter of IC2 into a control voltage (VCV) to control the oscillation frequency of the VHF VCO Q9.

1 6 ) U H F P L L

A portion of the output from the UHF VCO Q29 (2SK508) passes through buffer amplifier Q28

(2SC5066) and Q39 (2SC5066) to the programmable divider section of the PLL IC IC2 (M64076AGP), which divides the frequency according to the frequency dividing data from the main CPU IC19.

It is then sent to the phase comparator. The 21.25MHz frequency of the reference oscillator circuit, made up of TCXO X1, is divided by the

reference frequency divider section of IC2 into 4250 or 3400 parts to become 5kHz or 6.25kHz

comparative reference frequencies, which are utilized by the phase comparator

The phase comparator section of IC2 compares the phase between the frequency-divided oscillations frequency of the VCO circuit and comparative frequency, and its output is a pulse corresponding to the

phase difference. This pulse is integrated by the charge pump and loop filter of IC2 into a control voltage (VCV) to control the oscillation frequency of the UHF VCO Q29.

1 7 ) P o w e r - o n C ir c u it

When the POWER switch is turned on, pin 18 of man CPU IC19 goes "low". When pin 18 of IC19 goes "low", pin 79 of IC19 goes "high" to activate the power switches Q63

(2SB1386) and Q74 (2SC4081), which supply the DC power to the radio.

SEMICONDUCTOR DATA

1) M 5 2 1 8 F P ( X A 0 0 6 8 )

Dual Low Noise Operational Amplifiers

Output 1 1

Inverting Input 1 2

Non Inverting Input 1 3

Power supply Minus 4

2 ) N J M 7 8 L 0 5 U A (X A 0 0 9 8 )

5V Voltage Regulator

/ \

1

___

2

___

3 1

3 ) N J M 7 8 0 8 F A (X A 0 1 0 2 )

8V Voltage Ragulator Pin Assignment

Power Supply Plus

Output 2

Inverting Input 2

Non Inverting Input 2

1. OUTPUT

2. COMMON

3. INPUT

o

3 2 1

1. OUTPUT

2. COMMON

3. INPUT'

10

4) TC4S66F (XA0115)

Bilateral Switch

1 MDUT [TJ

OUTAN {H

3 » i

vss [äjj

5 ) A N 8 0 1 0 M (X A 0 1 1 9 )

L.

H)VDD

T*1co n t

10V Voltage Regulator

Test Circuit

§ 8

f l

_ _ _

C9

□ □ □

B l

U " □ U

Output Common Input

AN8010M

6) B U 4 0 5 2 B F (X A 0 2 3 6 )

Analog Multiplexer/Demultiplexer

Logic Diagram

Voo (16) o-

1NHIBIT (6) o-

Truth Table

INHIBIT A

LEVEL

CONVE

A (10) o-

STE»

B (9)

VS S(8) o-

Vee (7) ®- Xo(12) »- Xt (14) - X2(1S) »-

Xs(11) «-

Yo(1)«- Yi(5)o- Y2(2) e- YS (4) a-

L L K L L ' L H H

L !

X

B L L H H X

ON SWITCH

XO YO XI Y1 X2Y2 X3 Y3 NONE

(13) X

¥0 ¡7 Y1 |T

COW ONY [T

« E

vi d

inhibit |T

vu [7

V » {?

¡3 V»

¡3»

¡3*’

tä]X00MM0N

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3

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7) TA75S01F (XA0332)

Operational Amplifiers

i

____

a

s

____

a

S A

8) T C 4 W 5 3 F U (X A 0 3 4 8 )

Multiplexer/Demultiplexer

Function Table

Control input

INH

L L

H

* Don't Care

9) T A 3 1 1 36 F N (X A 0 4 0 4 )

Low Power FM IF

A L H

*

ON channel

chO ch1

NONE

> j

r

JN ( +) VE E IN (-)

I

COMMON |~T

INH

VEE

VSS

IZ Cl

E

•

-P»

cn CO T |

~B | VDD

7~~| chO

6 | ch1

E a

Block Diagram

10) LA442 5A (XA0410)

5W Audio Power Amplifiers

Test Circuit

11) NJM2904V (XA0573)

1 2 3 4 5

(Top View)

12) NJM2902V-TE1 (XA0596) Quad Single Supply Operational Amplifier

A OUTPUT □

A -IN P U T \ j T _

A + INPUT [~3~

GND [ T

1 2 V+

T "1 B OUTPUT

6 ] B - INPUT

X I B + INPUT

(Top View)

141 DOUTPUT

U1 D- INPUT ~12l D + INPUT TTI GND l0 l C + INPUT

T"1 C-INPUT ~T| C OUTPUT

OSC{B)

OSC(E)

MIX OUTPUT

AM IF INPUT

£ RF INPUT

GND

COMP OUTPUT

COMP INPUT

NOISE AMP OUTPUT

CQ

TJ u'

> Cfl to

3

CD 3

Ft

w

l~ O

o

□

S'

£ 3

H

*

0

CD

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CD

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CD CD

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13) S-80845ALMP-EA9-T2 (XA0620)

DECOUPLING

FM IF INPUT

DECOUPLING

LIM OUTPUT

QUAD INPUT

FMDET OUTPUT

NOISE AMP INPUT

AMAGC INPUT

AGC AMP OUTPUT

RFAGC OUTPUT

RSSI OUTPUT

—V.

AW DETOUT

ca

1?

TJ

CD

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15) BR24C64F-E2 (XA0669)

EE-P ROM Block Diagram

AO 1

A1 2

A2 3

GND 4

Pin Assignment

13bit

ADDRESS DECODER

CONTROL CIRCUIT

HIGH VOLTAGE

GENERATOR

Vcc WP SCL SDA

64Kbit EEPROM ARRAY

t ~

,13bit

START

S L A V E -W O R D

A D D R E S S R E G I S T E R

STOP

E E

VOLTAGE

DETECTOR

BR24C64/F

AC K

DATA

REGISTER

H

?

8 Vcc

71 WP

6 SCL

5 SDA

o

u

AO

A1 A2

U

GND

15

O)

RES

KI5

KI4

KI3

KI2 KI1

KS6 KS5 KS4

KS3 S55/KS2 S54/KS1

16) LC75884W (XA0899)

s 53

CQ

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3

4 í S <

Wjo

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Knln^MNHOaUI^^MHO)

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KS5 KS4 KS3 KS2/S55 KS1/S54 COM4

COM3

COM2 COMI S53 S52 S51 S50 S49 S48 S47 S46

S45

S44

S43

O O

0

1

17) M51132FP (XA0900)

2ch Electronic Volume

Ref. supply out [ T

Filter [2

NC [T

g n d [T

Volume 1 cont. [T

Noise cont. [T

Volume 2 cont. \T_

VCA SW |T

18) M38503M2H667FP (XA0914) Front CPU

Vcc

V ref AVss

P44/INT3/PW M

P43/INT2/SCMP2

P42/INT1 P4i/IN To

P4o/C NT R i

P27/CN TR o/S rdvi

P26/SCLK

P25/Tx D

. P24/RxD

P23

.........P22

CNVss

P2i/Xcin

P2q/Xco ut

RESET

XlN

XOUT

Vss

P3o/ANo P31/AN1 P 32/AN 2 P 33/AN 3 P34/AN4 P00/SIN2 P0l/SOUT2 P02/SCLK2 P03/SRDV2

P04

P05

P06

P07 P1o/(LEDo) P li/( L E D i) P12/(LED2) P13/(LED3) P14/(LED4) P15/(LED5) P16/(LED6) P17/(LED7)

Terminal Function of Front CPU

No. Pin Name Function I/O Logic Description

1

Vcc 2 Vref 3 Avss 4 P44 PTT I

P43 RE1 I Pulse Dial (rotary encoder) input

5 6 P42 UP I Activ iow 7 P41 D OW N I Activ low Key input (D O W N ) 8

P40

9 P27

10 P26 H/L I 11 P25/TxD RXD1 I 12 P24/RxD TXD1 13 P23 TS /D CS 14 P22 MH z I Activ low 15 CNVss 16 P21 CALL I 17 P20

RES E T RES E T

18

19 Xin 20 Xout X OU T 21 Vss 22 P17 V/M 23 P16 24 P15 GREEN 25 P14 26 P13 MRLED 27 P12 SRLED 28 P11 DIM1 0

P10 DIM2 0

29 30 P07

P06

31 32 P05 33 P04 CE O 34 P03 35 P02 DI 0

P01 MUTE

36 37 P00 R E2

P34/AN 4

38 39 P33/AN3

P32/AN 2

40 41 P31/AN1 M VR I 42 P30/AN0 SVR

VCC VR E F AVSS

Activ low

FUNC I SQL I Activ low

CNVS S

BAND I

XIN I Pulse

GND

RED 0

TXLED

DO I Pulse Data input for LCD driver IC

CL O

Activ low

Pulse Serial Com munication port for Main CPU Pulse Serial Com munication port for Main CPU

O

Activ low

I

Activ low Activ low

Activ low

I

0

I

Activ low Activ high Activ high

O

Activ high

O

Activ high MAIN RX LED O N /O FF

O

Activ hiqh

0

Activ high Activ high

Activ high

Pulse Pulse

0

Activ high

I Dial (rotary encoder) input

A/D

l A /D

PTT key input

Key input (UP)

Key input (FUN C ) Key input (SQ L) Key input (H/L)

Kev input (TS/DCS) Kev input (M Hz)

Key input (CALL) Key input (BAND) Reset input CPU clock input CPU clock output

Key Input (UP) Lighting color O N/OFF (RE D )

Lightinq color ON /OF F (YELLOW)

TX LED ON /O FF

SUB RX LED ON /O FF Dommer control 1 Dimmer control 2

Strobe for LCD driver IC Clock output for LCD driver IC

Data output for LCD driver IC

-

MAIN volume voltage input SUB volume voltage inpput

19) M64076AGP (XA0915)

Dual PLL Synthesizer

Equivalent Circuit

F in 2 ^ 5 ) -)

-------

SW

T

SW

1/6 4, 65 2 mod ules presc aler

Parameter

Power supply voltage

Symbol Condition

Vcc

LPF supply voltage VF

Local oscillator input level Vin

Local oscillator input frequency

Xin input level

Fin

Vxin

Xin input frequency Fxin

— Data latch (1 7bit)

Lo cal 2 progra m m a ble divid er

il— D a ta latch (16bl1)

Fin=80-520MHz Vin—lOdBm

Fin=80~520MHz Vin—20—4dBm

Vcc=2.7~5.5V Vcc=2.7-5.5V Fxin=10-25MHz

Sine wave

Vcc=2.7-5.5V.

Vxin=Q.4-1.4Vp-p

Min.

2.7

-

-20 80

0.4

to

Typ. Max.

5.5

- 9 12

•4 :

• 520

-

1.4

-

25

Unit

V V

dBm MHz

Vp-p

MHz

(?)— <Ä M ^-

XBo

Xout(l8>

Xin(Í5>

in 1( 6 )

SÍ0 -

C P S ( 3 ) -

--------

Refere n ce fre que ncy 2

program m able divid er

osc

sw :

[ a M ^ > -Fin

SW

1/2

divider

1/64, 65 2 modulus presc aler

Refere n ce frequ e ncy 1 pro gra m m a ble divid er

"— D ata latch (1 6bit)

Lo cal 1 pro gra m m a ble d iv id er

< '— D a ta latch (17 bit)

11— D ata latch (6bit)

B U £ >

-------

(ÍÍ) G N D

(l7 )O P 2

21 bit shift resistor

21 bit pulse c oun ter

R S T

GND

19

20) S-816A50AMC (XA0925)

Voltage Regulator

Top View

5

B

____

B .

4

No.

1 EXT

2

3 ON/OFF

B B B

1 2 3

4 VIN 5 VOUT

21) NJM78M05DL1A (XA0947)

Terminal

VSS

-T 1 - ■

Voltage Regulator

1.INPUT

2.GND

3.OUTPUT

22) M30624FGPGP (XA1081/XA1082) Main CPU

= Jff iass aaaa a £ » . .........

p g p g Q ? < i| < ^ < 5' l i S S ii S i i

S t o S k O '1, S n ? 3 ! a f . ii i 3 o i- Û.Û.Q_&,(X,Û-ILÛ-Q_a_û_Û_Û_>0_>tl,[XQ,[rnfc{LÛ_Q_CL

M M tM M IH H M iM

E i z n i m n i s

PI2/D10 ■

P11/03 ■ P1tt/Da ■

P07/D7

P0e/0« ■

P05/Û5 - POVEu ' P03/t>3 - PÛ2/D2 -

PO1/D1 -

PCWDo - P10T/AN7/Kla- P1 CtefANtiKI? - PI Os/AN s/Kh ■

P1ÛVAN4-K10 ■

PKh/ANa■

P10Z/AN2 - P1 0i/AN t ■

AVss ■

PIOtfANo ■

Vhef "

AVcc "

P97/AOtooîS»j4 "

P9&'ANEX1/Sout4 '

P96/ANE X0/CLK4 '

-

o

M30624FGPGP

o

Il!0l3|D|3|Q|Q]Q|B|B|ID|lE|iE|E|E|IE|E|!El!E!2|3!!"|2|2IS

O

P42/A10

P43/Al9_ P44/CS0

PAHCSt

P4afCS2 P47.C S3

___ P50AWRL/WR P5t/WRH/BH E P52/RD P53/BCLK P5*/HL DA P& /H QLD PSe/ALE

PSj^RDV/CLKout

P6tfCTSo/RTSo P61/CL K0

P6?/R*Do

■ P63/TXD0

____

P64/CTSi/RTSi ;CL KS i

■ P65/C LK 1 P6e/HxDt P67fl"x0 t

P7o/r*D2iSDA/rAOouns 1 )

P7i/RxD2/SCL/TA0in/TBSw ( ii 1 ) P72,‘CLK2/TA10Ln/V

z z « n nm cjz tihC 0 2

“ " 5

Z Z Z * * 2

111

Terminal Function of Main CPU

No. Pin Name

1 P94/DA1

2 P93/DA0

P92

3 4 P91 5 P90

BYTE

6 7 CNVss

P87

8

9 P86 10 RESET 11

Xout

12

Vss

13 Xin 14

Vcc 15 P85 16 P84 17 P83

P82

18 19 P81

20 P80 21 P77 22 P76 23 P75 24 P74 25 P73

P72

26 27 P71 28 P70 29 P67 30 P66 31 P65 32 P64 33 P63 34 P62 35 P61 36 P60 37 P57 38 P56 39 P55 40 P54 41 P53

P52

42 43 P51 44 P50

P47

45 46 P46 47 P45

P44

48 49 P43

P42

50

P41

51 52 P40

53 P37 54 P36

P35

55 56 P34

Function | I/O

TONE

APC

DATA STB CLK

BYTE I GND

CNVss I H

-

RESET

XOUT VSS

XIN

VCC

NMI

BU I L SEC PSW CLKS O MVRC LAMP I L • up SVRC 0 Pulse :

-

TUV o Pulse 144MHz Tuninq-voltage control

-

TUU

RXD2 TXD2 TXD1

RXD1 SCLK BUSY TXD

RXD I Pulse . Serial Communication port for Front CPU SCL SDA I/O Pulse Serial dara output for EEPROM

DUD SCR

EPM I Activ low up Witer control

PTTM T5

SQC 0 Activ tow Squelch control for TNC

STBD

DSQ I TNCB W C S

UVCS

DCSW

C/S VAD o Activ high

UAD

M/S WIDE

NAR 0 Activ low

MUTV

MUTU

Logic up Description

O D/A CTCSS tone output/DCS output

D/A

O

Pulse Serial data output for PLL IC

0 O Pulse

Pulse Sériai clock output for PLL IC

O

O O

L Reset input

I

O Main clock output

-

I

-

I Activ high Interruption .

I Activ hiqh

L Power switch input

I

Activ high

0 Pluse

0

o

Pulse 430M H z Tuning-voltaqe control

0

I Pulse Serial Communication port for Clone

Pulse Serial Communication port for Clone

0 0 Pulse Serial Communication port for IN C

I Pulse

Pulse Witer control

0

Power output control

Strobe for PLL IC

Witer control

- . . _ ; ' : -

GND Main clock input

CPU power terminal

Backup signal detection input Aleam(SCR) sinal input

CPU clock-shift output Main volume control

Lighting color selection (H:2color)

Sub volume control

Serial Communication port for TNC

o Pulse W iter control

0 Pulse

o Pulse

I Activ low up Digital unit detect

Activ low up

I

Activ low

I

Activ low

0

o Pulse

Activ hiqh

o

Activ hiqh

0

Activ hiqh

0

Activ hiqh

Activ hiqh DCS switch

0

Activ low

0

o

Activ hiqh

o

Activ hiqh Activ low Wide mode select

0

0 Activ low

Activ low

0

Serial Communication port for Front CPU

Serial clock output for EEPROM

Ready sigunal for digital unit

PTT input for TNC

up

TX power output ON/OFF

Strobe for Digital unit Squelch signal input for Digital unit Power switch ON/OFF for TNC

VHF Main VCO ON/OFF

UHF Main VCO ON/OFF

Diqital/TNC mode ON/OFF

VHF diqital ON/OFF

UHF digital ON/OFF MAIN/SUB band select

Narrow mode select VHF AF mute signal output VHF AF mute signal output

57 P33 58

P32

59 P31 60

Vcc

61

P30

62

Vss

P27

63 64 P26 65 P25 66 P24 67

P23 68 P22 69 P21 70 P20 71 P17 72 P16 73

P15 74 P14 75 P13

P12

76 77 P11 78 P10 79 P07 80 P06 81 P05 82 P04 83 P03 84 P02 85 P01 86 POO 87

P107/AN7 88 P106/AN6 89 P 105/AN 5 90 P104/AN4 91 P 103/AN 3 92 P102/AN2 93 P101/AN1

94

Avss 95

P100/AN0 96 Vref 97

Avcc 98 P97 99 P96/ANEX1

100 P95/ANEX0

XBR 0 Activ high DCSV

DCSU 0 VCC SCRB 0 VSS VMMT o

0 Activ high

Activ high

-

Activ low Power output for Aleam

-

Activ high

XBR mute siqnal VHF DCS switch

UHF DCS switch

CPU power terminal

GND

VHF mod mute output UMMT 0 Activ high UHF mod mute output MMUT 0 ULV

ULU AM 0 5RV

5RU 5TV 0 5TU 0

14RS o

S43RS 0

FMS 0

43 RS o S14RS 0 87RS o 5VS 0 C5S 0 ALAM o TB o

BEP1 BEP2 0

Activ low Activ high

I

Activ high

I

Activ high Activ high

0 0

Activ hiqh Activ high

Activ high Activ high Activ high

Activ hiqh Activ hiqh Activ high Activ high Activ high Activ high Activ low

Pulse ART/Toneburst signal output Pulse

0

Pulse

Mic mute output

VHF unlock input

UHF unlock input ! \ AM mode ON/OFF

VHF RX power ON/OFF

UHF RX power ON/OFF VHF TX power ON/OFF

UHF TX power ON/OFF MAIN 144MHz power OM/O FF

SUB 430MHz power ON/OFF

FM power O N/OFF MAIN 430MHz power OM/OFF

SUB 144MHz power ON/OFF

Ext band power ON/O FF 5V power ON/OFF 5V power ON/OFF AF mute for Aleam

Beep sound 1 output

Beep sound 2 output

0

FAN 0

Activ high SMTV I A/D SQLV I

A/D VHF noise input for squelch

Air FAN power ON/OFF VHF S-meter signal input

SMTU I A/D UHF S-meter signal input SQLU I

A/D UHF noise input for squelch TINV I A/D VHF CTCSS/DCS tone input TINU I A/D

BAT I

AVSS

BP1 I VREF AVCC

A/D Power-supply voltage input

-

A/D Band plan

-

UHF CTCSS/D CS tone input

AD converter Gnd

AD converter ref. power

AD converter power BP2 j Ext.Band plan BP3 !

THC

I A/D PA Temperature detection

CH Band plan (L:CH)

23) Transistor, Diode, and LED Outline Drawings

RD70VHF1 (XE0047)

NchMOSFET

ABSOLUTE MAXIMUM RATING

Symbol Test conditions

Pch VDSS Vqs=0V VGSS Vds=0V ±20 V

Tj =

Tstg

ELECTRICAL CHARACTERISTIC(Ta=25°C)

Parameter Symbol

Saturated drain current IDSS Vds=17V, Vgs=0V

Gate to source leakage current

Threshold voltage

Output power 1 Po1 f=175MHz, Pin=6W

Drain officiency 1

Output power 2

Drain officiency 2

IGSS Vds=10V, Vgs=0V 5

Vth

t|D1’

Po2

T[D2 50

Test conditions

Vds=12V, Ids=1ma

Vds=12.5V

lds(idle)=2.0A f=520MHz, Pin=10W Vds=12.5V

ldsfidle)=2.0A

Tc=25°C

Rating

150 W

30

+175

-40 ~ +125

Limits

Min

Max

300

1.3 2.3 70

55

50

Unit

V

‘C

. °c

Unit

UA UA

V

W %

24) LCD Connection

24

COMMON

O DPI

@ =^ JM L ( m m ) □) CD C l I f)

Q1 qz BUSY-1 T—1 T—2 T-3 T-4

O DP2

® Ö

Q3 Q4 Q5

i m m □ □ a a I )

BUSY-2 ¥-1 W-2 W-3 W-4 W-5

T-5

T—6

S1 S2 S3 S4 S5

S 6

S7 S8 S9

S10

S 1 1

S12

/0 M ‘

;om:

íom :

:o m '

S13 S14 S15 S16 S17 S18 S19 S20 S21 S22 S23 S24 S25

S26 S27 S28 S29 S30 S31

S32 S33 S34 S35 S36 S37 S38 S39 S40 S41

S42

S43

S44

S45

S46

S47

S48

S49

S50

S51

S52

COM1 COM2

10k 10a 10b 10c

101

COM3

10h

111 k 1 1 1 11 h

11a 11b 11c 12k 121 12a 12b 12c 13k 131 13h 13a 13b 13c 14k 14a 14b 14c 15k

141 151

12h

14h 15h 15p

15a 15b 15c

COM3

COM2

COM1

Q2

15}

Q4

T4T

R Q5

15g

15m

15f 15e

14g

14m

TNC 14f 14e

J 3 L

13g

13m

Q3 13f 13e

J 2 i

Q1

1 1 ¡

SUB

1 Q¡ 1 0 m 10n

12g

12f 12e

Hg

11f 11e

1 2 m 12n

1 1 m

DCS 10f 10e

SQ

9L

minusM 9f 9r

3l

plus(+)

Nar 7f 7e

M .

8 c l

8f

Za.

3L M .

BU S Y- 2 W-1

9m 8m

8e 8e

7m

6 m 6 n

Lo 6f 6e

A

_5a.

5m

Mi 5f 5e

4L

AM 4f 4e 4d

A s l

3a 3f

4m 4n

3e 3d

2a 2f 2e 2d

SQL

2c 3c

2b 3b

1b,c

2 a.

3g_

4k 41 4h 4 p

4a 4b 4c

5k 5a 6k 6a

51

5b

61

6 b 6c

5h 5c 6h

7k 71 7h

7a

8k

8a

9k 9T

7b 7c

8!

8 FT

8b 8c

9h

9a 9b 9c

N.C.

COM4

10p

W-2

11 p

W-3

12p

DP2

13p

W-4

14p

W-5

5-2

COM4

15n 15d 14n 14d 13n 13d

12d 11 n 11 d

10d

9n

9r

8n 7n

7e 6e

5 ñ

5e

BUSY-1

T-1 T-2

T-3

5p

T-4

DP1

7P

T-5

8 p

T-6

_9p_

5-1

25

E X P L O D E D V IE W

1) Front View

AX0OO3

26

2) Bo ttom View

P A R T S L I S T

PART LIST

Front Unit

Ref.

Part No.

No.

C601 CU3535

C602 . CS0424

CU3523 iChipC. GRM36CH101J50PT

C603

C604

CU0108 CU3551 Chip C. GRM36B223K16PT

C605 C606

CU3535 Chip C.

C607

CS0424

C608 CU3535 ¡Chip C. GRM36B102K50PT

CU0108 TChip C. 2012 B 10V 1UF ¡ 1

C609 C610 'CU3535

CU3535 Chip C. GRM36B102K50PT i: i

C611

CU3535 Chip C.

C612 C613

CU3535 Chip C.

C614

CU3535 CS0424 ¡Chip Tantalum' :TMCMA1C106MTR

C615 C616

CU3535 Chip C. ! GRM36B102K50PT

C617

CS0424 CU3533 Chip C. GRM36B681K50PT

C618

CU3535 Chip C. GRM36B102K50PT

C619 C620 CU3535 Chip C. GRM36B102K50PT

CU3535

C621

C622

CU3535

C623

CU3543 CU3543 Chip C. GRM36B472K25PT

C624 C625

CU3551 iChip C. GRM36B223K16PT i! 1

C626

CU3523 iChip C. CU3523 Chip C. GRM36CH101J50PT

C627

UE0035 . Connector

CN601 CN602

UJ0052 Jack

D601

XD0254 XD0254 Chip Diode 1SS355

D606 DB11

XL0069 Chip LED FA1111C

D612

XL0108 XL0069 Chip LED FA1111C

D613 D614

XL0092 Chip LED MPG3338S

D618

XL0051 XD0254 Chip Diode 1SS355

D620 IC601

XA0068

IC602

XA0947 XA0899 tc LC75884W

IC603

XA0914 IC M38503M2H667FP

IC604

LCD601

EL0054. XT0095 Chip Transistor 2SC4081

Q601 Q602

XT0095 Chip Transistor 2SC4081

Q603

XU0193

0604

XT0095 XU0193

0605

Q606

XU0192

Q607

XU0173 XU0173 Chip Transistor DTD114EK-T146

Q608 Q610

XU0193

Q611

XT0095 XU0193

Q612

R601

RK3566 Chip R.

R602

RK3550 RK3551 Chip R. 1005 1/16W12K OHM J

R603 R604

RK3538 Chip R.

R605

RK3560 RK3543 Chip R. 1005 1/16W2.7K OHMJ

R606 R607

RK3550 Chip R.

R608

RK3550 Chip R. RK3538 Chip R. 1005 1/16W 1.0K OHMJ

R609 R610

RK3550 Chip R.

R611

RK3550 RK3526 Chip R. 1005 1/16W 100 OHM J

R612 R613

RK3522 Chip R. 1005 1/16W47 OHMJ

R614

RK3501 Chip R.

R615

RK3546

R616

RK3550 Chip R.

R617

RK3546 Chip R.

R618

RK3550 RK3550 Chip R. 1005 1/16W 10K OHMJ

R619 R620

RK3550 Chip R.

R621

RK3550 RK3550 Chip R. 1005 1/16W 10K OHM J

R622 R623

RK3550

R624

RK3550 Chip R.

R625

RK3550

R626

RK3550 Chip R. 1005 1/16W 10K OHM J

R627

RK3550 Chip R. RK3550 Chip R. 1005 1/16W 10K OHM J

R628 R629

RK3550 Chip R. 1005 1/16W 10K OHM J

R630

RK3546

Description

Chip C. Chip Tantalum

Chip C.

Chip Tantalum

Chip C. GRM36B102K50PT

Chip C.

Chip Tantalum

Chip C. GRM36B102K5ÜPT ' 1 Chip C. GRM36B102K50PT Chip C.

Chip Diode 1SS355 1

Chip LED SML512BC4TT86 1

Chip LED IC

[C NJM78M05DL1A-TE1 1

LCD

Chip Transistor RN1107 TE85L Chip Transistor 2SC4081 i Chip Transistor Chip Transistor RN2107 TE85L Chip Transistor DTD114EK-T146 1

Chip Transistor RN1107 TE85L Chip Transistor 2SC4081 Chip Transistor

Chip R. 1005 1/16W 10K OHM J i

Chip R. 1005 1/16W68K OHMJ

Chip R.

Chip R. 1005 1/16W4.7K OHMJ

Chip R. 1005 1/16W 10K OHMJ

Chip R. Chip R.

Chip R. 1005 1/16W 10K OHM J

Chip R.

Parts Name

GRM36B102K50PT TMCMA1C106MTR

2012 B 10V 1UF ; GRM36B102K50PT 1 1. 1 R639

TMCMA1C106MTR

GRM36B102K50PT il i R646 GRM36B102K5ÛPT GRM36B102K50PT

TMCMA1C106MTR

GRM36B472K25PT

GRM36CH101J50PT 1 MIC FM214-8SMPY

HJC0163-01-022 1

VRPG3312X 1 IC M5218FP

LCD DR620

RN1107 TE85L

1005 1/16W220KOHMJ

1005 1/16W1.0K OHMJ

1005 1/16W 10K OHM J i 1005 1/16W 10K OHM J 1

1005 1/16W10K OHM J 1005 1/16W 10K OHM J

1005 1/16W 0 OHM J 1005 1/16W 10K OHMJ

1005 1/16W4.7K OHMJ

1005 1/16W 10K OHM J ! 1 1 1005 1/16W 10K OHM J

1005 1/16W 10K OHM J 1005 1/16W 10K OHM J

1005 1/16W 10K OHM J

1005 1/16W 4.7K OHMJ

Qty

(T )" (E)

1 1i 1

1 1 R635 1 ! 1 R636 I 1

1 1 1

: j t ; : . i

■i

11 : • i R653

1F 1 R655 i¡ 1 R656 i! 1

,1

1

V R662

1: 1

1

- 1

1 1

1

V

: 1

1 1

1 i i i i

i 1

r 1 1 1 1

i i i i

1 1 1 1 1 1 1

•1 1 1 i i

i i 1 1 1 1 1 1

. 1

11 1

Ref.

Part No.

No.

R631

RK3550

R632 "

1 R633

1 i R641

i R642

i R659 . i R660

i R669 i R670

1 SW601 1

i SW604

i i SW607 i SW608 i 1 VR601

i i i i

1 1 1 1 D603 1 D604 1 D605 1 D607 i D608 i D609 i D610 i D615 XL0108 Chip LED SML512BC4TT86 i i D617 i D619 1 1 R648

1 R649

1 1 R665

1 i i i i i C4 i C5 1 1 C8

RK3542 RK3526 Chip R.

R634

RK3526 Chip R. RK3558 Chip R. RK3538 Chip R. .

R637

RK3538 Chip R. RK3026

R640 RK3550 Chip R.

RK3570 IChip R. RK3538 iChip R.

R643

RK3574

R645

RK3030 [Chip R. RK3534 Chip R.

R651

RK3530 :ChipR.

R652 j RK3530 Chip R.

RK3535 Chip R.

R654

RK3532 Chip R. RK3528 RK3535 Chip R.

R657

RK3528 Chip R.

R658- ■

RK3550 Chip R. RK3550 Chip R. RK3014 Chip R.

RK3023 Chip R. R663 RK3538 Chip R. R666

RK3538 Chip R. RÍB67

RK3538 Chip R. R668 -

RK3538 Chip R.

RK3538

RK3035 Chip R. RE 601 UR0015 - Dial

UU0015Z Switch SW602

UU0015Z SW603 UU0015Z Switch

UU0015Z Switch SW605

UU0015Z Switch

SW606 UU0015Z Switch

UU0015Z Switch UU0015Z Switch

SW609

UU0015Z RV0035 Variable R.

VR602

RV0035

X601

XB0029

DG0041 FG0352 FG0358 FM0034 :

FP0034 ST0081 TL0028 REFLECTIVE SHEET TL0029

LED Unit

Ref.

V No.

D602 XL0077 Chip LED

D616 XL0108 Chip LED SML512BC4TT86

R647

R650 R664 RK3014 Chip R.

Main Unît

C1 C3

C6 jCU3019 C9

Part No.

XL0077 XL0077 XL0108 Chip LED XL0077 Chip LEO XL0108 XL0077 Chip LED 1 XL0077

XL0108 XL0108 RK3028 RK3028 Chip R. RK3028 Chip R. RK3014

RK3014 Chip R.

Ref.

'Part No.

No.

CU3035 CU3535 Chip C. CU3031 Chip C. CU4003

CU3035 Chip C. CU7046

Description Parts Name

Chip R. Chip R.

Chip R.

Chip R. 1005 1/16W 150 OHMJ

Chip R.

Switch EVQPPPA25 TACT SW

Switch Variable R. EVUF2JFK4B14

Ceramic OSC EFOS4914E5

Description Parts Name

Chip LED FA1111 C-TR C/D/ERANKi 1 1 Chip LED FA1111 C-TR C/D/ERANK

Chip LED : SML512BC4TT86 Chip LED

Chip LED Chip LED Chip R. 1608 1/10W 150 OHMJ

Chip R. 1608 1/10W 10 OHMJ

Description Parts Name

Chip C.

Chip C. Chip C.

Chip C.

1005 1/16W 10K OHM J

______

1005 1/16W2.2K OHMJ 1005 1/16W 100 OHM J 1005 1/16W 100 OHMJ

1005 1/16W 47 K OHMJ 1005 1/16W 1.0K OHMJ 1005 1/16W1.0K OHMJ 1608 1/10W 100 OHM J 1005 1/16W 10K OHM J 1005 1/16W470K OHMJ 1005 1/16W 1.0K OHMJ

1005 1/16W 1.0M OHMJ 1608 1/10W 220 OHM J

1005 1/16W 470 OHM J

1005 1/16W220 OHM J

1005 1/16W 220 OHM J

1005' 1/16W 560 OHM J

1005 1/16W330 OHM J

1005 1/16W 560 OHM J

1005 1/16W 150 OHMJ

1005 1/16W1 OK OHMJ

1005 1/16W 10K OHM J

1608 1/10W 10 OHM J

1608 1/10W56 OHMJ

1005 1/16W 1.OK OHMJ Í 1i 1

1005 1/16W 1.0K OHMJ

1005 1/16W 1.OK OHMJ . 1 1

1608 1/1OW 560 OHMJ

RH90N74E20-A90770

EVQPPPA25TACT SW

EVQPPPA25 TACT SW

EVOPPPA25TACT SW

EVQPPPA25 TACT SW

EVQPPPA25TACT SW

EVQPPPA25 TACT SW

EVUF2JFK4B14

¡LCD LIGHT DR620 iLCD RUBBER CONNECTC 1 1 ¡LCD CUSHION DR620 ¡MIC GND PLATE 1 MIC SPACER DR110

LCD HOLDER DR620

DIFFUSION SHEET

FA1111C-TR C/D/ERANKl 1

SML512BC4TT86

FA1111 C-TR C/D/ERANK

FA1111C-TR C/D/ERANK

FA1111 C-TR C/D/ERANK

SML512BC4TT86

1608 1/10W 150 OHM J

1608 1/10W 10 OHM J

1608 B 50V 0.001 UF GRM36B102K50PT

1608 B 50V 470PF K GRM42-6CK020C500PT 1 1

1608 CH 50V 47PFJ

1608 B 50V 0.001UF 3225 C 500V 27PF

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i Part No. 1 Description j Parts Name

C10 ;CU3035 jChipC. ! 1608 B 50V 0.001 UF ¡ 1! 1 C11

CU3035 j Chip C. • : 1608 B 50V 0.001 UF ¡ 11 1

C12

CU3057 jChipC. j 1608 CH 50V 13PF - ¡ 1j 1 C107 'CU3551 ¿Chip C. 'GRM36B223K16PT

C13 ;CU3057 ¡ChipC. Í1608 CH50V 13PF . ! 1| 1 C108 CU3035 IChip C. j 1608 B 50V 0.001UF C14 ÍCU40Z3 C15 ÍCU7052 Chip C. <3225 F 500V 82PF . ! 1 C16 ÍCU3507 ChipC. 1GRM36CH060D50PT ! 1 C17 ÍCU7054 C18 ÍCU3535 Chip C. j GRM36B102K50PT i 1 C113 ;CU3502 [Chip C. GRM36CK010C50PT C19 ÍCU3517 ChipC. i GRM36CH330J50PT ¡ 1 C20 |CU4023 C21 ¡CU3535 C22 ¡CU3511 Chip C. GRM36CH100D50PT ! 1 Cl 17 ICU4007 ¡ChipC. C23 CU3035 Chip C. 1608 B 50V 0.001 UF ! 1

CU3535

C26 C27 CU3515 Chip C. GRM36CH220J50PT | 1 C29 CU3515 Chip C. GRM36CH220J50PT i 1 C121 CU3535

CU3535

C30 C31 CU3535 Chip C. GRM36B102K50PT C32 CU3024 Chip C. 1608 CH 50V 120PFJ : C124 CU4006 Chip C. C33 CU3024 Chip C. C35 CU4016 Chip C. C36 CU4015 ¡Chip C. C38 CU4016 iChip C. C39

CU4014 ¡Chip C. GRM42-6CH180 J500PT C40 CU7050 ¡ChipC. 3225 F 500V 56PF C42 CU3513 ¡ChipC. GRM36CH150J50PT . C43

CU3518 ¡Chip C. C44 CU3515 ¡ChipC. GRM36CH220J50PT

CU3035 jchip C.

C45 C46

CU3001 ¡Chip C. M608 CH 50V .5PF C

CU3001

C48 C49 CU4013 C51 [CU3511 C52 ¡CU0108 C53 ÍCU0108 Chip C. 2012 B 10V 1UF C54 >CU3035 Chip C. ¡1603 8 50V 0.001 UF . C55 'CU3515 Chip C. ! GRM36CH220J50PT C56 ¡CU3511 ChipC. ¡GRM36CH100D50PT C144 CU3035 C57 'CU4012 ChipC. ! GRM42-6CH120J500PT C145 C58 CU3509 Chip C. GRM36CH080D50PT C146 CU3535 C59 ÍCU3510 Chip C. 1005 CH 50V 9PF D C60 ¡CU3514 C61 ICU3514 Chip C. GRM36CH180J50PT C62 ICE0339 Electrolytic C. 16V 10UF C63 CU4015 C64 CU3535 Chip C. GRM36B102K50PT C65 CS0424 Chip Tantalum TMCMA1C106MTR C66

CU3503 ¡ChipC. C67 CU3535 'Chip C. GRM36B102K50PT C155 CU3535 I Chîp C. GRM36B102K50PT ! II . 1 C68 CU3019 ¡ChipC. 11608 CH 50V 47PFJ

CU3530 ¡Chip C. ¡GRM36B391K50PT C70 CEÓ420 : Electrolytic C. ¡16MV22SZ C159 CU3506 Chip C. C71 CU3011 IChipC. i 1608 CH 50V 10PF C Cl 60 CU3007 C72

CU3012 ÍChipC. ¡1608 CH50V 12PFJ C73 CU3015 ChipC. ¡1608 CH 50V 22PF J

CU3035

C74 C75 CU3514 C76 CU3514 "Chip C. ¡GRM36CH180J50PT C78 CU3531 ChipC. ■ ! GRM36B471K50PT C79 CU3535 C80 CU3535 Chip C. GRM36B102K5ÖPT C168 ÍCU3535 . ¡Chip C. ÍGRM36B102K50PT C81 CU3511 Chip C. GRM36CH100D50PT C82 ¡CU3547 C83 ICU3535 Chip C. GRM36B102K50PT C84 jCU3111 . Chip C. 1608 B 25V 0.1 UF C173 CU3515 C85 (CU3035 C86 1CU3535 Chip C. G RM36B102K50PT C87 CU3035 Chip C. 1608 B 50V 0.001 UF ' C88

CU3035 ¡Chip C. C89

CU3111 iChip C. • C91

CU3502 ¡ChipC. ’ :gRM36CK010C50PT ; i 1; 1 C179 ÍCU3503 • iChip C. ¡GRM36CK020C50PT C92

CU3547 ChipC. • :GRM36B103K16PT : | l! 1 C93 CU3035 . C94 JÓU35Í1 ChipC. -GRM36CH100D50PT 1i 1 C182 'CU3512 Chip C. :GRM36CH120J50PT C95 CU3111 'Chip C. ! 1608 B 25V 0.1 UF ! 1j 1 C183 C96 CU3035 C97 ¡CU3535 ChipC. ■ \GRM36B102K50PT . j 1 • 1 C185 CU3527 ÍChipC. ; GRM36CH221J25PT C98 ; CS0220 : Chip Tantalum ! 16V 2.2UF C99 1CU3035 ¡ChipC.- 11608 B 50V 0.001UF | 1 C187 C100 'CU3035 'Chip C. ¡1608 B 50V 0.001UF C101 CU3535 IChip C. |GRM36B102K50PT C102 CU3506 , Chip C. GRM36CH050C50PT C103 CU4Û19 IChip C. Chip C. GRM36CJ030C50PT J_ 1

Chip C. ;'GRM42-6CH10f J500PT i II í

ChipC. i 2012 <J 100V 22PF ! i! 1

Chip C. Chip C. GRM36B102K50PT ! 1

Chip C.

Chip C. GRM36B102K50PT

Chip C. í 1608 CH 50V ,5PF C Chip C. ¡GRM42-6CH150J500PT Chip C. ¡GRM36CH100D50PT Chip C.

Chip C-

Chip C. GRM42-6CH220J500PT C151 CU3523

ChipC. 11608 B 50V 0.001 UF ChipC. ÍGRM36CH180J50PT

Chip C.

Chip C. GRM36B103K16PT

Chip C.

ChipC. ¡1608 B 50V 0.001 UF ¡ 1j: 1 C181 CU3502 :ChipC. ;GRM36CK010C50PT

ChipC. ;1608 B 50V 0.001UF

GRM42-6CH101J500PT Í 1 i

GRM36B102K50PT I 1

1608 CH 50V 120PF J GRM42-6CH270J500PT 1 C126 GRM42-6CH220J500PT GRM42-6CH270J500PT

GRM36CH390J50PT C132 ¡CU3535 Chip C.

1608 B 50V 0.001 UF

2012 B 10V 1UF

GRM36CH180J50PT

GRM36CK020C50PT

GRM36B102K50PT

1608 B 50V 0.001 UF

1608 B 50V 0.001 UF I It 1

1608 B 25V 0.1UF ■ | l| ■ 1 C178 'CU3515 'Chip C. ‘GRM36CH220J50PT

GRM42-6CH470J500PT

Qty

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11 1

li 1 i! 1

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^ 7 ^ ■ 1

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j Part No. j Description | Parts Name

C105 ÍCU3512 IChip C. iGRM36CH120J50PT 1 11 ■ 1 C106 i CU4008 ! Chip C. i GRM42-6CH070D500PT

CW9 :CU3535 ¡Chip C. 'GRM36BJ02K50PT

C110 ¡CU3547 ¡ChipC. ÍGRM36B103K16PT

i

C111 ;CU0002 ;ChipC. -2012 CH 50V 1.0PF C

i

Cl 12 ¡CU4006 IChipC. Cl 14 CS0063 'Chip Tantalum 35V 0.1 UF 1 1

i i Cl 16 i i

i 1

1 1

1

1 1 1 C136 1

1

i i

i i C152

1 1

1

1 C157

1 C161 1 1

i i

1

CU3005 iChip C. 1608 CH 50V 4PF C

Cl 15

CU4010 ¡Chip C. GRM42-6CH090D500PT

Cl 18 CU3547 ¡ChipC.

CE0420 ! Electrolytic C. 16MV22SZ

C119 C120 CU3535 ■ Chip C. GRM36B102K50PT

CU3523 Chip C. GRM36CH101J50PT

C122 C123 CU3035 Chip C. 1608 B 50V 0.001 UF i! i

C125 CU4001

CU4007 Chip C. C127 CU4Ö16 Chip C. C128 CU3511

CU3001 Chip C. 1608 CH 50V -5PF C

C129 C130 CU3001 Chip C. C131 ICU4019

CU3035 Chip C.

C133 C134 CU3035 C135 CS0063

CU3531 Chip C.

C137 CU3535

CU3523 Chip C. GRM36CH101J50PT

C138 C139 CU3035 Chip C. C141 CU3035

CU3523 Chip C. GRM36CH101J50PT

CI42 C143 CU3035

CU3535 ChipC. ¡GRM36B102K50PT ! 1 C147 CU3523

CU3547 ChipC. ¡GRM36B103K16PT j 1

C148 C149 CU3535 C150 CU3111

CU3547 Chip C.

CU3512 ¡ChipC.

C153

CU3007 Chip C. 1608 CH 50V 6PF C

C154 C156 CU3023

CU3006 Chip C. 1608 CH 50V 5PF C

CU3035 ChipC. 1608 B 50V 0.001 UF , !. 1; 1 CU3508

Cl 62 C163 CU3504

CU3547 ‘ChipC. ¡GRM36B103K16PT

C164 C165 CU3503 ÍChipC. ¡GRM36CK020C50PT

CU3535 iChipC. !GRM36B102K50PT

C166

CU3535 ¡ChipC. ¡GRM36B102K50PT

C167

C169 ÍCU3547 Chip C. ¡GRM36B103K16PT C170 ¡CU3513 ChipC. IGRM36CH150J50PT C171 CU3547 ChipC. ¡GRM36B103K16PT

C174 CU3511 C175 CU3511 ChipC. GRM36CH100D50PT CÎ76 !CU0108

Cl 77 ¡CU3503 jChipC. ¡GRM36CK020C50PT

¿180 CU3502 'Chip C. IGRM36CK010C50PT

CU3535 ¡Chip C. !GRM36B102K50PT . : 1 CU3529 : 'Chip C. IGRM36B331K50PT

C184 ” C186 ICU3111 'Chip C. ¡ 1608 B 25V 0.1UF . • . ¡ il 1

CU3535 ' ¡Chip C. IGRM368102K50PT CU3513 Chip C. TqRM36CH i 50J50PT

C188 C189 CU3516 C190 CU3535 CÎ 91 CU3504 ■ C192 'CU3535

Chip C.

Chip C. Chip Tantalum 35V 0.1 UF

Chip C. GRM36B102K50PT

Chip C. ChipC. 11608 B 50V 0.001 UF ! 1! 1

Chip C. [ 1608 B 50V 0.001 UF ¡ 1: 1 ChipC. ¡GRM36B102K50PT ; 1

Chip C. ¡GRM36CH101J50PT j 1 ChipC. IGRM36B102K50PT ! H 1

ChipC. ¡1608 B 25V 0.1 UF | 1 ChipC. ;GRM36CH101 J50PT j 1 1

Chip C.

ChipC. 11608 CH 50V 6PF C ChipC. ¡1005 CH 50V 7PFD . ! l! 1

Chip C. 1GRM36CJ030C50PT

Chip C.. IGRM36CH220J50PT Chip C.

Chip C. 12012 B 10V 1UF

Chip C. Chip C.

Chip C.

GRM42-6C H050C500PT

GRM42-6CH060D500PT GRM36B103K16PT

GRM36B102K50PT

GRM42-6CH050C500PT GRM42-6CK01OC500PT GRM42-6CH060D500PT GRM42-6CH270J500PT GRM36CH100D50PT :

1608 CH 50V .5PF C GRM42-6CH470J500PT GRM36B102K50PT 1608 B 50V 0.001 UF 1608 B 50V 0.001 UF

GRM36B471K50PT

1608 B 50V 0.001 UF 1608 B 50V 0.001UF

GRM36B103K16PT j 1| 1 GRM36CH120 J50PT

1608 CH 50V 100PF J GRM36CH050C50PT

!

GRM36CH10OD50PT

GRM36CH270J50PT j . 11 1 GRM36B102K5ÖPT ! 11 1

GRM36B102K50pt I ” ’ 11 1C104 CS0220 :Chip Tantalum 16V2.2UF

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29

” ef- I Part No.

No. ' C196 ¡CS0049 C197 ICS0063 Chip Tantalum C198 ¡CU3535 .ChipC. C288 :CU3547 ChipC. GRM36B103K16PT I 1 ¡ 1 C199 ICU3515 iChipC. . GRM36CH220J50PT I 1l 1 C200 CU3517 IChipC. ¡GRM36CH330J50PT ~7 1; 1 C290 'CU3518 ;Chip C. :GRM36CH390J50PT . I 1 C201 ¡CU3519 ¡Chip C. ¡ GRM36CH470J50PT \ ij 1 C202 ¡CU3507 ichip C. IGRM36CH060D50PT ! 1| Í C203 CU3547 IChipC. ■ :GRM36B103K16PT ] 1 C205

CU3513 iChip C. ; ,GRM36CH150J50PT ! 1 1 CU3547 ¡ChipC.

C206

CU353S ¡ChipC.

C207 C208 ! CU3111 - Chip C.

C20S JCU311f CWpC. 1608 B 25V O.ÍUF i '1 1

C210 ICU3111 IChipC. C211 ¡CU3547 C213 ÍCU3535 ChipC. ÍGRM36B102K50PT 1 1 C305 ¡CU3511

CU353S

C214 C215 CU3535 C216

CU3522 CU3522

C218

CU3522 ¡ChipC.

C219 C220

CU3535 ' Chip C.

C221 CU3547 jchip C. GRM36B103K16PT 1 Ï C313 CU3502

CU3535 Chip C.

C222 C223 CU3535 ChipC. C224 CU3111 IChipC. 1608 B 25V 0.1UF 1 ; 1 C316 CU0108 C225 CU3535 ! ChipC. GRM36B102K50PT 1 1 C226 ¡CU3515 Chip C. C227 ÍCU3111 ChipC. - C228 ! CU3511 C229 ¡CU3111 C230 ICU3111 Chip C. neos B 25V 0.1 UF 1 : 1 C322 CU3547

CU3111

C231

CU3111

C232 C233 CU3111 Chip C.

CU3111

C234 C235 CU3111 C236 CU0108 Chip C.

CU3535

C237 C238 CU3551 C239

CU3535 CU353)

C240 C242 CU3523 Chip C. C243

CU3503 C244 CU3535 Chip C. GRM36B102K50PT r i 1 C335 CU3511 C245

CS0424 Chip Tantalum C246

CU3535

CU3506

C247 C248 CU3547 Chip C. C249 CU3511 Chip C. GRM36CH100D50PT 1 1 C342

CU3531

C250 C251

CU3502 Chip C. C252 CU3519 Chip C. GRM36CH470J50PT C253 CS0424 Chip Tantalum TMCMA1C106MTR 1 C347 CU3111 Chip C. C254 CU3547 C255 CS0220 C256 CU3547 Chip C. GRM36B103K16PT 1 1 C350 CU3535 C257 CS0220 C258 CU3504 Chip C. GRM36CJ030C50PT 1 1 C354 C259 CU3515 Chip C. C260

CU3514 Chip C.

C261 CU3535 Chip C. GRM36B102K50PT 1 1 C357

CU3111

C262 C263

CU3523 C264 CU3535 Chip C.

CS0063

C265 C266

CU3524 Chip C. C267 CU3547 Chip C. GRM36B103K16PT 1 1 C363 C268 CU3515 Chip C. GRM36CH220J50PT 1 1 C364 CS0237 Chip Tantalum 10V4.7UF 1 C269 CU3519 C27D CU35J6 Chip C GRM36CH270J50PT 1. 1 C366

C271 CU3535 Chip C. GRM36B102K50PT 1 1 C367 CU3511 Chip C. C272

CU3535

C273

CU3504

C274 CU3535 Chip C. GRM36B102K50PT 1 1 C370 C275

CU3535

C276

CU3535

CU3513

C278 C279 CU3535 Chip C. C280 CU3547

CU35I4

C28I C282 CU3518 Chip C. C283

CU3524

CU3504

C284 C285 ICU3524 Chip C. 1005 CH 50V 120PF J 1

Description Parts Name ^

Chip Tantalum PÍ6V _1ÜF

Chip C. IGRM36B103K16PT : 1 ChipC. GRM36B102K50PT 1 C306 ICU3547

ChipC. GRM36B102K50PT

Chip C. ! GRM36CH82O05ÖPT• 1 1 C309 Chip C. IGRM36CH820J50PT - 1 C310

Chip C. Chip C.

Chip C. 1608 B25V 0.1UF 1 1 C323 CU3511 Chip C.

Chip C. 1608 B25V 0.1UF 1 1 C326 rCU3504 ChipC.

Chip C. GRM36B102K50PT 1 C329 CU3512 Chip C. ChipC. Chip C.

Chip C. GRM36B471K50PT 1 1 C332 CU3535 Chtp C. Chip C.

Chip C. Chip C. GRM36CH050C50PT 1 1 C339 ÍCS0237 Chip Tantalum 10V 4.7UF 1

Chip C. GRM36B471K50PT 1 1 C344

Chip C. Chip Tantalum 16V 2.2UF

Chip Tantalum

Chip C. 1608 B25V 0.1UF 1 1 C358 CU3535 Chip C.

Chip Tantalum 35V 0.1 UF 1 1 C361 LCU3527

Chip C.

Chip C. Chip C. GRM36CJ030C50PT 1 1 C369

Chip C. Chip C. GRM36B102K50PT 1 1 C372 Chip C. GRM36CH150J50PT . 1 1 C373

Chip C. Chip C. GRM36CHt80J50PT 1 1 C376 CU3535 ¡ChipC. ¡GRM36B J 02K50PT 1

Chip C. Chip C. GRM36CJ030C50PT

35V0.1UF 1 11 1

GRM36B102K5ÖPT I i f 1

GRM36B103K16PT I 1! 1 GRM36B102K50PT

1608 B 25V 0.1 UF

1608 B25V 0.1 UF 1 1

GRM36CH820J50PT GRM36B102K5ÖPT 1 C312

GRM36B102K50PT 1 C314 GRM36B102K50PT

GRM36CH220J50PT 1608 B 25V 0.1 UF GRM36CH100D50PT 1608 B 25V 0.1 UF

1608 B25V 0.1UF 1608 B 25V 0.1UF

1608 B 25V O.IUF

2012 B 10V 1UF

GRM36B223K16PT GRM36B102K50PT

GRM36CH101J50PT 71 GRM36CK020C50PT 1 1 C334

TMCMA1C106MTR GRM36B102K50PT 1 1 C338

GRM36B103K16PT

GRM36CK010C50PT

GRM36B103K16PT

16V 2.2UF 1

GRM36CH220J50PT GRM36CH180J50PT

GRM36CH101J50PT GRM3 6B102K50PT

1005 CH 50V 120PF J

GRM36CH470J50PT

GRM36B102K50PT

GRM36B102K50PT GRM36B103K16PT 1 1 C375

GRM3 6C H390J50PT 1005 CH 50V 120PF J 1 1 C378

............ ¡

------

.......

1 i 1

L li 1

1 ' 1 C300 ! CU3512 ¡ChipC. ■ 1GRM36CH120J50PT

1

1 1 1 C319 1 1

1 1 1 C325

1 1 C327 CU3503 1

1 1 1

1

1 1 C337 CU3111

1

1 1 1

1 1 1 C349

1 1 C355 CU3535

1

1 1 1 C360

1

1 1

1 1 C371 CU3543

1

1 1

1

C286 CU3511 'ChipC. GRM36CH100D50PT i 1 C287 CU3547 'Chip C. GRM36B103K16PT | 1

C289 CU3535 ¡Chip C. :gRM36B102K50PT < 1 C291 ‘CU3535 ¡ChipC. GRM36B102K50PT i 1¡ 1

C292 CU3518 ¡ChipC. ¡GRM36CH390J50PT 1 1 1

■ 1 C294 ÍCU3514 ¡ChipC. GRM36CH180J50PT 1 C295 ¡CU3547 ¡ChipC. ¡GRM36B103K16PT |' 1 C296 ¡CU3547 I Chip C. ;GRM36B103K16PT j l l 1 C298 1CU3547 íChip C. ¡GRM36B103K16PT ■ ' :j 1.

C301 ICU3535 ChipC. j GRM36B î 02K50PT C302 CU3535

1 C303 ¡CU3535 ÍChip C. ; GRM36B102K50PT 1 1

C308

1

C311 CU3535

1 C315

C317

1 C318

■ 1

C320

1 C321

1 C324

1 C328

C330

1 C331 1 C333

1 C340

C345

1 C346 1 C348

1 C353

1 C356

1 C359

1 C362

1 C365

C368

1

C374 CU3111 ¡Chip C.

1

C377 CU3547 IChip C.

1 C379 1 C380 CU3503 ¡ChipC. IGRM36CK020C50PT

Part No. Description

No.

Chip C. ¡ GRM36B102K50PT ' ChipC. ¡GRM36CH100D50PT

ChipC. !GRM36B103K16PT CU3535 CU3535 CU3547 IChipC. IGRM36B103K16PT

CU3511 CU3535 1

CU3503 CU3535 n

CS0063 CU3111 CU3501 CU3547

CU0108 Chip C. CU3535

CU3503 CU3505

CU3515 CU3111

¡CU3505

CU3512 CU3508 Chip C.

CU3547 CU3505 Chip C. ¡GRM36CH040C50PT CU3535 CU3535

CU3535 CU3523

CU3504 CU3547

CU3547 CU3547

CU3522 CU3551

CS0424 CU3535

CS0424 Chip Tantalum CU3535

CU3111 CU3111 CU3535

CU3527 CU3111 ¡ChipC.

CU3547 ¡ChipC.

CU3101 j Chip C. CU3111 ¡ChipC.

Chip C.

Chip C. GRM36B102K50PT i

Chip C. ¡ GRM36B102K50PT

ChipC. ¡GRM36CH100D50PT Chip C. ¡GRM36CK0{0C5OPT ChipC. j GRM36B102K50PT Chip C. ¡GRM36CK020C50PT 1

Chip C. ¡2012 B 10V tUF

Chip C. IGRM36B102K50PT 1

Chip Tantalum ¡35V 0.1UF

ChipC. ¡1608 B25V 0.1UF i 1

ChipC. GRM36CK0R5C50PT

Chip C. GRM36B103K16PT i 1

Chip C. ¡GRM36B103K16PT

Chip C. i GRM36CH10OD5OPT

Chip C. GRM36B102K50PT 1

Chip C.

Chip C. GRM36CK020C50PT 1

Chip C. 1005 CH 50V 7PF D

Chip C.

Chip C. i GRM36CH220J50PT 1

Chip C.

Chip C. GRM36C H040C50PT 1

Chip C. GRM36CH100D50PT

Chip C.

Chip C. GRM36CH120 J50PT

Chip C. GRM36B103K16PT 1 1

Chip C. GRM36B Î02K50PT 1 1

Chip C. GRM36B102K50PT 1 1

Chip C. GRM36B102K50PT

Chip C. GRM36CH101J50PT 1 1

Chip C. GRM36B102K50PT

Chip C. GRM36CJ030C50PT 1

Chip C. GRM36B103K16PT 1

Chip C. GRM36B102K50PT

Chip C. GRM36B103K16PT 1 1

Chip C.

Chip C. GRM36CH820J50PT

Chip C. GRM36B223K16PT 1 1

Chip C. GRM36CH221J25PT

Chip Tantalum

Chip C. GRM36B102K50PT 1 1

Chip C. GRM36B102K50PT

Chip C.

Chip C. 1608 B25V 0.1UF 1 1

Chip C. GRM36B102K50PT 1

Chip C.

Chip C. GRM36CH221J25PT 1 1

Parts Name

GRM36B102K50PT 1

2012 B 10V 1UF 1 GRM36CJ030C50PT

GRM36CH120 J50PT GRM36CH040C50PT 1 1

GRM36B1D2K50PT 1608 B 25V 0.1UF

1608 B 25V 0.1UF 1 1

1005 CH 50V 7PF D

1608 B 25V 0.1UF

GRM36B102K50PT

TMCMA1C106MTR 1

TMCMA1C106MTR I 1 1 GRM36CH100D50PT

1608 B 25V 0.1UF

GRM36B472K25PT 1608 B 25V0.1UF 1

1608 B 25V0.1UF

GRM36B103K16PT 1 GRM36B103K16PT

1608 B 50V 0.047UF K 1 1 1608 B25V 0.1UF

Qtv

1

1 1

t 1

1

1 1 1i 1

1

1 1

1

11 1

1

1 1

1

1 1 1

1

1 11 1

1 ! 1

1 1

1

1 1

1

1 1

1

1 1

1

1 1

1

1 1

1

1 1

1

j Part No. ! Description Parts Name

C381 ¡CU3503 Chip C. ÍGRM36CK020C50PT I 1i t C472 ¡CE0339 ¡Electrolytic C.

C382 ¡CU3505 ; Chip C. • ;GRM36CH040C50PT 1 1] . 1 C383 ÍCU3523 ¡Chip C. 'GRM36CH101J50PT ! 1 j 1 C474 ¡CU3535 Chip C. GRM36B102K50PT 1 1 C384 ¡CU3520 ! Chip C. C386 ¡CU3526 ¡Chip C. GRM36CH181J25PT ¡ 11 1 C387 ÍCU3047 C389 ;CU3538 C390 j CU3523

C391 ICU3503 ¡Chip C. GRM36CK020C50PT i 1 C392 CU3512 ¡Chip C. GRM36CH120J50PT ! 1 C393 CU3506 C394 CU3507 C395 CU3535 C396 CU3547 C397 CU3535

C398 CU3504

CU3535

C399

C401 CU3505

C402 CU3511

CU3111

C403

C404 CU3547

CU3505

C405

C406 CU3511

C407 CS0424

CU3102

C408

C409

CU3549

C410 CU3111

CU3535

C411

C412 CU3111

C413 CU3549

CU3535

C414

C415 CU3523

C416 CU3523

C417 ¡CU0002 Chip C. 2012 CH 50V 1.0PFC

C418 ÍCU3503

C419 ¡CU3504

C420 ¡CU3506 Chip C.

C421 ÍCU3506

CU3506 ^

C422

CU3503

C423

C425 CU3506

CU3503

C426

CU3535

C427

C428 CU3512

CU3502

C429

C430 CU3535

C431 CS0237

CU3535

C432

CU3503

C434

C435 CS0237

CSD424

C436

C437 CS0237

C438 ¡CU3505

C439 ¡CS0424 Chip Tantalum

C440 -CU0108

C441 ¡CU3535

C442 CE0364

C443 CU3551

CU3551

C444

CE0342

C445

C446 CU0108

CU3535

C447

CU0108

C448

C449 CU3535

C450 CU3547

C451 CU3551

C453 CS0424

C454 CS0424

C455 ¡CU3547

C456 CU3535

C457 ;CU3535

C458 ¡CE0339

C459 ICS0423 ¡Chip Tantalum

C460 ICE0420 j Eiectrolytic C. 16MV22SZ

C461 ¡CU3551 . ¡Chip C. GRM36B223K16PT

C462 ¡CU3551 ¡Chip C.

C463 CU3111

C464 |CU3547 ChipC. 'GRM36B103K16PT ¡ lj 1 C555 CU7054

C465 ¡CU3111 Chip C. ¡1608 B 25V 0.1UF j lj 1 Chip C. ■ . 11608 B 50V 0.001UF

C466 CU3102 ¡Chip C. . ' ¡1608 B 50V 0.033UF K

C467 ÍCU3535 ! Chip C. ¡GRM36B102K50PT -

CU3035 Chip C. ¡1608 B 50V 0.001UF

C468

C469

CU3027 ¡Chip C.

C470

CE0418 ¡Electrolytic C.

C471 CU3535 -Chip C. :GRM36B102K50PT i 1! 1 C565 'CU7054

Chip C. Chip C. Chip C. GRM36CH101J50PT j 1 1 C479 ¡CU3535 ¡Chip C.

Chip C. GRM36CH050C50PT I 1 Chip C. Chip C. Chip C. Chip C. Chip C. Chip C. Chip C.. Chip C. Chip C. 1608 B 25V 0.1 UF Chip C. Chip C. Chip C. Chip Tantalum TMCMA1 Cl 06MTR 1 1 Chip C. 1608 B 50V 0.033UF K Chip C. 1005 B 16V 0.015UF K 1 C497 Chip C. 1608 B 25V 0.1 UF 1 1 Chip C. Chip C. 1608 B 25V 0.1 UF 1 1 C500 Chip C. Chip C. GRM36B102K50PT Chip C. Chip C.

Chip C. Chip C.

Chip C. Chip C. Chip C. Chip C. Chip C. Chip C. Chip C. Chip C. GRM36CK01OC50PT Chip C. Chip Tantalum Chip C. GRM36B102K50PT Chip C. Chip Tantalum Chip Tantalum Chip Tantalum | 10V 4.7UF i 1 C523 Chip C.

Chip C. 2012 B 10V 1 UF 1 C527 Chip C. Electrolytic C. Chip C. Chip C. Electrolytic C. Chip C. 2012 B 10V 1UF 1 1 Chip C. Chip C. Chip C. Chip C. Chip C. Chip Tantalum Chip Tantalum Chip C.’ Chip C. . GRM36B102K50PT 1 Chip C. Electrolytic C.

Chip C. ¡1608 B 25V 0.1UF

1005 CH 50V 56PFÜ • i lj 1 C475 !CU3551 Chip C. 1608 B 50V 0.010UF . ! 1 C477 ICS0424 [Chip Tantalum

GRM36B182K50PT : 1

GRM36CH060D50PT. GRM36B102K50PT GRM36B103K16PT GRM36B102K50PT GRM36CJ030C50PT GRM36B102K50PT 1 1 GRM36CH040C50PT GRM36CH100D50PT

GRM36B103K16PT GRM36CH040C50PT GRM36CH100D50PT

GRM36B102K50PT 1005 B 16V 0.015UF K GRM36CH101J50PT

GRM36CH101J50PT r i! i GRM36CK020C50PT

GRM36CJ030C50PT GRM36CH050C50PT GRM36CH050C50PT GRM36CH050C50PT GRM36CK020C50PT GRM36CH050C50PT GRM36CK020C50PT GRM36B102K50PT GRM36CH120J50PT

GRM36B102K50PT

10V 4.7 UF

GRM36CK020C50PT

10V 4.7UF

TMCMA1C106MTR GRM36CH040C50PT

TMCMA1C106MTR GRM36B102K50PT

16V47UF GRM36B223K16PT GRM36B223K16PT

16V470UF GRM36B102K50PT

2012 B 10V 1UF GRM36B102K50PT r i GRM36B103K16PT GRM36B223K16PT TMCMA1C106MTR TMCMA1C106MTR GRM36B103K16PT

GRM36B102K50PT

16V 10UF ¡ 1 TMCMB1C226MTR

GRM36B223K16PT C552 ¡CU3551 Chip C. • ¡GRM36B223K16PT

1608 CH 50V 220PF J 16MV2200CA ¡ 1¡ 1

Qty

(T) ¡ (E)

1 1 C483 1 1 1 1 C486 1 1

1 1 C489

'

1 1 C491 CU3542 Chip C. 1 C492 1 1 1 1 C494

1

1 1

1 1 C501 1 1

i 1 i C506 i i 1 1 C509 1 1 1

1 1 1 1 C514 1 1 1 1 1 . 1 C517 i 1 1 1 1 C520 i C521 1 1

i i

1 1i'____ 1 1 C534

1 1 C538

i 1

] j

1 1 1 1 1 1

1 1 1

¡T: j

i i i

1 li 1

........

1 1

j. j

Ref I

J Part No. j Description

C473 ¡CE0364 ¡Electrolytic C.

C476 ;CU3549 Chip C. 1005 B 16V 0.015UF K C478 ÍCU3547 ¡Chip C.

1 1 C480 ¡CE0364 ¡Electrolytic C. 16V47UF

C481 ¡CS0049 ¡Chip Tantalum 16V 1UF 1

1

C482 CU3047 ¡ChipC. 1608 B 50V 0.010UF

1

1 C512

1 1 C532

1 C539

1

CU3541 ¡Chip C. GRM36B332K50PT 1

C484

CU3538 Chip C. GRM36B182K50PT 1

C485 CU3544 ChipC.

CU3540 Chip C. C487 CU3535 ChipC. GRM36B102K50PT C488 CS0049 Chip Tantalum 16V 1UF

CU3551 ChipC. C490

CU3544 Chip C. GRM36B562K25PT 1

CU0108 Chip C. 2012 B 10V 1UF 1

C493

CU3551 ChipC. GRM36B223K16PT 1

CU3549 ¡Chip C.

C495

CS0049 ¡Chip Tantalum 16V 1UF 1

C496

CU3547 Chip C. GRM36B103K16PT CU3047 Chip C.

C498

CU3047 JChip C.

C499

CU3531 ¡Chip C. CS0424 ¡Chip Tantalum CU3551 ¡Chip C. GRM36B223K16PT 1

C502 CU3111 ¡ChipC. 1608 B 25V 0.1 UF

CU3535 iChip C. GRM36B102K50PT 1

C503

CE0364 ¡Electrolytic C. 16V 47UF

C504 C505 CU3111 IChip C.

CU3538 Chip C. GRM36B182K50PT

C507

CU3544 CU3540 Chip C.

C508

CU3535 Chip C.

C510

CU3541 Chip C. GRM36B332K50PT CU3551 Chip C.

C511

CU3551 Chip C.

C513

CU3542 CU3544

C515

CU3523 Chip C. GRM36CH101J50PT 1

C516

CU3111 CS0424

C518

CU3111 Chip C. 1608 B 25V 0.1 UF 1

C519

CU0108 CU3511 Chip C. CU3535 Chip C. GRM36B102K50PT 1

C522

CE0339 CU3507 Chip C.

C524

CU3509 Chip C. GRM36CH080D50PT

C525

CU3527 CU3547

C530

CU3515 Chip C. GRM36CH220J50PT 1

C531

CU3535 CU3535 Chip C.

C533

CS0424 CS0424

C536

CU3502 Chip C.

C537

CU3515 Chip C.

CU3535

CU3506 Chip C.

C540

CS0220

C541

CS0230

C542 |CS0049 C543 CU3535 'Chip C. C545 CS0423 C546 CS0423 C547 CU3535 Chip C. - C548 ¡CU3506 Chip C. GRM36CH050C50PT 1 C549 ICU0108 C550 ¡CU0108 I Chip C. C551 ¡CU3535 ChipC. ¡GRM36B102K50PT .

C554 ICU7054 ¡ChipC.' ¡2012 J 100V 22PF C556 ÍCÜ3035

C558 1CU7047 -ChipC. . ¡3225 C 500V 33PF C559 CU4006 C560 ¡CU4004 GRM42-6CJ03ÖC500PT t C561

CU3031 Chip C. 1608 B 50V 470PF K

CE0341

C562

Chip C.

Chip C. Chip C.

Chip C. 1608 B 25V 0.1 UF Chip Tantalum

Chip C. 2012B10V1UF

Electrolytic C. 16V 10UF

Chip C. Chip C.

Chip C. Chip Tantalum

Chip Tantalum

Chip C. Chip Tantalum

Chip Tantalum 25V 1UF Chip Tantalum 16V 1UF

Chip Tantalum Chip Tantalum

Chip C.

ChipC... Í2012 J 100V 22PF

Ch¡£ C.

__

Chip C.

Electrolytic C. Chip C.

Parts Name

16V 10UF

16V47UF GRM36B223K16PT TMCMA1C106MTR

GRM36B103K16PT GRM36B102K50PT

GRM36B562K25PT GRM36B272K50PT

GRM36B223K16PT GRM36B392K50PT

1005 B 16V 0.015UFK

1608 B 50V 0.010UF 1 1608 B 50V 0.010UF GRM36B471K50PT TMCMA1C106MTR 1

1608 B 25V 0.1 UF GRM36B562K25PT

GRM36B272K50PT GRM36B102K50PT

GRM36B223K16PT li 1 GRM36B223K16PT

GRM36B392K50PT GRM36B562K25PT

TMCMA1C106MTR 1

GRM36CH100D50PT

GRM36CH060D50PT 1 GRM36CH221J25PT

GRM36B103K16PT GRM36B102K50PT

GRM36B102K50PT

TMCMA1C106MTR 1 TMCMA1C106MTR GRM36CK010C50PT GRM36CH220J50PT GRM36B102K50PT 1

GRM36CH050C50PT 1

16V2.2UF

GRM36B102K50PT TMCMB1C226MTR TMCMB1C226MTR GRM36B102K50PT 1

2012 B 10V 1UF 2012 B 10V 1UF

GRM42-6CH050C500PT

r 16V ÎOOÜF

2012 J ÎOOV 22PF

(T) (E)

u

..„I

........ Ï

" 1

Qty 1

1 11 1

1 1 1 1 1

1

1 1 1 1 1

1

1 1 1

1

1 1

1: 1 1i 1

11 1 li . 1

-i _

II 1 1i 1 lj 1

1

1 1

li

____

V 1

....

1 1

____I

1

____

1

—-

1 1

Î

1 1 1

___

i 1

1 1

1

1 1 1

1

1 1 1 1 1 1

1 1 1 1

1

1 1

1

1 1 1

1

1 1 1 1

1 1

1

1 1

1

1 1

1

1 1

1

J_

..

1 1 1

31

Ref.

Part No. Description Parts Name ¡"‘ (ÈT_

No.

C567

CU3035

C568

CU3011

C569

CU3111 C570 ICS0237 C571 ¡GS0237 [Chip Tantalum S 10V 4.7UF C572 ;CU3111 [Chip C. M608 B 25V 0.1UF C575 . CS0424 'Chip Tantalum iTMCMA1C106MTR 1 1 D66 ¡XD0315 IChip Diode MA2S728-(TX) C576

CU0111 ' iChipC. C2012JB1C105KT-N C577

CU3111 Chip C. ’ C578

CU3547 IChip C. C580 ÍCU0116 Chip G. C581 ;CU3131 iChipC. GRM188R72E102KW07D ' C582 ¡CU3131 iChipC. ¡GRM188R72E102KW07D C583 1CU3131 ' Chip C. ; ¡GRM188R72E102KW07D C584 ICU3131 'IChipC. IGRM188R72E102KW07D I 1 C586 CÙ3503 jChipC. - - GRM36CK020C50PT C587 CU3505 ¡ChipC. ¡GRM36CH040C50PT 1 C588

CU3523 iChipC. GRM36CH101J50PT C589

CU3511 : ChipC. GRM36CH100D50PT C590 ÍCU3504 j ChipC. C591 ÎCU3111 Chip C. C592 .CU3111 ÎChip C. C593 CU3111 'Chip C. C594 CU3111 iChipC. CN1

RD0108 ¡Jumper CN2

UJ0051 ! Jack CN3

UE0214 ¡Connector CN4 ¡UE0393 [Connector CN5 jUE0043 CN6 ÍUE0043 CN7 ¡UA0037Y CN8 UE0455 CN9 UE0226 CN10 i UE0043 CN11 !UE0043 D1 ¡XD0373 Chip Diode 02 ¡XD0339 D3 XD0339 D5

XD0339 Chip Diode D6 LXD0374 D7 XD0342 D8

XD0375 Chip Diode D9

XD0375 Chip Diode D10 XD0376 D11

XD0376 Chip Diode D12 XD0373

XD0373

D13

D14 ¡XD0373 Chip Diode 015

XD0373 Chip Diode

D17 XD0320 D21 XD0374 D22

LXD0375 Chip Diode D23 XD0376 D24 XD0374 Chip Diode D25

XD0376 Chip Diode 1SV282 TPH2 D26 XD0320 D27 XD0320 Chip Diode D28

XD0314 Chip Diode D29 XD0314 D30

XD0314 Chip Diode D31

XD0377 Chip Diode

D32

XD0338 D33 XD0320 Chip Diode D34

XD0342 Chip Diode'

D35 XD0374 D37

XD0320

D38

XD0374 Chip Diode D39 XD0165 D40 XD0374 D41

XD0342 Chip Diode D42 XD0250 D43 XD0319 D45

XD0323 Chip Diode D46 XD0374 D47 XD0374 D48

XD0320 Chip Diode D49

XD0314 Chip Diode D50 XD0314 D51

XD0314 Chip Diode 052

XD0314 Chip Diode D53 XDÓ338 D54 XD0342 Chip Diode D57 XD0165 D58 XD0165 D59

XD0165

: ' Qty

Chip C. 1608 B. 50V 0.001UF ; 1 Chip C.__._ ChipC.______ Chip Tantalum

1608 CH 50V10PFC 1608 B 25V 0.1 UF

10V 4.7 U F

..

L_ JU1. 1

11 1 1

1608 B 25V 0.1 UF GRM36B103K16PT GRM21B2C2D221JY21L 1

11. ' ■ 1 1Î 1

1 1

11 1 1i ' 1

1 1

1' 1

II 1 1] 1 FL3

1 1 i; 1

i 1 IC2 i

i 1 i IC7

1 i IC9 1 i IC10

1 i IC13 1 1 ICI 4 1 1 : 1 ICI 6 1 1 IC18

i

i 1 IC19 1 : 1 IC20 i 11 1 IC22 i! i

i

1 i IC26 1 1 1 JP3 1 1 JP4 1 i 1

i 1 L3

1

i i

i i L6

i

1 i L8

1 i L9

1 1 L10

1 1 L11

1 1 L12

i 1 L13 i 1 L14

i 1 L15

i 1 1 i LI 7

1 i L18 1 1 L19

1 1 1 1 L21 1 1 L22 il 1 L23 il 1

1 1

I f i

il i il i L28

1 1

GRM36CJ030C50PT 1608 B 25V 0.1UF 1608 B 25V 0.1 UF 1608 B 25V 0.1 UF 1608 B 25V 0.1 UF 1/6W TYPE 0 OHM HJC0212-010024 AXN420C530P

PÍ28A11M Connector Connector

Connector Connector Connector Connector

Chip Diode Chip Diode

Chip Diode 1SV278 TPH2 Chip Diode 1SS390 TE61

Chip Diode Chip Diode

Chip Diode UM9401F

Chip Diode Chip Diode 1SV278 TPH2

Chip Diode

Chip Diode 1SS362CTE85L)

Chip Diode Chip Diode DAN235E-TL

Chip Diode Chip Diode 1SV278 TPH2

Chip Diode Chip Diode MA2S077-ÍTX)

Chip Diode Chip Diode .

Chip Diode HVU359TRF

Chip Diode Chip Diode DTZ5.1B TT11 1 1

Chip Diode DTZ5.1B TT11 I 1 Chip Diode IdTZ5.1B TT11

PI22A02M

PÍ22A02M

R-B2.0X0.2M PLUG 15A

PI28A10M

B2B-PH-K-S

PI22A02M

UM9401F

1 SV308(TPH3)

1SV308CTPH3)

1SV308ÍTPH3)

MA4S713-ÍTX)

MA4S713-<TX)

1SV282 TPH2

UM9401F

DAN235E-TL

MA4S713-ÍTX)

1SV282 TPH2

1SV278 TPH2

DAN235E-TL

HVU359TRF

MAZS0270HL

DAN235E-TL

1SS390 TE61

1SV278 TPH2

DTZ5.1B TT11

1SS390TE61

MA742-(TX)

MA2S11HTX)

1SV278 TPH2

DAN235E-TL HVU359TRF

HVU359TRF HVU359TRF i 1

1SS362ÍTE85L) ! 1

1SS390 TE61 1 1

......

Ref. _ -,

.. Part No.

No.

D60~ XD0323

1 i

D61 XD0323 . Chip Diode MA2S111-(TX) |. l! ' 1

1 D62

■ '1 1

1 1 1 D72 ¡XD0373 ! Chip Diode UM9401F

• 1 D75 1 1 1 FI ¡EF0028 ¡Chip Fuses

1

. 1 IC3

1 IC4

■ ■ 1 IC5 1 IC6

i

1 ICI 5

1 ICI 9

1 IC21

1 IC24 i IC25

i JK1

1 L1

1 L4

i L7

XD0323 Chip Diode MA2S111-(TX) j 1

D63

XD0274 Diode DSA3A1 i 1

D64

XD0315 : Chip Diode . MA2S728-(TX)

D65

XD0165 . ¡Chip Diode - ;DTZ5.1BTT11

D67 ÎXD0323 ¡Chip Diode. MA2S111-(TX) D68 :XD0165 ¡Chip Diode’ ;DTZ5."i BTT11 D69 IXD0315 '. ¡Chip Diode MA2S728-(TX) D71 SXD0373 IChip Diode ¡UM9401F

D73 ¡XD0373 ¡Chip Diode D74 XD0339 IChip Diode .

XD0339 . I Chip Diode

D76

XD0339 ' ¡Chip Diode 1 SV308(TPH3)

D77 IXD0165 ¡Chip Diode

FL1 XC0070 ¡Ceramic Filter

XC0078 ICeramic Filter

FL4

XC0047 ¡Ceramic Filter FL6 XC0078 ICeramic Filter ¡SFT10.7MA5-Z ICI i XA0596

XA0915 XA0666

XA0573

XA0404 XA0348 XAQ115 île lie TC4S66F

IC8

XA0410

XA0596 IC

XA0348 rc

IC12 XA0236

XA0900

XA0119

XA0348

XA0102

XA0596 1IC 'NJM2902V-TE1

XA1081 . ÍIC ! M30624FGPGP(E) ..

XA1082 ¡1C i M30624FGPGP{T)

XA0620 XA0669 . XA0098

IC23

XA0348 IC XA0925 XA0332 IC XA0332 IIC TA75S01 F(TE85U UJ0053 ¡Jack MACL04GG Wire UX1320 Wire ¡WIRE UX1320 QB0055

L2

QKA15A

QKA95D Coil

QKA55E ■ Coil L5

QKA55E Coil

QKA45E Coil

QKA65A Coil

QC0621 Chip Inductor

OKA15E

QK0115

QC0442 Chip Inductor [ 1608 1.0 UH

QC0534

QKA65A Coil

QC0534 Chip Inductor

QC0620

L16

QC0570 Chip Inductor QKA75A Coil QKA15A

L20

QC0508 QC0573 Chip Inductor QKA75A Coil QC0614

L24

QKA45E Coil

L25

QA0162 Chip Inductor VCO QAQ162 5CBM

L26

QC0530

L27

QC 04.42 Chip Inductor QC0442 Chip Inductor ÛKA15E

L29

: 1 L30

1 1

1 1 1

QKA35E Coil ¡MR3.0 3.5T 0.8

L31

QKA25E Coil i MR3.0 2.5T 0.8 L32 IQKA15E Coil L33 . ¡QKA85C Coil L34 ÍQKA25E 1Coil MR3.0 2.5T 0.8 L35 IQKA25E Coil

Description ' Parts Name ¡—

Chip.Diode' MA2S111-(TX) 1

UM9401F

1SV308CTPH3) 1 SV308(TPH3)

DTZ5.1B TT11 TF16SN1.25TTD ALFYM450E=K SFT10.7MA5-Z ALFYM455E=K

IC jNJM2902V-TE1 IC . 'M64076AGP IC !TK10931V

IC :nJM2904V-TE1

IC IIC DETECTOR 1 IC IT C4W53 FU (TE 12 L)

IC

IC IC M51132FP IC ICAN8010M IC iTC4W53FU(TE12L) IC ¡NJM7808FA

IC ¡S-80845ALMP-EA9-T2 IC ¡8R24L64F-WE2 IC ¡1C NJM78L05UA

IC

Inductor ; FBA04HA900NA-00 1 Coil ÍMR1.5 1.5T 0.4

Coil Coil ¡AS120252-9R3N

Chip Inductor ¡LQN21A47NJ04

Chip Inductor

Coil Chip Inductor LK16082R2K-T

Chip Inductor LL1608-FS8N2J

Chip Inductor

Coil |MR3.0 1.5T 0.8

LA4425A NJM2902V-TE1 TC4W53FU(TE12U IC BU4052BCF-E2

TC4W53FU(TE12U 1 S-816A50AMC-BAZ-T2 1 TA75S01 F(TE85L)

HSJ1332-01-020 1 #30AH1-040-H1

MR3.0 9.5T 0.6 MR3.0 5.5T 0.8 MR3.0 5.5T 0.8 MR3.0 5.5T 0.8 MR3.0 4.5T 0.8 MR1.5 3.5T 0.4 LL1608-FS33NJ MR3.0 1.5T 0.8

MR1.5 3.5T0.4 LQN21A47NJ04 LL1608-FS27NJ LL1608FH56NJ 56NH MR1.5 7.5T 0.4 MR1.5 1.5T 0.4

LL1608FHR10J 100NH MR1.5 7.5T 0.4

MR3.0 4.5T 0.8 LÛN21A22NJ04

1608 1.0 UH 1608 1.0 UH

MR3.0 1.5T 0.8 COIL MR2.5 8.5T 0.5

MR3.0 2.5T 0.8

' ""“1

L i

^ 1

i- J -

ty ' [ “ (E)_

__

1

1 1 1 1 1 1

1 ¡ 1 II 1 i! 1 i

i

h i

____

1

.1

1 1 1

____1

1

“ f 1 i i i: i 1! 1

1 1 1 1

0

1 1 1 1

1 1

I 1

1 1 1 1 t 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

1

t 1 1 1 1

1

1 1

1

1 1

1

1 1

1

1 1 1

1

1 1

1

1 1

1 1 1 1 1

1 1

1 1 1 1

R«f i 1 .. Part No. 1 ■ Description Parts Name

No. i I L36 ¡QC0621 : Chip Inductor 'LL1608-FS33NJ ! 1 j 1 L37 QC0442 ¡Chip Inductor ■ .1608 1.0 UH 1! 1 L38 ¡QC0573 iChip Inductor ,LL1608FHR10J 100NH ! 1 ‘ 1 L39 IQC0527 ¡Chip Inductor 1LQN21A12NJ04 • ! ' ï i 1 L40 ¡QC0540 Chip Inductor ILQN21AR15J04 ¡ 1' 1 L41 ¡QC0572 ¡Chip Inductor !LL1608FH82NJ 82NH , ¡ 1! 1 L42 QC0629 'Chip Inductor ¡LL1608-FSR15J I 1, 1 L43 :QC0542 ¡Chip Inductor ¡LQN21AR22J04 i 1 L44 -QC0542 ' ¡Chip Inductor ¡LQN21AR22J04 ! 1 L45 :QC0518 iChip Inductor 'LK16081R5K-T ! 1 L46 ÍQA0112 ¡Chip Inductor [V666SHS-063DAQ i 1 L47 !QC0540 ¡Chip Inductor LQN21AR15J04 ! 1

L48 ¡QC0537 ÎChip Inductor !lQN21A82NJ04 ] 1 L49 ¡QA0112 I Chip "inductor L50 QC0561 Chip Inductor L51 i QA0112 ¡ Chip Inductor L52 IQC0442 ' ¡Chip Inductor L53 QA0160 1 Chip Inductor : L54 IQC0740 ¡Chip Inductor' !KQ0805TTER82J L55 ÍQC0527 ¡Chip Inductor ¡LQN21A12NJ04 L56 ;QC0621 ¡Chip Inductor ILL1608-FS33Nj L57 iOA0093 ¡Chip Inductor ¡BOBBIN

L58 ’QC0285 I Chip Inductor .'2520 0.56ÙH

QC0740 : Chip Inductor ¡KQ0805TTER82J

L59

QCÖ518 ¡Chip Inductor ¡LK16081R5K-T

L60

QC0535 IChip Inductor ¡LQN21A56NJ04

L62

QC0442 Chip Inductor i 1606 1.0 UH

L63

QC0531 Chip Inductor ■LQN21A27NJ04

L64 L65 QC0573

QC0739

L66 L67 QC0542 L68 QC0542

QC0518 Chip Inductor

L69 L70 QC0536 Chip Inductor L71 QC0534 L72 ;QC0536 L73 ÍQC0573 Chip Inductor L74 ÍQC0536 Chip Inductor

QC0535 ¡Chip Inductor

L75

QC0442 ¡Chip Inductor ! 1608 1.0 UH

L76

QC0534 ¡Chip Inductor ¡LQN21A47NJ04

L77

QC0530 ¡Chip Inductor ¡LQN21A22NJ04

L78

QKA45A jCoil . IMR1.5 4.5T 0.4

L79

QC0620 iChip Inductor ILL1608-FS27NJ

L80

QKA45A ¡Coil 1MR1.5 4.5T 0.4

L81

QKA45A ICotl ! MR1.5 4.5T 0.4

L82

QC0288 ¡Chip Inductor *2520 1.0 UH

L83 L84 ¡QC0526 ¡Chip Inductor ¡LQN21A10NJ04 L85 ¡QC0619 ; Chip Inductor LL1608-FS22NJ L86 QC0526 ■ Chip Inductor ¡LQN21A10NJ04 L87 1QC0530 ! Chip Inductor 1 ¡LQN21A22NJ04

QC0518 Chip Inductor LK16081R5K-T

L88

QC0532 Chip Inductor

L89

QC0524 ¡Chip Inductor

L90

QC0442 'Chip Inductor ¡1608 1.0 UH

L91

QC0526 ¡Chip Inductor ¡LQN21A10NJ04

L92

QKA25Ä ICoil IMR1.5 2.5T 0.4

L93 L94 QC0611 L95 QC0524 L96 QC0075 Chip Inductor L97 QC0611

QA0159 •

L101 L102

QA0159

L103 QC0570

QC0621 Chip Inductor LL1608-FS33NJ

1*104

L105

QC0619

L106 QC0570

QC0621 ÍCtíip Inductor !LL1608-FS33NJ

L107

QKB003 ;Coil ¡COIL. QKB003

L108

QKB003 ¡Coil jCOIL QKB003

L109

QC0568 ! Chip Inductor IlL1608FH39NJ 39NH

L110

QC0573 Chip Inductor LL1608FHR10J 100NH

L111

QC0559 ¡Chip Induótor ! LL1608FH6N8J6.8NH

L112 01 ¡XE0038A ¡ChipFET ¡2SK2975-T31 ' ¡ 1 Q2 ¡XE0044 ¡Chip FET Q3 IXT0146 Q4 ¡XE0047 " 05 ¡XT0138 'Chip Transistor '2SC5066-0(TE85L) Q6 XU0193 Ichip Transistor RN1107 TE85L Q7 ¡XT0138 j Chip Transistor :2SC5066-0(TE85L) 08 ¡XU0192 !Chip Transistor :RN2107 TË85L 09 iXEOOIO ¡Chip FET. ;FET 2SK508K52 Q10 ¡XU0193 ¡Chip Transistor Q1_1___[XU01_93 _ _¡Chip Transistor 012 'XT0095 ¡Chip Transistor

Chip Inductor |lL1608FHR10J 100NH Chip Inductor i KQ0805TTER33J Chip Inductor ILQN21AR22J04 Chip Inductor ILQN21AR22J04

Chip Inductor Chip Inductor LQN21A68NJ04

Chip Inductor : LL1608-FS4N7S Chip Inductor :LQN21A6N8D04

Chip Inductor Chip Inductor ¡DET COIL QA0159 Chip Inductor DET COIL QA0159 Chip Inductor ¡LL1608FH56NJ 56NH

Chip Inductor ¡LL1608-FS22NJ Chip Inductor ;lL1608FH56NJ 56NH j 1

Chip Transistor FET MTH538A(RD70HVF 1-01)

V666SHS-063DAQ LL1608FH10NJ 10NH V666SHS-063DAQ

1608 1.0 UH

K5-S2/33331 R12T739B

LK16081R5K-T LQN21A68NJ04 i LQN21A47NJ04

LL1608FHR10J 100ÑH 1 LQN21A68NJ04 i 1 LQN21A56NJ04

LQN21A33NJ04 LQN21A6N8D04

3225 12 UH LL1608-FS4N7S

I2SK3074 TE12L 1 ¡2SC5226-4-TL | 1¡ 1

RN1107 TE85L I 11 ■ 1 RN1107 TE85L i ' 1

'2SC4081 1

Qty Ref. i D M

(T) L (E)

11 1 1l 1

i! i 1! ' 1

1 1

i 1

— r4

1 1

. i i

!— .j

.. Part No.

No. 1 013 ¡XT0138 Q14 XT0171 ¡Chip Transistor 2SC4808-TX.AR .1 1| 1 015 ¡XT0Í38 ¡Chip Transistor 2SC5066-0{TE85L) I 11, 1 016 XT0171 ¡Chip Transistor 2SC4808-TX.AR 017 XU0193 ¡Chip Transistor RN1107 TE85L 018 ¡XT0146 Chip Transistor ¡2SC5226-4-TL 019 ¡XE0053 ¡Chip FET ¡3SK293TE85L 020 IXT0124 [Chip Transistor !2SC4215-Y(TE85L) 1

1

021 1XE0053 ¡Chip FET Í3SK293TE85L 023 :XU0193 jchip Transistor RN1107TE85L 024 IXT0095 Chip Transistor ¡2SC4081 025 ¡XU0193 Chip Transistor. ¡RN1107 TE85L

i

026 ¡XU0193 027 XU0193 Chip Transistor RN1107 TE85L 1

i

028 XT0138 Chip Transistor 2SC5066-0(TE85L) 029 IXE0010

XT0138 Chip Transistor 2SC5066-0(TE85L) 1

031 032 XT0138 Chip Transistor 2SC5066-0(TE85L) 033 XT0138

XU0197 Chip Transistor RN1111 TE85L

034

1

035 ¡XU0192 Chip Transistor RN21Ô7 TE85L 036 SXT0138 037 ÍXT0172 038 ¡XT0171 Chip Transistor 2SC4808-TX.AR 039 XT0138

XT0171

Q40 Q41 XE0053 Chip FET 3SK293TE85L 1! 1

XE0053

042

i

043 XT0146 Chip Transistor 2SC5226-4-TL 1! 1 044 XT0172 Chip Transistor 2SC4618TLP 1¡ 1

i

Q45 XU0193

i Q46

1

1 1

i

■1

1 1

i

1

i

XU0193

047 XT0190 Chip Transistor Í2SB1386 T100Q i¡ 1

XT0138

049

XU0193 ■

050 051 XT0138 Chip Transistor 2SC5066-OCTE85L) 052 XT0138

XU0193 Chip Transistor RN1107 TE85L i 1

054 055 XU0193 Chip Transistor RN1107 TE85L Q56 ÍXT0146 Chip Transistor ¡2SC5226-4-TL

XT0146 Chip Transistor ¡2SC5226-4-TL i

Q57 058 XU0192 Chip Transistor RN2107 TE85L

XU0202 ,

059 Q61 XU0193 Chip Transistor RN1107 TE85L 1 063 XT0190 Chip Transistor 2SB1386 T100Q Q64 XT0110 Q65 XU0192 Chip Transistor RN2107 TE85L i 1 Q66 .

XT0110 Chip Transistor 2SA1036K i 1 ! 1 067 XU0192 068 XT0061 069 XU0193 Chip Transistor RN1107 TE85L 070 XU0193 071 ¡XT0061 Chip Transistor ¡2SB1132 lí 1 072 XU0193 Chip Transistor ¡RN1107TE85L 1

XU0193

073

074 XT0095 Chip Transistor 2SC4081 1 075 XU0192 ; Chip Tränsistor RN2107 TE85L Q76 XU0192 077 XU0193 Chip Transistor ¡RN1107TE85L 1 078 XU0193 Chip Transistor ¡ RN1107 TE85L ■ ~ 1

XU0193

079 : 080 . XU0193 Chip Transistor ÍRN1107TE85L 081 XU0193 Chip Transistor 'RN1107TE85L 1

XT0061 '

082 083 ÍXU0192 084 1XU0192 > Chip Transistor ¡RN2107TE85L 1 085 ’ ¡XT0095 086 XU0193 ¡Chip Transistor ¡RN1107TE85L 1 087 XU0193 iChip Transistor RN1107TE85L 1 088 ¡XU0193 ¡Chip Transistor ¡RN1107 TE85L r. i 089 XU0193 Chip Transistor 090 lxU0193 Chip Transistor ’RN1107TE85L i 091 ÍXU0193 ¡Chip Transistor RN1107 TE85L 092 ¡XT0172 ¡Chip Transistor 093 ¡XU0193 ¡ Chip Transistor 094 ÍXU0193 -í ¡Chip Transistor RN1107 TE85L 095 ]XU0193 ¡Chip Transistor ¡RN1107TE85L 096 ¡XU0193- ¡Chip Transistor ÍRN1107TE85L 097 ¡XU0193 IChip Transistor ¡RN1107 TE85L i 098 ¡XT0146 ■ IChip Transistor ! 2SC5226-4-TL 099 ¡XU0193 0100 ¡XU0193 Q101 ¡XU0193 0102 ¡XU0193 : 0103 ‘^XÚ0193 :

Description ¡ Parts Name

Chip Transistor 2SC5066-0(TE85L) ¡ 1| 1

Chip Transistor RN1107 TE85L

Chip FET

Chip Transistor

Chip Transistor Chip Transistor 2SC4618TLP ii i

Chip Transistor Chip Transistor

Chip FET

Chip Transistor Chip Transistor IRN1107TE85L ïi 1

Chip Transistor Chip Transistor

Chip Transistor

Chip Transistor Chip Transistor

Chip Transistor

Chip Transistor ¡RN2107TE85L

Chip Transistor ¡RN1107TE85L

Chip Transistor 12SB1132 Chip Transistor ¡RN2107TE85L

Chip Transistor ¡2SC4081

i Chip Transistor RN1107 TE85L ¡Chip Transistor RN1107 TE85L

Chjp Transistor Chip Transistor

¡Chip Transistor RN1107TE85L I II 1

FET 2SK508K52

2SC5066-0{TE85L)

2SC5066-OCTE85L) ÎT 1

2SC5066-OCTE85L) 2SC4808-TX.AR

3SK293TE85L

RN1107 TE85L • i f . i

2SC5066-0(TE85L) RN1107 TE85L i

2SC5066-0(TE85L) f 1

XP03383-TX 1

2SA1036K 1

RN2107 TE85L | 1i 1 2SB1132 ! ; 1 ' 1

RN1107 TE85L 1 • 1

RN1107 TE85L

RN1107 TE85L i

2SC4618TLP

:RN1107 TE85L

_____

' RN1107 TE85L

RN1107TE85L

(T) I (E)

■ 1

, 1

..... ^

_

■ u ■ ■ 1

Qty

1! 1 1 1 1 1 1

1 1 1 1 1 1 1 1

1 1 1

1 1

1 i ■ ’

i! i

i! i 1í 1

i! i

1i 1

i i

1 i

i 1

1

~ ” ~1

1! 1

— j

1 1 1

1

i 1

1 1 i

H—^

i i

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r

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i

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i i

ïi i 1 ! : 1

1

i

1

33

Ö_£ i

. ig ' ■ Part No. i Description

Q105 XU0193 ' , Chip Transistor R73 Ql 06

XU0193 : Chip Transistor Q107 Q108 _XU0160 ; Chip Transistor DTC363EKT146 " i ' 1: 1 R76 , Q109 XU0160 IChip Transistor -DTC363EKT146 1 l! 1 Q110 IXU0193 ¡Chip Transistor ÍRN1107 TE85L i il 1

XU0192 ; Chip Transistor RN2107 TE85L . ! 1 1

Q111 Q112

XU0193 . ‘Chip Transistor ÍRN1107TE85L i. 1|' 1

Ql 14

XT0110 Chip Transistor I2SA1036K

Ql 15

XU0193 :Chip Transistor' RN1107TE85L

Q116

XT0206 i Chip Transistor Í2SA1721-OCTE85LF) 1' 1i .1 Q117 ;XT0110 ]Chip Transistor I2SA1036K . 'I II . . -1 Q118 ÍXU0193 Chip Transistor ¡RN1107-TE85L f : 1 Q119 ¡XT0206 ¡Chip Transistor ¡2SA1721-0(TE85L,F) f 1 R1 RK3538 Chip R. ; 1005 1/16W 1.OK OHMJ i : 1 R2 RK6024 ¡Chip R. , Í6432 1W 68 OHM J R3 RK3546 Chip R. R4 : RK3546 . Chip R.

R5 RK3062 ¡Chip R. ...'• 1608 1/10W lOOKOHM J

R6 i RK3526 Chip R. R7 ¡RK3038 ;Chip R. > R8 ¡RK3550 ¡Chip R. 1005 1/16W lOKOHM J R9 IRK3542 Chip R. R10 RK0069 Chip R. R11 RK3524

R12 RK3516 RI 3 ¡RK3522 R14 IRK3516 R15 RK3018 Chip R. RI 6 ¡RK3032 Chip R. RI 7 !RK3534 Chip R. 1005 1/16W 470 OHMJ

R18 ¡RK3560

R19 *RK3550 Chip R.

R20 IRK3554 Chip R.

R21 ¡RK3530

R22 ¡RK3538

R23 : [RK3534 Chip R. 1005 1/16W 470 OHM J

R24 IRK3049 Chip R

R25 !rK3534 Chip R. '

R26 IRK3516 Chip R. 1005 1/16W 15 OHM ¿

RK3538

R27

R28 RK3025 Chip R.

R29 ¡RK3542 Chip R.

R30 RK3558

R31 . RK3552 Chip R.

R32 RK3050 Chip R. 1608 1/10W 10K OHM J

R33 ¡RK3550 Chip R.

RK3046 Chip R.

R34

R35 RK3546 Chip R.

R36 RK3546 Chip R.

R37 RK3518 Chip R.

R38 RK3516 Chip R. 1005 1/16W 15 OHM J

R39 RK3062 Chip R.

R40 RK3562 Chip R.

R41 RK3542 Chip R.

RK3050

R42

RK3534

R43 R44 RK3050 Chip R. 1608 1/10W lOKOHM J R45 RK3522 Chip R. R46 RK3542 Chip R. R47 RK3050 Chip R. 1608 1/10W 10K OHM J R48 RK3038 Chip R.

RK3547 Chip R.

R49 R50 " RK3518 Chip R. R51 RK3542 Chip R. R53 RK3568 Chip R. R54 RK3546 Chip R. 1005 1/16W 4.7K OHMJ R55 RK3043 Chip R. R56 RK3550 Chip R. R57 RK3542 Chip R. 1005 1/16W 2.2K OHMJ R58 RK3550 Chip R. R59 RK3501 Chip R. 1005 1/16W 0 OHM J R60 RK3538 Chip R. 1005 1/16W 1.0K OHMJ R61 ¡RK3542 Chip R R62 ÍRK3526 Chip R. R63 ¡RK3524 Chip R. 1005 1/16W 68 OHM J R64 ÍRK3556 Chip R R65 RK3022 R66 RK3542 Chip R 1005 1/16W 2.2K OHMJ R67 ¡RK3522 R68 ÍRK3001 R69 ¡RK3562 Chip R. R70 [RK3538 Chip R. R71 RK3538 R72 ¡RK6024 Chip R 6432 1W 68 OHM J “ 1

Chip R. - 11005 1/16W 68 OHM J i , 1 Chip R. !l005 1/16W 15 OHMJ 1 . "■ ■ 1 Chip R. 11005 1/16W 47 OHM J Chip R. '. ¡1005 1/16W 15 OHM J i .1

Chip R.

Chip R. Chip R.

Chip R.

Chip R. Chip R. 1005 1/16W 470 OHMJ.

Chip R. Chip R.

Chip R

Chip R.

.Parts Name ^ '{g'

RN1107 TE85L "T ~ V 1 RN1107 TE85L [ 1 1

1 r ' i

... 1

- ..1 R87 ¡RK3522

1005 1/16W4.7K OHMJ 1005 1/16W4.7K OHMJ

1005 1/16W 100 OHM J . 1 1608 1/10W I.OKOHM J

1005 1/16W2.2K OHMJ . 1

r2125 1/8W 100KQHM J 1

1608 1/10W 22 OHM J 1 1 1608 1/10W 330 OHMJ

1005 1/16W68K OHM J 1 1 1005 1/16W 10K OHM J i i i 1005 1/16W 22K OHM J f 1005 1/16W 220 OHM J i .. -:1 1005 1/16W I.OKOHMJ

1608 1/10W 8.2KOHM J ■ . 1 1005 1/16W 470 OHM J

1005 1/16W 1.0K OHMJ 1 1 1608 1/10W82 OHMJ. 1005 1/16W2.2K OHMJ 1 ■ :1 1005 1/16W47K OHMJ 1 1005 1/16W 15KOHM J "

1005 1/16W 10K OHM J 1608 1/10W 4.7KOHM J 1005 1/16W4.7K OHMJ 1 1005 1/16W4.7K OHMJ 1 1 1005 1/16W22 OHMJ

1608 1/10W lOOKOHM J 1005 1/16W 100K OHMJ 1005 1/16W 2.2K OHMJ 1 1 1608 1/10W 10K OHMJ i 1

1005 1/16W 47 OHMJ 1 1005 1/16W 2.2K OHMJ

1608 1/10W I.OKOHMJ 1 1005 1/16W 5.6K OHMJ 1005 1/16W 22 OHM J 1 1005 1/16W2.2K OHMJ 1 1005 1/16W 330KOHMJ

1608 1/10W 2.7KOHMJ i 1 1005 1/16W 10K OHMJ

1005 1/16W 10K OHMJ i 1

1005 1/16W 2.2K OHMJ i 1

1005 1/16W 100 OHMJ

1005 1/16W33K OHMJ i 1

1608 1/10W 47 OHM J 1005 1/16W 47 OHM J 1

1608 0 OHM 1005 1/16W 100K OHMJ 1005 1/16W 1.0K OHMJ

1005 1/16W 1.0K OHMJ

1 11 1

■ •1

- i

1 ■V 1

; -i

... .1

'1

, 1

1 1 1 1

1 1

, 1

1 1 1 .1

1 1 i 1

i 1 i 1

i 1

. 1

i i 1

i

i 1 i 1

No. i i (Tj i VcJ

R74 R75 .RK3046 ¡Chip R.

R77 : R78 ÍRK3538 .: . IChip R. 1005 1/16W 1.0K OHMJ R79 RK3050 'Chip R.' 1608 1/10W 10K OHM J 1 1 R80 .RK3050 Chip R. ¡1608 1/10W10K OHM J >. 1 R81 ¡RK3522 ¡Chip R — i 1005 1/16W 47 OHM J

R82 | RK3530 R83 ¡RK3550 R84 ! RK3542

.1

R85 , ¡RK3054 i Chip R. i 1608 1/1OW 22K OHM J

R86 ÍRK3552 ChipR.

R88 ¡RK3050 Chip R. ,

1 R89 RK3516 Chip R. i

R90 ¡RK3559 Chip R. 1005 1/16W56K OHM J

R92 RK3530 Chip R.

i

R93 :

i R94 RK3538 Chip R. 1

R95 RK3565 Chip R.

R96

R97 RK3559 ¡ChipR.

R98 RK3550 IChioR

R99

1

R100 RK3542 ¡Chip R,

R101 ■ RK3516 ChipR.

R102 RK3550 Chip R

R103 RK3542 Chip R.

1

R104

R105. RK3554 Chip R. .

R106 RK3534 Chip R.

R107 RK3554

R108 RK3550 Chip R.

R1Ö9 RK3542 Chip R.

R110 RK3538 Chip R.

R111 RK3546 Chip R. 1005 1/16W 4.7K OHMJ

R112 RK3501 Chip R.:

R113 RK3550 Chip R.

R114 RK3542 Chip R.

R115 RK3554 Chip R.

R116 RK3550 Chip R

R118 RK3562 Chip R. 1005 1/16W lOOKOHMJ

1

R119 RK3539 Chip R.

R120 RK3538 Chip R

R121 RK3550 Chip R.

1

R122 RK3542 Chip R

R123 RK3531 Chip R.

R124 RK3538 Chip R

1

R125 RK3572 ChipR.

1

R126

R127 RK3552 Chip R. 1005 1/16W15K OHMJ

R128 RK3532 Chip R.

R129 RK3532

R130 RK3550 Chip R.

R131 RK3538 Chip R:

R132 RK3550 Chip R.

R133 RK3501 Chip R. 1005 1/16W 0 OHM J

1

R134 RK3550 ChipR.

R135

R136 RK3522 Chip R.

R137 RK3501 Chip R.

R138 RK3558 Chip R.

R139 RK3522 Chip R.

R140 RK3543 Chip R.

R141 RK3526 Chip R.

R142 RK3562 Chip R.

R143 RK3562 Chip R.

1

R144 RK3562 Chip R

R145

R146 RK3562 Chip R.

R147 RK3558 Chip R.

R148 RK3522

R149 RK3530 Chip R 1005 1/16W 220 OHM J

1 1

R150 RK3550 IChip R

R151

R152 RK3562 Chip R.

R153 RK3558 Chip R

R154 RK3550 Chip R

R155 RK3546 Chip R 1005 1/16W 4.7K OHMJ

R157 RK3542 IChip R

1

R158 RK3522 ¡Chip R

1

R159 RK3550 ¡Chip R

R160 RK3560 IChip R.

Part No. Description Parts Name , l—

RK3550 Chip R. ' 1005 1/16W 10K OHM J i . 1 RK3038 IChip R

RK3038 ChipR. 1608 1/10W I.OKOHM J i 1 RK3526 ChipR. 1005 1/16W 100 OHM J

ChipR. 11005 1/16W 220 OHM J

ChipR. ' , ' M005.1/16W 10K OHM J . 1

ChipR. M005 1/16W2.2KOHMJ

Chip R.

RK3522 Chip R.

RK3542 Chip R.

RK3552 ¡Chip R.

RK3555 Chip R :

Chip R. 1005 1/16W22K OHM J

RK3550 Chip R

Chip R.

RK3522

RK3562

RK3516 IChip R.

Chip R.

Chip R. 1005 1/16W 100K OHMJ

Chip R

1608 1/10W I.OKOHM J 1608 1/1ÖW 4.7KOHM JXT0138 ; Chip Transistor 2SC5066-0{TE85L) I 1: 1

1005 1/16W15K OHM J 1005 1/16W47 OHMJ

1608.1/1 OW 10K OHM J. 1005 1/16W 15 OHM J

1005 1/16W 220 OHM J 1005 1/16W47 OHM J. 1005 1/16W 1.0K OHMJ 1005 1/16W 180K OHMJ 1005 1/16W 2.2K OHMJ 1005 1/16W 56K OHM J 1 1005 1/16W 10K OHM J TT i 1005 1/16W 15K OHM J i! 1 1005 1/16W 2.2K OHMJ 11 1 1005 1/16W 15 OHM J 1005 1/16W10K OHMJ 1005 1/16W2.2K OHMJ 1005 1/16W27K OHMJ 1005 1/16W22K OHMJ 1005 1/16W 470 OHM J

1005 1/16W10K OHM J 1005 1/16W2.2K OHMJ . 1005 1/16W 1.0K OHMJ

1005 1/16W 0 OHM J

1005 1/16W lOKOHM J

1005 1/16W 2.2K OHMJ 1 1005 1/16W 22K OHM J i

1005 1/16W 10K OHMJ 1 1005 1/16W 1.2K OHMJ

1005 1/16W 1.0K OHMJ 1005 1/16W lOKOHM J 1005 1/16W 2.2K OHMJ 1005 1/16W 270 OHM J -.

1005 1/16W 1.0K OHMJ 1005 1/16W680K OHMJ 1 1005 1/16W10K OHMJ 1

1005 1/16W 330 OHMJ 1005 1/16W 330 OHMJ 1005 1/16W10K OHMJ 1005 1/16W 1.0K OHMJ 1005 1/Í6W 10K OHMJ 1

1005 1/16W10KOHM J i 1 1005 1/16W47 OHMJ 1 1005 1/16W47 OHMJ 1 1005 1/16W 0 OHM J 1 1005 1/16W47K OHM J 1005 1/16W47 OHM J 1005 1/16W2.7K OHMJ i 1005 1/16W 100 OHMJ i 1005 1/16W100K OHMJ i 1005 1/16W lOOKOHMJ i 1005 1/16W 100K OHMJ. i

1005 1/16W 100K OHMJ 1005 1/16W47K OHM J 1

1005 1/16W 47 OHMJ 1

1005 1/16W 10K OHM J 1

1005 1/16W 15 OHM J 1005 1/16W100K OHMJ 1 1005 1/16W47K OHMJ

1005 1/16W10K OHMJ 1

1005 1/16W2.2K OHMJ

1005 1/16W47 OHMJ

1005 1/16W10K OHMJ

1005 1/16W 68K OHMJ.

___

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! Part No. j Description ] Parts Name

R161 ¡RK3516 ¡Chip R. ¡1005 1/16W 15 OHM J | 1 i 1 R162 ¡RK3530 'Chip R. 11005 1/16W 220 OHM J ! 11 - 1 R163 !RK3522 iChip R. 11005 1/16W 47 OHM J ¡ 1! 1 R256 -RK3534 IChip R. R164 ¡RK3542 ¡Chip R. ¡1005 1/16W 2.2K OHMJ • j 1 1 R165 ¡RK3546 ¡Chip R. 11005 1/16W 4.7K OHMJ | 1 1 R166 ¡RK3501 ¡Chip R. ! 1005 1/16W 0 OHM J , j 1 1 R168 ¡RK3554 -Chip R. 1005 1/16W 22K OHM J j il 1 R169 IRK3559 ichip R. 1005 1/16W 56K OHM J I 1¡ 1 R170 ■ RK3558 ¡Chip R. ¡1005 1/16W 47K OHM J I 11 1 R172 ¡RK3562 Chip R. ¡1005 1/16W 100K OHMJ 11 1 R173 IRK3562. Chip R. . ¡1005 1/16W 100K OHMJ I 1¡ 1 R174 ¡RK3547 R175 ¡RK3538 Chip R. ¡1005 1/16W 1.0K OHMJ 1 i 1 R267 R176 ÍRK3522 . ChipR. ¡1005 1/16W 47 OHMJ. II 1 R177 RK3530 R178 ÍRK3522 ChipR ¡1005 1/16W 47 OHMJ 1 R179 ¡RK3542 R180 ¡RK3542 Chip R. 1005 1/16W2.2K OHMJ ¡ 1 R272 R181 RK3538 R182 RK3542 Chip R 1005 1/16W 2.2K OHMJ 1 R183 RK3516 Chip R. 1005 1/16W 15 OHM J | 1 R275 R184 RK3550 Chip R. 1005 1/16W 10K OHM J ¡ 1 R185 RK3562 Chip R. R186 RK3526 Chip R. 1005 1/16W 100 OHM J | 1 R187 RK3522 Chip R. 1005 1/16W 47 0HM J j 1 R188 RK3555 R189 RK3550 Chip R. 1005 1/16W 10K OHM J [ 1 R190 RK3522 Chip R. 1005 1/16W47 OHM J 1 1 R191 i RK3538 Chip R. 1005 1/16W 1.0K OHMJ 1 R284 R193 ! RK3558 Chip R. 1005 1/16W 47K OHM J R194 ¡RK3574 ¡Chip R. 1005 1/16W 1.0M OHMJ 1 R195 RK355Ö ¡Chip R. 1005 1/16W 10K OHM J 1 R196 | RK3552 ! Chip R. 1005 1/16W 15K OHM J R197 |RK3550 ¡Chip R. R200 ¡RK3542 ¡Chip R. 1005 1/16W 2.2K OHMJ 1 R201 RK3526- . IChip R. 1005 1/16W 100 OHM J 1 R202 RK3558 ¡Chip R. 1005 1/16W 47K OHM J 1 R293 R203 !RK3561 IChip R. 1005 1/16W82KOHM J ■ R204 ¡ RK3538 ¡Chip R. 1005 1/16W 1.0K OHMJ- 1 R205 ÍRK3544 ¡Chip R. 1005 1/16W 3.3K OHMJ 1 R205 ¡RK3542 ¡Chip R. 1005 1/16W 2.2K OHMJ 1 R208 ¡RK3501 ¡Chip R. 1005 1/16W 0 OHM J R209 RK3534 ¡Chip R. 1005 1/16W 470 OHMJ 1 R210 RK3519 IChip R. 1005 1/16W 27 OHM J 1 R211 RK3562 IChip R. 1005 1/16W 100K OHMJ 1 R301 R212 RK3530 ¡Chip R. 1005 1/16W 220 OHM J . 1 R213 RK3561 ¡Chip R. 1005 1/16W82KOHM J 1 R214

RK3530 . ¡Chip R. R215 RK3530 ¡Chip R. 1005 1/16W 220 OHMJ 1 R216

RK3534 ¡Chip R. R217 RK3526 ¡Chip R. 1005 1/16W 100 OHM J 1 R308 R218 !RK3526 Chip R. 1005 1/J6W 100 OHM J R219 [RK3550 R221 ¡RK3526 ¡Chip R. 1005 1/16W 100 OHM J R222 ÍRK3554 IChip R. 1005 1/16W22KOHM J 1 R223 ÍRK3538 R224 :RK3534 Chip R. 1005 1/16W 470 OHM J 1 R225 RK3516 Chip R. R226 ¡RK3516 Chip R. 1005 1/16W15 OHM J 1 R318 RK3562 Chip R. R227 IRK3559 Chip R. 1005 1/16W56KOHM J R228 IRK3550 Chip R. R229 ÍRK3542 R230 ÍRK3550 Chip R. R231 ! RK3551

R234 RK3542 Chip R. R235 ¡RK3538 R236 -RK3550 ChipR. • ¡1005 1/16W10K OHMJ R331 RK3516 R237 RK3542 R238 RK3558 R239 RK3547 ChipR 11005 1/16W 5.6K OHMJ 1 R335 ¡RK3538 Chip R. R240 RK3566 . ChipR. ' . ¡1005 1/16W 220K OHMJ 1 R241 ¡RK3562 .

RK3550.

R242 R243 RK3550 ChipR. ¡1005 1/16W 10K OHM J 1 R244 RK3501 Chip R. ■ ¡1005 1/16W 0 OHM J R245 RK3546 ,

RK3562 Chip R. 11005 1/16W 100K OHMJ 1 1 R342 ¡RK3530 Chip. R.

R246 R247 RK3562 ChipR. ¡1005 1/16W 100K OHMJ ¡ 1

RK3562 . -jChip R. ¡1005 1/16W 100K OHMJ

R248 R249

RK3542 ' ¡Chip R. - ¡1005 1/16W. 2.2K OHMJ R250

RK3555; , IChip R. 1005 1/16W 27K OHM J Í il 1 RK3522 R251

RK3555 IChip R. 11005 1/16W 27K OHM J R252 IRK3566 , IChip R. ! 1005 1/16W 220K OHMJ R253 ¡RK3567 ¡Chip R. ! 1005 1/16W 270K OHMJ I 1!. 1

ChipR. ¡1005 1/16W5.6K OHMJ 1| 1

ChipR. 11005 1/16W 220 OHM J 1 1 Chip R. 1005 1/16W2.2K OHMJ | 1 Chip R. 1005 1/16W1.0K OHMJ i 1

1005 1/16W100K OHMJ - ¡ 1

Chip R.

Chip R. 1005 1/16W 1.0K OHMJ R313 ÍRK3562 ¡ChipR.

Chip R. ChipR. ¡1005 1/16W 12K OHM J

Chip R. ChipR.. ¡1005 1/16W1.0K OHMJ ChipR. 11005 1/16W2.2K OHMJ

Chip R. 11005 1/16W47K OHM J

ChipR. • ¡1005 1/16W 100K OHMJ Chip R. ¡1005 1/16W 10K OHM J

ChipR. 11005 1/16W4.7K OHMJ

1005 1/16W 27K OHM J i 1

1005 1/16W10K OHM J 1 1

1005 1/16W 220 OHM J R304 1005 1/16W 470 OHMJ R307 RK3535 ¡ChipR. 1005 1/16W 560 OHM J . 1

1005 1/16W IOKOHM J R310 IRK3562 ¡ChipR. -

1005 1/16W 15 OHM J

1005 1/16W 10K OHM J 1005 1/16W 2.2K OHMJ 1 R321 RK3530 Chip R. 1005 1/16W 10K OHM J R322 RK3522 Chip R. 1005 1/16W 47 OHM J i 1

1005 1/16W4.7K OHMJ 1 1 R324 RK3522 Chip R. 1005 1/16W2.2K OHMJ

Qty

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1 R298 RK3558 ¡Chip R.

1

1 R328 RK3538 Chip R.

1 R338 ¡RK3558 Chip R.

r : 1

1

“ i f " 1

.......

11--

TT • i

Ref. 0

.. ! Part No.

Nb.

R254

RK3530

R255 ¡RK3542 iChip R. ] 1005 1/16W 2.2K OHMJ R257 RK3535 ¡Chip R.

R258 ¡RK3554 ¡Chip R. R259 ¡RK3566 ¡Chip R. R260 ¡RK3557 ¡Chip R. 1005 1/16W39KOHM J R261 ¡RK3538 Chip R. R262 ¡RK3562 - R263 ¡RK3526 R264 RK3518 R265 ¡RK3530

RK3562 Chip R • ¡1005 1/16W 100K OHMJ RK3532 ChipR. ! 1005 1/16W 330 OHM J 1

R268

RK3526 ChipR. ¡1005 1/16W 100 OHM J 1

R269

RK3562 [ChipR. ¡1005 1/16W100K OHMJ

R270

RK3526 ■ Chip R. ¡1005 1/16W 100 OHM J

R271

RK3546 ChipR. j 1005 1/16W 4.7K OHMJ RK3526 ¡Chip R. 1005 1/16W 100 OHM J

R273

RK3551 - ¡ChipR. j 1005 1/16W 12K OHM J 1 1

R274

RK3562 . ChipR. ) 1005 1/16W 100K OHMJ

R276 RK3501 Chip R. ¡1005 1/16W 0 OHM J

RK3516 ¡ChipR. ] 1005 1/16W Í5 OHM j 1

R277 R278 RK3516 ¡ChipR. ¡1005 1/16W 15 OHM J R279 RK3516

RK3542 Chip R. j 1005 Í/16W 2.2K OHMJ

R280 R282 RK3538 , R283

RK3562

RK3522 ChipR. ¡1005 1/16W47 0HM J R285 RK3550 R286 RK3568 R288 RK3538 Chip R. 1005 1/16W I.OKOHMJ R289 RK3570 -

RK3538 ,

R290 R291 RK3546 , Chip R. 1005 1/16W4.7K OHMJ 1 R292 RK3550

RK3538 : Chip R. , 1005 1 /16W 1 .OK OHMJ - 1 R294 RK3550 R295 RK3557 ¡Chip R. R296 RK3557 ¡ChipR. • n 1005 1/16W39K OHMJ R297 RK3546 [Chip R.

R299 RK3562 , ¡ChipR. 1005 1/16W100K OHMJ 1 R300 RK3558 ■ Chip R. , 1005 1/16W.47K OHM J 1

RK3557 ¡Chip R. R302 ¡RK3550; ¡Chip R. : 1005 1/16W 10K OHMJ R303 RK3562 ¡Chip R.

RK3546 Chip R. - 1005 1/16W4.7K OHMJ i R306

RK3501 ■ ¡Chip R.

RK3501 : - ¡Chip R. 1005 1/16W-0 OHM J i R309 IRK3550 ¡Chip R. 1005 1/16W-10K OHMJ i

R311 ÍRK3550 ¡Chip R. 1005 1/16W 10K OHMJ i R312 íRK3529 ¡Chip R.

R314 !RK3554 ¡Chip R. 1005 1/16W 22K OHM J i R316 ÍRK3542 . ¡ChipR. 1005 1/16W2.2K OHMJ i

R319 RK3530 Chip R. 1005 1/16W22Ö OHMJ . i R320 i RK3530 Chip R. 11005 1/16W 220 OHM J i

R323 RK3530 Chip R. 1005 1/16W220 OHM J i R327 RK3560 Chip R. 1005 1/16W68K OHMJ

1

R333 RK3550 Chip R. 1005 1/16W 10K OHMJ

1

R334 RK3549 Chip R. 1005 1/16W 8.2K OHMJ R336 ¡RK3538

R337 !RK3562 ¡Chip R. R339 ¡RK3558

R340 ¡RK3574. Chip R. 1005 1/16W 1.0M OHMJ \ 1

R341 ¡RK3542 Chip R. 1005 1/16W2.2K OHMJ 1 1 R343 1RK3522 . ¡Chip R 1005 1/16W 47 OHM J : 1

R344 ¡RK3522 iChip R. 1005 1/16W47 OHM j" ; 1 R346

RK3526

R347 R348 'RK3570 1005 1/16W 470K OHMJ 1 R349

RK3534 ¡Chip R. , |1005 1/16W 470 OHM J

R350

RK3514 ¡Chip R. ¡1005 1/16W10 OHM J 1 1

Description i Parts Name

ChipR. i 1005 1/16W 220 OHM J .

Chip R . ¡1005 1/16W 100K OHMJ Chip R. ¡1005 1/16W 100 OHM J Chip R. Í1005 1 /16W 22 OHM J • Chip-R. ! 1005 1/16W 220 OHMJ . 1

ChipR. ¡1005 1/16W 15 OHM J- ChipR. 11005 1/16W 1.OK OHMJ

Chip R. 1005 1 /16W 100K OHMJ ChipR. 11005 1/16W 10K OHM J

Chip R. 1005 1 /16W 330K OHMJ 1 1 Chip R. j 1005 1/16W 470K OHMJ

ChipR. i ¡1005 1/16W I.OKOHMJ ChipR.- j 1005 1/16W 10K OHM J ChipR.. ■ ¡1005 1/16W 10K OHM J

Chip R. 1005 1/16VV 15 OHM J

Chip R. 1005 1/16W 1.0K OHMJ •

Chip R.

Chip^ R. _ ; . _ Chip R. Chip rV‘

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1005 1/16W 470 OHM J 1005 1/16W560 OHM J 1005 1/16W22K OHMJ 1005 1/16W220K OHMJ 1

1005 1/16W 1.0K OHMJ

1005 1/16W39K OHMJ 1

1005 1/16W4.7K OHMJ 1005 1/16W47K OHMJ 1

1005 1/16W 39K OHM J 1

1005 1/16W 100K OHMJ

1005 1/16W 0 OHM J

1005 1/16W 100K OHMJ i 1005 1/16W 180 OHMJ

1005 1/16W 100K OHMJ

1005 1/16W 220 OHM J

1005 1/16W 47 OHM J 1005 1/16W 1.0K OHMJ

1005 1/16W 1.0K OHMJ 1005 1/16W IOOKOHMJ

1005 1/16W 47K OHM J 1005 1/16W47K OHM J ¡ 1

1005 1/16W 220 OHM J i 1

1005 1/16W 100 OHM J 1

1005 1/16W 47 OHM J ■ ¡ 1

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1

1 1

1

j

1

iR233 jRK3546

1

1 1 1

35

Ref.

Part No.

No.

R351

RK3562 Chip R. 1005 1/16W 100K OHMJ ! 1i ’ 1 R437 RK3562 Chip R.

R352

RK3522 Chip R. R353 RK3562 1 R354

RK3549 Chip R. 1005 1/16W 8.2K OHMJ R355

RK3542 Chip R. 1005 1/16W 2.2K OHMJ I 1 : 1 R356 RK3538 R357 RK3554 Chip R. 1005 1/16W22K OHM J 1S 1 R443 RK3550 Chip R. R358

RK3558 R359 RK3538 Chip R. R360

RK3546 Chip R. 1005 1/16W4.7K OHMJ ! 1 j ' 1 R446 RK3562 Chip R. R361 ! RK3542 R362 RK3542 Chip R. R363 RK3550 Chip R. 1005 1/16W 10K OHM J i 1! 1 R449 RK3558 ¡Chip R. R364

RK3558 Chip FI. 1005 1/16W 47K OHM J ¡ 1¡ 1 R450 RK3538 ' ' Chip R. ^1005 1/16W 1.0K OHMJ R365 RK3546 - R366 RK3550 Chip R. R367 RK3550 R368 RK3574 Chip R. R369 RK3552 Chip R. R370

RK3561 Chip R. 1005 1/16W 82K OHM J R371 1RK3552 Chip R.

RK3538

R372 R373 IRK3546 R374 RK3501 Chip R. ’ R375

RK3554 Chip R. 1005 1/16W22K OHMJ R461 RK3550 Chip R. R376 RK3550 R377 RK3538 Chip R. R378 RK3550 Chip R. 1005 1/16W10KOHM J 1 R464 RK3554 Chip R. R379 RK3550 R380 RK3558 Chip R. R381

RK3536 Chip R. 1005 1/16W 680 OHMJ 1 R469 RK3550 Chip R. ¡1005 1/16W 10K OHM J R382 RK3546 R383 RK3555 Chip R. 1005 1/16W27KOHM J R384 RK3538 Chip R. 1005 1/16W 1.0K OHMJ 1 R473 RK3550 Chip R. 1005 1/16W 10K OHM J 1 R385

RK3542 Chip R. 1005 1/16W2.2K OHMJ 1 R474 RK3567 Chip R. 1005 1/16W 270K OHMJ R386 RK3542 Chip R. R387 RK3552 Chip R. 1005 1/16W 15K OHMJ 1

RK3561

R388 R389 RK3558 Chjp R. 1005 1/16W 47K OHM J R478 RK3550 Chip R R390

RK3538 R391 RK3574 R392 RK3550 Chip R 1005 1/16W10KOHM J 1 R482 RK3558 Chip R. R394 RK3538 Chip R 1005 1/16W1.0K OHMJ 1 1 R483 RK3550 Chip R. 1005 1/16W 10K OHMJ . 1 R395 RK3550 ‘ R396 ¡RK3538 Chip R 1005 1/16W 1.0K OHMJ R397 RK3092 Chip R. 1608 1/10W75K OHM F 1 R486 RK3557 Chip R 1005 1/16W 39K OHMJ R398 RK3549 Chip R. R399 RK3050 Chip R. 1608 1/10W 10K OHM J R488 RK3562 Chip R. 1005 1/16W 100K OHMJ R400 RK3546 Chip R. 1005 1/16W4.7K OHMJ 1 R489 RK3550 Chip R. 1005 1/16W 10K OHMJ 1 1 R401 RK3546 R402 RK3550 Chip R. 1005 1/16W 10K OHMJ 1 R491 RK3538 Chip R. 1005 1/16W 1.0K OHMJ R403 RK3541 Chip R. 1005 1/16W 1.8K OHMJ 1 R404 RK3091 Chip'R. 1608 1/10W 39K OHM F i

RK3550

R405 R406

RK3562 Chip R. 1005 1/16W 100K OHMJ 1 R407 RK3526 Chip R. 1005 1/16W 100 OHM J 1 R496 RK3522 Chip R. R408 RK2024 Chip R. 4532 1/2W470 OHM J 1 R497 RK3562 Chip R 1005 1/16W 100K OHMJ 1 1 R409

RK3542 Chip'R. 1005 1/16W 2.2K OHMJ i i R410 RK3542 Chip R. 1005 1/16W 2.2K OHMJ i R500 RK3550 Chip R. R411 RK3550 Chip R. 1005 1/16W 10K OHMJ i R412 RK3566 R4Ï3 RK3550 Chip R. 1005 1/16W 10K OHM J i R503 RK3542 Chip R. 1005 1/16W2.2K OHMJ R414 RK3046 Chip R. 1608 1/10W 4.7KOHM J i R504 RK3554 Chip R. 1005 1/16W22K OHMJ 1 1 R415 RK3091 R416 RK3557 Chip R. R417 RK3561 ChipR. 1005 1/16W 82K OHMJ i i R508 RK3538 Chip R. 1005 1/16W 1.0K OHMJ 1 R418 RK3559 R419 RK3563 Chip R. ' 1005 1/16W 120K OHMJ R511 RK3538 Chip R. R420 RK3545 Chip R 1005 1/16W3.9K OHMJ R513 RK3538 Chip R. 1005 1/16W I.OKOHMJ 1 1 R421 RK3552 Chip R 1005 1/16W 15KOHM J R422 RK0025

R423 RK3572 Chip R. 1005 1/16W 680K OHMJ 1 i R516 RK3538 R424 RK3564 Chip R. 1005 1/16W 150K OHMJ 1 R425 RK3522 R426 RK3038 Chip R. 1608 1/10W I.OKOHM J 1 R427 RK3534 Chip R. 1005 1/16W 470 OHM J 1 1 R428 RK3544 R429 RK3562 Chip R. 1005 1/16W 100K OHMJ 1 1 R523 RKá530 Chip R. R430 RK3564 Chip R. 1005 1/16W150K OHMJ 1 R524 RK3542 Chip R. 1005 1/16W2.2K OHMJ R431

RK3572 Chip R. 1005 1/16W 680K OHMJ

R432 RK3550 Chip R. 1005 1/16W 10K OHM J 1 1 R526 RK3574 Chip R. R433 RK3559 Chip R. 1005 1/16W 56K OHMJ 1 1 R434 RK3567 R435 RK3550 Chip R. 1005 1/16W 10K OHM J 1. R529 RK3516 Chip R. 1005 1/16W 15 OHM J R436

RK3560 ChipR 1005 1/16W68K OHM J h 1

Description Parts Name

Chip R. 1005 1/16W 100K OHMJ ; 1

Chip R.

'Chip R. i 1005 1/16W 47K OHM J 1 1| 1 R444 RK3550 Chip R. 1005 1/16W 10K OHM J

Chip R. 1005 1/16W 2.2K OHMJ ! l l 1 R447 RK3562 Chip R. 1005 1/16W 100K OHMJ

Chip R 1005 1/16W4.7K OHMJ 1 11 1 Chip R 1005 1/16W 10K OHM J ! lj 1 R453 RK3559 Chip R. 1005 1/16W 56K OHMJ

Chip R. Chip R 1005 1/16W4.7K OHMJ 1 R459 RK3562 Chip R. 1005 1/16W 100K OHMJ 1 1

Chip R. 1005 1/16W 10K OHMJ R462 RK3001 Chip R. 1608 0 OHM 1

Chip R. 1005 1/16W 10K OHM J ■ 1 R467 RK3564 Chip R. 1005 1/16W150K OHMJ 1 1

Chip R. 1005 1/16W4.7K OHMJ 1 1

Chip R. 1005 1/16W82K OHMJ 1 1 R477 RK3538 Chip R. 1005 1/16W1.0K OHMJ 1 Chip R. 1005 1/16W1.0K OHMJ 1 R479 RK2010 Chip R. 4532 1/2W 33 OHM J 1 1

Chip R 1005 1/16W1.0M OHMJ

Chip R 1005 1/16W lOKOHM J

Chip R.

Chip R. 1005 1/16W 10K OHMJ 1 R494 RK3550 Chip R. 1005 1/16W 10K OHMJ 1 1

Chip R.

Chip R. 1608 1/10W39K OHM F i

Chip R. 1005 1/16W 56K OHMJ i i

Chip R

Chip R.

1005 1/16W47 OHM J R438 RK3552 Chip R. 1005 Ï/16W 15K OHMJ-1

1005 1/16W 1.0K OHMJ j 1 j 1

1005 1/16W1.0KOHMJ I l! ' 1

1005 1/16W 2.2K OHMJ ! lj 1

1005 1/16W 10K OHM J j 1 1 1005 1/16W1.0M OHMJ

1005 1/16W15K OHMJ 1005 1/16W15K OHMJ 1 1

1005 1/16W 1.0K OHMJ 1 1 1005 1/16W 0 OHM J 1 R460 RK3562 Chip R. 1005 1/16W100K OHMJ 1

1005 1/16W 1.0K OHMJ

1005 1/16W47K OHMJ 1 1

1005 1/16W 2.2K OHMJ 1 1

1005 1/16W 8.2K OHMJ

1005 1/16W4.7K OHMJ

1005 1/16W 220K OHMJ

1005 1/16W 39K OHM J

2125 1/8W330 OHMJ

1005 1/16W47 OHM J

1005 1/16W3.3K OHMJ R522 RK3559 Chip R.

1005 1/16W 270K OHMJ

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ij 1 il ; 1 1] 1

1 1

1

1 1

1

i

1 R525 RK3522 Chip R.

1 R528 RK3546 Chip R.

Ref.

Part No.

No.

R439

RK3550 Chip R. 1005 1/16W 10K OHM J 11 . 1 R440 RK3538 Chip R. R441

RK3541 Chip R. 1005 1/16W1.8K OHMJ R442

RK3534 Chip R.

R445

RK3562 Chip R. 1005 1/16W lOOKOHMJ 1

R448

RK3562 Chip R. 1005 1/16W 100K OHMJ

R451

RK3557 Chip R. 1005 1/16W39K OHM J 1 R452 RK3561 Chip R.

R454

RK3563 Chip R. 1005 1/16W120K OHMJ 1 R455 RK3545 Chip R. R456 RK3552 Chip R. 1005 1/16W 15K OHM J 1 R457

RK3546 Chip R. 1005 1/16W4.7K OHMJ 1 R458 RK3562 Chip R.

R463 RK3546

R468 RK3559 Chip R. R470

RK3001 rChip R. 1608 0 OHM R472 RK3574 Chip R

R475 RK3550 Chip R R476 RK3572 Chip R 1005 1/16W 680K OHMJ

1

R481 RK3562 Chip R.

R484 RK3558 R485 RK3501 Chip R.

R487 RK3557 Chip R.

R490 RK3564 Chip R. R492 RK3522

R493 RK3534 Chip R.

1

R495 RK3550

R498

RK3526 Chip R R501

RK3558 Chipi R. 1005 1/16W47K OHMJ 1 1 R502 RK3542 Chip R.

R505

RK3554 Chip R. R506 RK3501 Chip R.

R509 RK3550 Chip R.

R514 RK3538 Chip R. R515 RK3552 Chip R.

R517 RK3550 Chip R. R519 RK3550 Chip R. 1005 1/16W 10K OHM J

i

R520 RK3550 Chip R. 1005 1/16W 10KÛHM J 1

1

R521

RK3522

R527

RK3558 Chip R. 1005 1/16W47K OHMJ 1 1

R530

RK3516 Chip R.

Description

Chip R.

Chip R

Chip R. 1005 1/16W 47 OHMJ 1

Chip R

Chip R.

Parts Name

1005 1/16W 100K OHMJ

1005 1/16W 1.0K OHMJ I 1- 1 1005 1/16W 470 OHM J

1005 1/16W 10K OHM J

1005 1/16W 100K OHMJ

1005 1/16W47K OHMJ

1005 1/16W 82K OHMJ

1005 1/16W3.9K OHMJ

1005 1/16W100K OHMJ

1005 1/16W lOKOHM J 1005 1/16W4.7K OHMJ

1005 1/16W 22K OHM J 1005 1/16W 56K OHM J 1

1005 1/16W 1.0M OHMJ

1005 1/16W 10K OHMJ

1005 1/16W 10K OHM J 1005 1/16W100K OHMJ

1005 1/16W 47K OHM J 1 1 1005 1/16W47K OHMJ

1005 1/16W 0 OHM J 1005 1/16W 39K OHMJ

1005 1/16W 150K OHMJ 1 1

1005 1/16W 470 OHM J 1005 1/16W 10K OHMJ

1005 1/16W 47 OHMJ 1005 1/16W 100 OHMJ

1005 1/16W 10K OHM J 1005 1/16W2.2K OHMJ

1005 1/16W22K OHMJ 1005 1/16W 0 OHM J

1005 1/16W lOKOHM J 1005 1/16W 1.OK OHMJ

1005 1/16W 1.0K OHMJ 1 1 1005 1/16W 15K OHM J 1005 1/16W 1.0K OHMJ 1 1 1005 1/16W 10K OHM J

1005 1/16W47 OHMJ 1005 1/16W56K OHM J 1005 1/16W 220 OHM J

1005 1/16W47 OHMJ 1005 1/16W 1.0M OHMJ

1005 1/16W4.7K OHMJ 1005 1/16W15 OHMJ

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11 1 11 1 1

1 i 1 i ; ■ ■ - 1

1 ¡ ■ 1 1

1 1

1

1 1 1

1

1 1 1

1

1 1 1 1

1 1

1 1 1 1 1

1 1

1 1 1 1

1 1 1

1 1

1 1 1

1

1 1 1 1

1 1 1! 1

1! 1 ll • 1

1

i Part No. ! Description ¡ Parts Name

R531 :RK3548 -Chip R. i 1005 1/16W 6.8K OHMJ 1 1! 1 R532 RK3501 :Chip R. ■ 1005 1/16W 0 OHM J I 11 1 R533 ¡RK3526 ;Chip R. 1005 1/16W 100 OHM J ; 1! 1 R534

RK3562 ’Chip R. Í1005 1/16W 100K OHMJ- i II 1

R535

RK3550 ¡ChipR. ! 1005 1/16W 10K OHM J ¡ 1¡ 1 R536 ;RK3561 R537

RK3550 R538

RK3520 ! Chip R. ¡1005 1/16W 33 OHM J i 1 R539 ¡RK3562 Chip R R540 'RK3562 Chip R. R541 RK3554 IChipR.

RK4091 ¡Chip R.

R542 R543 RK3562 ¡Chip R. R544 RK3559 [Chip R. R545

RK3526 ¡Chip R. R547

RK3538 ¡Chip R. 1005 1/16W 1.0K OHMJ i 1 1 R548 RK3554 Chip R. R549 ¡RK3538 Chip R. R550 ¡RK3538 R551 ¡RK3001 R553 ÍRK0028 ChipR. ¡2125 1/8W 470 OHM J ! 1 1 R554 ¡RK3550 Chip R. ä 1005 1/16W 10K OHM J 1 R555 IRK3550 Chip R. R556 IRK0028 Chip R. R557 ÍRK3550 Chip R. R558 ¡RK3550 Chip R. R559 !RK3538 R560 ¡RK3562 Chip R.

R561 RK3562 R562 RK3562 Chip R. 1005 1/16W 100K OHMJ 1 R563 ÍRK3562 tChip R. 1005 1/16W 100K OHMJ R564 RK3562 ¡Chip R. R565 RK3562 ¡Chip R. 1005 1/16W 100K OHMJ 1 R566 ¡RK3562 ¡Chip R. R567 j RK3562 I Chip R. R568 !RK3538 ¡Chip R. R571 !RK3038 ¡Chip R. SW1 ¡US0012 Switch TH1 ¡XS0021 VR3 ! RH0142 Trimmer R VR4 ¡RH0142 Trimmer R VR5 (RH0146 VR6 :RH0154 VR7 ÎRH0148 Trimmer R. 2720 100KOHM VR8 ¡RH0152 Trimmer R. VR9 ¡RH0148 Trimmer R. X1 ¡XQ0170 Xtal OSC X4 tXQ0176 Xtal OSC ¡SX-2112 45.555MHZ X5 ÍXQ0178 XF1 IXF0041 Xtal Filter ¡UM5 21.7M 21R15A5 XF2 ÍXF0041 XF3 ¡XF0037 Xtal Filter I45.100M UM5-3P . ! 1 1

ÍFG0327

FM0214 FM0220 TS0172 TS0181 TS0182 TZ0049

----------- TZ0056 SILICON DUMPER 49U 1

UP0513A P.C.B YZ0163 COPPER TAPE 15 x 20M

Mechanical Parts

Ref.

Part No.

No.

AA0050 Screw 'AA0077 ; Screw ;BH M3+16 FE/B.ZN ¡ 4: 4 ¡AB0012 ¡Screw ;PH/S M2.6+5 FE/ZN ! 2Î 2 ¡AN0012 ! Screw jRND N7X0.75 BR/B.ZN ¡ 1| 1 fAU0001 ¡Screw ¡S PH B2.6+8 FE/NI ! 19¡ 19 :AW0012 iScrew ' -PH/D6 3+9 FE/N

AX0003 ¡Screw ■ :0PH P2+16 FE/B.ZN3

----------- AZ0037Y I Screw iSPCW 3X8X0.5 BC i 4¡ 4

DG0042A DP0174

_

¡ES0028

ET0011

:FG0361

■FM0216 j

>M0222

' 'f p o isï"

FP0153A FP0197 FP0198 " ""

ChipR. j 1005 1/16W 82K OHM J. S 1¡ 1 ChipR |1005 1/16W 10KOHM J I ij 1

1005 1/16W 100K OHMJ ! 1 1005 1/16W 100K OHMJ 1005 1/16W 22K OHM J

4532 1/2W100K OHM

1005 1/16W 100K OHMJ 1005 1/16W 56K OHM J 1005 1/16W 100 OHM J ¡ 1¡ 1 UX1047 J

1005 1/16W22K OHMJ

1005 1/16W 1.0K OHMJ Chip R. ChipR. ¡1608 0 OHM I 1 1

Chip R. Chip R.

1005 1/16W 1.0K OHMJ ! 1

1005 1/16W 10K OHM J

2125 1/8W 470 OHM J

1005 1/16W 10K OHM J

1005 1/16W 1.0K OHMJ

1005 1/16W 100K OHMJ

1005 1/16W 1.0K OHMJ

1608 1/10W I.OKOHM J

SSSS212A NS L=2 Thermistor

Trimmer R. Trimmer R. ¡2720 1.0M OHM

TBPS1R103K440H5Q

2720 10K OHM

2720 47K OHM

2720 47ÖKOHM

2720 100KOHM

GS46128 21.25MHZ Xtal OSC IHC-49U/3.5 9.8304MHz Xtal Filter ¡UM5 21.7M 21R15A5 ¡ 1

i CUSHION DR135 j RADIATIVE PLATE 620

¡GROUND PLATE DR620

VCO CASE DR620 ¡SHIELD BOARD1 ¡SHIELD BOARD2 ¡SILICON DUMPER

DR635 INTEGRATED

Description

Parts Name

OH M2.6+6 FE/B.ZN ! 4| 4

LED LIGHT DR620 I 2 2

Speaker ¡SPEAKER 57-8BC-32’ ! 1 1 Fan Motor FAN FD1240107B-1N ! T 1

; LCD PANEL DR635 ■; l! 1

!CUSHION DR620 , z\ 2

FAN COVER DR620 I Ij 1

¡RADIATIVE PLAtE2 \\ 1

REAR PANEL DR1 35 1 V 1

¡CUSHION B 2: " 2

BLIND SHEET DR620 4^ 4 SPACER DRS20 ' V 4

Qty

(T) ! (E)

11 1 11 1 1! 1 1! 1 1~! 1

1i 1 1! 1 II 1 ll 1 1! 1 1! 1 1Í 1

1¡ 1

1! 1

li 1

0.002 0.002

Qty

(T) ! (E)

__..4 J__4

21 2

Ref '< 1

.. Part No. i Description I Parts Name No. i 1 I

KB0089 ! REAR CASE DR620 KS0081 ! ¡BOTTOM CASE DR620

KZ0147 1 ¡FRONT CACE DR620 !NK0072 ;NK0073 INP0139

¡NP0140

1

1 1 1

1 1

1

1 1

1 1 1 1 1 1 1

1

1 1

ÍQB0036 ¡Ferrite bead ÍBP53R8120070060M

' SP0008

SS0098 ¡ST0065 i ¡SP HOLDER DR135 ¡ST0066

.

TG0034

UE0258 1UX1284

IYZ0131 Tape I

Packing Parts

Ref.

' No.

Accessories (Screw Set) I

Part No.

DS0446

EHM53B

EHM57D Microphone

FM0078Z

HK0620

HM0215 HPÖÖ06Z

HP0035 Plastic bag HU0170 HU0189 HU0192 . PF0104 PH0015 , PK0105 PR0288 PR0447 PR0452 !FCC HOME USE ' T 1 PR0454Y PR0478 PR0514 PS0488 UX1290A ¡Wire ¡WIRE UX1290A j 1 1

Ref. i „ . i

.. i Part No.

No. ;

!aaooi3

IAE0012 Screw HEXH/D M4+8 Fe/B.Zn ¡AJ0003 Screw |T5+20 Fe/Zn 4 1 4

AJ0003 AZ0009 AZ0010

EFOQ05 Fuse IFGBO 125V 15A

! FM0079Z

i HP0006

1YZ0121 Tape ITape 10mm

Knob ¡VOL KNOB DR135 1 2 Knob [DIAL KNOB DR135

Connector i FM-M.D.R-(4) SP Wire IWIRE DR130 Cable I CABLE DR620 1

GROWER BUTTON DR620 1

iV/M BUTTON DR620 1 ¡GND TERM XM601'

iCHASSIS DR620 1 tsp FrrriNG DR135

■ ¡SP HIMERON DR135:

Tape #9110 12X1mm

Description

Microphone Bracket ¡BRACKET DR130

Package PACKAGE DR635

Manual -Í ¡INSTRUCTION DR635TV ! 1 1

NITTO MODEL PLATE(S) EMS53B EMS57D

OUTER CARTON 10PCS 0.2 0.2 POLY-BAG

E.BAG 5X200X250 1 ¡INNER 10PCSDJX3 ! 0.4 ¡INNER DR620 [ 1 ¡INNER BDR620 | 1 ¡ADD SHEET DR635TXBRÍ 1

WARRANTY CEAT EXPORÍ 1 ! 0

. I DIAGRAM DR635TV [ 1

¡SCREW STKR DX70 2 ¡WARNING FCC (N) i 1

I SECURITY STICKER T i 2 ¡SERIAL SEAL 0

i EPSON 10X49 LABEUW)

■ I I . . I _ . i

J n«« . ¡ m : (0

Screw 1M5+20 Fe/Zn ¡ 4

Nut N5x0.8 Fe/Zn ¡ 4 Washer 5x9.2x1.3 Fe/Zn ' 4 Washer ¡5x12x0.8 Fe/Zn I 4 I 4

Spanner |DR130 Plastic bag [5x90x170 ^

1

Parts Name

Qty

(T) ! (E)

, i i ..1

il 1 i 1

1

i i i

1

i

i 1

80r so

¡

Qty

en ¡ (e)

1 i 3.2

ÖI 1

1 ! 0 ll 1 1! 1

1

i— 0

2

--------

Qty

4

'4 ‘

2 1 2

- - - - - - 2 2

2

1 1 1

1 1

1 1 1 1 1 1

1 i

0.4 1 1

0

1

2 0

2

1.2 2

4

37

A D J U S T M E N T

1) Adjustment Spot Power Supply Voltage 13.8 V Output of SSG is all EMF indication If without instruction, SSG output is MOD 1KHz 3.5KHz/DEV Standard Modulation is also based above. Speaker load is 8 Q and Output is 50~ 100 mV.

m

CN11

I I

/ /

o o

/ / / / / /

■ J

/

CN10 CN5

m m

VR5

VR7

m

L102

LnJ

VR4 VR3

VR6

m

oopDV

PDU

linuiiiiiiiimiiiimi.

iniiiiiiiiiuiiiiiiiiiii

CN8

o o o o o o o o o o

'S «

CN3

CN4

L57

l ^ j

Attention : Don’t set the variable resistor into its open position.

L25

i i

L101 L53

VR8

38

This Adjustment sequence is v al id only for T/TA/Eversions.

2) Adjustm ent Mode Adjustment memory table

Memory CH GH1 CH2 CH3 CH4 CH5 CH6 146.050

CH7 CH8 146.050 440.050 CH9 173.950 479.950 CH10 146.050 CH11 CH12 CH13 87.700 CH14 87.700 CH15 87.700 S M eter FULL CH16 146.000 (145.000) CH17 CH18 CH I 9 CH20 146.000(145.000) 440.000 (435.000) CH21 146.000(145.000) 440.000 (435.000) CH22 145.050

VHF Freqency

[MHz]

146.000

146.000(145.000)

146.000.(145.000)

136.050 400.050

146.050

146.050 440.050

146.000 (145.000)

VHF Freqency

[MHz]

440.000

440.000 (435.000)

440.050

440.000 (435.000)

440.000(435.000)

440.000 (435.000)

440.000(435.000)

435.050

Contents

PD Voltage Ref Frequency Hi Power Mid Power Low Power RX Distortion RX Sensitivity L RX Sensitivity M RX Sensitivity H S M eter 1 S M eter FULL Squelch RX Distortion S M eter 1

TX Deviation TX Deviation NAR Mic Gain CTCSS 88.5Hz DCS 255 Tone Burst 1750Hz Aging

( ) = DR635E

After the above frequency is written in the memory,

it is set on the adjustment mode by the following operation. FUNC — TS/DCS (Key Lock)

BAND — CALL - MHz*2 — TS/DCS H/L*2

Memory switching of VHF and UHF can be done with the BAND key;

Adjustment mode is canceled when a power switch is turned on with CALL key.

[Cautions]

...........

In RX Sensitivity adjustment (L, M and H), the following inequality must be realized. CH7(L)<CH8(M)<CH9(H) [Example : CH7=5ACH8=60 CH9=E0]

2) Adjustm ent Mode Adjustment memory table

Memory CH

GH1 146.000 440.000 PD Voltage CH2 CH3 CH4 CH5 CH6 146.050 440.050 RX Distortion CH7 CH8 146.050 CH9 CH10 146.050 440.050 S M eter 1 CH11 146.050 440.050 S M eter FULL CH12 CH13 87.700 CH14 87.700 CH15 87.700 S M eter FULL CH16 146.000 (145.000) CH17 CH18 CH Ï9 CH20 146.000(145.000) CH21 146.000(145.000) 440.000 (435.000) CH22 145.050 435.050 Aging

VHF Freqency

[MHz]

146.000

146.000(145.000)

146.000.(145.000)

136.050

173.950

146.050

146.000 (145.000)

VHF Freqency

[MHz]

440.000

440.000 (435.000) Hi Pow er

440.000 (435.000)

400.050 RX Sensitivity L

440.050 RX Sensitivity M

479.950 RX Sensitivity H

440.050 Squelch

440.000 (435.000)

440.000(435.000)

440.000 (435.000)

440.000 (435.000) DCS 255

Contents

Ref Frequency

Mid Power Low Power

RX Distortion S M eter 1

TX Deviation TX Deviation NAR Mic Gain CTCSS 88.5Hz

Tone Burst 1750Hz

( ) = DR635E

After the above frequency is written in the memory,

it is set on the adjustment mode by the following operation. FUNC -► TS/DCS (Key Lock)

BAND--» CALL - MHz*2 — TS/DCS H/L*2

Memory switching of VHF and UHF can be done with the BAND key;

Adjustment mode is canceled when a power switch is turned on with CALL key.

[Cautions]

...........

In RX Sensitivity adjustment (L, M and H), the following inequality must be realized. CH7(L)<CH8(M)<CH9(H) [Example : CH7=5ACH8=60 CH9=E0]

3) V H F A d ju s tm e n t S p e c ifica tio n

rrEM CH No CONDmON UNIT

PD ADJ. CH1

Frequency CH2

HI POWER

MID

POWER

LOW

POWER

RX Distortion

Rx Signal Sensitivity

S-MeteKD S-Meter

(FULL)

Squelch CH12

RX

Distortion

S-MeteKD

S-Meter (FULL)

Maximum Deviation

Mic Gain CTCSS

Modulation DCS

Modulation 1750Hz

Modulation

CH3

CH4

CH5

CH6

CH7

CH8 146.05MHz FRONT

CH9 173.95MHz

CH10

CH11

CH13

CH14

CH15

CH16

CH!7

CH18

CH19

CH20

CH21

146.00MHz RX

440.00MHz TX

146.00MHz HI

146.00MHz • MID

146.00MHz LOW

146.05MHz SSG 60dBu '

136.05MHz FRONT

146.05MHz

SSG -3dBu

146.05MHz SSG 15dBu

146.05MHz SSG OFF

Indication 01

87.7MHz

SG 60dBu 1KHz

22KHz/DEV WFM

87.7MHz

SSG 5dBu 1KHz

22KHz/DEV WFM

87.7MHz

SSG 20dBu 1KHz

22KHz/DEV WFM

146.00MHz MOD ’ 1 KHz40mVemf

146.00MHz MOD 1KHz40mVemf NARROW

146.00MHz MOD 1KHz4mVemf

146.00MHz

88.5Hz

146.00MHz

255 Code

146.00MHz 1750Hz

ADJ. POT

MAIN

MAIN VR6

FRONT

FRONT ;

FRONT ; RE601 Adjust to 5.0±0.5W _

MAIN

FRONT

FRONT FUNC 7 It is confirmed by the FUNC. key.

FRONT FUNC It is confirmed by the FUNC key.

MAIN -

MAIN L53

FRONT

FRONT FUNC It is confirmed by the FUNC key.

MAIN VR3 4.5 ±0.1 KHz/DEV

MAIN VR5 2.85±0.1 KHz/DEV

MAIN VR7

L25

RE601 . •

RE601 ' ;

L101

FUNC-1 , RE601-I. FUNC FUNC-i RE601- I FUNC FUNC- i

RE601- i

FUNC

VR8

FUNC

Adjust so that PDV voltage becomes 2.7V

Adjust so that Tx Frequency becomes within 44O;00MHz±100Hz ,

Adjust to 50.0± 1 .OVV 1 ; ;

Adjust to 20.0 ± 1.0W •

It is adjusted to become maximum volume

:when a position of Volume is done at 11

o’clock. ! ' :

Confirm : Less than 3% .: ;

Adjust so that the Rx sensitivity becomes in

• maximum. .. rConfirm:At -7dBu SINAD more than 12dB

Adjust so that the Rx sensitivity becomes in

maximum.

;Confirm:At -7dBu SINAD more than 12dB

Adjust so that the Rx.^sensitivity becomes in

maximum. Confirm:At+4dBu SINAD more than 12dB

Adjust . so that the squelch stops at perfectly close location ; . ■

It is adjusted to become maximum volume when a position of Volume is done at 11 o’clock. Confirm : Less than 3% ; . SG OUT 20~80dBu Less than 5%

It is confirmed.by the FUNC key.

2.2±0.3KHz/DEV ; ■ :

8d0±400Hz/DEV 3KHz LPF ON

800±50Hz/DEV 3KHz LPF ON

3.0dr0.5KHz/DEV

ADJUSTING METHOD

4) U H F A d ju s tm e n t S p e c ific a tio n

rrEM

PD ADJ. CH1

HI POWER

MID POWER

LOW POWER

RX Distortion

Rx Signal Sensitivity

S-MeteKl) S-Meter

(FULL)

Squelch

Maximum Deviation

Mic Gain

CTCSS Modulation Level DCS

Modulation Level

1750Hz Modulation Level

CH No coNDrnoN u n ît

CH3

CH4

CH5

CH6

CH7

CH8

CH9

CH10

CH11

CH12

CH16

CH17

CH18

CH19

CH20

CH21

440.00MHz RX

440.00MHz HI POWER

440.00MHz MID POWER

440.00MHz LOW POWER

440.05MHz SSG 60dBu

400.05MHz . FRONT

440.05MHz FRONT

479.95MHz

440.05MHz SSG -3dBu

440.05MHz SSG 15dBu

440.05MHz SSG OFF Indication 01

440.00MHz MOD 1 KHz 40mVemf

NARROW

440.00MHz MOD

1KHz4mVemf

440.00MHz

88.5Hz

440.00MHz

255 Code

440.00MHz 1750Hz

............

MAIN L57

FRONT RE601

FRONT

MAIN L102

FRONT

FRONT FUNC

MAIN VR9

MAIN

ADJ.SPOT

RE601

FUNC

1

RE601

1

FUNC

1

RE601

!

FUNC FUNC

1

RE601

1 ■

FUNC

•VR4

ADJUSTING METHOD

Adjust so that PDU voltage becomes 3.4V

Adjust to 35.0±1.0W

Adjust to 20.0± 1.0W

Adjust to 5.0±0.5W

It is adjusted to become maximum volume when a position of Volume is done at 11 o’clock. Confirm : Less than 396 Adjust so that the Fix sensitivity becomes in maximum. It stops with as big value as possible. Confirm: At -3dBu SINAD more than 12dB

Adjust so that the Rx sensitivity becomes in maximum. It stops with as big value as possible. Confirm: At -7dBu SINAD more than 12dB

Adjust so that the Rx sensitivity becomes in maximum. Confirm: . -

At +6dBu SINAD more than 12dB

It js confirmed by the FUNC key.

It is confirmed by the FUNC key.

Adjust so that the squelch stops at perfectly close location

4.5 ±0.1 KHz/DEV

2.2±0.3KHz/DEV -

3.0±0.5KHz/DEV .

800±400Hz/DEV 3KHz LPF ON

800± 400Hz/DEV 3KHz LPF ON

3.0 ±0.5 KHz/DEV

41

5) V H F T es t S p e c ifica tio n

TEST ITEM CONDITION TEST STANDARD

136.05MHz

145.90MHz

RX Sensitivity

RX Distortion

RX S/N 146.05MHz More than 38dB

Squelch Sensitivity

S Mejter .

S Meter Af Output

AF Output NARROW

AF Output ; 87.7MHz . More than 2W

Full Duplex Sensitivity

173.95MHz

87.7MHz

135.05MHz Less than 6dBu

146.05MHzSUB - Less than-4dBu ;

146.05MHz Less than 5%

87.7MHz .Less than 5% SSG ff i * 60dBu 22KHZ/DEV ■

146.05MHz Indication 02

146.05MHz 1 KHz 3.5 KHz/DEV

87.7MHz IKHz 22KHz/DEV

146.05MHz

146.05MHz NARROW

RX 146.05MHz L

TX 440.05MHz

HI Power

Less, than-6dBu

‘Less'than -6dBu

Less than +5dBu Less than 15dBu

Squelch Open - • :

Squelch Close

All appears at 18dBu ;

Disappear at -6dBu :

All appears at 25dBu 1

Disappear at OdBu More than 2W More than

Normal Mode.

-Less than -4dBu

NOTE '

12dB SINAD

12dB SINAD 22KHz/DEV

AM 10dB S/N . ■ -

12dBSINAD '. SSG fcH* 60dBu

SSG:{±l* 60dBu

0.3~3KHzBPF OFF SSG Output-1 ÖdBu SSG Output OFF Decrease SSG level and decrease S Meter level Decrease SSG level and decrease S

Meter level SSG Output 60dBu MAX VR

SSG Output 60dBu MAX VR SSG Output 60dBu

22KHz/DEV, MAX VR '

12dB SINAD

TEST ITEM

TX Output HI POWER

TX Output

MID POWER

TX Output

LOW POWER

Drain Current 146.00MHz LessthanlOA

Spurious

Modulation Level

CTCSS Modulation

Level

uoo iviOQLiiauon

Level 1750Hz Modulation

Level Modulation

Distortion TX S/N

X BAND Repeater 146.00MHz 3.0±0.8KHz/DEV

CONDITION TEST STANDARD

144.00MHz . .

146.00MHz ......

1.48.00MHz

146.00MHz

144.00MHz

146.00MHz

148.00MHz

146.00MHz

146.00MHz NARROW

146.00MHz

146.00MHz NARROW

146.00MHz . . ...

146.00MHz

146.00MHz More than 38dB 0.3~3KHz BPF ON

..............

50±5W 50±3W 50±5W

20±2W

5±1W

More than 55dB More than 55dB More than 55dB

2.85±0.2KHz/DEV

4.5±0.2KHz/DEV

2.2±0.3KHz/DEV 800 ± 400Hz/D EV 450±200Hz/DEV 800 ±200Hz/DEV 450±200Hz/DEV

3.0±0.5KHz/DEV

Less than 4%

NOTE

(T) - '

M and L standard power is also the same as of H power level

MIC IN 4mVemf

MIC IN 40mVemf

88.5Hz 3KHz LPF ON ..

Code 255 3KHz LPF ON

RX 440.00MHz DEV 1 KHz 3.5KHz/DEV SSG Output 60dBu (T)

6) U H F T e s t S p e c ifica tio n

TEST ITEM

RX Sensitivity

RX Distortion

RXS/N 440.05MHz More than 38dB

Squelch Sensitivity

S Meter

AF Output AF Output

NARROW Full Duplex

Sensitivity

TEST ITEM CONDmON TEST STANDARD NOTE

TX Output HI POWER

TX Output MID POWER

TX Output

LOW POWER

Drain Current 440.00MHz Less than 10A Frequency

Deviation

Spurious

Modulation Level

CTCSS Modulation Level DOS Modulation Level 1750Hz Modulation Level

Modulation Distortion

TX S/N More than 38dB

X BAND Repeater

CONDITION

400.05MHz

439.90MHz

479.95MHz

850.05MHz

380.05MHz Less than +1 dBu 12dB SINAD

440.05MHzSUB

440.05MHz

440.05MHz Indication 02

440.05MHz

1KHz 3.5KHz/DEV

440.05MHz More than 2W

440.05MHz NARROW RX 440.05MHz

TX 146.05MHz

HI Power

430.00MHz

440.00MHz

450.00MHz

440.00MHz

430.00MHz

440.00MHz

450.00MHz

440.00MHz

440.00MHz NARROW

440.00MHz

TEST STANDARD

Less than -2dBu Less than -6dBu Less than +7dBu Less than 10dBu

Less than -4dBu Less than 5% SSG ttiti 60dBu

Squelch Open SSG Output -tOdBu Squelch Close SSG Output OFF

All appears at 18dBu

Disappear at -6dBu

More than Normal Mode.

Less than -4dBu 12dB SINAD

35±3W 35±3W 35±3W CT)

20±2W

5±1W

Within ±0.3KHz

More than 60dB

3.0 ± 0.5KHz/DEV

4.5±0.2KHz/DEV

2.2±0.3KHz/DEV

800±400Hz/DEV

800±200Hz/DEV

3.0± 0.5

KHz/DEV

Less than 4%

3.0 ±1.0

KHz/DEV

12dB SINAD

12dB SINAD (E)

SSG {±}^J 60dBu

0.3~3KHzBPF OFF

Decrease SSG level and decrease S Meter level SSG Output 60dBu MAX VR

SSG Output 60dBu MAX VR

M and L standard power is also

the same as of H power level

MIC IN 4mVemf

MIC IN 40mVemf

88.5Hz 3KHzLPF ON

Code 255 3KHz LPF ON

0.3~3KHz BPF ON

RX 146.00MHz DEV 1KHz 3.5KHz/DEV SSG Output 60dBu (T)

NOTE

4t

■Ft

P C B O A R D V IE W

1) Front Side A

3) M a in S id e A

45

3, OR'2B

I g ea ! 1 D ®_.

J'fllRIC

;ib§D

liSllcs«

^ r c 3

Ö

(XZZ ,

' I

03! ? I

C221« 3

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Æ1 0 , 1 , 6

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m s r

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R522 O ŒÏI1C548

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k O R 4ÛB

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DÎW72 IFTtSSJ

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A L I N C O , IN C

Head Office : Shin-Dai Building 9th Floor

2-6, 1-Chome, Dojimahama, Kita-ku, Osaka 530-0004, Japan

Phone: +81-6-4797-2136 Fax: +81-6-4797-2157 E-mail:export@alinco.co.jp

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--------------------;-------------------

Dealer/Distributor

PM0083

Alinco DR-635 Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual