Clarion 2349C Schematic

Clarion Co., Ltd.

Export Division - 22-3, Shibuya 2-chome, Shibuyaku, Tokyo, 150-8335 Japan Tel: [phone]
Service Dept.- 50 kamitoda,Toda-shi,Saitama,335-8511 Japan Tel: [phone] FAX:[phone]

Service Manual

HONDA Automobile Genuine
AM/FM Radio CD Stereo

Published by Service Dept.
298-5860-00
Printed in Japan

Nov.2000 P

■SPECIFICATIONS

Radio setion

Receive range: FM 87.75 & 87.9 to 107.9MHz

(100kHz step)

AM 530 to 1,710Hz(10kHz step)

Intermediate frequency:

FM 10.7MHz
AM 450kHz

CD section

System: Compact disc audio system
Usable Discs: Compact disc
Signal to Noise Ratio: More then 60dB
Separation: More then 55dB

General

Load impedance: 4Ω
Output power: More then 30W×2(Vcc 14.4V)
Power supply voltage: DC13.2V(10.8 to 15.6V)

Negative ground
Current consumption: Less than 10A
Dimensions(mm): 180(W)

×60(H)×173.5(D)

■NOTE

※ Specification and design are subject to change without

notice for further improvement.

※ We cannot supply PWB with component parts in prin-

ciple. When a circuit on PWB has failure , please repair
it by component parts base. Parts which are not men­tioned in service manual are not supplied.

※ Prevent damage caused by static electricity when re-

pairing the pick-up.
The pattern of the pick-up is short-circuiting for preven­tion.

Model

PH-2349C-A

(Genuine N0. 39100-S5A-A500-01)
(ID No.4XC0 )

PH-2349C-D

Model

■COMPONENTS

PH-2349C-A

Main unit −−−−− 1
CATS CARD 287-1681-00 1
Label 290-7868-01 1

PH-2349C-D

Main unit −−−−− 1
CATS CARD 287-1681-03 1
Label 290-7868-01 1

■To engineers in charge of repair or

inspection of our products.

Before repair or inspection, make sure to follow

(Genuine N0. 39100-S5N-A500)
(ID No.4XC1 )

Remove the soldering with a solder iron whose insulation
resistance is larger than 10M
connection to the main PWB
For repair table shall use copper or conductive sheet (with
impedance is lower to 100M
Be sure to put on a wrist-strap for prevent electric
static's.(with impedance is to 100M
works to drain away the static electricity build-up on the
human body.
And as static electricity build-up on clothes is not drained
away, be careful and not your clothes to touch the pick-up.
Position of short soldering for pick-up protection position
is different by model.
Some units have two short soldering points.
Always short LD circuit to open the short circuit and re­moves by soldering iron.

Ω(DC500V) after complete

Ω from 1MΩ)such as a sheet.

Ω from 1MΩ) The strap

- 1 -

PH-2349C

the instructions so that customers and Engineers
in charge of repair or inspection can avoid suffer­ing any risk or injury.

1. Use specified parts.
The system uses parts with special safety features against
fire and voltage. Use only parts with equivalent character­istics when replacing them.
The use of unspecified parts shall be regarded as remod­eling for which we shall not be liable. The onus of product
liability (PL) shall not be our responsibility in cases where
an accident or failure is as a result of unspecified parts
being used.

2. Place the parts and wiring back in their original positions
after replacement or re-wiring.
For proper circuit construction, use of insulation tubes,
bonding, gaps to PWB, etc, is involved. The wiring con­nection and routing to the PWB are specially planned us­ing clamps to keep away from heated and high voltage
parts. Ensure that they are placed back in their original
positions after repair or inspection.
If extended damage is caused due to negligence during
repair, the legal responsibility shall be with the repairing
company.

3. Check for safety after repair.
Check that the screws, parts and wires are put back se­curely in their original position after repair. Ensure for safety
reasons there is no possibility of secondary ploblems
around the repaired spots.
If extended damage is caused due to negligence of repair,
the legal responsibility shall be with the repairing company.

4. Caution in removal and making wiring connection to the
parts for the automobile.
Disconnect the battery terminal after turning the ignition
key off. If wrong wiring connections are made with the bat­tery connected, a short circuit and/or fire may occur. If
extensive damage is caused due to negligence of repair,
the legal responsibility shall be with the repairing company.

5. Cautions regarding chips.
Do not reuse removed chips even when no abnormality is
observed in their appearance. Always replace them with
new ones. (The chip parts include resistors, capacitors,
diodes, transistors, etc). The negative pole of tantalum ca­pacitors is highly susceptible to heat, so use special care
when replacing them and check the operation afterwards.

6. Cautions in handling flexible PWB
Before working with a soldering iron, make sure that the
iron tip temperature is around 270
ply the iron tip repeatedly(more than three times)to the
same patterns. Also take care not to apply the tip with
force.

7. Turn the unit OFF during disassembly and parts replace­ment. Recheck all work before you apply power to the unit.

8. Cautions in checking that the optical pickup lights up.
The laser is focused on the disc reflection surface through
the lens of the optical pickup. When checking that the laser

℃. Take care not to ap-

optical diode lights up, keep your eyes more than 30cms
away from the lens. Prolonged viewing of the laser within
30cms may damage your eyesight.

9. Cautions in handling the optical pickup
The laser diode of the optical pickup can be damaged by
electrostatic charge caused by your clothes and body.
Make sure to avoid electrostatic charges on your clothes
or body, or discharge static electricity before handling the
optical pickup.

9-1. Laser diode

The laser diode terminals are shorted for transpor­tation in order to prevent electrostatic damage.
After replacement, open the shorted circuit. When
removing the pickup from the mechanism, short
the terminals by soldering them to prevent this
damage.

9-2. Actuator

The actuator has a powerful magnetic circuit. If a
magnetic material is put close to it. its characteris­tics will change. Ensure that no foreign substances
enter through the ventilation slots in the cover.

9-3. Cleaning the lens

Dust on the optical lens affects performance. To
clean the lens, apply a small amount of isopropylalcohol
to lens paper and wipe the lens gently.

■COMPUTER ANTI-THEFT SYSTEM

This unit has a built-in Computer Anti-Theft System(CATS)
which makes the radio inoperative if power to the unit is
interrupted for any reason whatsoever(including disconnec­tion and reconnection of the car battery).The radio will re­main inoperative unless you enter the correct CATS num­ber.

RELEASE the CATS

1. Turn on the power switch,"CODE"appear on the display.

2. Enter the code number of five figures using the preset
buttons.

3. If the entered code number is correct,make a beep
sound(about 1 second) and radio operating.

4. If the entered code number is incorrect,the five numbers
on the display and make a beep sound.

5. "Err1"appear on the display.

6. To enter the code number again,"CODE"reappears af­ter 1 second on the display.Enter the correct code num­ber.

7. If you enter an incorrect code number ten times in
succession,"ErrE"appear on the display.

8. The system will not accept another code input for one
hour.If at the end of that hour make a beep sound(about
1 second) and you enter an incorrect code number
again,you will have to wait another hour to try once more
and so on.

■ADJUSTMENTS

Item Procedure

Clock accuracy Chronometer

PH-2349C

1. Turn off and on the ACC switch.

2. Set the Chronometer to TP101(T-BASE), adjust TC102(CLOCK) so that a reading
of the meter is 0

±2 sec./day.

- 2 -

Measuring
instrument

■EXPLANATION OF IC

052-3154-02 M30622MA-E46GP Radio CD system controller

1.Terminal Description
pin 1 : REM +5V : O : REM5V Power supply ON signal out-

pin 2 : CD +8V : O : Power supply ON signal output for the

pin 3 : CD +5V : O : Power supply control signal output for

pin 4 : NU : - : Not in use.
pin 5 : TIME BASE : IN : Time base signal input.
pin 6 : BYTE : IN : Input "L" .
pin 7 : CN VSS : IN : Input "L" .
pin 8 : XC IN : IN : Sub system clock.
pin 9 : XC OUT : O : Sub system clock.
pin 10 : RESET_ : IN : Reset signal input. Negative logic.
pin 11 : X OUT : O : Crystal connection.
pin 12 : VSS : - : Negative supply voltage.
pin 13 : X IN : IN : Crystal connection. Ceramic resonator

pin 14 : VCC : - : Positive supply voltage.
pin 15 : NU : - : Not in use.
pin 16 : SBSY_ : IN : Sub Q data input from CD.
pin 17 : ACC DET_ : IN : ACC detection terminal. "L"= ACC ON.
pin 18 : B/U DET_ : IN : Backup voltage ON signal input. "L"=

pin 19 : H bus In/Rx int : IN : H bus data input, and IE-bus start bit

pin 20 : NAVI INT L_ : O : Front Left Navi audio signal ON. Nega-

pin 21 : NAVI INT R_ : O : Front Right Navi audio signal ON. Neg-

pin 22 : MUTE F/L : O : Audio mute signal output to "Front

pin 23 : MUTE F/R : O : Audio mute signal output to "Front

pin 24 : MUTE REAR : O : Audio mute signal output to "Rear".
pin 25 : MUTE AMP : O : Amplifier Mute signal output.
pin 26 : BEEP : O : Beep out(3.0kHz).
pin 27 : RX_ : IN : GA-NET RX terminal.
pin 28 : HB O/GA TX : O : H bus data output, and GA-NET TX.
pin 29 : F-ROM/T TXD : O : With testing box, TX terminal.
pin 30 : F-ROM/T RXD : IN : With testing box, RX terminal.
pin 31 : F-ROM K/T Req : IN

pin 32 : F-ROM BUSY : O : Fixed to the low level in the normal

pin 33 : E VOL DO : O : Serial data output to the volume IC.
pin 34 : NAVI MUTE_ : IN : NAVI mute signal input. Negative logic.
pin 35 : E VOL CLK : O : Clock pulse output to the E VOL IC.
pin 36 : E VOL CE : O : Chip enable signal output to the E

pin 37 : SYS ACC ON : ON : System ACC ON signal output.
pin 38 : Power IC Diag : IN : Power IC diagnosis signal input.
pin 39 : F ROM EPM_ : O : Fixed to the low level in the normal

pin 40 : TEST : IN : Test key signal input.
pin 41 : EJECT : IN : Eject key input. Negative logic.
pin 42 : POWER : IN : "L"= power ON.
pin 43 : NU : - : Not in use.
pin 44 : F ROM CE_ : O : Fixed to the low level in the normal

pin 45 : EEPROM DI : IN : Serial data input from the EEPROM.
pin 46 : EEPROM DO : O : Serial data output to the EEPROM.
pin 47 : EEPROM CLK : O : Serial clock output to EEPROM.
pin 48 : EEPROM CE : O : Chip enable signal output to the EE-

pin 49 : NU : - : Not in use.
pin 50 : FM SD : IN : FM station detect signal input.
pin 51 : AM SD : IN : AM station detect signal input.
pin 52 : FM STEREO_ : IN : FM STEREO ON signal input. Negative

put.

Loading motor and the Photo sensors.

the CD DSP. "H"= ON.

connection.

Backup ON.

detection signal input.

tive logic.

ative logic.

Left".

Right".

:
With testing box, REQ input.

condition.

VOL IC.

condition.

condition.

PROM.

logic.

pin 53 : PLL DI : IN : PLL serial data input.
pin 54 : PLL DO : O : PLL serial data output.
pin 55 : PLL CLK : O : PLL clock pulse output
pin 56 : PLL CE : O : Chip enable signal output to PLL.
pin 57 : AREA 1 : IN : Destination setting input. Ref. Table 1.
pin 58 : AREA 2 : IN : Destination setting input. Ref. Table 1.
pin 59 : Clock ON_/OFF : IN : Clock ON_/OFF initial setting input.
pin 60 : VCC : - : Positive supply voltage.
pin 61 : NU : - : Not in use.
pin 62 : VSS : - : Negative supply voltage.
pin 63 : 12_ / 24 : IN : "H"= 24 hour mode.
pin 64 : A MODE : IN : Sub volume initial setting.
pin 65 : X MODE : IN : "L"= X MODE ON.
pin 66 : SW+B_/Rd ON : IN : Radio on port control input. "H"= with

pin 67 : CD_/AUX : O : The converter input select signal out-

pin 68 : RADIO ON : O : Radio ON signal output.
pin 69 : CATS KEY_ : IN : Special signal input.
pin 70 : Disc ind : O : Disc indicator ON signal output.
pin 71 : CATS ind : O : CATS indicator ON signal output.
pin 72 : BUC 0 : I/O : CD IC Data input / output.
pin 73 : BUC 1 : I/O : CD IC Data input / output.
pin 74 : BUC 2 : I/O : CD IC Data input / output.
pin 75 : BUC 3 : I/O : CD IC Data input / output.
pin 76 : BUC CLOCK : O : CD IC clock pulse output.
pin 77 : CCE : O : Chip enable signal output to CD IC.
pin 78 : CD RESET : O : Reset signal output to CD mechanism

pin 79 : CHUCK : IN : Chucking switch signal input.
pin 80 : TR A : IN : Photo sensor signal input from the CD

pin 81 : TR B : IN : Photo sensor signal input from the CD

pin 82 : TR C : IN : Photo sensor signal input from the CD

pin 83 : CW : O : Loading motor control output.

pin 84 : CCW : O : Loading motor control output.

pin 85 : Main Volume A : IN : Main volume control pulse input.
pin 86 : Main Volume B : IN : Main volume control pulse input.
pin 87 : Sub Volume B : IN : Sub volume control pulse input.
pin 88 : Sub Volume B : IN : Sub volume control pulse input.
pin 89 : LCD DI_ : IN : LCD driving data input.
pin 90 : LCD DO : O : Serial data output to the LCD driver.
pin 91 : LCD CLK : O : Serial data clock output to LCD driver.
pin 92 : LCD CE : O : Chip enable signal output to the LCD

pin 93 : S METER : IN : Input terminal of Internal A/D converter

pin 94 : A VSS : - : Analog ground.
pin 95 : REMOCOM : IN : Steering wheel remote control switch

pin 96 : Vref : IN : Reference voltage terminal for the bulit-

pin 97 : A VCC : - : Positive supply voltage for the internal

pin 98 : Back light ON : O : Back light On signal output.
pin 99 : NU : - : Not in use.
pin100 : AUDIO ON : O : "H"= Audio power supply ON.

Table 1. Destination setting input

U.S.A. H-BUS L L
EXP H-BUS H L

Table 2. Loading motor control output

CW ( pin 83 ) H L H L
CCW ( pin 84 ) L H H L

Radio mode, "L"= with Power mode.

put.

controller. Negative logic.

mechanism.

mechanism.

mechanism.

Ref. Table 2.

Ref. Table 2.

driver.

to detect the Voltage of FM S meter.

signal input.

in A/D converter.

analog section.

Area1(pin57) Area2(pin58)

Loading Eject Brake Stop

- 3 -

PH-2349C

■BLOCK DIAGRAM

■ELECTRICAL PARTS LIST

Main PWB section (B1)

REF No. PART No. DESCRIPTION REF No. PART No. DESCRIPTION REF No. PART No. DESCRIPTION

ANT101 092-0702-00 ANT RECEPT
C102 166-1801-00 18pF CH
C103 166-1007-00 10pF CH
C104 168-2232-05 0.022μF
C105 168-4735-06 0.047μF
C106 183-1073-21 10V100μF
C107 166-1801-00 18pF CH
C109 183-1073-21 10V100μF
C111 183-1073-21 10V100μF
C112 042-0458-00 50V 1μF LN
C113 168-1045-06 0.1μF
C114 166-1011-00 100pF CH
C115 166-1011-00 100pF CH
C116 168-2222-05 2200pF
C117 166-1011-00 100pF CH
C118 166-1011-00 100pF CH
C119 166-2201-00 22pF CH
C120 168-3322-05 3300pF
C121 183-1063-31 16V10μF
C124 168-1022-05 1000pF
C125 183-4763-31 16V47μF
C126 168-4735-06 0.047μF
C127 183-2253-62 50V2.2μF
C128 168-1532-05 0.015μF
C129 168-4722-05 4700pF
C130 183-2253-62 50V2.2μF
C131 168-4735-06 0.047μF
C132 168-1532-05 0.015μF
C133 168-4722-05 4700pF
C134 168-2232-05 0.022μF
C135 168-2232-05 0.022μF
C137 183-1056-61 50V1μF NP
C138 168-1232-05 0.012μF
C139 168-2232-05 0.022μF
C140 168-2232-05 0.022μF
C141 166-1007-00 10pF CH
C142 166-1007-00 10pF CH
C143 168-2232-05 0.022μF
C201 183-2253-62 50V2.2μF
C202 183-2253-62 50V2.2μF
C203 183-4763-31 16V47μF
C204 183-1053-61 50V1μF
C205 183-1053-61 50V1μF
C206 166-4701-00 47pF CH

C207 166-4701-00 47pF CH
C208 178-4742-78 0.47μF
C209 178-4742-78 0.47μF
C210 183-1063-31 16V10μF
C211 183-1063-31 16V10μF
C212 183-1063-31 16V10μF
C213 183-1063-31 16V10μF
C214 043-0309-90 10V 1μF
C215 043-0309-90 10V 1μF
C216 168-6835-06 0.068μF
C217 168-6835-06 0.068μF
C218 168-1032-05 0.01μF
C219 168-1032-05 0.01μF
C220 168-4712-05 470pF
C221 168-4712-05 470pF
C222 183-1063-31 16V10μF
C223 183-1063-31 16V10μF
C224 168-3335-56 0.033μF
C225 166-1011-00 100pF CH
C226 166-1011-00 100pF CH
C227 183-2253-62 50V2.2μF
C228 183-2253-62 50V2.2μF
C229 183-2263-31 16V22μF
C230 183-2263-31 16V22μF
C238 168-5612-05 560pF
C241 183-1063-31 16V10μF
C243 168-4735-06 0.047μF
C244 178-8232-78 0.082μF
C245 178-8232-78 0.082μF
C246 178-4732-78 0.047μF
C247 178-4732-78 0.047μF
C248 178-3932-78 0.039μF
C249 178-1042-78 0.1μF
C250 178-4732-78 0.047μF
C251 178-4732-78 0.047μF
C252 178-3932-78 0.039μF
C253 178-1042-78 0.1μF
C254 178-1232-78 0.012μF
C255 178-1232-78 0.012μF
C256 178-3932-78 0.039μF
C257 178-3932-78 0.039μF
C258 178-1232-78 0.012μF
C259 178-1232-78 0.012μF
C260 178-3932-78 0.039μF

Note) Several different parts of the same reference number are alternative parts.

One of those parts is used in the set.

C261 178-3932-78 0.039μF
C262 178-3322-78 3300pF
C263 178-6812-78 680pF
C264 178-2232-78 0.022μF
C265 178-1832-78 0.018μF
C266 178-3322-78 3300pF
C267 178-6812-78 680pF
C268 178-2232-78 0.022μF
C269 178-1832-78 0.018μF
C270 178-1042-78 0.1μF
C271 178-1042-78 0.1μF
C272 183-2256-51 35V2.2μF NP
C273 183-2256-51 35V2.2μF NP
C274 183-2256-51 35V2.2μF NP
C275 183-2256-51 35V2.2μF NP
C276 183-1073-21 10V100μF
C279 183-1073-21 10V100μF
C282 168-1022-05 1000pF
C283 168-1022-05 1000pF
C284 168-1022-05 1000pF
C285 168-1022-05 1000pF
C286 042-0466-00 16V4700μF
C287 183-2263-31 16V22μF
C288 166-1011-00 100pF CH
C290 166-1011-00 100pF CH
C292 168-1545-56 0.15μF
C293 168-1545-56 0.15μF
C294 168-1545-56 0.15μF
C295 168-1545-56 0.15μF
C296 172-1041-11 0.1μF
C298 183-2253-62 50V2.2μF
C299 183-2253-62 50V2.2μF
C301 183-4763-31 16V47μF
C302 168-2212-05 220pF
C303 168-2212-05 220pF
C304 183-2263-31 16V22μF
C305 183-2263-31 16V22μF
C308 183-1063-31 16V10μF
C309 183-1063-31 16V10μF
C312 168-2732-05 16V 0.027μF
C313 168-2732-05 16V 0.027μF
C316 168-3322-05 3300pF
C319 168-3322-05 3300pF
C320 183-2253-62 50V2.2μF

PH-2349C

- 4 -

REF No. PART No. DESCRIPTION REF No. PART No. DESCRIPTION REF No. PART No. DESCRIPTION

C321 183-2253-62 50V2.2μF
C330 168-2222-05 2200pF
C331 168-2222-05 2200pF
C332 183-2253-62 50V2.2μF
C333 183-2253-62 50V2.2μF
C334 183-2253-62 50V2.2μF
C335 183-2253-62 50V2.2μF
C336 183-2253-62 50V2.2μF
C337 183-2253-62 50V2.2μF
C338 183-2253-62 50V2.2μF
C339 183-2253-62 50V2.2μF
C340 183-1073-21 10V100μF
C341 183-3363-22 10V33μF
C342 183-3363-22 10V33μF
C343 183-1073-21 10V100μF
C344 183-2253-62 50V2.2μF
C345 183-2253-62 50V2.2μF
C346 183-2253-62 50V2.2μF
C347 183-2253-62 50V2.2μF
C348 183-2253-62 50V2.2μF
C349 183-2253-62 50V2.2μF
C350 178-2742-78 0.27μF
C351 178-2742-78 0.27μF
C352 166-1011-00 100pF CH
C353 166-1011-00 100pF CH
C354 183-1063-31 16V10μF
C355 183-1063-31 16V10μF
C358 166-1011-00 100pF CH
C359 166-1011-00 100pF CH
C360 183-2253-62 50V2.2μF
C361 183-2253-62 50V2.2μF
C401 168-1045-06 0.1μF
C403 166-1501-00 15pF CH
C404 166-1801-00 18pF CH
C405 168-1045-06 0.1μF
C406 168-1045-06 0.1μF
C407 168-4735-06 0.047μF
C408 168-1045-06 0.1μF
C412 168-3312-05 330pF
C414 166-1801-00 18pF CH
C415 166-2201-00 22pF CH
C416 183-1063-31 16V10μF
C501 183-2263-31 16V22μF
C502 183-2263-31 16V22μF
C508 183-1063-31 16V10μF
C509 168-1022-05 1000pF
C510 183-1063-31 16V10μF
C512 168-1032-05 0.01μF
C513 168-1022-05 1000pF
C517 178-2242-78 0.22μF
C519 178-2242-78 0.22μF
C520 042-0452-00 6.3V330μF
C521 183-1063-31 16V10μF
C522 042-0452-01 10V220μF
C523 183-4763-31 16V47μF
C527 172-1041-11 0.1μF
C528 183-1063-31 16V10μF
C529 184-4773-12 6.3V470μF
C530 183-3353-61 50V3.3μF
C531 172-1041-11 0.1μF
C532 172-1041-11 0.1μF
D301 001-0516-00 MA111
D404 001-0516-00 MA111
D503 001-0529-54 MA8110-H
D505 001-0528-41 MA8075-M
D506 001-0528-33 MA8056-H
D507 001-0528-45 MA8082-H
D508 001-0528-43 MA8082-L
D513 001-0535-00 MA729
D514 001-0528-47 MA8091-M
D515 001-0503-35 HZS6C2L
D517 001-0592-00 RM4Z
D521 001-0466-00 S5688B
D522 001-0535-00 MA729

D523 001-0503-42 HZS7C3L
D524 001-0516-00 MA111
IC102 051-6201-00 LC72146M
IC201 051-5012-10 LC75386NE-L
IC204 051-1080-00 NJM4560M
IC205 051-2023-01 TA8260AH
IC206 051-1979-00 M5243FP09
IC207 051-1979-00 M5243FP09
IC208 051-1080-00 NJM4560M
IC301 051-3013-00 M5203AFP
IC302 051-3013-00 M5203AFP
IC306 051-0722-60 SA571D
IC307 051-0722-60 SA571D
IC401 052-3154-02 M30622MA-E46GP
IC402 051-9400-18 AT93C46-10SI
IC501 051-1822-05 S-80732AN-DW-X
J301 074-1186-26 26P
J302 076-0540-20 20P
J901 074-1166-00 34P
L101 010-2003-04 COIL
L102 010-6009-88 220μH
L701 010-6009-64 2.2μH
Q101 100-1298-00 2SA1298
Q102 100-1298-00 2SA1298
Q103 125-2004-02 RN1402
Q210 102-2712-00 2SC2712
Q211 102-2712-00 2SC2712
Q301 102-2712-00 2SC2712
Q302 102-2712-00 2SC2712
Q304 125-2004-03 RN1403
Q305 102-2712-00 2SC2712
Q306 102-2712-00 2SC2712
Q402 100-1162-00 2SA1162
Q403 125-2004-02 RN1402
Q404 102-2712-00 2SC2712
Q406 125-2004-02 RN1402
Q501 125-0002-02 RN2402
Q502 103-1858-00 2SD1858
Q503 103-1858-00 2SD1858
Q504 103-1858-00 2SD1858
Q505 125-0002-02 RN2402
Q506 125-2004-02 RN1402
Q507 125-0002-02 RN2402
Q508 103-1858-00 2SD1858
Q509 103-2012-00 2SD2012
Q511 125-0002-02 RN2402
Q512 125-2004-02 RN1402
Q513 103-1858-00 2SD1858
Q514 103-1858-00 2SD1858
Q515 125-0002-02 RN2402
Q516 125-2004-02 RN1402
Q517 103-2012-00 2SD2012
Q518 125-0002-02 RN2402
Q519 125-2004-02 RN1402
Q520 102-2712-00 2SC2712
Q522 125-0013-07 RN2427
Q523 125-2004-02 RN1402
Q524 103-1858-00 2SD1858
Q526 103-1858-00 2SD1858
Q527 103-1858-00 2SD1858
Q528 125-0002-02 RN2402
Q529 125-2004-02 RN1402
Q533 103-1858-00 2SD1858
Q537 102-2712-00 2SC2712
Q538 102-2712-00 2SC2712
Q539 103-1858-00 2SD1858
Q540 103-1858-00 2SD1858
Q541 102-2712-00 2SC2712
Q542 103-1858-00 2SD1858
R101 119-4721-10 1/16W 4.7kΩ
R102 119-2221-10 1/16W 2.2kΩ
R103 111-6891-91 1/4WS 6.8Ω
R104 119-2221-10 1/16W 2.2kΩ
R105 119-2221-10 1/16W 2.2kΩ

R106 119-3321-10 1/16W 3.3kΩ
R107 119-2221-10 1/16W 2.2kΩ
R108 119-2231-10 1/16W 22kΩ
R109 119-2221-10 1/16W 2.2kΩ
R110 119-1221-10 1/16W 1.2kΩ
R111 119-4731-10 1/16W 47kΩ
R112 119-1031-10 1/16W 10kΩ
R113 119-1031-10 1/16W 10kΩ
R114 119-1221-10 1/16W 1.2kΩ
R117 119-1021-10 1/16W 1kΩ
R118 119-1041-10 1/16W 100kΩ
R119 111-6891-91 1/4WS 6.8Ω
R120 119-0000-00 1/16W 0Ω JW
R121 119-1021-10 1/16W 1kΩ
R122 119-1831-10 1/16W 18kΩ
R123 111-1001-91 1/4WS 10Ω
R124 119-1021-10 1/16W 1kΩ
R125 119-2221-10 1/16W 2.2kΩ
R201 119-1021-10 1/16W 1kΩ
R202 119-3331-10 1/16W 33kΩ
R203 119-1041-10 1/16W 100kΩ
R204 119-1041-10 1/16W 100kΩ
R205 119-3331-10 1/16W 33kΩ
R206 119-1021-10 1/16W 1kΩ
R207 119-3341-10 1/16W 330kΩ
R208 119-3341-10 1/16W 330kΩ
R209 119-3331-10 1/16W 33kΩ
R210 119-3331-10 1/16W 33kΩ
R211 119-4741-10 1/16W 470kΩ
R212 119-2221-10 1/16W 2.2kΩ
R213 119-2221-10 1/16W 2.2kΩ
R214 119-2221-10 1/16W 2.2kΩ
R215 119-4731-10 1/16W 47kΩ
R216 119-1031-10 1/16W 10kΩ
R217 119-4721-10 1/16W 4.7kΩ
R218 119-4721-10 1/16W 4.7kΩ
R224 119-1031-10 1/16W 10kΩ
R225 119-1031-10 1/16W 10kΩ
R228 119-1531-10 1/16W 15kΩ
R229 119-1531-10 1/16W 15kΩ
R232 119-1031-10 1/16W 10kΩ
R233 119-1031-10 1/16W 10kΩ
R234 119-1521-10 1/16W 1.5kΩ
R235 119-1521-10 1/16W 1.5kΩ
R236 119-3321-10 1/16W 3.3kΩ
R237 119-3321-10 1/16W 3.3kΩ
R238 119-2221-10 1/16W 2.2kΩ
R239 119-2221-10 1/16W 2.2kΩ
R244 119-1031-10 1/16W 10kΩ
R245 119-1031-10 1/16W 10kΩ
R246 119-1031-10 1/16W 10kΩ
R247 119-1031-10 1/16W 10kΩ
R251 119-1031-10 1/16W 10kΩ
R256 119-1021-10 1/16W 1kΩ
R257 119-1531-10 1/16W 15kΩ
R258 117-4721-10 1/10W 4.7kΩ
R259 117-4721-10 1/10W 4.7kΩ
R261 117-1021-10 1/10W 1kΩ
R263 117-1021-10 1/10W 1kΩ
R264 117-4721-10 1/10W 4.7kΩ
R266 117-4721-10 1/10W 4.7kΩ
R272 117-1521-10 1/10W 1.5kΩ
R273 117-8221-10 1/10W 8.2kΩ
R274 117-1521-10 1/10W 1.5kΩ
R275 117-8221-10 1/10W 8.2kΩ
R276 117-5621-10 1/10W 5.6kΩ
R277 117-0000-00 1/10W 0Ω JW
R278 117-5621-10 1/10W 5.6kΩ
R279 117-0000-00 1/10W 0Ω JW
R284 117-4721-10 1/10W 4.7kΩ
R285 117-4721-10 1/10W 4.7kΩ
R286 117-4721-10 1/10W 4.7kΩ
R287 117-4721-10 1/10W 4.7kΩ
R288 117-4721-10 1/10W 4.7kΩ

- 5 -

PH-2349C