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PH-2416I

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 disconnec-
tion and reconnection of the car battery). The radio will re-
main inoperative unless you enter the correct CATS num-
ber.

RELEASE the CATS

1. Turn on the power switch, "COdE" appear on the dis-

play.

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, "Err1" appear

on the display for 1 secound and make a beep sound. It
repeats three times.

5. To enter the code number again, "COdE" reappears af-

ter 1 second on the display. Enter the correct code num-
ber.

6. If you enter an incorrect code number ten times in suc-

cession, "ErrE" appear on the display.

7. 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.

ADJUSTMENT

Clock accuracy

Item

Procedure

Measuring

instrument

1. Turn on the ACC switch.
2. Set a universal timer to TP101(T-BASE), adjust TC102 so that a reading of the

meter is 0 to 1.0 sec./day.

Chronometer

1. Use specified parts.

The system uses parts with special safety features against
fire and voltage. Use only parts with equivalent charac-
teristics when replacing them.
The use of unspecified parts shall be regarded as re-
modeling 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 con-
nection 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 se-
curely 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 re-
pair, 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 re-
pair, 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, capaci-
tors, diodes, transistors, etc). The negative pole of tanta-
lum capacitors is highly susceptible to heat, so use spe-
cial 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

. Take care not to

apply 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 replace-

ment. 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 optical diode lights up, keep your eyes more than
30cms away from the lens. Prolonged viewing of the la-
ser 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 transpor-
tation 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 characteris-
tics will change. Ensure that no foreign sub-
stances 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 isopropyl
alcohol to lens paper and wipe the lens gently.

Summary of Contents for .39100-S6M-A000

Page 1: ... Always short LD circuit to open the short circuit and re moves by soldering iron COMPONENTS PH 2416I A Main unit 1 CATS CARD 287 1681 03 1 Label 290 7868 02 1 SPECIFICATIONS Radio setion Receive range FM 87 75 87 9 to 107 9MHz 200kHz step AM 530 to 1 710Hz 10kHz step Intermediate frequency FM 10 7 0 2MHz AM 450 3kHz Quieting sensitivity FM Less than 12dBμ at 30dB S N AM Less than 35dBμ at 20dB S ...

Page 2: ...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 re pair 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...

Page 3: ... pin 51 AM SD IN AM station detect signal input pin 52 FM STEREO_ IN FM STEREO ON signal input Negative log ic 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...

Page 4: ... 8 016 0014 05 VR W SHAFT 2 9 017 0433 77 PILOT LAMP 14V40mA RED 7 10 017 0429 13 PILOT LAMP 8V105mA RED 2 11 013 6201 50 PUSH SWITCH 13 12 074 1151 20 OUTLET SOCKET 20P 1 13 001 0518 96 LED GREEN 1 14 340 4323 00 SPACER 1 15 001 0412 17 DIODE 1 16 380 5522 00 KNOB 2 17 373 0963 02 DIAL COVER 1 18 335 6650 00 FILTER 1 19 346 0124 10 LEATHER SHEET 1 20 331 3030 00 SHIELD PLATE 1 21 335 6567 00 DISC...

Page 5: ...03 81 MACHINE SCREW M2 3 3 5 13 714 2606 81 MACHINE SCREW M2 6 6 6 14 345 4138 00 RUBBER PARTS 1 15 347 2022 02 PAPER PARTS 1 16 714 2606 11 MACHINE SCREW M2 6 6 5 17 073 0762 90 TERMINAL 2 18 076 0540 20 PLAG 20P 1 19 074 1186 26 OUTLET SOCKET 26P 1 20 103 2012 00 TRANSISTOR 2 21 074 1166 00 OUTLET SOCKET 1 22 009 0666 0L CHOKE 1 23 051 2023 01 IC TA8260AH 1 24 880 1914H TUNER PACK AM FM 1 25 307...

Page 6: ... 6 PH 2416I CD mechanism section The parts list is on page 8 L1 K A11 L1 N A5 D1 A10 P D2 D5 D6 D7 D4 D3 L2 D4 D7 H2 H1 M D5 D6 J I2 H2 H1 C2 C1 I1 I2 I3 I1 P N A7 ...

Page 7: ... 7 PH 2416I B F2 F1 E3 M A4 I3 D2 D3 A11 A7 K A4 A6 F1 A5 A8 G A9 A1 A10 D1 G A9 E4 E4 A1 A3 B E1 E2 E3 A2 A6 F2 A8 C2 E1 E2 A3 A2 C1 A7 ...

Page 8: ...Y 1 8 013 3879 01 CHUCKING SWITCH 1 9 039 0586 01 CHUCKING SWITCH PWB 1 WITHOUT COMPONENT 10 039 0588 01 SENSOR PWB 1 WITHOUT COMPONENT 11 060 0252 01 PHOTO TR PT4850F 3 12 345 7513 01 CLAMPER SHEET 1 13 345 7514 00 S PWB SHEET 1 14 620 0485 04 FRONT PLATE 1 15 620 0488 01 S L LINK PLATE 1 16 620 0489 02 MOTOR PLATE 1 17 620 0492 01 MOTOR BRACKET 1 18 620 0773 01 MECH BRACKET 1 19 621 0402 02 U DI...

Page 9: ... 78 0 22μF C272 183 2256 57 35V2 2μF NP C273 183 2256 57 35V2 2μF NP C274 183 2256 57 35V2 2μF NP C275 183 2256 57 35V2 2μF NP C276 183 1073 27 10V100μF C279 183 1073 27 10V100μF C282 168 1022 55 1000pF C283 168 1022 55 1000pF C284 168 1022 55 1000pF C285 168 1022 55 1000pF C286 042 0466 00 16V4700μF C287 183 2263 37 16V22μF C288 166 1011 50 100pF CH C290 166 1011 50 100pF CH C292 168 1545 56 0 15...

Page 10: ...2kΩ R215 119 4731 15 1 16W 47kΩ R216 119 1031 15 1 16W 10kΩ R217 119 4721 15 1 16W 4 7kΩ R218 119 4721 15 1 16W 4 7kΩ R224 119 1031 15 1 16W 10kΩ R225 119 1031 15 1 16W 10kΩ R228 119 3331 15 1 16W 33kΩ R229 119 3331 15 1 16W 33kΩ R232 119 1031 15 1 16W 10kΩ R233 119 1031 15 1 16W 10kΩ R234 119 1521 15 1 16W 1 5kΩ R235 119 1521 15 1 16W 1 5kΩ R236 119 6821 15 1 16W 6 8kΩ R237 119 6821 15 1 16W 6 8k...

Page 11: ...1 4WS 680Ω R570 117 4721 15 1 10W 4 7kΩ R571 119 2721 15 1 16W 2 7kΩ R572 119 4721 15 1 16W 4 7kΩ R601 119 2221 15 1 16W 2 2kΩ R602 119 2221 15 1 16W 2 2kΩ R603 119 1041 15 1 16W 100kΩ R604 119 1041 15 1 16W 100kΩ R605 119 1031 15 1 16W 10kΩ R606 119 1031 15 1 16W 10kΩ SUP101 060 0122 20 DSP 141N S00B T501 009 0666 0L 0 4mH TC102 004 1580 60 30pF TH501 002 0222 90 PTH61G30BD TM101 073 0762 90 TERM...

Page 12: ... 10 1 10W 82kΩ R6 117 1041 10 1 10W 100kΩ R7 117 1041 10 1 10W 100kΩ R8 117 1031 10 1 10W 10kΩ R9 117 2221 10 1 10W 2 2kΩ R10 117 1031 10 1 10W 10kΩ R12 117 1031 10 1 10W 10kΩ R13 117 4731 10 1 10W 47kΩ R15 117 4741 10 1 10W 470kΩ R17 117 3331 10 1 10W 33kΩ R18 117 3311 10 1 10W 330Ω R19 117 3321 10 1 10W 3 3kΩ R20 117 1031 10 1 10W 10kΩ R21 117 3321 10 1 10W 3 3kΩ R22 117 3321 10 1 10W 3 3kΩ R23 ...

Page 13: ... CIRCUIT DIAGRAM Main PWB section B1 13 PH 2416I ...

Page 14: ... 14 PH 2416I ...

Page 15: ... 15 PH 2416I ...

Page 16: ... 16 PH 2416I ...

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