Continuous Power Output (RMS) Front19 W per channel into 4 Ω, 40 Hz to 20 000 Hz at no more
than 0.8% total harmonic distortion.
Rear19 W per channel into 4 Ω, 40 Hz to 20 000 Hz at no more
than 0.8% total harmonic distortion.
Load Impedance4 Ω (4 Ω to 8 Ω allowance)
Tone Control RangeBass±10 dB at 100 Hz
Treble±10 dB at 10 kHz
Frequency Response40 Hz to 20 000 Hz
Signal-to-Noise Ratio70 dB
Line-Out Level/Impedance2.0 V/20 kΩ load (full scale)
Output Impedance1 kΩ
TypeCompact disc player
Signal Detection SystemNon-contact optical pickup (semiconductor laser)
Number of channels2 channels (stereo)
Frequency Response5 Hz to 20 000 Hz
Dynamic Range96 dB
Signal-to-Noise Ratio98 dB
Wow and FlutterLess than measurable limit
MP3 decoding formatMPEG 1/2 Audio Layer 3
Max. Bit Rate:320 Kbps
GENERAL
Power RequirementOperating VoltageDC 14.4 V (11 V to 16 V allowance)
Grounding SystemNegative ground
Allowable Operating Temperature0ºC to +40ºC
Dimensions (W × H × D)Installation Size (approx.)182 mm × 52 mm × 150 mm
Panel Size (approx.)188 mm × 58 mm × 12 mm
Mass (approx.)1.4 kg (excluding accessories)
1-2 (No.MA038)
AUDIO AMPLIFIER SECTION (KD-G507)
Maximum Power OutputFront50 W per channel
Rear50 W per channel
Continuous Power Output (RMS) Front19 W per channel into 4 Ω, 40 Hz to 20 000 Hz at no more
than 0.8% total harmonic distortion.
Rear19 W per channel into 4 Ω, 40 Hz to 20 000 Hz at no more
than 0.8% total harmonic distortion.
Load Impedance4 Ω (4 Ω to 8 Ω allowance)
Tone Control RangeBass±10 dB at 100 Hz
Treble±10 dB at 10 kHz
Frequency Response40 Hz to 20 000 Hz
Signal-to-Noise Ratio70 dB
Line-Out Level/Impedance2.0 V/20 kΩ load (full scale)
Output Impedance1 kΩ
TypeCompact disc player
Signal Detection SystemNon-contact optical pickup (semiconductor laser)
Number of channels2 channels (stereo)
Frequency Response5 Hz to 20 000 Hz
Dynamic Range96 dB
Signal-to-Noise Ratio98 dB
Wow and FlutterLess than measurable limit
MP3 decoding formatMPEG 1/2 Audio Layer 3
Max. Bit Rate:320 Kbps
GENERAL
Power RequirementOperating VoltageDC 14.4 V (11 V to 16 V allowance)
Grounding SystemNegative ground
Allowable Operating Temperature0ºC to +40ºC
Dimensions (W × H × D)Installation Size (approx.)182 mm × 52 mm × 150 mm
Panel Size (approx.)188 mm × 58 mm × 12 mm
Mass (approx.)1.4 kg (excluding accessories)
Design and specifications are subject to change without notice.
(No.MA038)1-3
1.1Safety Precautions
SECTION 1
PRECAUTION
!
!
Burrs formed during molding may be left over on some parts of the chassis. Therefore,
pay attention to such burrs in the case of preforming repair of this system.
Please use enough caution not to see the beam directly or touch it in case of an
adjustment or operation check.
1-4 (No.MA038)
1.2Preventing static electricity
Electrostatic discharge (ESD), which occurs when static electricity stored in the body, fabric, etc. is discharged, can destroy the laser
diode in the traverse unit (optical pickup). Take care to prevent this when performing repairs.
1.2.1 Grounding to prevent damage by static electricity
Static electricity in the work area can destroy the optical pickup (laser diode) in devices such as CD players.
Be careful to use proper grounding in the area where repairs are being performed.
(1) Ground the workbench
Ground the workbench by laying conductive material (such as a conducti ve sheet) or an iron plate over it before placing the
traverse unit (optical pickup) on it.
(2) Ground yourself
Use an anti-static wrist strap to release any static electricity built up in your body.
(caption)
Anti-static wrist strap
1M
Conductive material
(conductive sheet) or iron plate
(3) Handling the optical pickup
• In order to mainta in quality during transport and b efore installation, both sid es of the laser diode on th e replacement optica l
pickup are shorted. After replacement, return the shorted parts to their original condition.
(Refer to the text.)
• Do not use a tester to check the condition of the laser diode in the optical pickup. The tester's internal power source can easily
destroy the laser diode.
1.3Handling the traverse unit (optical pickup)
(1) Do not subject the traverse unit (optical pickup) to strong shocks, as it is a sensitive, complex unit.
(2) Cut off the shorted part of the flexible cable using nippers, etc. after replacing the optical pickup. For specific details, refer to the
replacement procedure in the text. Remove the anti-static pin when replacing the traverse unit. Be careful not to take too long a
time when attaching it to the connector.
(3) Handle the flexible cable carefully as it may break when subjected to strong force.
(4) It is not possible to adjust the semi-fixed resistor that adjusts the laser power. Do not turn it.
1.4Attention when traverse unit is decomposed
*Please refer to "Disassembly method" in the text for the CD pickup unit.
• Apply solder to the short land before the flexible wire is disconnected from the connector on the CD pickup unit.
(If the flexible wire is disconnected without applying solder, the CDpickup may be destroyed by static electricity.)
• In the assembly, be sure to remove solder from the short land after connecting the flexible wire.
Short-circuit point
(Soldering)
Flexible wire
Pickup
(No.MA038)1-5
SECTION 2
SPECIFIC SERVICE INSTRUCTIONS
This service manual does not describe SPECIFIC SERVICE INSTRUCTIONS.
1-6 (No.MA038)
SECTION 3
DISASSEMBLY
3.1Main body
3.1.1 Removing the front panel assembly
(See Fig.1)
(1) Push the detach button in the lower ri ght part of the front
panel assembly and remove the front panel assembly.
3.1.2 Removing the bottom co v er
(See Fig.2)
(1) Turn the main body up side down.
(2) Insert a screwdriver under the joints to release the two
joints a on th e left side, two joints b on the right side and
joint c on the back side of the main body, then remove the
bottom cover from the main body.
CAUTION:
When releasing the joints using a screwdriver, do not damage
the main board.
Front panel assembly
Detach button
Joint a
Fig.1
Bottom cover
Joint b
3.1.3 Removing the front chassis assembly
(See Figs.3 and 4)
• Prior to performing the following procedures, remove the front
panel assembly and bottom cover.
(1) From the both sides of the main body, remove the two
screws A attaching the front chassis assembly. (See
Fig.3.)
(2) From the front side of the main body, remove the two
screws B attaching the front chassis assembly. (See
Fig.4.)
(3) Release the two joints d and two joints e from the both
sides of the main body, then remove the front chassis
assembly toward the front. (See Fig.3.)
Joint a
Joint d
Joint d
B
Joint c
Fig.2
A
Front chassis assembly
A
Fig.3
Front chassis assembly
Fig.4
Joint b
Joint e
Joint e
(No.MA038)1-7
3.1.4 Removing the side panel
(See Fig.5)
• Prior to performin g the following procedure, remove the front
panel assemblyÅ@as required.
(1) Remove the screw C and two screws D attaching the side
panel on the left side of the main body, and remove the side
panel.
3.1.5 Removing the rear bracket
(See Fig.6)
• Prior to performing the following procedure, remove the bottom
cover.
(1) Remove the three screws E, screw F and three screws G
attaching the rear bracket on the back side of the main
body.
(2) Remove the rear bracket.
Reference:
During reassembly, before fixing the rear bracket onto the
main body, inserts the steering cable.(KD-G501 E)
3.1.6 Removing the main board
(See Figs.6 and 7)
• Prior to performin g the following procedure, remove the front
panel assembly, bottom cover, front chassis assembly and
side panel.
• Remove the rear bracket as required.
(1) Remove the three screws E attaching the rear bracket on
the back side of the main board. (See fig.6.)
(2) Remove the two screws H attaching the main board . (See
fig.7.)
(3) Disconnect the connector CN501
board. (See fig.7.)
Reference:
Remove the rear bracket from the main body as required. (See
“3.1.5 Removing the rear bracket”.)
and remove the main
CCD
E
H
CN501
Side panel
Rear bracket
Fig.5
F
Insert the steering cable
into the slot.
Fig.6
Main board
GG
E
H
1-8 (No.MA038)
Fig.7
3.1.7 Removing the CD mechanism assembly
(See Fig. 8)
• Prior to performi ng the following procedure, remove the front
panel assembly, bottom cover, front chassis assembly, side
panel, rear bracket and main board .
(1) Remove the three screws J attaching the CD mechanism
assembly.
(2) Take out the CD mechanism assembly.
J
3.1.8 Removing the front board
(See Figs.9 to 11)
• Prior to performi ng the following procedure, remove the front
panel assembly.
(1) Remove the four screws K on the back side of the front
panel assembly. (See Fig.9.)
(2) Release the ten joints f. (See Fig.10.)
(3) Release the joint g and take out the front board. (See
Fig.11.)
CD mechanism assembly
Rear cover
Joints f
Top chassis
J
Fig.8
K
Fig.9
Joints f
Joints f
Spring
Front panel assembly
Rear cover
Fig.10
Fig.11
Joints f
Front board
Spring
(No.MA038)1-9
3.2CD Mechanism Assembly
A
3.2.1 Removing the top cover
(See Figs.1 and 2)
(1) Remove the two screws A on the both side of the body.
(2) Lift the front side of the top cover and move the top cover
backward to release the two joints a.
Top cover
Joints a
A
Joints a
A
Fig.1
Fig.2
Top cover
1-10 (No.MA038)
3.2.2 Removing the connector board
(See Figs.3 to 5)
CAUTION:
Before disconnecting the flexible wire from the pickup, solder
the short-circuit point on the pickup. No observance of this instruction may cause damage of the pickup.
(1) Remove the screw B fixing the connector board.
(2) Solder the short-circuit point on the connector board.
(3) Disconnect the flexible wire from the pickup.
(4) Move the connector board in the direction of the arrow to
release the two joints b.
(5) Unsolder the wire on the connector board if necessary.
CAUTION:
Unsolder the short-circuit point after reassembling.
B
Connector board
Flexible wire
Wires
Joints b
Short-circuit point
Fig.3
Short-circuit point
(Soldering)
Pickup
Flexible wire
Frame
Pickup
Fig.4
B
Connector board
Fig.5
(No.MA038)1-11
3.2.3 Removing the DET switch
(See Figs.6 and 7)
(1) Extend the two tabs c of the feed sw. holder and pull out
the switch.
(2) Unsolder the DET switch wire if necessary.
Connector
board
DET switch
DET switch
Pickup
Fig.6
Tab c
DET switch wire
Tab c
Feed sw. holder
Fig.7
1-12 (No.MA038)
3.2.4 Removing the chassis unit
r
(See Figs.8 and 9)
• Prior to perfo rming the following procedure, remove the top
cover and connector board.
(1) Remove the two suspensi on springs (L ) and (R) attaching
the chassis unit to the frame.
CAUTION:
• The shape of the suspension spring (L) and (R) are different. Handle them with care.
• When reassembling, make su re that the three shafts
on the underside of the chassis unit are inserted to the
dampers certainly.
Suspension spring (R)
Chassis unit
Suspension spring (L)
Frame
Suspension spring (R)
Chassis unit
Shafts
Damper
Damper
Suspension spring (L)
Fig.8
Shaft
Dampe
Frame
Fig.9
(No.MA038)1-13
3.2.5 Removing the clamper assembly
(See Figs.10 and 11)
• Prior to performing the followi ng procedure, remove the top
cover.
(1) Remove the clamper arm spring.
(2) Move the clamper assembly in the direction of the arrow to
release the two joints d.
Clamper arm
spring
Joint d
Joint d
Clamper assembly
Fig.10
Clamper arm spring
Chassis rivet
assembly
Joint d
Clamper
assembly
Chassis rivet assembly
Fig.11
Joint d
1-14 (No.MA038)
3.2.6 Removing the loading / feed motor assembly
(See Figs.12 and 13)
• Prior to perfo rming the following procedure, remove the top
cover, connector board and chassis unit.
(1) Remove the screw C and move the loa ding / feed motor
assembly in the direction of the arrow to remove it from the
chassis rivet assembly.
(2) Disconnect the wire from the loading / feed motor assembly
if necessary.
CAUTION:
When reassembling, connect the wire from the loading /
feed motor assembly to the flame as shown in Fig.12.
Loading / feed motor assembly
Fig.12
Loading / feed motor assembly
C
Fig.13
(No.MA038)1-15
3.2.7 Removing the pickup unit
(See Figs.14 to 18)
• Prior to performing the followi ng procedure, remove the top
cover, connector board and chassis unit.
(1) Remove the screw D and pull out the pu. shaft holder from
the pu. shaft.
(2) Remove the screw E attaching the feed sw. holder.
(3) Move the part e of the pickup unit upward with the pu. shaft
and the feed sw. holder, then release the joint f of the feed
sw. holder in the direction of the arrow. The joint g of the
pickup unit and the feed rack is released, and the feed sw.
holder comes off.
(4) Remove the pu. shaft from the pickup unit.
(5) Remove the screw F attaching the feed rack to the pickup
unit.
3.2.8 Reattaching the pickup unit
(See Figs.14 to 17)
(1) Reattach the feed rack to the pickup unit using the screw F.
(2) Reattach the feed sw. holder to the feed rack while setting
the joint g to the slot of the feed rack and setting the part f
of the feed rack to the switch of the feed sw. holder correctly.
(3) As the feed sw. holder is temporarily attached to the pickup
unit, set to the gear of the joint g and to the bending part of
the chassis (joint h) at a time.
CAUTION:
Make sure that the part i on the underside of the feed
rack is certainly inserted to the slot j of the change lock
lever.
(4) Reattach the feed sw. holder using the screw E.
(5) Reattach the pu. shaft to the pickup unit. Reattach the pu.
shaft holder to the pu. shaft using the screw D.
Feed sw. holder
Joint f
Joint g
Feed sw.
holder
Part e
Feed rack
Part i
E
Pickup unit
Slot j
F
Fig.15
Pu. shaft
Pickup unit
Joint f
Joint h
Fig.16
Feed rack
Pickup unit
Feed sw. holder
D
Pu. shaft
holder
Pu. shaft
D
Pu. shaft holder
1-16 (No.MA038)
Pickup unit
Fig.14
Part e
E
Joint g
Feed rack
Fig.17
Pickup unit
Joint g
Joint f
Feed sw. holder
Fig.18
3.2.9 Removing the trigger arm
r
(See Figs.19 and 20)
• Prior to perfo rming the following procedure, remove the top
cover, connector board and clamper unit.
(1) Turn the trigger arm in the direction of the arrow to release
the joint k and pull out upward.
CAUTION:
When reassembling, insert the part m and n of the trigger
arm into the part p and q at the slot of the chassis rivet
assembly respectively and join the joint k at a time.
Chassis rivet assembly
Trigger arm
Chassis rivet
assembly
Joint k
Trigger arm
Fig.19
Part p
Part q
Part m
Part n
3.2.10 Removing the top plate assembly
(See Fig.21)
• Prior to perfo rming the following procedure, remove the top
cover, connector board, chassis unit, and clamper assembly.
(1) Remove the screw H.
(2) Move the top plate assembly in the direction of the arrow to
release the two joints r.
(3) Unsolder the wire marked s if necessary.
H
Fig.20
Top plate assembly
Joints
s
Fig.21
(No.MA038)1-17
3.2.11 Removing the mode sw. / select lock arm
(See Figs.22 and 23)
• Prior to performing the followi ng procedure, remove the top
plate assembly.
(1) Bring up the mode sw. to release from the link plate (joint t)
and turn in the direction of the arrow to release the joint u.
(2) Unsolder the wire of the mode sw. marked s if necessary.
(3) Turn the select lock arm in the direction of the arrow to re-
lease the two joints v.
(4) The select lock arm spring comes off the select lock arm at
the same time.
Top plate
Link plate
Joint u
Joint t
s
Fig.22
Select lock arm
Select lock arm
Mode sw.
Select lock arm
Top plate
Hook w
Select lock
arm spring
Link plate
Joints v
Fig.23
1-18 (No.MA038)
3.2.12 Reassembling the mode sw. / select lock arm
(See Figs.24 to 26)
REFERENCE:
Reverse the above removing procedure.
(1) Reattach the select lock arm spring to the top plate and set
the shorter end of the select lock arm spring to the hook w
on the top plate.
(2) Set the other longer end of the select lock arm spring to the
boss x on the underside of the select lock arm, and join the
select lock arm to the slots (joint v). Turn the select lock
arm as shown in the figure.
(3) Reattach the mode sw. while setting th e part t to the first
peak of the link plate gear, and join the joint u.
CAUTION:
When reattaching the mode sw., check if the points y and
z are correctly fitted and if each part operates properly.
Select lock arm spring
Hook w
Joint v
Joint v
Select lock arm
Boss x
Fig.24
Joint t
Point y
Link plate
Point z
Link plate
Fig.25
Mode sw.
Select
lock arm
Joint t
Joint u
Fig.26
(No.MA038)1-19
3.2.13 Removing the select arm R / link plate
(See Figs.27 and 28)
• Prior to performing the followi ng procedure, remove the top
plate assembly.
(1) Bring up the select arm R to release from the link plate
(joint a') and turn as shown in the figure to release the two
joints b' and joint c'.
(2) Move the link plate in the direction of the arrow to release
the joint d'. Remove the link plate spring at the same time.
REFERENCE:
Before removing the link plate, remove the mode sw..
Select arm R
Joint b'
Link plate spring
Joint c'
Joint a'
Link plate
Joint b'
Fig.27
Joint r
3.2.14 Reattaching the Select arm R / link plate
(See Figs.29 and 30)
REFERENCE:
Reverse the above removing procedure.
(1) Reattach the link plate spring.
(2) Reattach the link plate to th e lin k plate sprin g whil e joi ning
them at joint d'.
(3) Reattach the joint a' of the select arm R to the first peak of
the link plate while joining the two joints b' with the slots.
Then turn the select arm R as shown in the figure. The top
plate is joined to the joint c'.
CAUTION:
When reattaching the select arm R, check if the points e'
and f' are correctly fitted and if each part operates properly.
Top plate
Select arm R
Joint b'
Joint d'
Link plate
Fig.28
Link plate spring
Joint c'
Joint d'
Joint b'
Joint a'
Fig.29
1-20 (No.MA038)
Joint a'
Point e'
Link plate
Point f'
Fig.30
3.2.15 Removing the loading roller assembly
(See Figs.31 to 33)
• Prior to performing the following procedure, remove the
clamper assembly and top plate assembly.
(1) Push inward the loading roller assembly on the gear side
and detach it upward from the slot of the joint g' of the lock
arm rivet assembly.
(2) Detach the loading roller assembly from the slot of the joint
h' of the lock arm rivet assembly.
Roller guide
spring
Part k'
Loading roller assembly
Loading roller assembly
The roller guide comes off the gear section of the loading
roller assembly.
Remove the roller guide and the HL washer from the shaft
of the loading roller assembly.
(3) Remove the screw J attaching the lock arm rivet assembly.
(4) Push the shaft at the joint i' of the lock arm rivet assembly
inward to release the lock arm rivet assembly from the slot
of the L side plate.
(5) Extend the lock arm rivet assembly outward and release
the joint j' from the boss of the chassis rivet assembly. The
roller guide springs on both sides come off at the same
time.
CAUTION:
When reassembling, reattach the left and right roller
guide springs to the lock arm rivet assembly before reattaching the lock arm rivet assembly to the chassis rivet
assembly. Make sure to fit the part k' of the roller guide
spring inside of the roller guide. (Refer to Fig.34.)
Roller guide
HL washer
Loading roller assembly
Roller guide
Chassis rivet assembly
J
Roller guide
spring
Fig.32
Boss
L side plate
Roller guide spring
Joint h'
Roller guide spring
Loading roller assembly
Joint g'
Lock arm rivet assembly
Fig.31
Roller guide spring
Roller guide spring
Lock arm rivet assembly
Lock arm rivet assembly
Joint i'
Part j'
Fig.33
Roller guide
HL washer
Roller shaft assembly
Loading roller
Roller guide spring
Fig.34
(No.MA038)1-21
3.2.16 Removing the loading gear 5, 6 and 7
(See Figs.35 and 36)
• Prior to performing the followi ng procedure, remove the top
cover, chassis unit, pickup unit and top plate assembly.
(1) Remove the screw K attaching the loading gear bracket.
The loading gear 6 and 7 come off the loading gear bracket.
(2) Pull out the loading gear 5.
K
Loading gear bracket
K
Loading gear 6
Loading gear 5
Loading gear 3
Fig.35
Loading gear bracket
Loading gear 5
Loading gear 6
Loading gear 7
Fig.36
1-22 (No.MA038)
3.2.17 Removing the gears
(See Figs.37 to 40)
• Prior to perfo rming the following procedure, remove the top
cover, chassis unit, top plate assembly and pickup unit.
• Pull out the loading gear 3. (See Fig.35.)
(1) Pull out the feed gear.
(2) Move the loading plate a ssemb ly in the d irection of the ar-
row to release the L side plate from the two slots m' of the
chassis rivet assembly. (See Fig.37.)
(3) Detach the loading plate assembly up ward from the chas-
sis rivet assembly while releasing the joint n'. Remove the
slide hook and loading plate spring from the loading p late
assembly.
(4) Pull out the loading gear 2 and remove the change lock le-
ver.
(5) Remove the E ring and washer attaching the changer gear
2.
(6) The changer gear 2, change gear spring and adjusting
washer come off.
(7) Remove the loading gear 1.
(8) Move the change plate rivet assembly in the direction of the
arrow to release from the three shafts of the chassis rivet
assembly upward. (See Fig.38.)
(9) Detach the loading gear plate rivet assembly from the shaft
of the chassis rivet assembly upward while releasing the
joint p'. (See Figs.38 and 40.)
(10) Pull out the loading gear 4.
Change plate
rivet assembly
Shafts
E ring
Loading plate assembly
Loading plate spring
Joint p'
Loading gear 4
Loading gear plate
rivet assembly
Shaft
Loading gear 2
Loading gear 1
Chassis rivet assembly
Change gear 2
Fig.38
Joint n'
Slide hook
Feed gear
Fig.37
Slot m'
L side plate
Loading plate assembly
Joint n'
Slot m'
Chassis rivet assembly
Chassis rivet assembly
E ring
Washer
Change gear 2
Change gear spring
Adjusting washer
Change plate
rivet assembly
Chassis rivet assembly
L side plate
Slot m'
Slot m'
Fig.39
Loading gear 1
Loading gear 2
Change lock lever
Loading gear 4
Loading gear plate rivet assembly
Fig.40
(No.MA038)1-23
3.2.18 Removing the turn table / spindle motor
(See Figs.41 and 42)
• Prior to performing the followi ng procedure, remove the top
cover, connector board, chassis unit and clamper assembly.
(1) Remove the two screws L attaching the spindle motor as-
sembly through the slot of the turn table on top of the body.
(2) Unsolder the wire on the connector board if necessary.
Turn table
L
Fig.41
L
Turn table
1-24 (No.MA038)
Spindle motor
Fig.42
SECTION 4
ADJUSTMENT
4.1Adjustment method
Test instruments required for adjustment
(1) Digital oscilloscope (100MHz)
(2) AM Standard signal generator
(3) FM Standard signal generator
(4) Stereo modulator
(5) Electric voltmeter
(6) Digital tester
(7) Tracking offset meter
(8) Test Disc JVC :CTS-1000
(9) Extension cable for check
EXTSH002-22P × 1
Standard volume position
Balance and Bass &Treble volume : lndication"0"
Loudness : OFF
How to connect the extension cable for adjusting
Caution:
Be sure to attach the heat sink and rear bracket onto the power amplifier IC and regulator IC respectively, before supply the power.
If voltage is applied without attaching these parts, the power amplifier IC and regulator IC will be destroyed by heat.
Standard measuring conditions
Power supply voltageDC14.4V(10.5 to 16V)
Load impedance20KΩ(2 Speakers connection)
Output LevelLine out 2.0V (Vol. MAX)
Dummy load
Exclusive dummy load should be used for AM,and FM. For FM
dummy load,there is a loss of 6dB between SSG output and
antenna input.The loss of 6dB need not be considered since
direct reading of figures are applied in this working standard.
Heat sink
Extension cable
EXTSH002-22P
Rear bracket
(No.MA038)1-25
5.1Feed section
SECTION 5
TROUBLE SHOOTING
Is the voltage output at
IC541 pin 40 5v or 0V
YES
Is 4V present at both
sides of the feed motor?
YES
Check the feed motor.
5.2Focus section
5.3Spindle section
NO
Is the wiring for IC541
pin 40 correct?
NO
Is 6V or 2V present at
IC501 pins 4 and 5?
Check IC501.
When the lens is
moving:
Does the S-search
waveform appear at
IC501 pins 8 and 9?
NO
NO
YES
4V
YES
YES
NO
Is 5V present at IC501
pins 3,12 and 21?
Check the vicinity of
IC541.
Check the feed motor
connection wiring.
Check the circuits in
the vicinity of IC501
pins 8 and 9.
Check the pickup and
its connections.
NO
Check CD 8V.
YES
YES
Is the disk rotated?
YES
Does the RF signal
appear at IC521 pin 19?
YES
Is the RF waveform
at IC521 pin 19
distorted?
YES
Proceed to the Tracking
section
5.4Tracking section
When the disc is rotated
at first:
Is the tracking error
signal output at
IC521 pin 11?
NO
Is 4V present between
IC501 pins 6 and 7?
Check the spindle motor
and its wiring.
NO
Check the circuits in
the vicinity of IC521
pin 19 or the pickup.
NO
NO
Approx. 1.2V
NO
YES
Check the circuits in
the vicinity of IC501
pins 2 to 11.
Is 4V present at IC541
pin 41?
YES
Check the vicinity of
IC501
NO
Check the pickup and
its connections.
NO
Check IC541.
1-26 (No.MA038)
YES
Check IC541.
5.5Signal processing section
Is the sound output from
both channels (L, R)?
Normal
YES
No sound from either
channel.
YES
Is 9V present at IC161 pin
31?
YES
NONO
Compare the L-ch and
R-ch to locate the
defctive point.
NO
Check the viciniyt of the
IC901 audio power
supply.
Is the audio signal
(including sampling output
components) output to
IC581 pins 1 and 7 during
playback?
YES
Is the audio signal output
at IC161 pins16 and 17
during playback?
YES
Check the muting circuit.
NO
NO
Check IC581 and its
peripheral circuits.
Check IC161 and its
peripheral circuits.
(No.MA038)1-27
5.6Maintenance of laser pickup
(1) Cleaning the pick up lens
Before you replace the pick up, please try to clean the lens
with a alcohol soaked cotton swab.
(2) Life of the laser diode
When the life of the laser diode has expired, the following
symptoms will appear.
• The level of RF output (EFM output: amplitude of eye
pattern) will be low.
5.7Replacement of laser pickup
Turn off the power switch and,disconnect the
power cord from the ac outlet.
Replace the pickup with a normal one.(Refer
to "Pickup Removal" on the previous page)
Is RF output
1.0 0.35Vp-p?
YES
O.K
(3) Semi-fixed resistor on the APC PC board
The semi-fixed resistor on the APC printed circuit board
which is attached to the pickup is used to adjust the laser
power.Since this adjustment should be performed to match
the characteristics of the whole optical block, do not touch
the semi-fixed resistor.
If the laser power is lower than the specified value, the laser diode is almost worn out, and the laser pickup should
be replaced. If the semi-fixed resistor is adjusted while the
pickup is functioning normally, the laser pickup may be
damaged due to excessive current.
NO
Replace it.
Plug the power cord in,and turn the power on.
At this time,check that the laser emits for
about 3seconds and the objective lens moves
up and down.
Note: Do not observe the laser beam directly.
Play a disc.
Check the eye-pattern at TP1.
Finish.
1-28 (No.MA038)
5.816 pin cord diagram
10
12
14
OR/WH
16
BR
YL
BK
NC
NC
11
BL/WH
RD
13
15
1
2
3
4
5
6
7
8
9
VI
VI/BK
GY
GY/BK
WH
WH/BK
GN
GN/BK
VI/BK
2
4
GY/BK
WH/BK
6
8
GN/BK
RR+
RR-
FR+
FRFL+
FLRL+
RL-
VI
GY
WH
GN
1
BK
RD
Black
Red
3
BL
5
7
WHWhite
BR
Blue
Brown
GN
VI
GY
YL
OR
Green
Violet
Gray
Yellow
Orange
RR
FR
FL
RL
10
BR
YL
12
BL/WH
13
OR/WHILL
14
RD
15
16
BK
Rear Right
Front Right
Front Left
Rear Left
TEL
MEMORY
REMOTE
ACC
GND
ANT
ACC
TEL
GND
MEMORY BACKUP
DIRECT TO BATTERY
ACC + 12Volt
Auto Antenna
ACC Line
Telephone Muting
Ground
+12Volt
GROUND
REMOTE
ILL
Remote
Illuminations Control
MEMORY
Memory Backup Battery+
(No.MA038)1-29
VICTOR COMPANY OF JAPAN, LIMITED
AV & MULTIMEDIA COMPANY MOBILE ENTERTAINMENT CATEGORY 10-1,1chome,Ohwatari-machi,Maebashi-city,371-8543,Japan
(No.MA038)
Printed in Japan
WPC
SCHEMATIC DIAGRAMS
CD RECEIVER
KD-G501, KD-G507
CD-ROM No.SML200401
KD-G501
Area suffix
E ----------- Continental Europe
KD-G507
Area suffix
EE --------- Russian Federation
EX --------------- Central Europe
Contents
Block diagram
Standard schematic diagrams
Printed circuit boards
KD-G501EKD-G507EX/EE
STEERING CABLE
2-1
2-2 to 7
2-8, 9
COPYRIGHT 2004 VICTOR COMPANY OF JAPAN, LTD.
No.MA038SCH
2004/1
Safety precaution
!
!
Burrs formed during molding may be left over on some parts of the chassis. Therefore,
pay attention to such burrs in the case of preforming repair of this system.
Please use enough caution not to see the beam directly or touch it in case of an
adjustment or operation check.
62QMFZ047-150-TFUSE15A
63GE30912-005AREAR BRACKET
64QYSDST2606ZSCREW2.6mm x 6mm
65QYSDST2606ZSCREW2.6mm x 6mm
66QYSDST2606ZSCREW2.6mm x 6mm
67QYSDSF2606ZSCREW2.6mm x 6mm
C1QEKJ1CM-226ZE CAPACITOR22uF 16V M
C2NCB31EK-473XC CAPACITOR0.047uF 25V K
C3QEKJ1CM-226ZE CAPACITOR22uF 16V M
C4QEKJ1AM-227ZE CAPACITOR220uF 10V M
C5QEKJ1HM-104ZE CAPACITOR0.1uF 50V M
C6NCB31HK-103XC CAPACITOR0.01uF 50V K
C9QEKJ1AM-227ZE CAPACITOR220uF 10V M
C31QEKJ1AM-107ZE CAPACITOR100uF 10V M
C32NDC31HJ-470XC CAPACITOR47pF 50V J
C33QEKJ0JM-476ZE CAPACITOR47uF 6.3V M
C34NCB31EK-473XC CAPACITOR0.047uF 25V K
Part No.Part NameDescriptionLocal
G501
E,G50
1EX
G501
E,G50
1EX
G501
E,G50
1EX
G507
EE
G501
E,G50
1EX
G507
EE
G501
E,G50
1EX
G507
EE
3-6
Symbol No.
Part No.Part NameDescriptionLocal
Symbol No.
Part No.Part NameDescriptionLocal
C35NDC31HJ-100XC CAPACITOR10pF 50V J
C36NDC31HJ-7R0XC CAPACITOR7pF 50V J
C37NDC31HJ-100XC CAPACITOR10pF 50V J
C38NCB31HK-102XC CAPACITOR1000pF 50V K
C39NCB31HK-102XC CAPACITOR1000pF 50V K
C40QEKJ1CM-106ZE CAPACITOR10uF 16V M
C41NCB31EK-473XC CAPACITOR0.047uF 25V K
C42NCB31HK-103XC CAPACITOR0.01uF 50V K
C42NCB31EK-333XC CAPACITOR0.033uF 25V K
C43QFV61HJ-473ZMF CAPACITOR0.047uF 50V J
C44NCB31HK-103XC CAPACITOR0.01uF 50V K
C44NCB31EK-333XC CAPACITOR0.033uF 25V K
C45NCB31HK-272XC CAPACITOR2700pF 50V K
C45NCB31HK-682XC CAPACITOR6800pF 50V K
C46NCB31HK-103XC CAPACITOR0.01uF 50V K
C47NCB31HK-103XC CAPACITOR0.01uF 50V K
C48NCB31EK-473XC CAPACITOR0.047uF 25V K
C49NCB31HK-102XC CAPACITOR1000pF 50V K
C50NDC31HJ-101XC CAPACITOR100pF 50V J
C51NDC31HJ-331XC CAPACITOR330pF 50V J
C52NCB31HK-103XC CAPACITOR0.01uF 50V K
C53NCB31EK-472XC CAPACITOR4700pF 25V K
C54NCB31EK-104XC CAPACITOR0.1uF 25V K
C55QEKJ1HM-474ZE CAPACITOR0.47uF 50V M
C71NDC31HJ-561XC CAPACITOR560pF 50V J
C72NCB31EK-223XC CAPACITOR0.022uF 25V K
C73QEKJ1HM-225ZE CAPACITOR2.2uF 50V M
C74NDC31HJ-820XC CAPACITOR82pF 50V J
C75NDC31HJ-470XC CAPACITOR47pF 50V J
C76NCB31HK-103XC CAPACITOR0.01uF 50V K
C77QEKJ0JM-476ZE CAPACITOR47uF 6.3V M
C78NCB31HK-103XC CAPACITOR0.01uF 50V K
C81QEKJ1HM-105ZE CAPACITOR1uF 50V M
C82NCB31HK-152XC CAPACITOR1500pF 50V K
C83NCB31EK-104XC CAPACITOR0.1uF 25V K
C84NCB31HK-123XC CAPACITOR0.012uF 50V K
C85NCB31HK-102XC CAPACITOR1000pF 50V K
C91QEKJ1HM-105ZE CAPACITOR1uF 50V M
C92NCB31HK-152XC CAPACITOR1500pF 50V K
C94NCB31HK-123XC CAPACITOR0.012uF 50V K
C95NCB31HK-102XC CAPACITOR1000pF 50V K
C161QEKJ1HM-105ZE CAPACITOR1uF 50V M
C162QEKJ1HM-105ZE CAPACITOR1uF 50V M
C163QEKJ1HM-105ZE CAPACITOR1uF 50V M
C164NCB31HK-822XC CAPACITOR8200pF 50V K
C165NCB31CK-224XC CAPACITOR0.22uF 16V K
C166NCB21CK-224XC CAPACITOR0.22uF 16V K
G501
E,G50
1EX
G507
EE
G501
E,G50
1EX
G507
EE
G501
E,G50
1EX
G507
EE
G501
E,G50
1EX
G501
E,G50
1EX
G501
E,G50
1EX
G501
E,G50
1EX
G501
E,G50
1EX
G501
E,G50
1EX
G501
E,G50
1EX
G501
E,G50
1EX
G501
E,G50
1EX
G501
E,G50
1EX
G501
E,G50
1EX
G501
E,G50
1EX
G501
E,G50
1EX
C167NCB31EK-333XC CAPACITOR0.033uF 25V K
C168NCB31HK-562XC CAPACITOR5600pF 50V K
C169QEKJ1EM-475ZE CAPACITOR4.7uF 25V M
C170QEKJ1EM-475ZE CAPACITOR4.7uF 25V M
C171QEKJ1HM-105ZE CAPACITOR1uF 50V M
C172QEKJ1HM-105ZE CAPACITOR1uF 50V M
C173QEKJ1HM-105ZE CAPACITOR1uF 50V M
C174NCB31HK-822XC CAPACITOR8200pF 50V K
C175NCB31CK-224XC CAPACITOR0.22uF 16V K
C176NCB21CK-224XC CAPACITOR0.22uF 16V K
C177NCB31EK-333XC CAPACITOR0.033uF 25V K
C178NCB31HK-562XC CAPACITOR5600pF 50V K
C179QEKJ1EM-475ZE CAPACITOR4.7uF 25V M
C180QEKJ1EM-475ZE CAPACITOR4.7uF 25V M
C191QEKJ1CM-476ZE CAPACITOR47uF 16V M
C192QEKJ1CM-107ZE CAPACITOR100uF 16V M
C193QEKJ1CM-107ZE CAPACITOR100uF 16V M
C194NCB31EK-103XC CAPACITOR0.01uF 25V K
C241QEKJ1HM-105ZE CAPACITOR1uF 50V M
C242QEKJ1CM-226ZE CAPACITOR22uF 16V M
C243NCB31EK-473XC CAPACITOR0.047uF 25V K
C245NCB21CK-224XC CAPACITOR0.22uF 16V K
C246NCB31HK-103XC CAPACITOR0.01uF 50V K
C301QFVD1HJ-474ZMF CAPACITOR0.47uF 50V J
C302QFVD1HJ-474ZMF CAPACITOR0.47uF 50V J
C303NCS31HJ-391XC CAPACITOR390pF 50V J
C304NCS31HJ-391XC CAPACITOR390pF 50V J
C307QEKJ1HM-105ZE CAPACITOR1uF 50V M
C308QEKJ1HM-105ZE CAPACITOR1uF 50V M
C311QFVD1HJ-474ZMF CAPACITOR0.47uF 50V J
C312QFVD1HJ-474ZMF CAPACITOR0.47uF 50V J
C313NCS31HJ-391XC CAPACITOR390pF 50V J
C314NCS31HJ-391XC CAPACITOR390pF 50V J
C315QEKJ1HM-475ZE CAPACITOR4.7uF 50V M
C316QEKJ1EM-475ZE CAPACITOR4.7uF 25V M
C317QEKJ1CM-476ZE CAPACITOR47uF 16V M
C318QEDJ1CM-226ZE CAPACITOR22uF 16V M
C319NCB31EK-223XC CAPACITOR0.022uF 25V K
C320NCB31EK-223XC CAPACITOR0.022uF 25V K
C321NCB31EK-473XC CAPACITOR0.047uF 25V K
C322NCB31EK-104XC CAPACITOR0.1uF 25V K
C323NCB31EK-104XC CAPACITOR0.1uF 25V K
C324NCB31EK-104XC CAPACITOR0.1uF 25V K
C325NCB31EK-104XC CAPACITOR0.1uF 25V K
C341NCB31EK-473XC CAPACITOR0.047uF 25V K
C402NCB31HK-103XC CAPACITOR0.01uF 50V K
C403NCB31HK-103XC CAPACITOR0.01uF 50V K
C404NCB31HK-103XC CAPACITOR0.01uF 50V K
C405QEKJ1HM-105ZE CAPACITOR1uF 50V M
C407QEKJ1AM-107ZE CAPACITOR100uF 10V M
C408NCB31HK-103XC CAPACITOR0.01uF 50V K
C409NDC31HJ-101XC CAPACITOR100pF 50V J
C411QEKJ1AM-107ZE CAPACITOR100uF 10V M
C412NCB31HK-103XC CAPACITOR0.01uF 50V K
C413NCB31EK-104XC CAPACITOR0.1uF 25V K
C414NCB31HK-222XC CAPACITOR2200pF 50V K
C415NCB31EK-104XC CAPACITOR0.1uF 25V K
C416NCB31HK-103XC CAPACITOR0.01uF 50V K
C418NCB31HK-103XC CAPACITOR0.01uF 50V K
C419NDC31HJ-120XC CAPACITOR12pF 50V J
C420NDC31HJ-120XC CAPACITOR12pF 50V J
C421NCB31HK-103XC CAPACITOR0.01uF 50V K
C422QEKJ0JM-107ZE CAPACITOR100uF 6.3V M
C430NCB31HK-103XC CAPACITOR0.01uF 50V K
C431NDC31HJ-101XC CAPACITOR0.01pF 50V J
C440NCB31HK-103XC CAPACITOR0.01uF 50V K
C461NCB31EK-104XC CAPACITOR0.1uF 25V K
C462QEKJ0JM-107ZE CAPACITOR100uF 6.3V M
C463QEKJ0JM-107ZE CAPACITOR100uF 6.3V M
C464NCB31EK-104XC CAPACITOR0.1uF 25V K
C481QEKJ1CM-476ZE CAPACITOR47uF 16V M
C482NCB31EK-104XC CAPACITOR0.1uF 25V K
C483NCB31EK-104XC CAPACITOR0.1uF 25V K
C501QEDJ1AM-476ZE CAPACITOR47uF 10V M
C502NCB31HK-103XC CAPACITOR0.01uF 50V K
C503QEKJ1AM-107ZE CAPACITOR100uF 10V M
C504NCB31EK-473XC CAPACITOR0.047uF 25V K
C505NCB31EK-473XC CAPACITOR0.047uF 25V K
3-7
Symbol No.
Part No.Part NameDescriptionLocal
Symbol No.
Part No.Part NameDescriptionLocal
C506NCB31EK-473XC CAPACITOR0.047uF 25V K
C507NCB31EK-473XC CAPACITOR0.047uF 25V K
C508NCB31HK-103XC CAPACITOR0.01uF 50V K
C512NCB31HK-103XC CAPACITOR0.01uF 50V K
C513NCB31EK-104XC CAPACITOR0.1uF 25V K
C521NCB31HK-103XC CAPACITOR0.01uF 50V K
C522NCB31HK-103XC CAPACITOR0.01uF 50V K
C523QEKJ1AM-107ZE CAPACITOR100uF 10V M
C524NCB31HK-103XC CAPACITOR0.01uF 50V K
C525QEKJ1AM-107ZE CAPACITOR100uF 10V M
C527NCB31HK-682XC CAPACITOR6800pF 50V K
C528NCB31HK-103XC CAPACITOR0.01uF 50V K
C529QERF1AM-107ZE CAPACITOR100uF 10V M
C530NCB31EK-104XC CAPACITOR0.1uF 25V K
C531NCB31EK-104XC CAPACITOR0.1uF 25V K
C532NDC31HJ-680XC CAPACITOR68pF 50V J
C533NCB31HK-103XC CAPACITOR0.01uF 50V K
C534NDC31HJ-5R0XC CAPACITOR5pF 50V J
C541QEKJ1AM-107ZE CAPACITOR100uF 10V M
C542NCB31HK-103XC CAPACITOR0.01uF 50V K
C543QEKJ1HM-105ZE CAPACITOR1uF 50V M
C544QEKJ0JM-107ZE CAPACITOR100uF 6.3V M
C545NCB31HK-103XC CAPACITOR0.01uF 50V K
C546NDC31HJ-470XC CAPACITOR47pF 50V J
C547NCB31HK-153XC CAPACITOR0.015uF 50V K
C548NCB31HK-103XC CAPACITOR0.01uF 50V K
C549NCB31HK-272XC CAPACITOR2700pF 50V K
C550NCB31HK-103XC CAPACITOR0.01uF 50V K
C551NCB31EK-333XC CAPACITOR0.033uF 25V K
C552NCB31EK-333XC CAPACITOR0.033uF 25V K
C553NCB31EK-473XC CAPACITOR0.047uF 25V K
C554NCB31EK-473XC CAPACITOR0.047uF 25V K
C555NCB31EK-473XC CAPACITOR0.047uF 25V K
C556NCB31HK-471XC CAPACITOR470pF 50V K
C557NCB31HK-471XC CAPACITOR470pF 50V K
C558NCB31EK-473XC CAPACITOR0.047uF 25V K
C559NCB31EK-473XC CAPACITOR0.047uF 25V K
C560NCB31HK-103XC CAPACITOR0.01uF 50V K
C561QEKJ0JM-107ZE CAPACITOR100uF 6.3V M
C562NCB31HK-103XC CAPACITOR0.01uF 50V K
C565NCB31HK-103XC CAPACITOR0.01uF 50V K
C566QEKJ0JM-107ZE CAPACITOR100uF 6.3V M
C568NCB31EK-104XC CAPACITOR0.1uF 25V K
C569NCB31HK-103XC CAPACITOR0.01uF 50V K
C570QEKJ0JM-107ZE CAPACITOR100uF 6.3V M
C571NCB31HK-103XC CAPACITOR0.01uF 50V K
C572QEKJ0JM-107ZE CAPACITOR100uF 6.3V M
C580QEKJ1EM-475ZE CAPACITOR4.7uF 25V M
C581NCB31HK-332XC CAPACITOR3300pF 50V K
C582NDC31HJ-271XC CAPACITOR270pF 50V J
C583NDC31HJ-271XC CAPACITOR270pF 50V J
C584NCB31EK-104XC CAPACITOR0.1uF 25V K
C585QEKJ0JM-476ZE CAPACITOR47uF 6.3V M
C589QEKJ1EM-475ZE CAPACITOR4.7uF 25V M
C590QEKJ1EM-475ZE CAPACITOR4.7uF 25V M
C591NCB31HK-332XC CAPACITOR3300pF 50V K
C592NDC31HJ-271XC CAPACITOR270pF 50V J
C593NDC31HJ-271XC CAPACITOR270pF 50V J
C594NCB31EK-104XC CAPACITOR0.1uF 25V K
C595QEKJ0JM-476ZE CAPACITOR47uF 6.3V M
C596QEKJ1AM-107ZE CAPACITOR100uF 10V M
C597NCB31HK-103XC CAPACITOR0.01uF 50V K
C599QEKJ1EM-475ZE CAPACITOR4.7uF 25V M
C701NDC31HJ-220XC CAPACITOR22pF 50V J
C702NDC31HJ-270XC CAPACITOR27pF 50V J
C703NDC31HJ-270XC CAPACITOR27pF 50V J
C704NDC31HJ-8R0XC CAPACITOR8pF 50V J
C705NCB31EK-473XC CAPACITOR0.047uF 25V K
C706NCB31EK-473XC CAPACITOR0.047uF 25V K
C707NCB31EK-473XC CAPACITOR0.047uF 25V K
C708NCB31EK-473XC CAPACITOR0.047uF 25V K
C709NCB31HK-103XC CAPACITOR0.01uF 50V K
C710QEKJ0JM-476ZE CAPACITOR47uF 6.3V M
C711QEKJ1AM-227ZE CAPACITOR220uF 10V M
C712NCB31HK-103XC CAPACITOR0.01uF 50V K
C713NCB31EK-103XC CAPACITOR0.01uF 25V K
C716NCB31EK-104XC CAPACITOR0.1uF 25V K
G507
EE
C717NCB31EK-104XC CAPACITOR0.1uF 25V K
C718NDC31HJ-101XC CAPACITOR100pF 50V J
C771NCB31EK-473XC CAPACITOR0.047uF 25V K
C781QEKJ0JM-107ZE CAPACITOR100uF 6.3V M
C782NCB31EK-823XC CAPACITOR0.082uF 25V K
C783NCB31EK-103XC CAPACITOR0.01uF 25V K
C784QEKJ1CM-107ZE CAPACITOR100uF 16V M
C801NCB31EK-473XC CAPACITOR0.047uF 25V K
C881QEKJ1CM-226ZE CAPACITOR22uF 16V M
C891NCB31EK-104XC CAPACITOR0.1uF 25V K
C901QEZ0625-338E CAPACITOR3300uF
C901QEZ0675-338E CAPACITOR3300uF
C902QEKJ1HM-225ZE CAPACITOR2.2uF 50V M
C903QEKJ1CM-476ZE CAPACITOR47uF 16V M
C904QEKJ1CM-106ZE CAPACITOR10uF 16V M
C905QEKJ1CM-476ZE CAPACITOR47uF 16V M
C906NCB31HK-103XC CAPACITOR0.01uF 50V K
C907QEKJ1AM-227ZE CAPACITOR220uF 10V M
C908QEKJ1AM-227ZE CAPACITOR220uF 10V M
C909QEKJ1AM-227ZE CAPACITOR220uF 10V M
C910QEKJ1CM-106ZE CAPACITOR10uF 16V M
C911NCB31CK-104XC CAPACITOR0.1uF 16V K
C912NCB31HK-103XC CAPACITOR0.01uF 50V K
C913QEKJ1CM-106ZE CAPACITOR10uF 16V M
C914QEKJ1CM-107ZE CAPACITOR100uF 16V M
C915NCB31CK-104XC CAPACITOR0.1uF 16V K
C961NDC31HJ-101XC CAPACITOR100pF 50V J
C962NDC31HJ-101XC CAPACITOR100pF 50V J
C963NDC31HJ-101XC CAPACITOR100pF 50V J
C964NDC31HJ-101XC CAPACITOR100pF 50V J
C965NDC31HJ-101XC CAPACITOR100pF 50V J
C966NDC31HJ-101XC CAPACITOR100pF 50V J
C967NDC31HJ-101XC CAPACITOR100pF 50V J
C968NDC31HJ-101XC CAPACITOR100pF 50V J
C971NCB31EK-104XC CAPACITOR0.1uF 25V K
C990NCB31HK-103XC CAPACITOR0.01uF 50V K
C991NCB31HK-103XC CAPACITOR0.01uF 50V K
L1QQL244J-4R7ZINDUCTIOR4.7uH J
L401NQL114K-470XCOIL47uH K
L402NQL114K-470XCOIL47uH K
L404NQL114K-470XCOIL47uH K
L541NQL114K-470XCOIL47uH K
L543NQL114K-470XCOIL47uH K
L544NQL114K-470XCOIL47uH K
L701NQL114M-4R7XCOIL4.7uH M
L702NQL114M-4R7XCOIL4.7uH M
L901QQR1378-002CHOKE COIL
C601NCB31HK-223XC CAPACITOR0.022uF 50V K
C602NCS31HJ-681XC CAPACITOR680pF 50V J
C603NBE20JM-106XTA E CAPACITOR10uF 6.3V M
C611NCB31HK-123XC CAPACITOR0.012uF 50V K
C612NBE20JM-475XTA E CAPACITOR4.7uF 6.3V M
A 9VND3046-001SERIAL TICKET
A 10VKZ4027-202PLUG NUT
A 11VKH4871-001SSMOUNT BOLT
A 12VKZ4328-001LOCK NUT
A 13WNS5000ZWASHER
A 14GE40130-002AHOOK(x2)
A 15FSJB3002-00CHARD CASE
A 16GE20137-003AMOUNTING SLEEVE
A 17GE20149-007ATRIM PLATE
A 18QAM0176-002POWER CORD
KITKSFX480K-SCREW1 SCREW PARTS KIT
P 1FSPG4002-001POLY BAG(x2)
P 1FSPG4002-001POLY BAG
P 2QPA00801205POLY BAG8cm x 12cm
P 3FSYH4036-068SHEET
P 4QPA01003003POLY BAG10cm x 30cm
P 5QPC03004315PPOLY BAG30cm x 43cm
P 6GE31134-002ACARTON
P 6GE31287-001ACARTON
P 7GE10070-002AEPS CUSHION
ENG GER FRE
DUT
SWE DAN FIN
GRE
ENG GER FRE
DUT
SWE DAN FIN
GRE
A10 A11 A12 A13
A14
G501
E,G50
1EX
G507
EE
G501
E
G501
EX
G501
E,G50
1EX
G507
EE
G501
E
G501
EX
G501
EX
G501
E,G50
7EE
G501
E,G50
1EX
G507
EE
G501
E,G50
1EX
G501
E,G50
1EX
G507
EE
G501
E,G50
1EX
G507
EE
3-15
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