9. PARTS LOCATION .............................................................................................................. 37
10. EXPLODED VIEW AND PARTS LIST ................................................................................. 47
11. MICROPROCESSOR AND IC DATA ................................................................................... 51
12. ELECTRICAL PARTS LIST ................................................................................................. 56
13.
ABOUT REPLACE THE MICROPROCESSOR WITH A NEW ONE ...............................71
INTEGRATED AMPLFIER PM7003
INPUT SELECTORVOLUME
PHONES
POWER AMP DIRECT
SPEAKERS
A
B
OFF
A+B
-
AUXDVDMUTERECORDER1TUNERPHONOCD
SOURCE DIRECT
TREBLEBASS
+
+
-
TABLE OF CONTENTS
Integrated Amplifier
BALANCE
RL
MAXMN
P 7 03
Please use this service manual with referring to the user guide ( D.F.U. ) without fail.
PM7003
Part no. 90M24AJ855010
First Issue 2008.07
MZ
Page 2
MARANTZ DESIGN AND SERVICE
Using superior design and selected high grade components,
Only original
MARANTZ
parts can insure that your
MARANTZ
MARANTZ
product will continue to perform to the specifications for which
company has created the ultimate in stereo sound.
it is famous.
Parts for your
MARANTZ
ORDERING PARTS :
equipment are generally available to our National Marantz Subsidiary or Agent.
Parts can be ordered either by mail or by Fax.. In both cases, the correct part number has to be specified.
The following information must be supplied to eliminate delays in processing your order :
1. Complete address
2. Complete part numbers and quantities required
3. Description of parts
4. Model number for which part is required
5. Way of shipment
6. Signature : any order form or Fax. must be signed, otherwise such part order will be considered as null and void.
USA
MARANTZ AMERICA, INC
100 CORPORATE DRIVE
MAHWAH, NEW JERSEY 07430
USA
JAPAN
D&M Holdings Inc.
D&M BUILDING, 2-1 NISSHIN-CHO,
KAWASAKI-KU, KAWASAKI-SHI,
KANAGAWA, 210-8569 JAPAN
EUROPE / TRADING
D&M EUROPE B. V.
P. O. BOX 8744, BUILDING SILVERPOINT
BEEMDSTRAAT 11, 5653 MA EINDHOVEN
THE NETHERLANDS
PHONE : +31 - 40 - 2507844
FAX : +31 - 40 - 2507860
Symbol Fire or electrical shock hazard. Only original parts should be used to replaced any part marked with symbol .
Any other component substitution (other than original type), may increase risk of fire or electrical shock hazard.
安全上の注意:
がついている部品は、安全上重要な部品です。必ず指定されている部品番号のものを使用して下さい。
SHOCK, FIRE HAZARD SERVICE TEST :
CAUTION : After servicing this appliance and prior to returning to customer, measure the resistance between either primary AC
cord connector pins ( with unit NOT connected to AC mains and its Power switch ON ), and the face or Front Panel of product and
controls and chassis bottom.
Any resistance measurement less than 1 Megohms should cause unit to be repaired or corrected before AC power is applied, and
verified before it is return to the user/customer.
In case of difficulties, do not hesitate to contact the Technical
Department at above mentioned address.
080702MZ
Page 3
1. TECHNICAL SPECIFICATIONS
Power output
(20 Hz – 20 kHz sim
8 Ω load ..............................................................70 W x 2
4 Ω load ...........................................................100 W x 2)
Total harmonic distortion
(20 Hz – 20 kHz simultaneous drive of both channels, 8 Ω load)
Detachable AC power cable ............................................1
Maximum outer dimensions (Amplifier)
Width ....................................................................440 mm
Height ..............................................................126.8 mm
Depth ................................................................... 368 mm
Weight (Amplifier) .................................................10.5 kg
22
368
328.5
17.5
440
16.3
110.5
126.8
1
Page 4
2. ALIGNMENTS
2. ALIGNMENTS
1. Idling Current Alignment
Digital Voltmeter
V
L ch
ADJ
T.P.
R707
J707
P701
Adjustment Procedure
Set the power voltage to rated voltage for this adjustment.
Adjust the Idling Current with the variable resistor R707 1.
and R708 on the PWB P701.
Turn off the power.2.
"+" of Connect Digital Voltage is connected to the No. 1 3.
pin and connected "-" to No. 2 pin of J707.
"+" of Connect Digital Voltage is connected to the No. 1 4.
pin and connected "-" to No. 2 pin of J708.
Before turning on the power, R707 and R708 have been 5.
counter clockwise turned with the adjustment driver.
Turn on the power, VOLUME is set as -6.
After 2 minutes.7.
With seeing the digital voltage meter turn the variable
resister clockwise slowly to adjust the idling current.
Idling adjustment with R707 (R708).
s 4URN 2 2 CLOCKWISE TO INCREASE THE IDLING
Set the power voltage to rated voltage for this adjustment.
Before turning on the power, Insert Digital Voltage Meter 1.
between the SPEAKERS SYSTEM A (L CH) "+" and "-".
Insert Digital Voltage Meter between the SPEAKERS
SYSTEM A (R CH) "+" and "-".
Adjust the VOLUME to MIN.2.
Turn on the power. Then turn the SPAKERS knob to A. 3.
Adjustment is started immediately after a speaker relay
turns on.
First L CH is adjusted. 4.
The variable resistor R639 on P101 is turned with
adjustment driver, and the Digital Voltage Meter is
adjusted to "0 mV ± 3 mV".
Then, R CH is adjusted. 5.
The variable resistor R640 on P101 is turned with
adjustment driver, and the Digital Voltage Meter is
adjusted to "0 mV ± 3 mV".
NOTE : DC offset voltage drops when turn the semi-fixed
resistor (R639 and R640) clockwise. DC offset
voltage rises when turn the semi-fixed resistor unclockwise. Please turn it slowly, because value of
Digital Voltage Meter changes slowly.
Although after-adjustment DC offset voltage has some 6.
change, Please check that the range of DC offset voltage
between L ch (R ch) "+" and L ch (R ch) "-" terminal of
SPEAKERS SYSTEM A is "0 mV ± 20 mV". CHART OF
FACTORY MODE
Connect the mains cord into the unit.1.
Press the 2. POWER button with pressing the SOURCE DIRECT button on the Unit.
The firmware version is displayed on the front LED.3.
(Display time is only for 3 seconds.)
Version : 8 4 2 1
The firmware version is displayed in the lighting position of
LED.
Ex. :
Light up RECORDER-2 [1 ], Version : 1
Light up RECORDER-2 [1 ] and AUX/DVD [4 ], Version : 5
Light up RECORDER-2 [1 ] and TUNER [8 ], Version : 9
Each LED light up then all LED light up.4.
Turn off the power to quit Service Mode. 5.
(The unit to the default status)
Explanation of microprocessor (QU01) [PROT-1 (pin6) and
PROT-2 (pin7)].
[A] The PROT-1 (pin6) is the port to detect the following
abnormalities of the Power AMP
Detection of an abnormality in the DC offset voltage from 1.
the Speaker Output terminal.
If the voltage from the Speaker Output terminal exceeds
approximately 1.2V (DC), Q955 or Q956 will turn on and
the signal from the PROT-1 terminal will change to L from
H.
Detection of an abnormal current from the power 2.
transistors (Q713 ~ Q716).
If an electric current of over 7A flows in Q713 or Q715,
Q951, Q953 and Q957 turn on, and the signal from the
PORT-1 terminal will change to L from H.
If an electric current of over 7A flows in Q714 or Q716,
Q952, Q954 and Q957 turn on, and the signal from the
PORT-1 terminal will change to L from H.
Detection of an abnormal temperature of the Heat Sink.3.
If the temperature of the Heat Sink exceeds
approximately +110 degrees C, the posistor (R969) will
turn on Q958 and the signal from the PROT-1 terminal
will change to L from H.
4. PROTECTION動作について
マイコン(QU01)のPROT-1 (pin6)とPROT-2 (pin7)の説明。
[A] PROT-1 (pin6)は、パワーアンプの下記の異常動作を検出
するポートです
スピーカー出力端子の
出。
スピーカー出力端子が約1.2V (DC) を超えるとQ955もしく
は
Q956がONして、PROT-1端子が"H→L"になる。
パワートランジスタ
Q713
もしくはQ715に約7Aを超える電流が流れるとQ951,
Q953, Q957
がONして、PROT-1端子が "H→L" になる。
Q714もしくはQ716に約7Aを超える電流が流れると
Q952,Q954,Q957がONして、PROT-1端子が"H→L"にな
る。
ヒートシンクの異常温度を検出。
3.
ヒートシンクの温度が約110℃を超えると、ポジスター
(R969)によってQ958がONして、PROT-1端子が"H→L"に
なる。
1.〜 3.のいずれかの異常検出でPROT-1端子が"H→L"になる
と保護回路が動作して、
て、即座にスピーカーリレー
す。
DCオフセット電圧の異常電圧を検1.
(Q713〜Q716)の異常電流を検出。2.
SPK_OUT (pin10) を"L→H"にし
L751, L752, L753をOFFにしま
If any of the above three abnormalities is detected, the
signal from the PROT-1 terminal will change to L from H,
and the protection circuit will be activated, the signal from
the SPK_OUT (pin10) changing to H from L and the speaker
relays L751, L752 and L753 immediately turned off.
What this protection operation results in after this depends
on how long the signal from the PROT-1 has to remain L.
s )F THE 02/4 PIN RECOVERS TO ( WITHIN AS SHORT A
period of time as one second or less.
The MUTE indicator starts flickering, thereby indicates
that the protection circuit has come into operation and
automatically turns down the volume. The protection
circuit is deactivated after approximately 15 seconds,
so that readjusting the volume will allow normal use
of the unit again. This protection operation is intended
for the situation wherein the user has misused the unit
temporarily and automatically resets the unit while the
amp circuit is functioning properly.
s )F THE 02/4 PIN REMAINS , FOR MORE THAN ONE SECOND
The amp will be powered off by the P_ON (pin15)
changing to H from L and Power relay L852 turned off
Then, the STANDBY indicator flickers, thereby indicating
that an error has occurred. This protection operation is
intended for a failure in the amp circuit and immediately
turns the power off to avoid the risk of any damage.
Depending on how the user is handling the unit, this
operation may be performed no matter if the amp is
functioning properly.
PROTECTION動作はPROT-1端子が "L" になっている時
この
間によって、その後の動作が異なります。
s PROT-1 (pin6)が1秒以内の短時間の間に"H"に復帰した場
合。
MUTEインジケーターが点滅しPROTECTION動作になっ
たことを知らせ、自動的にボリュームを下げます。
約15秒後に保護回路が解除しますのでボリュームを再調整
すればそのまま使用することができます。
これは、ユーザーが一時的に使用法を誤った場合を想定し
た
PROTECTION動作で、アンプ回路は故障していない場
合に自動復帰する動作です。
s PROT-1 (pin6)が1秒以上"L"になっている場合。
P_ON (pin15) を "H→L" にして電源リレー L852 をOFF
To check if the amp is in order, switch off the unit and switch
it on again one minute later. This action will deactivate
the protection operation. If the PROT-1 (pin6) remains
"L", which constitutes an abnormality, the unit shuts down
approximately 3 seconds later and the STANDBY indicator
starts flickering.
If the protection operation will not be deactivated after the
power is turned on again, the amp circuit may be broken.
[B] The PROT-2 (pin7) is the port to detect abnormalities
of the power supply circuit.
Detection of an abnormality in the power amp power 1.
supply circuit.
This port monitors the midpoint voltage of the power amp
power supply between +48V and -48V. If the voltage at
the connection point of R801 and R802 exceeds DC
±1.2V, Q903 or Q904 will turn on to change the signal
from the PROT-2 (pin7) to L from H.
Detection of an abnormality in the preamp power supply 2.
circuit.
Q901 and Q902 monitor the midpoint voltage between
+28V and -28V. If the voltage at the connection point of
R905 and R906 exceeds DC ±1.2V, Q901 or Q902 will
turn on to change the signal from the PROT-2 (pin7) to L
from H
Detection of an abnormality in the function relay power 3.
supply circuit.
If the +24VL of the relay power supply receives an
electric current of over 80 mA, Q815 and Q901 will turn
on to change the signal from the PORT-2 (pin7) to L from
H.
If any of the above three abnormalities is detected, the signal
from the P_ON (pin15) terminal will be changed to L from
H, the power relay L852 will be turned off and the unit will
be shut down. Then, the STANDBY indicator flickers and
indicates that an abnormality has occurred.
This protection operation is intended for a breakdown of the
AMP circuit or the power supply circuit and immediately shut
s off the power in order to avoid the risk of damage.
To check if the amp circuit or the power supply circuit is
broken, switch off the power and then switch it on again
one minute later. This action will deactivate the protection
operation.
If the RPOT-2 (pin7) remains L after the power is switched on
again, the unit will be shut down again three seconds later
with the STANDBY indicator flickering.
If the unit is powered on again and yet cannot get the
protection operation deactivated, the amp circuit or the
power supply circuit may be broken.
6
Page 9
5. WRITING MAIN MICROPROCESSOR
PROCEDURE
Microprocessor needs writing software, when a
microprocessor (QU01) is replaced.
5. WRITING MAIN MICROPROCESSOR
PROCEDURE
QU01を交換したときはQU01へプログラムを書き込む必要が
あります。下記手順に沿って書き込みをしてください。
NECESSARY EQUIPMENT
s 7INDOWS 0# OR 80 WITH 3ERIAL 0ORT
s 23# #ABLE STRAIGHT TYPE 0IN FEMALE 0IN
female)
s #ONNECTION *)' -0-3*)'
s 7RITING 4OOL AND SOME FILES &LASH0ROGEXE ETC IN
TM86FH47pass folder)
s 7RITING DATA 0-?XXXXH
WRITING PROCEDURE
Disconnect the mains cord from the unit.1.
#ONNECT 23# ON THE CONNECTION *)' AND 3ERIAL 0ORT2.
of windows PC with RS-232C cable.
Connect FPC (upside contact) to the rear panel of the 3.
UNIT FROM CONNECTION *)'
必要機器
s Windows PC (2000またはXP、Serialポートつき)
s RS-232C
s
接続冶具(90M-PM11S1JI')
s
書き込み用ソフトウェア一式(FlashProg.exe、他)
s
書き込み用データ(PM7003_xxxx.h16)
ストレートケーブル(9Pinメス-9Pinメス)
書き込み手順
本機の電源ケーブルを抜きます。1.
Windows PC
で接続します。
本機のリアパネルに接続冶具の
して差し込みます。
のSerial Portと接続冶具をRS-232Cケーブル2.
FPCをコンタクト面を上に3.
Reconnect the mains cord to the unit. 4.
Put the "TM86FH47pass" folder into anywhere on your 5.
PC’s hard disc.
本機の電源ケーブルを差し込みます。4.
TM86FH47pass
にコピーします。
7
フォルダをWindows PCの任意のフォルダ5.
Page 10
Double click the 6. TM86FH47pass folder.
TM86FH47pass6. フォルダをダブルクリックして開きます。
Double click 7. FlashProg.exe.
FlashProg.exe7.
をダブルクリックします。
8
Page 11
Click 8. Device.
Device8. をクリックします。
Click 9. Apply.
をクリックします。
Apply9.
9
Page 12
TMP86FH47 appear in Chosen Device.10.
Chosen DeviceにTMP86FH47が入力されます。10.
Click 11. Object File, and click Browse...
Object File11. をクリックし、Browse...をクリックします。
10
Page 13
Choose 12. iHEX Fomat[*.h16,*.h20] in Files of type.
Choose writing data, and click Open.
PM7003_V09.h16
Files of typeから12. iHEX Fomat[*.h16,*.h20]を選び、書き込
み用データファイルを選択して
書き込むファイル名は変わることがあります。)
Openをクリックします。(
Click 13. Communication.
Communication13.
をクリックします。
PM7003
11
Page 14
Choose 14. COM port number in COM port.
Choose 9600 in Data Rate.
Click OK.
COM Portから接続する14. COM Port番号を選びます。
Data Rateから9600を選択します。OKをクリックします。
When Setup window is closed, the tmp folder and 15.
FlashProg.ini file are created simultaneously.
NOTE : These are the original set-up configuration files for
that PC. They do not operate, if these files moved
to another PC. When you make it operate with other
PC, delete the tmp folder and the FlashProg.ini file
and redo a setup.
この時TMP86FH47passフォルダにtmpフォルダと15.
FlashProg.ini
注意
: これらは今設定したWindows PC独自の設定ファイルに
なります。他の
正しく動作しません。もし他の
ファイルが作成されます。
PCにこれらのファイルをコピーしても
PCで動作させる場合は
tmpフォルダとFlashProg.iniファイルは削除して設定を
やり直してください。
12
Page 15
The Flash Programmer is launched.16.
Click setup icon.
setupが閉じ、Flash Programmerが立ち上がります。16.
setup
アイコンをクリックします。
Click 17. Browse....
Browse...17.
をクリックします。
13
Page 16
Choose 18. FlashProg.ini in TM86FH47pass folder, and
click Open.
Click 19. OK.
TM86FH47passフォルダから18. FlashProg.iniを選
び、
Openをクリックします。
をクリックします。
OK19.
PM7003
14
Page 17
Press the 20. POWER ON/OFF button, and turn on the unit.
Status indication at lower left in Flash Programming
window is changed to "Connected" from "Connecting".
When it did not changed, check the connection of FPC or
RS-232C cable.
本機の電源スイッチをオンにします。20.
Flash Programming
ウィンドウの左下のステータスが
ConnectingからConnectedに変わります。もしConnected
に変わらないときは接続を確認してください。
15
Page 18
Select 21. Password in Setup.
Setup21. からPasswordを選びます。
16
Page 19
Setup Password opens.22.
Setup Password画面が開きます。22.
s When writing in a blank microprocessor
Refer to next page
s When writing (update) in the already written-in
microprocessor
Refer to 19 page
s
ブランクマイコンに書き込む場合は、次のページへ
s 既に書き込まれたマイコンに書き込む場合(アップデート)は
19ページへ
17
Page 20
When writing in a blank microprocessor
Check Single Boot Mode in Address Mode.
Setting in Device Password
Check Device is BLANK.
Check Hex in input type. Since they are inputted automatically, please do
not change text box of "Password", "Password
Character Number Address" and “Password
Compare Start Address”.
Setting in Object File Password
Do not check BLANK password.
Check Hex in Input Type.
Type 0102030405060708 into Password.
Type 0xFF00 into Password Character Number
Address.
Type 0xFF01 into Password Compare Start
Address.
Click OK.
ブランクマイコンに書き込む場合
Address ModeからSingle Boot Modeにチェックを入れます。
Device Password内の設定
Device is BLANKのチェックボックスにチェックを
入れます。
input typeからHexにチェックを入れます。
Password、Password Character Number
Address
的に入力されますので変更しないでください。
、Password Compare Start Addressは自動
Object File Password内の設定
BLANK Passwordにはチェックを入れないでください。
Input TypeからHexにチェックを入れてください。
Passwordに0102030405060708を入力します。 Password Character Number Addressに0xFF00を
入力します。
Password Compare Start Addressに0xFF01を入力
します。
OKをクリックします。
18
Page 21
When writing in the already written-in microcomputer
(update)
. Check Single Boot Mode in Address Mode.
Setting in Device Password
Do not check Device is BLANK.
Check Hex in input type.
Type 0102030405060708 into Password.
Type 0xFF00 into Password Character Number
Address.
Type 0xFF01 into Password Compare Start
Address.
Setting in Object File Password
Do not check BLANK password.
Check Hex in Input Type.
Type 0102030405060708 into Password.
Type 0xFF00 into Password Character Number
Address.
Type 0xFF01 into Password Compare Start
Address.
Click OK.
既に書き込まれたマイコンに書き込む場合(アップデート)
Address Mode
す。
からSingle Boot Modeにチェックを入れま
Device Password内の設定
Device is BLANKにはチェックを入れないでください。
input typeからHexにチェックを入れます。
Passwordに0102030405060708を入力します。 Password Character Number Addressに0xFF00を
入力します。
Password Compare Start Addressに0xFF01を入力
します。
Object File Password内の設定
BLANK Passwordにはチェックを入れないでください。
Input TypeからHexにチェックを入れてください。
Passwordに0102030405060708を入力します。 Password Character Number Addressに0xFF00を
入力します。
Password Compare Start Addressに0xFF01を入力
します。
OKをクリックします。
19
Page 22
Auto Programming opens.23.
Auto Programmingの設定画面が開きます。23.
20
Page 23
Check 24. All Erase, Programming, Verify with SUM and
FileCompare in Flash Memory Programming.
Check Manual in Recover Process by Programming
Error.
Click Start.
Flash Memory Programmingから24. All Erase,
Programming, Verify with SUM, File Compare
クを入れます。
にチェッ
Recover Process by Programming ErrorからManualにチ
ェックを入れます。
Startをクリックします。
21
Page 24
Writing data is written into the microprocessor (QU01).25.
メインマイコン(QU01)への書き込みが行われます。25.
Click 26. Yes, when writing is successful.
書き込みが成功すると下記のような画面が出ますので26. Yes を
クリックします。
22
Page 25
Click 27. Cancel.
Click 28. Cancel.
Cancel27. をクリックし終了します。
をクリックします。
Cancel28.
23
Page 26
Select the 29. Exit in File, and finish.
File29. からExitを選び終了します。
Press the 30. POWER ON/OFF button, and turn off the unit.
Disconnect each cable.
Check the software version.31.
Refer to "3. SERVICE MODE" on page 4.
本機の電源スイッチを切りケーブルを外します。30.
Software
4
のVersion確認をしてください。31.
ページの"3.SERVICE MODE"で確認します。
24
Page 27
6. WIRING DIAGRAM
PHONO AMP PWB
W202
P401
J281J282
W201
W401
W291
T0 WU01
W005
J331
J283
J901
JU02
J591
J592
J501
P591
VOLUME PWB
1234567
WU01
J593
P101
MAIN PWB
TO J591
J913
CHASSIS
W007
J755
T0 JU07
P751 (P971)
SPEAKER TERMINAL
J701W601
J709
W008
PWB
J751
J754
J702W602
P701
POWER STAGE PWB
J821
CHASSIS
J911W951
J824J912
CHASSISCHASSIS
J811
W801
J801
WA01
WIRE ASSY
J792
P791
HEADPHONE PWB
W791
CHASSS
WA01
L001
MAIN TRANSFORMER
J855
W204
CHASSIS
P201
TONE PWB
W203
J201
JU06
PU01
U-COM PWB
JU01
J861
P851
STANDBY BWB
J864J862J852
SOFT UPDATE PORT
W011
JU05
W181
P181
INPUT SELECTOR PWB
JU03
JU07
JU04
W191
P191
STANDBY LED PWB
TO J755
POWER SW PWB
CHASSIS
W003
J891
P891
2526
J851
W002
J854
J853
J001
W001
AC CORD
Page 28
7. BLOCK DIAGRAM
PHONO
CD
TUNER
AUX / DVD
RECORDER 1
IN
RECORDER 2
IN
RECORDER 1
OUT
RECORDER 2
OUT
JAPAN VERSION ONLY
AC OUTLET
AC IN
CD DIRECT
BUFFER
FUSE
PRE OUT
RIAA
SOURCE DIRECT
CD
DIRECT
STANDBY
RELAY
POWER
ON/OFF
INPUT SERECTOR
FUSE
LINE BUFFER
REC OUT SELECTOR
REC BUFFER
MA N TRANS
SUB TRANS
VOLUME
NFB
±50V
±18V
24V
12Vμ COM
MUTE
TREBLE
BALANCE
BASS
R CH
POWER AMP
PRE AMP
RELAY
5V
INDICATOR
5V
RELAY
POWER DETECT
PROTECTION
CONTROLLERNDICAT ON LED
EEPROM
I/R SENSOR
NFB
PROTECION
CIRCUIT
μ COM
RC5
STANDBY RELAY
FUNCTION RELAY
INPUT SELECTOR
RC5 IN/OUT
POWER AMP
DIRECT
SPEAKER A
SPEAKER B
SPEAKER B
SPEAKER B
HEADPHONE
(+)
( )
(+)
( )
2827
Page 29
8. SCHEMATIC DIAGRAM
P401 PHONO AMP PWB
PHONO GND
J002
J401
TPF301
EARTH
2
TPF 02
3
PHONO
TPF303
1
TPF304
4
J291
TPF305
2
TPF 06
3
PRE OUT
TPF307
1
TPF308
5
TPF 9
6
MAIN IN
4
TPF310
7
TPF311
WU01
R401R402
F 33
N K 100
R401
100k
R403
R404
100k
R402
220k 220k
R295
1k
220k 220k
R296
1k
TO SPK TERMNAL PWB
P591 VOLUME PWB
TPF251
3
TPF252
2
1
J591
TO MAIN PWB
164V
TPZ 01
8
5
0V
6
0V
C403
10u/50
C405
470u10
220p
R407
100k
R405
C401
82
R408
82
100k
220p
C402
R406
C406
470u/10
C404
10u/50
0V
2
0V
3
4
TPZ302
330p 330p
C296 C295
P791
HEADPHONE PWB
TPF331
W010
1
2
TPF 2TPF3 4
J754
3
J792
C591
C592
07MQ ST L
J501
Q401
NJM2068DD
R409
Q401
NJM2068DD
164V
87
R591
10u/50
M
10u50
PF253
PF254
0V
7
82k
C407
0039u
C408
0039u
R410
82k
1
0V
R791
TPF333
10
R792
TO U COM PWB
4
L401
320uH320uH
132
EX03
JAMPER
220p
C419
01u
220p
C420
C421
EX04
JAMPER
EX03EX04
L402
F version only
3 4
220p
C291
01u
C297
R292 R291
220p220p220p
C293C294C292
01u
C298
R294 R293
NK version only
31
2
50k50k
R591R591
46
5
PF258
PF259
PF257
PF256
PF255
TPF260
J592
13
1234567
J593
R419
165V
10
C413
R413
TPZ303
10u/50
R417
100
68k
100
R411
C411
1000p
NC
47k
C415
R415
001u
C409
C410
001u
1000p
C412
68k
R412
R414
100
C417
220u25
NC
47k
C418
C416
R416
220u/25
R418
C414
100
10u/50
R420
10
TO MAN PWB
J331
W401
TPF312
1
+18V
TPF313
2
18V
TPF314
3
PH OUT L
TPF315
4
AGND
TPF316
5
PH OUT R
165V
W291
TPF317
1
PRE OUT R
TPF318
2
AGND
TPF319
3
PRE OUT L
4
5
6
MAIN IN R
AGND
MAIN IN L
TO MAIN PWB
J283
TPF320
TPF321
TPF322
EX07
220V
TPF293
TPF294
230V
EX06
12
W001
12
J001
12
21
W002
J851J852
2121
TPF261
L851
SUB TRANSFORMER
4
NC
2
1
P851 STANDBY BWB
P891 POWER SW PWB
S891
C891
470p
TPF601
J891
12
12
W003
21
TPF262
TPF264
TPF263
J858
250V
F852
315A
J859
TPZ205
21
J860
JAPAN VERSON ONLY
R851
TPZ208
TPF 95
D855
D851
1D3
1D3
PZ201
5
9
5 9 AC11 8V
D856
D852
1D3
1D3
D853
C853
001u
R857
1D3
TPZ207
TPZ202
1D3
D854
TPZ209
290V
TPF602
C861C862
3300UF
PZ2 1
A GND
3300UF
290V
TPZ210
C851
C863
TPZ20
4
001
001
1
F85
J857
J856
3
T63A/250V FOR JAPAN
2
T315A/250V FOR OTHER
L852
Q851
KTC3199
4
1
C852
10u50
TPZ203
A GND
102V
10k
R861
22
Q854
116V
TPZ 06
KTA1268
R860
1k
TPZ 3
R859
1k
C860
2200u25
NC
C854
1u50
TPZ 1
4
A GND
EX21
F
EX22
N
EX23
K
EX24
L
EX25
U
NK version only
J791
2
3
1
HEAD PHONE
W791
C792
C791
001u10001u
1
TPF335
EARTH
35V
35V
C855
D857
D1NJ10
D858
D1NJ10
D859
D1NJ10
D860
D1NJ10
TPZ 96
260V
C857
A GND
Q852
PQ050ES1MXPQ
N
115V
10u50
TPF292
1
J864
EARTH
PZ 12
Q853
NJM7805FA
N
220u35
POWER ON0 7V
POWER OFF0V
OUT
GND
R854
100k
A GND
J855
290V
290V
R855
12W1
G851
21
R856
12W1
068 4 7
1D3
1D3
1D3
D861
D863
D865
1D
1D3
3
D862
D866
1D3
D864
R858
260V
100k
C859
1u50
TPZ 97
L855
5V
OU
GND
C858
10u50
TPZ298
R853
R852
47k
A GND
L853
50 V
C856
10u50
L854
Q855
KRA102M
PF291
J862
TPF265
TPF266
TPF267
J854
TPF268
TPF269
TPF270
J853
TPF271
TPF272
47k
0 6V
5 0V
5 0V
5 0V
0 6V
0V
5 0V
5 0V
C864
01u
PF290
PF289
54321
CE
RXD
FOR SOFT UPDATE
W006
+28V
2
To MAN PWB
28V
1
J811
+24VL
AC210V
1
1
2
2
3
3
AC210V
L001
MAIN TRANSFORMER
3
1
4
2
2
1
1
TPF273
TPF274
47
01u
C865
R862
C866
01u
TPF277
0V
TPF278
TPF279
TPF280
TPF281
0V
TPF282
TPF283
TPF284
TPF285
TPF286
PF288
PF287
TXD
+5VL
D-GND
5
6
2
8
J863
1
IN
3
RC BUS
PF275
2
OUT
4
TPF27
6
J861
1
RC5
2
P DOWN
3
+5VD
4
P ON
5
+5VL
TO U COM PWB
6
D GND
JU01
7
W007
P OFF
8
CE4
9
RXD
1
TXD
2930
Page 30
To PHONO AMP PWB
W401
PH OUT L
PH OUT R
CD
TUNER
AUX/DVD
IN
OUT
RECORDER1
IN
OUT
RECORDER2
+18V
18V
A-GND
J331
J301
J302
4
6
5
1
3
2
7
J303
4
6
5
1
3
2
7
J304
4
6
5
1
3
2
7
E 1
F
EX12
N
EX13
K
EX14
L
EX15
U
P101 MAIN PWB
1
+18V
2
18V
3
4
5
A-GND
1
100p100p
C303C304
3
01u
C301
2
4
N K verson only
NK vers on on y
C333C334
01u
C331
C335C336
01u
C332
C339
01u
C337
C341
01u
C342C340
C338
01u
C346
C343
C347
01u
C348C345
C344
TO TONE PWB
TO VOLUME PWB
J592
B 7P MQ-C
PH L
KTC3200
KTA1268
0V
0V
KTC3200KTA1268
165V
C311C312
-165V
Q313
C353
C354
R387
10
A GND
R388
10
L
L
C309
22u/25
R323
10
100k100k
R321R322
220u25220u/25
A-GND
R324
10
C310
22u/25
R361
15k
22
R357R359R358R360
06 V
KTA1268
-06V
Q315
R363
222222
KTC3200
15k
330p
R362
330p
15k
06 V
KTA1268
Q314
06V
Q316
KTC3200
R364
15k
C
10u/50
R383R384
C386C385
C3 4
220u25 220u/25
10u/50
R386
47
R385
R 1
0V
0V
0V
0V
0V
0V
0V
0V
-165V
CE
0V16 5V
DATA
0V
CLK
0V
PH R
+18V
-18V
Q317
KTC3200
22
R365
C355
22
22u/25
R367
165V
Q319
KTA1268
Q318
KTC3200
-165V
22
R366
0V0V
C356
22
22u/25
R368
Q320
KTA1268
165V
8
1
NJM206
0V
100k100k
7
NJM206
0V
-165V
47
Q391
LC78212
0V
1
PH L
0V
2
CD L
0V
3
TU L
4
SL L
5
DV L
6
R1 L
7
R2 L
8
SL L
9
R1 LO
10
R2 LO
11
RO L
12
VEE
13
CE
14
DATA
1516
CLK VSS
+24VL
10
R325
1345
301
CD DRECT
R371
10
100k
R369
C357
220u/25
A-GND
100k
R370
C358
220u25
R372
10
C381
3
0V
10u/50
Q381
2
100k100k
R381R382
0V
C382
5
0V
10u/50
Q381
6
0V
4
30
0V
PH R
R392
29
0V
CD R
22k22k
28
TU R
0V
27
0V
A GNDA-GND
SL R
0V
26
DV R
0V
25
R1 R
0V
24
R2 R
0V
23
SL R
0V
22
R1 RO
0V
21
R2 RO
0V
20
RO R
165V
19
VDD
18
RES
17
SET
0V
10k10u50
R393C393
D391
A-GND
R311
15k
22222222
R307R309
Q305Q307
06 V
KTA1268
Q301
0V
22 22
C305
10u/50
220k220k
R303R304
R301R302
C306
10u/50
220k
100p100p
R331
A GND
220k
R332
220k220k
100p100p
R333R334
A GND
220k
100p
R335
A GND
R339
560
220k220k220k
100p
R337R336R338
A GND
100p100p
R340
560
220k
R341
A GND
220k220k
100p
R342R344
R345
560
220k
100p
R343
A GND
100p100p
R346
560
R317R315
R305
06V
Q303
470
KTC3200
R313
15k
22k22k
330p330p
C307C308
R312
15k
R308
R306
TA1268
Q306Q308
06V
470
Q302
0V
22 22
R318 R316
06V
Q304
KTC3200
R310
4
15k
TU L
TU R
DV L
R355
C351
470
10u/50
27k
220k
R353
R351
DV R
R1 L
R1 R
R1 LO
R1 RO
R2 L
R2 R
R2 LO
R2 RO
27k
220k
R354
R352
R356
C352
470
10u/50
+18V
18V
PH
DV L
R1 L
R2 L
R1 LO
R2 LO
1234567
J501
A-GND
A-GNDA-GND
VOL N LCH
VOL N RCH
VOL OUT LCH
VOL OUT RCH
D301
Q309
KRC102M
1k
R327
D-GND
1k
R328
+18V
-18V
PH R
TU RTU
DV R
R1 R
R2 R
R1 RO
R2 RO
CLK
DATA
CE
J901
L
18V
+18V
A-GND
W201
1
2
3R4
5
J281J282
A-GNDA GND
-18V
+18V
4
L281
SOURCE DREC
CD DRECT
ON 5V
OFF 0V
CD D
NCJUMPERNCJUMPER
R505
C501
22u/50
10k
R501
C503
NC
R507
C513
A-GND
R506
R504
C502
100
22u/50
10k
C504
R502
NC
C514
R508
A-GND
R819
+18V
47
168V
165V
C815
220u/25
A-GND
C816
220u25
-165V
R820
18V
47
168V
MUTE
PA_D
CD D
SO_D
1 34 67810 11 12
TO TONE PWB
L
A-GND
W202
1R2
3
+24VL
10
R281
345121
L282
D281
MUTE
Q501
Q503
-06V
-12V
220u25220u/25
220u25
Q502
-06V
-12V
220u25
Q813
18V
18V
470470
Q814
12 V
06V
1 2V
0V
Q504
2SD1415
275V
275V
KTA1268
0V
KTC3200
SPL
KTA1268
KTC3200
Q811
Q812
R513
D501
R511R509
D503
R515
R514
D502
R510
R512
D504
R516
KT 1267
C813
C814
KTC3199
SPK
SOURCE DIRECT
15k
0 6
2222
06V
15k
15k
06V
22
22
06V
15k
470
R815
R811D811R813
268V
220u/25
R814D812R812
220u25
-268V
470
R816
C916
D-GND
TO U COM PWB
121198
SOURCE DREC
A GND
Q281
ON 5V
KRC102M
OFF 0V
D GND
SO D
470
R521C509
157V
157
Q509Q511
KTC3200KTA1268
Q513Q515
KTA1268KTC3200
Q505
151V
KTC3200
0V
22
R517
R519
R518
R520
JU02
W005
1M
R529
100p
22
0V
151V
Q507
KTA1268
470
R523
R543R545
470
R522
157V
157V
Q510
KTC3200
Q514
KTA1268
Q506
151V
KTC3200
0V
22
1M
100p
C510
R530
22
0V
151V
KTA1268
Q508
Q516
KTC3200
Q512
KTA1268
470
R524
R544
R546
330
290V
1k15k
33k33k
R905
15k
R906
C812C811
22u5022u50
1k
290V
01u
J811
123
+24V
-28V
+28V
109
100p
C507C505
R547
100
C506
100p
C508
R548
100
180V
D813
D814
-180V
R818R817
2SB1020
PROT_2
PROT_1
A GND
PRE-OUT-R
1
2
3
J283
+24VL+24VL
10
270
R290
R289
R283
R285
270
R287
470k470k
345
D282
L283
11198
TPZ28 TPZ27
R288
R286
270
MUTE
Q283
ON 5V
KRC102M
OFF 0V
D GND
MUTE
165V
15k15k
220
R525
R535R537
0 6V
Q517
Q525
KTA1268
KTC3200KTA1268
2222
R531R533
0V
0 6V
Q521
2222
R539R541
0V
0V
Q523
06V
KTC3200KTA1268
Q527
Q519
06V
KTC3200
-157V-15 7V
220
R527
165V
330330
165V
15k22
220
R526
R536R532
0 6V
Q518
KTA1268
Q526
KTC3200
0V
KTA1268
Q522
22
R540
V
22
R542
0V
Q524
KTC3200
Q528
KTA1268
Q520
06V
KTC3200
-157V-15 7V
15k22
220
R538 R534
R528
165V
330
+24VL
VOLTAGE DETECT
FOR PRE AMP
R901
10k
0V
10k
C901
1u/50
R902
D-GND
VOLTAGE DETECT
FOR POWER AMP
R903
0
10k
10k
C902
R904
10u50
D-GND
PRT 2
TO STANDBY PCB
J863
w006
PRE-OUT-L4MA N- N-R
270
POWER DRECT
R553
10
C511
22u/25
R555
10
R554
10
C512
22u/25
R556
10
R822
10
Q901
KTC3199
Q903
KTC3199
J821
EARTH
A GND
TO PHONO AMP PWB
MA N- N-L
5
6
A-GND
L284
POWER DRECT
ON 5V
OFF 0V
R551R503
JAMPER100
100k
R549
JAMPER
100k
R550
OVER CURRENT DETECT
FOR +24VL
R825
33k
R823
10k
R824
10k
Q902
PROTECT0V
NORMAL5V
Q904
C903
01u
A-GND
J912
W291
R284
345
121198
D GND
PA D
+18V
-18V
+18V
R552
18V
Q815
KTA1267
D GND
KTC3199
KTC3199
PROT_2
D-GND
L912
J913
EARTH EARTH
R659
490V
488V
481V
KTC3199KTC3199KTA1267KTA1267
R653R655
0V
481V
KTC3199
KTC3199
R654
R656
KTA1267
KTA1267
Q911
NORMAL0V
10 1/4W
R635
D609
11 V
D611
12V
47k
R639
11
06 V
D613
06V
470k
R641
D615
2222100k100k
-11V
R645R647D605D607R649R651
0V
06V
Q625Q627
R637
47k47k
2222
KTA1267KTC3199
0V
-06V
-06V
06V
R643
-12V
481V
-488V
11V
100k
R650
12V
06
V
D606
06V
R642
22
0V
R646
Q626
22
KTA1267
0V
22
KTC3199
Q628
0V
22
R648
-06V
-06V
R644
D608
-12V
100k
R652
481V
-488V
47k
R912
R911
260V
100k
KTA1267
+24VL
TO POWERSTAGE PWB
C609
TO J701
W601
220u/25
+47V
LOUT+
LOUT
4
-47V
5
100k
10 1/4W
10 1/4W
R636
D610
D614
470k
-11V
220u/25
100k
10 1/4W
C911
01u
NFB
R661
490V
490V488V
R660
47k
D612
47k
R640
D616
47k
R638
TO POWERSTAGE PWB
C610
TO J702
W602
+47V
ROUT+
3
ROUT
4
47V
5
NFB
R662
490V
TO POWERSTAGE PWB
W951
J911
D GND
1
PRT-1
2
PRT-2
3
+24VL
4
260V
D-GND
R667
470
R623
12 V
06 V
TA1268
0V
KTC3200
06V
0V
KTC3200TA1268
Q916
R663
R611
D601
R607
R609
D603
R613
R665R664R666
A-GND
R612
R608 D602
R610R614
D604
A-GND
D-GND
PROTECT0V
NORMAL0 6V
KRC102M
R619
481V 48 1V
Q613
KTA1268
469V
-469V
Q615
KTC3200
R621
R631
470
R620
481V
Q614
KTA1268
469V
-469V
Q616
KTC3200
R622
R632
C913
D GND
Q918
260V
47k
R914
0V
Q917
KTC3199
68k
475
Q633Q629Q631Q635
18 V
1M1M150150
680p
C607
R627R629
7
22
-18V
Q623Q621
2SC27052SA1145
475V
Q619Q617
KTC3200KTA1268
-481V
-481V
R669
68k
470
R625
2W15 K
R668
150150
R624
68k
481V
475V
Q618
KTA1268
Q634
Q622
Q630
18V
1M
680p
C608
R628
R658
22
1M
R630
-18V
Q632
Q624
2SC2705
-475V
Q636
Q620
KTC32002SA1145
-481V
481V
R670
68k
470
R626
2W15 K
01u
C912
01u
Q912
KRC102M
D-GND
D912
PROTECT0V
NORMAL26V
PROT 1
SPL
27k27k27k27k
D617
NC
18k
Q609Q605
KTC3200KTC3200
06V
2222
0V
2222
TPZ63
R615R617
0V
0V
KTA1268
Q607
-06V
18k
Q611
619
KTA1268
NC
R633
100
D618
NC
18k
Q610
KTC3200
06V
Q606
22
KTC3200
0V
22
TPZ64
R616
0V
22
R618
KTA1268
2218k
Q608
-06V
Q612
D620
KTA1268
NC
R634
100
260V
PROTECT0V
NORMAL26V
Q914
KRC102MKRC10M
KT 67
R915
Q915
22k
D-GND
10
C613
22u/50
TPZ29TPZ30
D283
Q601
C601
R605
22u/25
100
Q284
KRC102M
220k
22k
R603
Q603
06V
F NC
N K 100P
12V
C615
22u/50
C605C603
220u/63220u/63
A-GND
C604
220u/63
C614
22u/50
12 V
C602
R606
22u/25
100
22k
220k
C612C611
R602R601
R604
Q604Q602
06V
F NC
N K 100P
-12V
C616
22u/50
C606
220u/63
A-GND
R821
22
C821
220u/35
111
D911
26V
Q913
KRA102M
PROTECT26V
NORMAL0V
01u
C914
PROTECT0V
D-GND
NORMAL5V
22k
R913
D GND
SPK
3231
Page 31
P701 POWER STAGE PWB
J701
1
+47V
2
W601
PF192
LOUT+
3
PF193
LOUT
4
47V
5
PF195
NFB
TO MAN PWB
J702
1
+47V
W602
2
PF197
ROUT+
3
PF198
ROUT
4
47V
5
PF200
NFB
TO MAN PB
P751 (P971) SPEAKER TERMINAL PWB
TPZ 4
NORMAL0V
TPZ 3
C801
63V
15000u
C802
P GND
63V
15000u
47k
47k
R801
R802
D802
TPZ205
FCH10A15
FROM MAIN POWER TRANSFORMER
J801
G801
TPF2 7
1
068/4 7
TPZ 6
1
354V
AC
TPF2 8
2
GND
TPF2 9
3
354V
AC
TPZ207
1212
D801
FRH10A15
TPZ208
0V
SPK L(+)
SPK R(+)
J709
TPF220
TPF221
TPF222
TPF223
P GND
P GND
PF224
1
W801
4
SPK L+
3
SPK L
2
SPK R
1
SPK R+
EARTH
W008
TO SPK TERMINAL PWB
J751
TO POWER STAGE PWB
490V
490V
Q713
2SC283
2SC2705
C705
2SA1145
06V
2SC3423
654321
J703
Q709
TPF 02
R725
06 V
TP
10
TPF201
1
R729R731
TPF204TPF205
2
220220
J707
R723
TPF206
R727
06V
10
TPF208
PF207
Q711
654321
J705
06V
2SA1360
Q715
2SA1186
490V
R713
18V
Q705
470
18 V
82k
R703
10u/50
NC
15k
R705
C701
R701
1
2
1k
R709
R707
3
18V
R719
47
12V
Q703
2SC3419
1k
R717
NC
D701
001u
47k
12V
R721
47
R715
Q707
18V
470
490V
68k
R963
C951
KTA1268
047u/50
Q953
490V
22k
R961
490V
TP 1
R951
470
Q951
KTC3200
47k
R955
R953
470
0V
R733
D953
D951R957R958 D952
10 2W
HSS81TD
HSS81TD
22k
22k22k
C707
R959
0039u10 2W
P GND
P GND
P GND
R965
68k
490V
490V
Q714
2SC2837
R714
18V
Q706
470
2SC2705
2SC3419
R720
47
12V
Q704
1k
R718
NC
D702
47k
12V
R722
47
R716
Q708
18V
470
2SA1145
18 V
82k
R704
10u50
NC
15k
R706
R702
C702
1
2
1k
R710
R708
3
18V
06 V
2SC3423
654321
J704
Q710
TPF210
R726
06 V
T
10
TPF209
1
R730R732
01 3W0 1 3W0 1 3W01 3W
2
J708
R724
C706
001u
TPF214
R728
10
Q712
2SA1360
PF213 TPF212
TPF 16
PF2 5
654321
J706
06V
Q716
2SA1186
490V
06V
490V
68k
C952
R964
047u/50
Q954
490V
KTA1268
22k
R962
OVER CURRENT DETECTOVER CURRENT DETECT
490V
TP 2
NORMAL0V
R952
470
KTC3200
Q952
R956
47k
R954
470
0V
R734
HSS81TD
HSS81TD
22k
R960 D954
C708
0039u
P GND
P GND
P GND
R966
68k
DC OFFSET DETECT
NORMAL26V
KTC3199
Q955
0V
Q956
47u/25
R968
TPZ209
0V
10u/50
t
R969
C954
OVER HEAT DETECT
PROTECT MODE PRT 1
OVER CURRENT 0V DETECT
DC OFFSET 0V DETECT
OVER HEAT 0V DETECT
MBTT NBTT N F N TI N BL
035B/N1SG411510028037M411510028037M BUTTONBUTTON FUNKTION SG
009G00M14AJ05721000M14AJ057210 LEGLEGS SL
021G00M227J05601000M227J056010 BUFFERLEG PEFU SHEET
030G00M14AJ05611000M14AJ056110 BUFFERLEGS CUSHION
J00100MYJ0400264000MYJ04002640 JACK! R-301
J00200MYL03010330 00MYL03010330 TERMINALGND TERMINAL
L001F Nns
K1SGns
L001
N1B10131000100981013100010098 TRANSF.# POWER TRANSFORMER FOR 230V
L001
101010023002M TRANSF.# POWER TRANSFORMER FOR 100V
1013100010098 TRANSF.# POWER TRANSFORMER FOR 230V
L001/N1SG10131000100981013100010098 TRANSF.# POWER TRANSFORMER FOR 230V
P101ns
P104ns
P181ns
P191ns
P201ns
P401ns
NOTE : "nsp" PART IS LISTED FOR REFERENCE ONLY, MARANTZ WILL NOT SUPPLY THESE PARTS.
AC INLET MAXES CABLE CO.LTD
PWB ASSYMAIN PWB (P101) FOR F
PWB ASSYWIRE PROTECTION PWB
PWB ASSYINPUT SEL PWB (P181) FOR N F
PWB ASSYSTANDBY LED PWB (P191) FOR N F
PWB ASSYTONE PWB (P201) FOR N F
PWB ASSYPHONO EQ AMP PWB (P401) FOR F
49
Page 40
P.W.B.
pnsp
pnsp
pnsp
pnsp
P851nspnsp
PWB ASSY
STANDBY PWB (P851) FOR F
pnsp
pnsp
pnsp
p
)
p
)
)
)
W001
F N
nsp
00D2062223001
MAINS CORD
# MAINS CORD 2P FOR 12A 125V
p
)
/
p
p
p
/
p
p
p
/
p
NAME
POS. NO.
VERS.
COLOR
P591ns
P701ns
P751ns
P791ns
PART NO.
(FOR EUR)
PART NO.
(MZ)
PART NAMEDESCRIPTION
PWB ASSYVOLUME PWB (P591) FOR N F
PWB ASSYPOWER STAGE PWB (P701) FOR N F
PWB ASSYSPK TERMINAL PWB(P751)FOR F
PWB ASSYHEAD PHONE PWB (P791) FOR F
P891ns
P981ns
PU01ns
PACKING
001TF Nns
001T/K1SGns
001T/N1B541110081032M541110081032M USER GUIDEUSER GUIDE PM7003/PM8003(N
001T/N1SG541110081032M541110081032M USER GUIDEUSER GUIDE PM7003/PM8003(N
W001/K1SGns
W001/N1B01105000200100110500020010 MAINS CORD# 970304/1 EUROPEAN MAINS CODESET
N1SG01105000200100110500020010 MAINS CORD# 970304/1 EUROPEAN MAINS CODESET
W001
Z001307010030006M307010030006M UNIT KITREMOTE CONTROLLER RC003PM
NOT STANDARD SPARE PART
001Sns
002Sns
001DF Nns
K1SGns
001D
001D/N1Bns
N1SGns
001D
PWB ASSYPOWER SW PWB (P891) FOR N F
PWB ASSYCLAMP PWB (P981) FOR N F
PWB ASSYU-COM PWB (PU01) FOR N F
541110081018M USER GUIDEUSER GUIDE PM7003/PM8003(F
541110081056M USER GUIDEUSER GUIDE PM7003(K
38 P41I/OO LED_PHONOLHHPHONO LED
39 P42I/OO LED_CDLHHCD LED
40 P43I/OO LED_ TUNERLHHTUNER LED
41 P44I/OO LED_AUX/DVDLHHAUX/DVD LED
42 P45I/OO LED_REC1LHHREC1 LED
43 P46I/OO LED_REC2LHHREC2 LED
44 P47I/OO LED MUTELHHMUTE LED
The contents of Port Setting (Act. : ACTIVE, Stand : STANDBY, Back : BACKUP)
Port nameI/O use
I/OO RC-5_OUTLHHRC-5 Output
I/O I/O Boot1/RXD---Pull Up
NameAct.InitSTBY
LED_
STANDBY
Port Setting
LHL
Note
Detect Power Down(primary power
supply ON/OFF detection)
Standby LED / warning, and SPK
OFF
51
Page 42
QU01 : TMP86FH47UG
RESET
TEST
XIN
XOUT
Program memory
(Flash memory)
Flash memory I/F
Standby control
circuit
System control
circuit
Timing generator
High
frequency
Clock
generator
Low
frequency
P2
Address/data bus
TLCS-870/C
CPU
Data memory
(RAM)
Interrupt controller
Time base
timer
Watchdog
timer
16 bit
timer/counter
TC1
timer/counter
TC3
Address/data bus
P1 P4 P0 P3
P47 to P40 P37 to P30
I/O port s
P07 to P00 P22 to P20 P17 to P10
8 bit
TC4
Boot program
(ROM
SIO
)
10 bit AD
converter
AVSS
AVDD
VAREF
UART
52
Page 43
Q391 : LC78212
53
Page 44
Q713/Q714 : 2SC2837Y
LAPT2SC2837
Silicon NPN Epitaxial Planar Transistor (Complement to type 2SA1186)
P101J302643810025009S643810025009S TERMINALCINCH JACK 4P NI MSP-244V4-02 NI LF
P101J303643810025009S643810025009S TERMINALCINCH JACK 4P NI MSP-244V4-02 NI LF
P101J304643810025009S643810025009S TERMINALCINCH JACK 4P NI MSP-244V4-02 NI LF
P101L28100D214020800300D2140208003 RELAYRELAY
00D2412399954 RES.RD14B2E272JT(5
P201R20707501000200700750100020070 VAR. RES.4K14K124003J
P201R20807501000200700750100020070 VAR. RES.4K14K124003J
P201R209ns
P201R210ns
NOTE : "nsp" PART IS LISTED FOR REFERENCE ONLY, MARANTZ WILL NOT SUPPLY THESE PARTS.
K1SGns
N1B13301000550601330100055060 FILM CAP.APSV 0100 J 221 0000 0200
N1SG13301000550601330100055060 FILM CAP.APSV 0100 J 221 0000 0200
1330100055060 FILM CAP.APSV 0100 J 221 0000 0200
P401J291643810025009S643810025009S TERMINALCINCH JACK 4P NI MSP-244V4-02 NI LF
P401J401643810026002S643810026002S TERMINALCINCH JACK 2P NI MSP-242V3-02 NI LF
P401L401
NOTE : "nsp" PART IS LISTED FOR REFERENCE ONLY, MARANTZ WILL NOT SUPPLY THESE PARTS.
70
Page 61
13. ABOUT REPLACE THE MICROPROCESSOR WITH A NEW ONE
When replaced of the U-PRO (Microprocessor) or the Flash ROM, confirm contents of the following.
PWB
Name
PU01QU01 TMP86FH47UGCSOFTWARE : 00M24AJ499A00
After replaced
A : Mask ROM (With software). No need write-in of software to the microprocessor.
B : Flash ROM (With software). Usually, no need write-in of software. But, when the software was updated, you should be
write-in of the new software to the microprocessor or flash ROM. Please check the software version.
C : Empty Flash ROM (Without software). You should be write-in of the software to the microprocessor or flash ROM.
Refer to "Update procedure" or "writing procedure", when you should be write-in the software.
Pos.
No.
Description
After
replaced
Remark
マイコン等を交換した場合の対応について
U-PRO(マイコン)およびFlash ROM等を交換した場合の対応方法を下記の記載します。
PWB
Name
PU01QU01 TMP86FH47UGCSOFTWARE : 00M24AJ499A00
交換時の対応
A : Mask ROM (ソフトウェア書き込み済み) 交換時にソフトウェアの書き込みは必要ありません。
B : Flash ROM (ソフトウェア書き込み済み) バージョンアップにより交換時にソフトウェアの書き換えが必要な場合がありま
す。バージョンの確認をしてください。
C : 空ROM (Flash ROM) 交換時必ずソフトウェアの書き込みが必要になります。Update、書き込み方法を参照してください。
Pos.
No.
Description
交換時の
対応
備考
71
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