Service
SA-11S2
SA-11S2 /
F N/K1G/N1G/N1S/U1G
Manual
SECTION 1 PAGE
1. TECHNICAL SPEC I FI CA TIONS AND UPDATE DISC........................................................1-1
2. SERVICE HINTS AND TOOLS .......................................................................................... 1-2
3. WARNING AND LASER SAFETY IN STRUC TIO NS ......................................................... 1-3
4. TAKING THE DISC OUT OF EMERGENCY .................................................................... 1-4
5. UPDATA FIRMWARE ......................................................................................................... 1-5
6. SERVICE MODE................................................................................................................1-6
7. L/R OUTPUT LEVEL ADJUSTMENT PROCEDURE .........................................................1-7
8. TROUBLESHOOTING AND HINT (/Japan) ...............................................................1-8(/14)
9. WIRING DIAGRAM .......................................................................................................... 1-21
10. BLOCK DIAGRAM ........................................................................................................... 1-23
11. SCHEMATIC DIAGRAM .................................................................................................. 1-25
12. PARTS LOCATION .......................................................................................................... 1-39
13. EXPLODED VIEW AND PARTS LIST ............................................................................. 1-47
14. MICROPROCESSOR AND IC DATA ............................................................................... 1-51
15. ELECTRICAL PARTS LIST .............................................................................................. 1-57
16. ABOUT REPLACE THE MICROPROCESSOR WITH A NEW ONE ............................... 1-69
Super Audio CD Player
OPEN/
CLOSE
DISPLAY OFF
44.1KHz
88.2KHz
176.4KHz
LOCK
EXT.CLOCK
POWER ON/OFF
INV.PHASE
SOUND
TAB LE OF CO NT EN TS
PLAY
STOP
MODE
PAUSE
SECTION 2 (MECHA LOADER AND MECHA TRAVERSE)
1. EXPLODED VIEW AND PARTS LIST ............................................................................... 2-2
SECTION 3 (SUPER AUDIO CD PWB MODULE / TRAY DRIVE PWB)
1. IC DATA .............................................................................................................................. 3-2
2. BLOCK DI A GR AM ........................................................................................................... 3-23
3. SCHEMATIC DIAGRAM .................................................................................................. 3-24
4. PARTS LOCATION ..........................................................................................................3-37
5. ELECTRICAL PARTS LIST .............................................................................................. 3-42
Please use this service manual with referring to the user guide ( D.F.U. ) without fail.
SA-11S2
Part no. 90M32AK855010
First Issue 2007.08
MZ
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 specifi cations 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 specifi ed.
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
MARANTZ EUROPE B.V.
P. O. BOX 8744, BUILDING SILVERPOINT
BEEMDSTRAAT 11, 5653 MA EINDHOVEN
THE NETHERLANDS
PHONE : +31 - 40 - 2507844
FAX : +31 - 40 - 2507860
CANADA
D&M CANADA INC.
5-505 APPLE CREEK BLVD.
MARKHAM, ONTARIO L3R 5B1
CANADA
KOREA
D&M SALES AND MARKETING KOREA LTD.
CHUNG JIN B/D., #1001,
53-5, WONHYORO 3 GA, YONGSAN-GU,
SEOUL, 140-719, KOREA
PHONE : +82 - 2 - 323 - 2155
FAX : +82 - 2 - 323 - 2154
CHINA
MARANTZ SHANGHAI TRADING LTD.
ROOM.506 SHANGHAI LIGHT INDUSTRY MANSION
1578 NANJING (WEST) ROAD SHANGHAI
CHINA
TEL : 021 - 6248 - 1064
FAX : 021 - 6248 - 3565
NOTE ON SAFETY :
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 fi re 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
verifi ed before it is return to the user/customer.
Ref. UL Standard No. 6500.
In case of diffi culties, do not hesitate to contact the Technical
Department at above mentioned address.
070719MZ
1. TECHNICAL SPECIFICATIONS AND UPDATE DISC
Super Audio CD CD
Audio Characteristics
Analog output
Channels 2 channels 2 channels
Frequency range 2 Hz — 100 kHz 2 Hz — 20 kHz
Frequency characteristics 2 Hz — 50 kHz (-3 dB) 2 Hz — 20 kHz
Dynamic range 114 dB (Filter 3) 100 dB (Filter 1)
S/N Ratio (A-weighted) 112 dB (Filter 3) 115 dB (Filter 1)
THD (1kHz) 0.0009 % (Filter 3) 0.0020 % (Filter 1)
Wow & Flutter Precision of quartz Precision of quartz
Output level
Unbalanced 2.5 V RMS stereo (Filter 3) 2.3 V RMS stereo (Filter 1)
Balanced 5 V RMS stereo (Filter 3) 4.6 V RMS stereo (Filter 1)
Digital output
Output level (Cinch JACK) — 0.5 Vp-p (75 Ω)
Output level (Optical) — -19 dBm
Ext. Clock input
Clock frequency
Input level (BNC terminal)
Optical Readout System
Laser AlGaAs AlGaAs
Wave length 650 nm 780 nm
Signal format 1-bit DSD 16-bit linear PCM
Sampling frequency 2.8224 MHz 44.1 kHz
44.1 kHz, 88.2 kHz, 176.4 kHz
1 V — 5 Vp-p (75 Ω)
Power Supply
Input Voltage, Frequency
[/F] ..................................................AC 100V 50/60 Hz
[/K] .......................................................AC 220V 50 Hz
[/N] ......................................................AC 230V 50 Hz
[/U] ......................................................AC 120V 60 Hz
Power Consumption .................................................... 26 W
Cabinet, etc.
Dimensions (Width × Height × Depth)
.........17-5/16 × 5 × 16-1/4 ins. (440 × 127 × 413 mm)
Net weight ............................................... 36.4 lbs (16.5 kg)
Operating temperatures .............................. +5 °C ~ +35 °C
Operating humidity ..........................5 ~ 90 % (without dew)
Accessories
• Remote control unit (RC001SA) ..................................... 1
• AAA (R03) Batteries .......................................................2
• AC Power cord ................................................................ 1
• Audio cable ..................................................................... 1
• User’s Guide ................................................................... 1
Dimensions (Unit : inch (mm))
17-5/16 (440)
OPEN/
CLOSE
DISPLAY OFF
44.1KHz
88.2KHz
176.4KHz
LOCK
POWER ON/OFF
EXT.CLOCK
INV.PHASE
7/16 (10)
16-1/4 (413)
1/8 (3)
PLAY
STOP
SOUND
MODE
PAUSE
5 (127)
4-5/16 (109)
UPDATE DISC
Update of the CPU (IC731) .......................................................................90M-SA11S1DVD
1-1
11/16 (18)
2. SERVICE HINTS AND TOOLS
SERVICE HINTS
SERVICE TOOLS
Audio signals disc 4822 397 30184 or TCD-784
Disc without errors +
Disc with DO errors, black spots and fingerprints 4822 397 30245 (SBC444A) or TCD-726
Disc (65 min 1kHz) without no pause 4822 397 30155
Max. diameter disc (58.0 mm) 4822 397 60141
Torx screwdrivers
Set (straight) 4822 395 50145
Set (square) 4822 395 50132
13th order filter 4822 395 30204
DVD test disc (PAL) 4822 397 10131
DVD test disc (NTSC) ALMEDIO TDV-540
1-2
070703MZ
3. WARNING AND LASER SAFETY INSTRUCTIONS
GB
WARNING
All ICs and many other semi-conductors are
susceptible to electrostatic discharges (ESD).
Careless handling during repair can reduce
life drastically.
When repairing, make sure that you are
connected with the same potential as the
mass of the set via a wrist wrap with
resistance.
Keep components and tools also at this
potential.
F
ATTENTION
D
WARNUNG
I
WAARSCHUWING
AVVERTIMENTO
NL
Alle IC’s en vele andere halfgeleiders zijn
gevoelig voor elektrostatische ontladingen
(ESD).
Onzorgvuldig behandelen tijdens reparatie
kan de levensduur drastisch doen
verminderen.
Zorg ervoor dat u tijdens reparatie via een
polsband met weerstand verbonden bent met
hetzelfde potentiaal als de massa van het
apparaat.
Houd componenten en hulpmiddelen ook op
ditzelfde potentiaal.
Tous les IC et beaucoup d’autres semiconducteurs sont sensibles aux décharges
statiques (ESD).
Leur longévité pourrait être considérablement
écourtée par le fait qu’aucune précaution
n’est prise a leur manipulation.
Lors de réparations, s’assurer de bien être
relié au même potentiel que la masse de
l’appareil et enfiler le bracelet serti d’une
résistance de sécurité.
Veiller a ce que les composants ainsi que les
outils que l’on utilise soient également a ce
potentiel.
GB
Safety regulations require that the set be restored to its original condition
and that parts which are identical with those specified be used.
NL
Veiligheidsbepalingen vereisen, dat het apparaat in zijn oorspronkelijke
toestand wordt terug gebracht en dat onderdelen, identiek aan de
gespecifieerde worden toegepast.
Alle IC und viele andere Halbleiter sind
empfindlich gegen elektrostatische
Entladungen (ESD).
Unsorgfältige Behandlung bei der Reparatur
kann die Lebensdauer drastisch vermindern.
Sorgen sie dafür, das Sie im Reparaturfall
über ein Pulsarmband mit Widerstand mit
dem Massepotential des Gerätes verbunden
sind.
Halten Sie Bauteile und Hilfsmittel ebenfalls
auf diesem Potential.
D
Bei jeder Reparatur sind die geltenden Sicherheitsvorschriften zu beachten.
Der Originalzustand des Gerats darf nicht verandert werden.
Fur Reparaturen sind Original-Ersatzteile zu verwenden.
I
Le norme di sicurezza esigono che l’apparecchio venga rimesso nelle
condizioni originali e che siano utilizzati pezzi di ricambiago idetici a quelli
specificati.
Tutti IC e parecchi semi-conduttori sono
sensibili alle scariche statiche (ESD).
La loro longevita potrebbe essere fortemente
ridatta in caso di non osservazione della piu
grande cauzione alla loro manipolazione.
Durante le riparazioni occorre quindi essere
collegato allo stesso potenziale che quello
della massa dell’apparecchio tramite un
braccialetto a resistenza.
Assicurarsi che i componenti e anche gli
utensili con quali si lavora siano anche a
questo potenziale.
F
“Pour votre sécurité, ces documents
doivent être utilisés par des
spécialistes agrées, seuls habilités à
réparer votre appareil en panne.”
Les normes de sécurité exigent que l’appareil soit remis a l’état d’origine et
que soient utilisées les pièces de rechange identiques à celles spécifiées.
LASER SAFETY
This unit employs a laser. Only a qualified service person should remove the cover or attempt to service this
device, due to possible eye injury.
USE OF CONTROLS OR ADJUSTMENTS OR PERFORMANCE OF PROCEDURE OTHER THAN THOSE
SPECIFIED HEREIN MAY RESULT IN HAZARDOUS RADIATION EXPOSURE.
AVOID DIRECT EXPOSURE TO BEAM
WARNING
The use of optical instruments with this product will increase eye hazard.
Repair handling should take place as much as possible with a disc loaded inside the player
WARNING LOCATION: INSIDE ON LASER COVERSHIELD
CAUTION VISIBLE AND INVISIBLE LASER RADIATION WHEN OPEN AVOID EXPOSURE TO BEAM
ADVARSEL SYNLIG OG USYNLIG LASERSTRÅLING VED ÅBNING UNDGÅ UDS
ADVARSEL SYNLIG OG USYNLIG LASERSTRÅLING NÅR DEKSEL Å PNES UNNGÅ EKSPONERING FOR STRÅLEN
VARNING SYNLIG OCH OSYNLIG LASERSTRÅLNING NÄR DENNA DEL ÄR ÖPPNAD BETRAKTA EJ STRÅLEN
VARO! AVATT AESSA OLET ALTTIINA NÄKYVÄLLE JA NÄKYMÄTTÖMÄLLE LASER SÄTEILYLLE. ÄLÄ KATSO SÄTEESEEN
VORSICHT SICHTBARE UND UNSICHTBARE LASERSTRAHLUNG WENN ABDECKUNG GEÖFFNET NICHT DEM STRAHL AUSSETSEN
DANGER VISIBLE AND INVISIBLE LASER RADIATION WHEN OPEN AVOID DIRECT EXPOSURE TO BEAM
ATTENTION RAYONNEMENT LASER VISIBLE ET INVISIBLE EN CAS D'OUVERTURE EXPOSITION DANGEREUSE AU FAISCEAU
1-3
Æ
TTELSE FOR STRÅLING
030804ecm
4. TAKING THE DISC OUT OF EMERGENCY
Push the Eject Lever, Disc tray is opened and Disc is taken
out.
1. Push the eject lever by the pin (φ6mm or less).
2. The Disc tray opens, Now you can remove the disc
Discの取り出しは、イジェクトレバーを押すとトレーが開きデ
ィスクを取り出せます。
1. ピン（直径6ｍｍ以下）でイジェクトレバーを押します。
2. ディスクトレーが開きディスクを取り出せます。
This hole is used
この穴にピンを差し込みます
This picture shows the unit upside down. The eject lever is
pointed by the arrow.
The lever is thin so aim the narrow area carefully.
この図はメカニズムの裏側です。矢印がイジェクトレバーで
す。
イジェクトレバーの押す部分の幅は狭いので、注意し押してく
ださい。
1-4
5. UPDATE FIRMWARE
ファームウエアのアップデート方法
Necessary Equipment
• UPDATE DISC. (90M-SA11S1DVD)
Attention : Don't turn off the unit until disc tray opens
automatically during the updating. When the
turn off the unit halfway, The unit can't be
operated any more.
Writing Procedure
1. Press the POWER button while pressing the PLAY and
STOP buttons.
2. Press the OPEN/CLOSE button to open the tray, Insert the
update DVD-ROM (part No.:90M-SA11S1DVD).
3. Press the SOUND MODE and STOP buttons.
The Display indicates " VERSION UP ".
4. Press the OPEN/CLOSE button to close the tray.
The Display indicates " TOC Reading " >>> " FILE CHECK
" >>> " ERASE " >>> " WRITING ".
5. Software updating will be done automatically.
When the updating is finished, The disc tray opens
automatically.
(Updating takes about 1 minute.)
6. Remove the DVD-ROM from the disc tray.
必要機器
• UPDATE DISC. (90M-SA11S1DVD)
注意 ) 書き換え中は、ディスクトレーが自動的にオープン
するまで絶対にセットの電源を切らないで下さい。
途中で電源を切ると通常の動作も出来なくなりま
す。
手順
1. PLAYとSTOPボタンを押しながらPOWERボタンを押しま
す。
2. OPEN/CLOSEボタンを押し、トレイをオープンします。
アップデート
入します。
3. SOUND MODEとSTOPボタンを同時に押します。
表示部には" VERSION UP "と表示されます。
4. OPEN/CLOSEボタンを押します。トレイが閉じます。
表示部には" TOC Reading " >>> " FILE CHECK " >>> "
ERASE " >>> " WRITING "
ソフトの書き換えは自動的に行われます。書き換えが終了
5.
するとディスクトレーは自動的にオープンします。
(アップデートには約１分かかります.)
ディスクトレーからDVD-ROMを取り出します。
6.
DVD-ROM (部品番号90M-SA11S1DVD)を挿
の順に表示されます。.
Update is completed, Press the POWER button to turn off the
unit.
以上で、ソフトウエアのアップデートは完了です。
タンを押し電源を切ります。
POWER ボ
1-5
6. SERVICE MODE
The error code is indicated when a problem DISC is inserted first.
Press the POWER button While pressing PLAY and STOP button
Press<
Press<
Press<
"SA-11S1_1" is displayed
>
Version of Backend(IC731) µ-PRO is displayed
"B/E VXX.XX" is displayed
>
"DRV VXX.XX" is displayed
>
All area in the LCD light on
Press<
Each Segment is displayed one by one
>
Press<
When press the button, button name is displayed
Check of key
Press the POWER button to quit Service Mode
Errer Code
Error Code Error
E1 XXXX Operation time Error
E2 XXXX T.O.C Error
E2 XXXX Focus Error
E2 XXXX Read Error
E4 XXXX Tracking Error
E5 XXXX Tray Error
E6 XXXX Navigation Pack Read Error
E7 XXXX Check Sum Eroor and
NonAcknow I edgmen
NO DISC XXXX NO disc
(XXXX: The Operation number of times to the error
occurrence)
1-6
7. L/R OUTPUT LEVEL ADJUSTMENT
PROCEDURE
7. L/R出力レベル調整手順
Cases adjustment is needs
When a Q201 or Q251 is replaced.
Necessary equipments
• AC voltmeter 2 sets (or Oscilloscope)
• CD TEST DISC: CBC429 Audio signal disc1 (4822-397-
30155)
Connection procedure
• Connect the ANALOG OUTPUTS terminal (L/R) on the
rear panel and AC voltmeter with cable as follow.
RL
調整が必要な場合
Q201またはQ251を交換した時に調整が必要になります。
必要機器
• 交流電圧計 2台 (またはオシロスコープ)
テストディスク CBC429 Audio signal disc1 (4822-
• CD
397-30155)
接続図
• リアパネルにあるANALOG OUTPUTS端子L、Rをそれぞ
れ交流電圧計に接続します。
––
++
Adjustment procedure
1. Play back the Track 1 (1 kHz 0dB L+R) of the TEST DISC
(SBC429).
2. Adjust trimming resister (R205) according to AC
voltmeter readings of L ch output level and R ch output
level.
3. The output level difference of the L ch and R ch is
adjusted to less than 50mV.
If R205 is turned clockwise, the level of L ch will become
large, and if it turns to anticlockwise rotation, the level of
R ch will become large.
R ch: Larger
L ch: Smaller
R205
R ch: Smaller
L ch: Larger
調整方法
1. テストディスク(SBC429)のTr.1 (1kHz 0dB L+R)を再生し
ます。
2. 交流電圧計でL ch、R chの出力レベル差50mV未満になる
ように
R205で調整します。
R205を時計方向に回すとL chのレベルが大きくなり、反時
計方向に回すと
R chレベル大
L chレベル小
R chのレベルが大きくなります。
R chレベル小
L chレベル大
R205
1-7
8. TROUBLESHOOTING AND HINT
VSTEM ERROR
[A] VSTEM ERRORS can be broadly divided into the following three cases:
• Case I: Inside SACD Engine PWB - when the IC and MPU cannot communicate (always occur)
• Case II: Outside SACD Engine PWB - when the MASTER CLOCK is not supplied to the ENGINE or each IC (always occur)
• Case III: When the power is ON and the RESET signal is not distributed (seldom occur)
Case I
Check (CLK LINE) and (MPU communication interface) on the PWB.
The block diagram below shows how each block relates to others. Check that there is no problem with communication and
clock supply between ICs.
Inside SACD Engine PWB:Check the signal at each of - on the PWB.
IC405〜IC406
IC502
IC501
CXD1881AR
RF-AMP, AGC, EQ
LASER POWER
CONTROL
SDEN
SDATA
SCLK
IC731
QY61
EXTERNAL CLOCK & PHASE CONTOROL MPU
CXD1881AR Communication
CLK
CXD1885Q
DIGITAL SERVO
and PLL,
DEMODURATOR
MINT
MEDY
MRD
MCS
MWR
R5F21124FP
CLK buffer
768fs
CLK
IC404
EPM33128
FIFO
FEATUR and LOADING for SERVO-DSP MPU
M3062LFGPFG
RESET
IC401
CXD2753R
PSP DECORD
and
DSD DECODER
XMSLAT
MSCK
MS DATA I
MSDATO
MSREADY
DSDRST
CLK IN
CLK
1-8
CXD2753AR Communication
CDX1885Q Communication
CDX1885Q
Case II
1. The CLOCK flows as next page on the Block Flow diagram below. Check each point.
The Q101 controls the switch and power supply of each CLOCK. Just as the main power is turned on, it switches on Q109,
Q110 and Q128 at once. It determines the timing of turning off unnecessary clocks when the three power supplies are
stabilized.
Here is an outline of how the VSTEM ERRORS are caused:
1) The capacitance of the chemical condensers (C122, C152 and C139) in the power section of Q109, Q110 and Q128 each
cannot be changed, with the power timing thrown off. Sets with a modified clock have the timing misaligned for the above
reasons. These errors are caused by the MASTER CLOCK momentarily functioning abnormally from Q101 (SYCL). After
that, the CLOCK returns to normal, so it is prone to undergo an unexplained VSTEM ERROR.
2) When Q101 will not supply CLOCK to the ENGINE, it inevitably has a VSTEM ERROR.
3) The error is attributed to the fact that the RESET signal is not distributed to the ENGINE when the power is ON or
misaligned timing (as shown on the Block Diagram). Check the flexible wire that connects CX131 and JM03.
1-9
MASTER CLK SUPPLY FOR SACD ENGINE FIG
Q101 X102
41Pin CD CLOCK
SACD Engine
13Pin CXON
(33.8688MHz)
TCXO
768fS
(for CD CLK)
Q109
POWER REG
CD CLOCK
POWER ON/OFF
(for CD)
H:ON
40Pin SACD CLOCK
43Pin SXON
81Pin EXCLK
CLK Selector and clock power timing
96Pin EXON
RESET
From Front MPU
(33.8688MHz)
SYCL
82Pin
2. Check circuits adjacent to Q101 (PA16)
Display "VSTEM ERROR"
Is CLOCK (SYCL : Q101-82pin)
waveform output from both ends of R130?
no
Check Q101(XC2S15).
yes
(67.7376MHz)
(67.7376MHz)
X101
X.TAL OSC
1536fS
(for SACD CLK)
X103
VCXO
768fS
(for EXTERNAL CLK)
Q110
POWER REG
(for SACD)
SACD CLOCK
POWER ON/OFF
Q128
POWER REG
(for EXTERNAL CLK INPUT)
EXT CLOCK
POWER ON/OFF
H:ON
H:ON
Possibly caused by loose connection
between J102 and flexible cable
Check solder points on Q102
If still not improving...
Is +3.3D output?
yes
Is "SYSR" (Q101-19pin) "H"?
yes
Is Q101 too hot to touch?
no
Is each part a regular one?
yes
Is any one of Q101-13pin(CX/CXON),
-43pin(SX/SXON) & -96pin(EXON)
outputting "H"? (*1)
The CLOCK is not input to each
operation mode after switching.
Check each checkup item for each
CLOCK mode.
no
Check Q106's(REG.) input & output voltage
and solder points on Q102
no
Check connection between J104 and WF07.
Resolder Q101. If it is astill not improving,
yes
replace Q101.
Some dealers alter power source, oscillator
no
and their peripheries, which are greatly
affected by timing of each clock switching.
This set is only compatible with regular
specifications.
*1 : For about 300ms after the power turns on, 13pin, 43pin
and 96pin on Q101 are set to "H", and X101 based
CLOCK is supplied to mecha module.
Replug flexible cable
1-10
EXTERNAL CLOCK MODE
Check circuits adjacent to Q131 & X103.
(EXTERNAL CLK SYNC)
(SHILD CASE)
Check circuits adjacent to Q128(REG.).
INTERNAL CLOCK MODE
Check circuits adjacent to
Q103, Q104 & X101.
(SACD CLOCK OSC)
Is "L" output from signal (Q101-16/17pin)
yes
Is CLOCK signal (EXCK) detected from
yes
Is PL3.3V+(Q128); (+3.3V) output?
yes
Is "H" output from Q101-96pin(EXON)?
Check circuits adjacent to Q101(XC2S15)
Is "H" signal output from
signals(Q101-16/17pin) "CAO" and "CBO"?
yes
Is "H" output from
"MODE"(R122/Q101-3pin)
yes
yes
Is CLOCK signal detected at Q101-40 pin?
yes
Is SAV+(Q110): (+3.3V) output normally?
(SACD CLOCK)
no no
no
"CAO" and "CBO"?
no
Q101-81pin?
no
no
no
no
SACD Mode CD Mode
yes Currently set to INTERNALCLOCK mode.
Currently in EXTERNAL CLOCK MODE.
Switch to INTERNAL CLOCK MODE.
Is CLOCK signal detected at Q101-41 pin?
Is CDV+(Q109): (+3.3V) output detected?
Swicth to EXTERNAL CLOCK mode
no
(CD CLOCK)
no
Check circuits adjacent to Q105 & X102.
(CD CLOCK OSC)
yes
Check circuits adjacent to Q110(REG.).
Is "H" output from signal (Q101-43pin)
"SX/SXON"?
no
Refer to "How to check Q101".
Is "H" output from signal CX?(Q101-43pin)
Check circuits adjacent to Q109(REG.).
[B] SACD Engine OPU Block
1. OPU MOTION SEQUENCE
1) Start the SLEDG MOTOR and move the OPU to the TOC area.
2) Light the laser and move the FOCUS MOTOR up and down.
3) Determine the disc type and the reflectance when the FOCUS MOTOR is moving up and down.
F+: FOCUS MOTOR
T+: TRACKING MOTOR
LDON: LASER ON
MIRR: REFLECT DISC MIRROR
4) Display "CAN’T PLAY" when the disc type and the reflectance cannot be determined correctly. (This action is performed
only once if the unit has a normal OPU. If the OPU is worn out or a substandard disc is loaded, the same message is
repeatedly displayed 3 to 5 times. This is the most typical problem caused by OPU abnormalities.)
5) Start the SPIN MOTOR and TRACKING MOTOR and then PLAY subsequent to the TOC motion. (Any subsequent
functional problem is attributed to an error in determining the disc type in Process 3).
1-11
CD TOC
SACD TOC
Focus
Determine the disc type
Focus
Determine the disc type
Focus ON
Focus ON
2. SIMPLE METHODS OF DETERMINING MALFUNCTIONS OF THE OPU AND CIRCUITRY
1) If a malfunction occurs to only one of the DISC and CD/SACD, it is mostly caused by an OPU abnormality.
2) Most OPU abnormalities are caused by laser degradation. In this case, the HF (VRF) OUT terminal output measures low.
3) If the laser current is high, the HF (VRF) OUT terminal also outputs a high current. High jitters, signals of the adjacent
tracks and loud noise... These can be erased by upping the R502 (100~820Ω).
4) If the laser current is low, the HF (VRF) OUT terminal outputs a low current. The HF signal cannot be detected and the
PLL and SPIN MOTOR get out of control and stop. These can be rectified by lowering the R502 (100~820Ω).
3. OBSERVATION OF THE HF
HF output voltage while playing CDs/SACDs
1) VRF: The HF from the OPU is first to be measured by the connector (CX241-10 pin) VRF. The VRF output level is not
constant, depending on wear variations of the OPU.
Referential figures
CD/CDR/CDRW: 120~650mv
SACD: 180~800mv
2) RFAC: IC501 (CDX1881AR) output is regulated at approximately 1.3V by the auto-gain control.
3) WM: SACD watermark is analyzed by the HF, which is regulated at approximately 1.4V.
1-12
CD HF
SACD HF
FRAC & WM
1-13
8. TROUBLESHOOTING AND HINT
VSTEM ERROR
[A] VSTEM ERRORは大別し以下3通り。
• Engineブロック内部 : ICとMPUの通信が不能となった時。(必ず発生)
• Engine
• Engine
ブロック外部 : MASTER CLOCKがEngineに供給されない、各ICに供給されない時。(必ず発生)
に電源ON時RESET信号が伝わらない時(ERROR現象発生しにくい)
SACD Engine
Engine
ブロック内部 :
基板の、①(CLK LINE)と②(MPUの通信インターフェイス)をチェック。下の概略block図のようになっており通信回路と
clockの供給が各IC間で問題ないかをチェック。
SACD Engineブロック内部の時:Engine基板の、①〜③の信号をチェックする。
IC405〜IC406
①CLK
CXD1885Q
DIGITAL SERVO
and PLL,
DEMODURATOR
MINT
MEDY
MRD
②
MCS
MWR
R5F21124FP
FEATUR and LOADING for SERVO-DSP MPU
③RESET
IC501
CXD1881AR
RF-AMP, AGC, EQ
LASER POWER
CONTROL
IC502
②
SDEN
SDATA
SCLK
IC731
QY61
EXTERNAL CLOCK & PHASE CONTOROL MPU
CLK buffer
768fs
①CLK
IC404
EPM33128
FIFO
M3062LFGPFG
IC401
①CLK
CXD2753R
PSP DECORD
and
DSD DECODER
XMSLAT
MSCK
MS DATA I
MSDATO
MSREADY
DSDRST
①CLK IN
②
CXD1881AR Communication
1-14
CXD2753AR Communication
CDX1885Q Communication
CDX1885Q
SACD Engineブロック外部 :
次頁、Block Flowの様にCLOCKが流れるので各ポイントをチェック。
1.
Q101は、各CLOCKのSwitchと電源をコントロールしている。セットのメイン電源ON直後、Q109, Q110, Q128を同時にONと
する。
3つの電源が安定になった時間(timing)に於いて必要なCLOCKの電源以外をOFFとする。
"VSTEM ERROR"の発生する要点を以下に示す。
概略の
①
Q109, Q110, Q128の電源にあるケミコン、C122, C152, C139の容量変更不可、電源Timingが狂う。改造クロックを施し
たセット等は上記理由によりタイミングが合わなくなり
CLOCK
②
Q101(SYCL)からEngineに供給するCLOCKが発生しない場合確実に"VSTEM ERROR"になる。
③
Engineに電源ON時RESET信号が伝わらない時やtimingずれ("上記BLOCK図")等が考えられる。CX131からJM03に接続され
る
が瞬間異常になるので発生する。その後正常CLOCKになるので原因不明の"VSTEM ERROR"に陥り易い。
"flexible wire"をCHECKする。
"VSTEM ERROR"になる。これらは、Q101(SYCL)からMASTER
1-15
SACDモジュールとマスタークロックモード
MASTER CLK SUPPLY FOR SACD ENGINE FIG
Q101 X102
SACD Engine
41Pin CD CLOCK
(33.8688MHz)
13Pin CXON
TCXO
768fS
(for CD CLK)
Q109
POWER REG
CD CLOCK
POWER ON/OFF
(for CD)
H:ON
40Pin SACD CLOCK
(67.7376MHz)
43Pin SXON
81Pin EXCLK
CLK Selector and clock power timing
(67.7376MHz)
96Pin EXON
RESET
From Front MPU
(33.8688MHz)
SYCL
82Pin
2. Q101(XC2S15)周辺の確認
回路図上では、PA16-1/4を参照してください。
"VSTEM ERROR"を表示
R130の両端にクロック波形は出力され
ていますか？(SYCL : Q101-82pin)
no
Q101(XC2S15)の確認
yes
X101
X.TAL OSC
1536fS
(for SACD CLK)
X103
VCXO
768fS
(for EXTERNAL CLK)
Q110
POWER REG
(for SACD)
SACD CLOCK
POWER ON/OFF
Q128
POWER REG
(for EXTERNAL CLK INPUT)
EXT CLOCK
POWER ON/OFF
H:ON
H:ON
J102とフレキケーブルの接触不良の可能性
J102の半田を確認してください。
改善しない
+3.3Dは出力されていますか？
yes
"SYSR"(Q101-19pin)は"H"ですか？
yes
Q101が触れないほどに
熱くなっていませんか？
no
各部品は正規部品ですか？
yes
Q101-13pin(CX/CXON), -43pin(SX/SXON,
-96pin(EXON)の何れかひとつが"
H"を出力してますか？ (＊1)
切り替え後の動作モードに対するクロック
が入力されていません。外部クロックモー
ドと内部クロックモードの各チェック項目
を確認ください。
no
Q106(REG.)の入出力電圧、半田付け等を
確認してください。
no
J104とWF07との接続を確認してください。
Q101の半田付けを再度行ってください。
yes
それでも状態が変わらない場合
Q101を交換してください。
一部の販売店にて電源周り及び発振器周
no
りの改造を行っています。発振器及び電
源周りは各クロックモードの切り替えの
タイミングに大きな影響を受けます。
正規の仕様以外は本セットでは対応致し
かねます。
＊１: Power On直後は約300ms程度Q101の13pin、
43pin、96pinが"H"に設定され、X101をベースに
したクロックがメカモジュールに供給されます。
フレキケーブルを挿入しなおしてください。
1-16
外部クロックモード
Q131、X103付近の回路を確認して
ください。(EXTERNAL CLK SYNC)
(SHILD CASE)
Q128(REG.)付近の回路を
確認してください。
内部クロックモード
信号名"CA0"及び"CB0"(Q101-16/17pin)は
"L"が出力されていますか？
yes
Q101-81pin(EXCK)はクロック信号が
yes
yes
信号名"CA0"及び"CB0"(Q101-16/17pin)は
yes
PL3.3V+(+3.3V)(Q128)は
出力されていますか？
"H"を出力してますか？
Q101の確認を参照ください
"L"が出力されていますか？
yes
"MODE"(R122/Q101-3pin)は"H"が
出力されていますか？
yes
Q101-40pinはクロック信号が
確認できますか？(SACD CLOCK)
no no
no
確認できますか？
no
no
Q101-96pin(EXON)は
no
SACDモード CDモード
yes 内部クロックモードです。外部クロック
外部クロックモードです。内部クロック
no
モードに変更してください。
no
Q101-41pinはクロック信号が
確認できますか？(CD CLOCK)
モードに変更してください。
Q103, Q104, X101付近の回路を確認
してください。(SACD CLOCK OSC)
Q110(REG.)付近の回路を
確認してください。
yes
yes
SAV+(+3.3V)(Q110)は
出力されていますか？
信号名"SX/SXON"(Q101-43pin)は
"H"を出力していますか？
Q101の確認を参照ください
no
no
CDV+(+3.3V)(Q109)は
出力されていますか？
no
信号名"CX"(Q101-43pin)は
"H"を出力していますか？
Q105, X102付近の回路を確認して
ください。(CD CLOCK OSC)
Q109(REG.)付近の回路を
確認してください。
[B] SACD Engineメカ部 OPU
1. OPU
①
②
③
の動作シケンス。
SLEDG MOTORを動作させOPUを内周(TOCエリア)に移動。
レザーを点灯しFOCUS MOTOR(レンズ)を上下。
FOCUS上下する時DISCの種類、反射率等を判別。(右図参照)
F+ : FOCUS MOTOR
T+ : TRACKING MOTOR
LDON : LASER ON
MIRR : REFLECT DISC MIRROR
④ 正しくDISCの種別、反射率が計測できない時は"CAN'T PLAY"を表示。(この動作は正常なOPUであれば、一度で終わる、
OPUが劣化したりDISCが規格外等であれば3~5度繰り返し同表示する) OPUに起因する不良はこの問題が多い)
⑤ SPIN MOTORとRADIAL TRACKING MOTORを動かし、TOC動作よりPLAY。(その後の動作不良になるのは、③の過程で
DISC判別を誤っている)
1-17
CD TOC
SACD TOC
Focus
DISC
判別
Focus
DISC
判別
Focus ON
Focus ON
2. 簡易的にOPUと回路の不良を判別する
①
DISC "CD/SACD"のどちら一方のみ悪い場合、OPUの不良が大半である。
②
OPUの場合、レザー劣化が一番多い。この場合HF(VRF) OUT端子にて測定が小さい。
③
レザー電流が大きい場合HF(VRF) OUT端子電圧が大きい。ジッターや隣接トラックの信号、ノイズ等が大きく、
R502(100~820Ω)を大きくする。
④
レザー電流が少ない場合HF(VRF) OUT端子電圧が小さい。HF信号が読み取れず、PLLやSPIN MOTORがコントロール出来な
く
STOPする。R502(100~820Ω)を小さくする。
3. HFの観測
CD/SACDに於けるHF出力電圧。
①
VRF : OPUからのHFは、第一にコネクター(CX241-10pin)にて、VRFを観測する。
VRFの出力はOPUのバラツキで変化するのでLEVELは一定ではない。
参考値
CD/CDR/CDRW : 120~650mv
SACD : 180mv~800mv
② RFAC : IC501(CXD1881AR)出力はauto-gain controlにより約1.3Vと一定。
③
WM : SACDウオーターマークを解析するHF約1.4V一定。
1-18
CD HF
SACD HF
FRAC & WM
1-19
Personal notes:
1-20
9. WIRING DIAGRAM
POWER SUPPLY
PP16 PWB
DIG. OUT
COAX
J855
AUDIO
PA16 PWB
J856
J401
OUTPUT
L
OUTPUT
R
J451
JH01
JH04
JH04
JH05
J801
J850
MAINS TRANSF.
LH01
J805
CY082
J804
JH06
Super Audio CD
MODULE UNIT
CX241
J806
CY251
CX131
CY252
J101
J102
J105
FRONT 3
PY36 PWB
Spindle
Motor
JY09
CX151
CX033
FRONT 4
PY46 PWB
FRONT 2
CX052
Loading
Motor
JM04
JM01
JM02
JM03
PM16 PWB
TRAY
DRIVE
J103
FRONT 1
PY16 PWB
PY26 PWB
JY05
JY07
JY06
JY08
JY02
TO LCD DISPLAY
JY04
JY03
1-21 1-22
J104
JY12
JY01
10. BLOCK DIAGRAM
SA-7 Engine
TURNTABLE
RF-AMP, AGC, EQ
Laser
control
FOC, RAD, SLED
SPINDLE DRIVER
PM16 TRAY DRIVE PWB
CXD1881AR
LASER POWER
FAN8042
AN8471SA
PHOTO
CD and DVD
LASER and MONITOR
FOC, RAD, SLDG
3-AXICAL ACTUATOR
SPINDLE
hole Motor
LD +/-
LOADING
Motor
OPN/CLS SW
FRONT UNIT BLOCK
CONTROL
DRIVER
IDT71V124SA12
SRAM(1M)
RC-5/KEY
LED Control
M11L1616SA-45
RFAC
CXD1885Q
FOC
RAD
DIGITAL SERVO
SLED
and PLL,
DEMODURATOR
SPIN
Additional MPU (RC-5 Detection and fs/porarity control)
SUB MPU
SERVO RESET
EM636165TS-7
D-RAM(16M)
DIGIO
AD8062
RF-AMP
IC502
FEATUR and LOADING for SERVO-DSP MPU
EPM33128
FIFO
MASTOR CLOCK buffer
768fs
DATA BUS LINE
PCM
M3062LFGPGP
DISPLAY
KEYS DATA
DISPLAY
KEYS
LCD DRIVER
SDRAM(16M)
CXD2753R
PSP DECORD
and
DSD DECODER
768FSI
PLAY/STOP/PAUSE/NEXT/PREVI/etc
KEYS
DIGO
IC736
DSD/CD
DATA SWITCH
MODE
DAPC
DACL
DALR
DARD
DSRST1
DSCK
DSDO
DSCS1
-ATT
MUTE1
MODE
DIGO
FPGA ROM
SYCL(768fs)
TCXO
CRISTAL
DSP ROM
EXCK, Ref
frqu
EXT clock Select and PLL, VCXO
FPGA XC2S15
CD DIGITAL OUT
RE-CLOCKING
DSD/CD
data switch
GENERATOR
and DIVIDER
MASTER CLK SW
CONTOROL
Polarity
INV
384fs
DAPC
O
DACLO
DALRO
PE777f2
(DSP56364)
Digital Filter
8fs FIR Filter with
3 Coeffecient, DC-filter
N-Shaper.
TIMING
DAC CLK
Switch
Filter
ATT
N-Shaper
Mute
LRDA
DRDA
DLDA
CLDA
SPDIFO
DSD
SYSO
PCM
DATA
SM5866AS
IM0D
IM1D
DEM
DAC 23Multi Lebel
DAC 23Multi Lebel
DEM
+LA
Double HDAM
+LA
+LB
-LB
+RA
Double HDAM
-RA
+RB
-RB
BESSEL FILTER STAGE
+L1
Double HDAM
I/V AMP
&
1th-LPF
-L1
+R1
Double HDAM
I/V AMP
&
1th-LPF
-R1
2th-LPF
2th-LPF
+L2
-L2
+R2
-R2
Differencial
HDAM
SA2-amp
control
Differencial
HDAM
SA2-amp
Differencial
HDAM
SA2-amp
control
Differencial
HDAM
SA2-amp
(BNC input)
Muting relay
Muting relay
EXT Fs
GND
+BAL
2
-BAL
GND
GND
+BAL
2
-BAL
GND
COAX
3
1
COAX
3
1
OUT
BALANCE
OUT
OUT
BALANCE
OUT
IR sensor
RC-5
Display off
star
44.1k 88.2k 176.4k
Locked
TROIDAL
TRANSFORMER
INV.phase
15V
BACK LIGHT
12V
MOTOR
8V
MOTOR
+5V
DIGITAL
POWER SUPPLY and MUTING
MUTE
for Relay
DAC +7.5V
+11.5V
-11.5V
SPDIFO
DIGITAL I/O
buffer
Puls
Transformer
CAOX
DIGITAL OUT
OPT
1-241-23
11. SCHEMATIC DIAGRAM
5201 88M32AK520101
TO SERVO PWB(PV16)
DSD DATA IN AND POWER OUT
WF05
ATT
TO SERVO PWB(PV16)
DSD DATA IN AND POWER OUT
(JM04 PV16)
TO MOTOR DRIVE
FROM J806(PA16- 4/4)
EXFS
J105
7P FFC
1
FTCK
GND
3
FTMS
GND
5
FTDI
FTDO
7
VCC
TEST PINS FOR JTAG
NOMAL NON CONNECT
10
12
14
16
18
20
22
24
2
4
6
8
25FMN
2
4
6
8
10
12
14
16
18
20
22
24
J102
25FMN
J101
J103
WF04
+12V
+8V
+8V
MGN
MGN
DIGO
GND
IRIN
USER2
USER1
D_OFF
FLAMP
SRLED
KEY2
DISP
FRES
FCEN
FCLK
FDAT
KEY1
KEY0
GND
GND
+5A
+5A
+5B
+5B
FILTI
MODE
MUT1
DAPC
DARD
GND
SYCL
GND
DACL
GND
DSCS1
DISP2
DSALS
DSARS
DSDO
DSCK
DSRST1
DSCS3
MUT2
DALR
DSALF
SYSR
----
M+8V
MGN
SYSR
EXTERNAL CLOCK
GND
2
4
6
TPF6
GND
1
TPF7
3
5
7
TPF9
9
11
13
TPF13
NC
15
TPF15
17
TPF17
19
TPF19
21
23
25
TPF21
D101
IMN10
TPF22
1
3
5
TPF26
TPF27
7
TPF28
TPF29
9
11
13
NC
15
NC
17
NC
19
21
TPF37
23
NC
25
1
NC
2
TPF40
3
TPF41
4
TPF42
BUFFER
Q130
TC7SH86FU
EXOR
3
GND
2
A
1
B
TPF1
TPF3
TPF8
TPF11
TPF14
TPF16
TPF18
TPF20
GND
TPF23
TPF24
TPF25
TPF30
TPF31
TPF32
TPF33
TPF34
TPF35
TPF39
Y
VCC
PA16 PWB -1/4
GND
PROG
3.3V
DONE
GND
DSRST
192fs
SYO
SXON
2.5V
CD_IN
SACD_IN
GND
3.3V
LATCH
2.5V
DAPCO
2.5V
DALRO
DACLO
M2(GND)
3.3V
DSCS3
C102
0.1u
C140
0.1u
SACD ; H
8Fs
NC
NC
NC
NC
R108
GND
+3.3D
C155
100u/6
4.7k
+2.5V+2.5V
10u/16
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
C149
1
TPF10
TPF12
654
TPF36
TPF38
TPF2
TPF4
TPF5
+3.3D
SID_LED
FSMUT
C116
0.1u
R121 4.7k
R110
NC
4
5
DATA INTERFACE
M+8V
MGN
RC5
F_RS
DISP
FRES
FCEN
FCLK
FDAT
KEY1
KEY0
+5VA
1
23
GND
DISP2
M+8V
MGN
SYSR
GND
GND
C130
0.1u
+5VB
+3.3D
D_INV
GND
ERR
DIGITAL OUTPUT OFF
Q127
TC7SZ08FU
GND
C137
6800p
GND
+5VA
R127
1
B
2
A
3
GND
DSRST1
C158
1k
AND
VCC
DAPC
DARD
DACL
DSDO
DSCK
DSCS3
DALR
nc
L131
12
GND
H;PHASE ERROR
PL.3.3V
+5VA
5
GND
Y
4
(768fs)
DACL
C157
100p
GND
EXON
3
100u
C134
GND
GND
PQ1U331M2ZP
VIN
1
3NR
VC
C126
0.1u
GND
(PA16)
+5VA
C125
0.1u
DGO
R113
100
FSX
33M_CLK
AMUT
SPDIFIN
MODE
R122
10k
C133
R132
47k
Q128
GND
2
GND GND GND
0.1u
ATT
4
R131
VOUT5
3.3V
10k
C127
0.1u
FTCK
3.3V
SPDIF
+3.3D
C109
0.1u
GND
R130 68
C110 0.1u
C111 0.1u
C112 0.1u
GND
FSX
FSIO
EXCK
GND
Q131
C132
12345678
(DIV-XFs)
74HC4046
NC
(EXTXFs)
PHASE COMPARATOR
GND
C131
NC
1.75V
EXTERNAL CLK SYNC
(201G SHILD CASE)
C128
10u/16
+3.3D
(67MHZ)
910111213141516
GND
GND
GND
C113
0.1u
FTMS
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
R134
27k
20
0.1u
C117
GND
1
FTCK
FSI
CCLK
3.3V
TDO
GND
TDI
FSX
EXCLK
SYCL
NC
ECKO
2.5V
DIGI
DIGO
BCLK
GND
3.3V
CKI
2.5V
NC
2.5V
NC
EXON
NC
NC
TCK
3.3V
GND2TMS3MODE4D_INV
1
GND GND
+3.3D
D_INV
L133
C139
33u/16
GND
C136
NC
FLASH ROM FOR XC2515
Q102
XCF01SV
020C
13
14
15
16
17
18
19
C
VCC
VC
D0
NC13CLK4TDI5TMS
2
FSIO
72
73
74NC75
FSI
FSIO
DIN_DO
VCCI
+3.3D
GND
69NC70NC71
TDO
C108
0.1u
GND
NC6
GND
65NC66NC67NC68
NC5
NC4
TCK7CF8OE9NC2
6
C107
0.1u
61
62NC63
64
3.3V
GND
Q101
XC2S15
SARO : SACD Rch data output
DAPC (SACD : Lch data, CD : PCM data) input
DAR : SACD Rch data input
DAPC6DAR
5
7
FTMS
MODE
DAPC
DALR
DARD
X103
VCXO
67.77376MHZ
3.3V
4
Vdd3OUT
C138
CONT
0.1u
1
GND
1.75V
GND
SALO : SACD Lch data output
DALR8DSDO9DSCK10RESET311GND123.3V13CX142.5V15DSCS316CA017CB018SACLO19SYSR
0.1u
C101
GND
CXON
DSRST1
DSCK
DSDO
GND
2
GND
C135
1u6.3V
R135
47
R138
10
DSCS3
GND
11
O
CE
FIL2
FIL1CA0
100
100
R119
R120
59
60
2.5V
FILT2
FILT1
DAPCO : PCM data output
CB0
CXON
10
FIL3
DC-F
100
100
R117
R118
57
58
DCF
FILT3
SYSR
SACLO
SXON
GND12NC3
CE
IMD0
N-SH
100
R116
55
56
NSH
IMD0
SARO21SALO
20
SARO
SALO
+5VB
3.3k
R109
IMD1
DACRES
52
53
54
IMDA
DSP_RST
384fs23M124GND25M0
22
GND
R102
100
384F
51
INT
GND
GND
CD ; H
EXTERNAL CLOCK POWER
1-25 1-26
F15V
R107
330
MODE
GND
+2.5V
+3.3D
C105
0.1u
R114
CD CLOCK(33M)
SACD CLOCK(67M)
C104 0.1u
GND
R104
33
R103
33
GND
C103
0.1u
Q129
TC7SH86FU
EXOR
1
B
2
A
3
GND
C106
0.1u
GND
GND
DSRST
192F
SYSO
SXON
100
33R105
DAPCO
DALRO
DACLO
VCC
8FS
GND
GND
Y
+2.5V
+3.3D
C115
GND
+5VA
5V
5
GND
4
H;SACD GAIN-UP
0.1u
TC7SGU04FE
45
Q104
TC7SGU04FE
Q103
TC7SGU04FE
SACD CLOCK OSC
C120
3p
GND
DSRST
CD/SACD CLOCK POWER
L103
0.022u
3
GND
12
5V
Q110
PQ1U331M2ZP
VIN
1
VC 3 NR
GND
2
C154
0.1u
GND
GND
Q109
PQ1U331M2ZP
VIN
1
3NR
VC
GND
2
C153
0.1u
GND
GND
5
4
GND
5
4
GND
VOUT
VOUT
C151
GND
C129
0.1u
+5VB
GND
Q105
18kR106
GND
GND
X101
67.7376MHz
C148
0.1u
0.1u
GND
C124
0.1u
C123
0.1u
CD CLOCK OSC
123
C144
10p
33.8688MHz
GND
123
123
1MR112
C119
6p
GND
SAV+
SACD 3.3V
CDV+
CD 3.3V
C152
33u/16
ERR
F_RS
DISP
FRES
FCEN
FCLK
FDAT
KEY1
KEY0
DISP2
RC5
SID_LED
D_INV
CA0
CB0
SYSR
FSMUT
ATT
OUT
GND
X102
45
45
R111
560
C118
680p
L101
2.2uH
3
CONT
2
GND
Vdd
3.3V
C121
0.1u
GND
3.3V
4
1
TPF43
TPF44
TPF45
TPF46
TPF47
TPF48
TPF49
TPF50
TPF51
TPF52
TPF53
TPF54
TPF55
TPF56
TPF57
TPF58
TPF59
TPF60
TPF61
TPF62
GND
1SS301
CDV+
C114
0.1u
GND
SAV+
C122
33u/16
GND
Q112
TC7SH86FU
EXOR
1
B
VCC
A
2
3
GND
Y
J104
2
4
6
8
10
12
14
16
18
20
22
D102
3
1
DGO
IMD1
IMD0
AMUT
DC-F
N-SH
FIL3
FIL2
FIL1
192F
8FS
SYSO
SALO
SACLO
SARO
384F
DALRO
DACLO
DAPCO
DACRES
+3.3D
5
4
RESET=H PULS
Q111(PEC777f)
2
GND
1
3
5
7
9
11
13
15
17
19
21
C150
0.1u
WF07
+15V
MGN
ERR
F_RS
DISP
FRES
FCEN
FCLK
FDAT
KEY1
KEY0
DISP2
RC-5
GND
+5VB
F_LAMP
INVS
A0
B0
SYSR
FSMUT
GND
SATT
DMUT
H;CD MUTE
PA16- 4/4
DGO
IMD1
IMD0
AMUT
DC-F
N-SH
FIL3
FIL2
FIL1
192F
8FS
SYSO
(512/768)
SALO
SACLO
SARO
384F
DALRO
DACLO
DAPCO
DACRES
DSPR
TO FRONT PWB(PY16)
LCD CONTROL DATA OUT
TO PA16 -2/4 TO PA16 -2/4
PA16 PWB -2/4
DMUT
N-SH
DC-F
FIL3
FIL2
FIL1
384F
192F
FROM INTERFACE CIRCUIT
8FS
DACRES
DSPR
DALRO
DACLO
DAPCO
IMD0
IMD1
SYSO
SALO
SARO
SACLO
FROM PA16 -1/4
DACRES
J106
15FMN
NOMAL NON CONNECT
TEST PINS FOR JTAG and EEROM
FIL3
FIL2
FIL1
384F
192F
8FS
DSPR
DALRO
DACLO
DAPCO
IMD0
IMD1
SYSO
SALO
SARO
SACLO
TPF115
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
TPF114
TPF113
TPF112
TPF111
TPF110
TPF109
TPF108
TPF107
TPF106
TPF105
TPF104
TPF103
TPF102
TPF101
+3.3D
GND
GND
+5VB
MOSI
MISO
SCK
HREQ
MRST
MODDI
HCKT
TMS
TCK
TDO
DMUT
C177
0.1u
SS
TDI
L;CD N=SHAPER ON
L;CD DC-FILTER ON
+3.3D
R161
22k
MODDI
Q115
DTC124EUA
HCKT
+3.3D
R156
22k
SS
MOSI
MISO
SCK
HREQ
R162
22k
8FS
DALRO
192F
DACLO
DLDA
DRDA
FIL1
FIL2
FIL3
DAPCO
DSPR
GND
+5VB
R157
22k
GND
Nomal=LoW
Q117
2SC4116
(GR/BL)
GND
Nomal=LoW
R152
22k
L180
C196
47u/16
+3.3D
R159
22k
3.3V
MODD
1
MODB
GND
C160
100p
GND
R153
Q116
2SC4116
(GR/BL)
5V
2
MODA
3
8FS
4
DALRO
5
192F
6
DLCO
7
VCCS
8
GNDS
9
HCKT/PC5
10
VCCLQ
11
GNDQ
12
HCKR/PC2
13
DLDA
14
VCCHQ
15
DRDA
16
FIL1
17
FIL2
18
FIL3
19
DAPCO
20
VCCS
21
GNDS
22
SS/HA2
23
MOSI/HA0
24
MISO/SDA
25
3.3V
Nomal=H
22k
Q180
PQ1U331M2ZPH
1
VIN
3
GND
VC
0.1u
C198
GND
2
R163
22k
0.1uC161
0.1uC162
0.1uC163
+3.3D
GND
GND GND GND GND
TMS
100
TMS
SCK
26
R154
TCK
99
27
22k
5
4
NR
TDI
98
TCK
HREQ
28
C165
0.1u
VOUT
R160 22k
TDO
95
96
97
TDI
GPIO2
GPIO3
TD0
VCCP32PCAP33GNDP
RESET
PINIT/NMI
29
30NC31
GND
C197
0.1u
R158 22k
C174
0.1u
C176 0.1u
GND
GND
89
90NC91
92
93
94
GPIO0
GPIO1
VCCS
GNDS
Q111
DSP56364
(PEC777f2)
GNDQ
EXTAL35VCCHQ
34
36
37
GND
GND GND
C166
0.1u
C164 0.1u
GND
3.3V
C167
100u/6
GND
C181
100u/6
DIGITAL FILTER (8fs OVER SAMPLING) CIRCUT
(PEC777f2)
L;CD MUTING
GND
88
VCCLQ
GNDQ
VCCHQ
CAS
VCCQL
38TA39
R155
10
40WR41RD42
RD
WR
D7
D6
VCCC43GNDC
GND
L151
D4
D5
GND
80
81D482D583D684D785NC86NC87
GNDQ
AA1/RAS1
AA0/RAS0
44
45
46A047A148
A0
D3
VCCQ
GND
A1
GND
+3.3D
D2
D1
76D177D278D379
A2
VCCA49GNDA
50
C168
0.1u
GNDA
VCCA
VCCLQ
GNDQ
GNDA
VCCA
VCCQH
GNDA
VCCA
A2
A17
A16
A15
A14
A13
A12
A11
A10
+3.3D
C173
0.1u
D0
75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
60
A9
59
A8
58
A7
57
56
55
A6
54
A5
53
A4
52
A3
51
3.3V
C175
100u/6
GND
C172 0.1u
GND
C171 0.1u
GND
C170 0.1u
C169 0.1u
GND
SIGNAL BUFFER FOR DAC
IMX1
3.3V
C182 0.1u
0.1u
GND
GND
IMD1
Q181
TC74VHC86FT
1234567
IMD0
891011121314
GND
IMX0
C183
GND
1234567
A11
A9
A8
A13
A14
D0
A16
WR
A15
GND
A14
A13
A12
A16
A15
GND
A11
A12
A7
GND
A9
A6
A8
A7
A5
A4
A6
GND
A5
A4
A3
Q182
TC74VHC86FT
C178
0.1u
+3.3D
GND
SALO
FLASH ROM FOR DSP
12345
678
Q114
91011
AT49BV040B-TU(SA-7)
1213
14
1516
SAL1
C185
33u/16
891011121314
GND
GND
RD
A10
GND
D7
D6
D5
D4
2625 27 28 29 30 31 32
D3
GND
D2
D1
D0
A0A10
A1
A2
A3
17 18 19 20 21 22 23 24
A3.3V
C184
0.1u
GND
1234567
DLDA
DLDA1
Q183
TC74VHC86FT
192F
192F1
891011121314
GND
IMX1
IMX0
RST1
SYCL1
SAL1
SAR1
SACL1
DLDA1
192F1
DRDA1
8FS1
R174
33
R173
33
R172
33
R171
33
(33.8688MHz)
R164
33
R165
33
R166
33
R167
33
R168
33
R169
33
R170
33
Only FOR (USA)
C180
NC
C179
NC
GND
IM1X2
IM0X2
RST2
SYCL2
SAL2
SAR2
SACL2
DLDA2
192F2
DRDA2
8FS2
IC Q201/Q251
FOR DAC(SM5866AS)
TO PA16 -3/4
J108
EARTH
DIGITAL DATA INTERFACE & DIGTAL FILTER POWER
+5VB
Q106
XC6203P332PR
2
5V 3.3V
C156
470u/16
GND
IN
OUT
GND
GND
1
3
GND
C141
100u/6
Q107
NJM2880U25-TE1
5
VIN
1
CONT
R150
10k
GND
2GND
4
VOUT
3
NPAS
GND
2.5V
C142
0.1u
GND
C143
22u/6
+3.3D
+2.5V
384F
DACRES
RST1
SYSO
SYCL1
SARO
SAR1
SACLO
SACL1
DRDA
DRDA1
8FS
8FS1
1-281-27
PA16 PWB -3/4
DAC/FILTER/BALANCE
(LDA/LPF/LBA)
IM0X2
IM1X2
(L-ch IN)
SAL2
(DSD data)
DLDA2
(PCM data)
FROM PA16 -2/4 FROM PA16 -2/4 FROM PA16 -2/4
SYCL2
SACL2
RST2
192F2
8FS2
IM0X2
IM1X2
(R-ch IN)
SAR2
(DSD data)
DRDA2
(PCM data)
+8V
SACL2
RST2
192F2
8FS2
SYCL2
SYCL2
SACL2
RST2
192F2
8FS2
IM0X2
IM1X2
+8V
IM0X2
IM1X2
SACL2
192F2
8FS2
SYCL2
REF VOLTAGE FOR DAC
R291
5.11K
C297
10u/35
GND
C294
10u/35
PA16
+5L
+5L
RST2
+8V
220u/16
220u/16
+5R
+5R
GND
100u/10
SAL2
DLDA2
FC HM330
C201
C252
C203
NJM3414AM(TE3)
R292
0.1u
C204
GND
C209
1000p
GND
GND
L201
GND
C206
0.1u
C205
100u/10
POWER FOR L-cH DAC
R201
NJM2887DL2
2.2k
CONT
VIN4VOUT
C202
470u/25
POWER FOR R-cH DAC
R251
NJM2887DL2
2.2k
CONT
VIN4VOUT
C251
470u/25
GND GND
C253
100u/10
SAR2
DRDA2
Q292
2.26k
C254
0.1u
GND
C259
1000p
L251
FC HM330
C255
100u/10
GND
C256
0.1u
GND
8
7
C293
0.1u
GND
(2/2) (1/2)
6
5
Q201
SM5866AS-G
1
TSTN
2
TO
3
DVDD
AVSSA
4
SDI
5
SBCKA
6
SBCKD
IOUTAN
7
RSTN
AVDDA
8
DI
AVDDB
9
BCKI
10
WCKI
11
DVSS
IOUTBN
12
BCPOL
AVSSB
13
DSPOL
14
CVDD15CKI
512/768fs
Q202
VADJ
1
5
3
2
GND
GNDGNDGND
R202
3.32k
GND
R252
3.32k
Q252
VADJ
1
5
3
2
GND
GND
Q251
SM5866AS-G
1
TSTN
2
TO
3
DVDD
AVSSA
4
SDI
5
SBCKA
IOUTA
6
SBCKD
IOUTAN
7
RSTN
AVDDA
8
DI
AVDDB
9
BCKI
10
WCKI
IOUTB
11
DVSS
IOUTBN
12
BCPOL
AVSSB
13
DSPOL
CVSS
14
CVDD15CKI
512/768fs
REF_L
IMD1
IMD0
RA
IOUTA
RB
IOUTB
CVSS
C210
100p
4.6 5.5V
R203
R253
4.6
IMD1
IMD0
RA
RB
C260
100p
Q292
NJM3414AM(TE3)
28
27
26
GND
25
24
23
22
21
20
19
18
17
16
GND
R204
6.81k
5.6k
4.7k
R205
1
TRIMMER
(LEVEL ADJ LcH/RcH)
5.6k
R254
6.81k
5.5V
28
27
26
GND
25
24
23
22
C258
21
100u/10
20
19
18
17
16
GND
2
3
4
GND GNDGND
46.4k
46.4k
46.4k
46.4k
3
1
R416
100
2SC3324(B)
D403
1SS302
3
1
3
1
R441
100
2SC3324(B)
D428
1SS302
3
1
3
1
R466
100
2SC3324(B)
D453
1SS302
3
1
3
1
R491
100
2SC3324(B)
D478
1SS302
3
1
Q409
2SA1312 BL
2
3
3
Q412
2
2SC3324(B)
2SA1312 BL
2
3
3
Q437
2
2SC3324(B)
Q459
2SA1312 BL
2
3
3
Q462
Q463
2
2SC3324(B)
Q484
2SA1312 BL
2
3
3
Q487
Q488
2
2SC3324(B)
+11V
Q413
Q434
Q438
3
3
3
3
3
3
3
3
1
2
1
178
R418
Q410
2SA1312 BL
2
2
R420
1
2
1
1
2
1
R443
Q435
2
2SA1312 BL
2
R445
1
1
1
1
R468
Q460
2
2SA1312 BL
2
R470
1
2
1
1
2
1
R493
Q485
2
2SA1312 BL
2
R495
1
2
1
178
178
178
2
R444
464
2
178
178
178
178
R494
464
R467
464
R469
464
464
R417
464
R419
R492
464
R442
+11V
GND
470u/25
470u/25
C421
470u/25
R424
46.4
DN21
1SS301
M_RELAY
R449
46.4
C422
-11V
C471
R474
46.4
DN26
1SS301
M_RELAY
R499
46.4
GND
GND
GND
C472
470u/25
C405
220u/16
GND
123
C430
220u/16
C455
220u/16
GND
123
C480
220u/16
C406
220u/16
LN21
UA2-12NU
GND
81765
234
GND
R450
100k
C431
220u/16
-11V
+11V
C456
220u/16
R475
100k
LN26
UA2-12NU
GND
81765
234
GND
R500
100k
C481
220u/16
GND
GND
GND
GND
GND
R425
100k
TPF173
J407
TPF181
TPF171
GND
EARTH
GND
B5B-EH-TS
1
2
3
TPF172
4
5
J451
B5B-EH-TS
1
2
3
TPF182
4
5
TPF183
J401
W401
B5B-EH-TS
A-GND
W451
B5B-EH-TS
A-GND
ANALOG OUT
J402
01P0735-10
1
2
A-GND
1
2
3
G
4
BALANCED
J452
01P0735-10
1
2
A-GND
1
2
2
3
G
4
BALANCED
2
L-CH OUT
J403
1
3
R-CH OUT
J453
1
3
2
Q414
3
2SC2705
1
10
R422
10
R423
1
Q415
2SA1145
3
2
-11V
2
464
Q439
3
2SC2705
1
10
R447
10
R448
1
Q440
2SA1145
3
2
+11V
2
Q464
3
2SC2705
1
10
R472
10
R473
1
Q465
2SA1145
3
2
-11V
+11V+11V+11V
2
Q489
3
2SC2705
1
10
R497
10
R498
1
Q490
2SA1145
3
2
-11V
3
1
Q304
2SA1312 BL
3
3
R307
562
3
1
Q329
3
Q330
3
R332
562
3
1
3
3
R357
562
3
1
Q379
2SA1312 BL
3
Q380
3
R383
562
1
2
1
C303
1
2
2
1
C328
1
2
2
1
C353
1
2
2
1
C378
2
33p
R308
33p
R333
562
33p
R358
33p
2
R309
562
2
R334
2
562
2
100
100
GND
GND
R359
100
GND
R384
100
GND
+11V
M
Q307
2SJ74-V
Q331
2SK170-V
M
Q332
2SJ74-V
M
Q357
2SJ74-V
Q381
2SK170-V
M
C321
470u/25
GND
1
2
Q306
2SK170-V
3
33.2
R310
33.2
R311
3
2
1
1
2
3
33.2
R335
33.2
R336
3
2
1
GND
GND
1
2
2SK170-V
3
33.2
R360
33.2
R361
3
2
1
1
2
3
33.2
R385
33.2
R386
3
2
Q382
2SJ74-V
1
Q356
GND
C322
470u/25
C371470u/25
470u/25
C372
470u/25
ATT_RELA
(SACD GAIN-UP)
R401
2.26k
R402
3.01k
GND
Y
DN22
1SS301
123
81765
GND
R404
6.81k
R429
6.81k
ATT_RELAY
DN23
1SS301
123
81765
GND
R426
2.26k
R427
3.01k
GND
R451
2.26k
R452
3.01k
GND
ATT_RELAY
DN24
1SS301
123
81765
GND
R454
6.81k
R479
6.81k
ATT_RELAY
DN25
1SS301
123
81765
GND
R476
2.26k
R477
3.01k
GND
-11V
234
234
R428
7.5K
GND
234
234
R478
7.5K
GND
GND
GND
R403
7.5K
LN22
UA2-12NU
LN23
UA2-12NU
R453
7.5K
UA2-12NU
LN25
UA2-12NU
LN24
2SK389FM-BL
1
2D2
3
4S2 5S1
Q402
2SC2873 (Y)
-11V-11V
2SK389FM-BL
8
7D1
6
Q427
2SC2873 (Y)
2SK389FM-BL
1
2D2
3
4S2 5S1
Q452
2SC2873 (Y)
R482
121
2SK389FM-BL
8
7D1
6
Q477
2SC2873 (Y)
R407
121
R406 22.6k
R431 22.6k
R432
121
G1
R434
68.1
R457
121
R456 22.6k
R481 22.6k
G1
NC
G2
OPEN
NC
G2
OPEN
+11V
Q401
Q426
Q451
Q476
OPEN
OPEN
R409
68.1
R433
NC
R459
NC
R484
121
G2
68.1
R483
G2
S25S1
68.1
G1
G1
121
8
7D1
6
1
2D2
3
4S25S1
121
8
7D1
6
1
2D2
3
4
-11V
R408
121
Q403
2SA1312 BL
2SA1312 BL
R458
2SA1312 BL
2SA1312 BL
1SS302
1
3
2
R410
33.2k
D401
IMN10
456
321
10pC402
M
9.1kR405
9.1kR430
M
10pC427
1SS302
Q428
1
3
2
R435
33.2k
2SC3324 (B)
D426
IMN10
1SS302
Q453
1
3
2
R460
33.2k
D451
IMN10
456
321
-11V
10pC452
M
9.1kR455
9.1kR480
M
10pC477
1SS302
Q478
1
3
2
R485
33.2k
D476
IMN10
3
1
Q404
2SA1312 BL
3
Q405
2SC3324 (B)
3
R411
562
D404
1SS302
2
1
R414
2
R413
2
100
1
M
C403
33p
GND
R412
562
D402
(DIFFERNCIAL STAGE)
3
D427
D452
D477
2SC3324(B)
1
Q429
2SA1312 BL
3
Q430
3
456
321
R436
562
3
1
Q454
2SA1312 BL
3
Q455
2SC3324 (B)
3
R461
562
3
1
Q479
2SA1312 BL
3
Q480
3
456
321
R486
562
D429
2
1SS302
1
R439
R438
2
100
2
1
M
33p
C428
GND
R437
562
D454
2
1SS302
1
R464
2
R463
100
2
1
M
C453
33p
GND
R462
562
D479
2
1SS302
1
R489
R488
2
100
2
1
M
33p
C478
GND
R487
562
+11V
R211
121
2SK389FM-BL
1
2D2
3
4S2 5S1
+5L
C208
100u/10
GND
R226
121
2SK389FM-BL
8
7D1
6
Q227
+5L
2SC2873 (Y)
R261
121
2SK389FM-BL
1
+5R
2D2
3
4S2 5S1
Q262
2SC2873 (Y)
+5R
R276
GND
121
2SK389FM-BL
8
7D1
6
Q277
2SC2873 (Y)
2.5V2.5V
1
C296
0.1u
R212
121
Q213
2SA1312 BL
Q211
8
NC
OPEN
7D1
G2
G1
6
REF_L
Q212
2SC2873 (Y)
R213
68.1
-11V
(I/V 1nd LPF) (2nd LPF)
+11V
R227
121
Q228
2SA1312 BL
Q226
1
OPEN
NC
2D2
G2
G1
3
REF_L
4S25S1
R228
68.1
-11V -11V
R262
121
Q261
NC
G2
Q276
OPEN
G1
2SA1312 BL
8
OPEN
7D1
G1
6
REF_R
R263
68.1
-11V -11V -11V
R277
121
2SA1312 BL
1
NC
2D2
G2
3
REF_R
4S25S1
R278
68.1
-11V
REF_R
D202
1SS302
1
3
2
R214
33.2k
D201
IMN10
456
321
D227
1SS302
1
3
2
R230
33.2k
D226
IMN10
D252
1SS302
Q263
1
3
2
R264
33.2k
D251
IMN10
456
321
D277
1SS302
Q278
1
3
2
R280
33.2k
D276
IMN10
3
1
Q214
2SA1312 BL
3
Q215
2SC3324 (B)
3
R215
562
6.81kR216
M
330pC211
330pC226
M
6.81kR229
3
1
Q229
2SA1312 BL
3
Q230
2SC3324 (B)
3
456
321
R231
562
3
1
Q264
2SA1312 BL
3
Q265
2SC3324 (B)
3
R265
562
6.81kR266
M
330pC261
330pC276
M
6.81kR279
3
1
Q279
2SA1312 BL
3
Q280
2SC3324 (B)
3
456
321
R281
562
1
2
1
2
1
1
2
1
1
2
2
1
2
C212
2
C227
2
2
C262
2
C277
33p
33p
R232
33p
R267
33p
R282
562
562
562
2
R217
562
2
1
R268
100
R283
100
R218
100
GND
2SK170-V
R233
100
GND
GND
2SK170-V
GND
M
Q217
2SJ74-V
Q231
M
Q232
2SJ74-V
M
Q268
2SJ74-V
Q281
M
GND
1
2
Q216
2SK170-V
3
33.2
R219
33.2
R220
3
2
1
1
2
3
33.2
R234
33.2
R235
3
2
1
GND
GND
1
2
Q267
2SK170-V
3
33.2
R269
33.2
R270
3
2
1
+11V+11V
1
2
3
33.2
R284
33.2
R285
3
Q282
2
2SJ74-V
1
GND
C221
470u/25
C222
470u/25
C271
C272
470u/25
R301
C301
330p
C326
330p
R326
R351
R376
7.5k
R303
R302
9.1k
7.5k
M
C302
150p
R328
M
R327
9.1k
7.5k
C327
150p
R353
R352
9.1k
7.5k
M
330p
C351
R378
C376
M
330p
R377
9.1k
121
M
GND
Q302
2SC2873 (Y)
121
M
GND
2SC2873 (Y)
121
M
150p
C352
GND
2SC2873 (Y)
121
150p
M
C377
GND
Q377
2SC2873 (Y)
-11V
Q301
2SK389FM-BL
1
NC
OPEN
2D2
G2
3
4S2 5S1
+11V
Q326
2SK389FM-BL
8
OPEN
7D1
G1
6
Q327
Q351
2SK389FM-BL
1
NC
OPEN
2D2
G2
3
4S2 5S1
Q352
Q376
2SK389FM-BL
8
OPEN
7D1
G1
6
R304
121
R305
68.1
R329
121
NC
G2
R330
68.1
R354
121
R355
68.1
R379
121
NC
G2
R380
68.1
D302
1SS302
Q303
2SA1312 BL
1
8
7D1
G1
6
1
2D2
3
4S25S1
8
7D1
G1
6
1
2D2
3
4S25S1
2
D301
IMN10
456
321
1SS302
Q328
2SA1312 BL
1
2
Q353
2SA1312 BL
1
2
D351
IMN10
456
321
1SS302
Q378
2SA1312 BL
1
2
IMN10
R382
562
R306
33.2k
D327
R331
33.2k
D326
IMN10
1SS302
R356
33.2k
D377
R381
33.2k
D376
3
2SC3324 (B)
3
2SC3324 (B)
D352
3
2SC3324 (B)
3
2SC3324 (B)
Q305
2SA1312 BL
456
321
Q354
2SA1312 BL
Q355
456
321
1-29 1-30
PA16 PWB -4/4
N11V0
N11V1
J806
GND
DGO
GND
EXFS
GND
P8V
N8V
GND
FGND
F15V
11V0
11V1
J856
1
2
3
4
5
6
7
8
9
10
POWER FOR AUDIO(I/V,LPF,BUFFER)
(PA16)
Q853
2SK246-GR
3
2
2SK246-GR
Q854
R852
100
1000u/35
1
C841
1
R851
100
2
GND
D854
D853
D858
D857
D851
1S100-E
D852
1S100-E
D855
1S100-E
D856
1S100-E
D842
1S100-E
D841
1S100-E
0R691
0R692
0R693
C851
4700u/35
GND
GND
C852
4700u/35
POWER FOR D/A CONVERTOR
D843
1S100-E
D844
1S100-E
F
N/K
U
1S100-E
1S100-E
TPF151
1
TPF152
2
TPF153
3
TPF154
4
1S100-E
1S100-E
TPF155
TPF156
DGO
PA16- 1/4
TPF157
EXFS
PA16- 1/4
TPF158
TPF159
TPF160
TPF161
GND
COMM
2SC2240
C853
C854
3
2SK246-GR
Q851
2SC4883
Q855
100u/25
100u/25
Q856
2SA970
Q852
2SA1859
Q842
2
R841
100
C842
100u/25
R855
R853
2.74k
3.32k
D861
HZ6L-3
D862
HZ6L-3
3
1
R857
3.32k
R858
3.32k
R856
2.74k
R854
3.32k
Q841
2SC4883
D846
9.1V
NJM78M12FA
CN06
47u/25
GND GND
QN05
IN
GND
GND
+11V
C855
470u/25
C856
470u/25
-11V
F15V
OUT
+8V
C843
470u/25
CN08
100u/25
+11V
to AUDIO
GND
to AUDIO
GND
-11V
+8V
to DAC
GND
F15V
DN19
VZ=10V
AMUT
GND
ATT GAIN-UP RELAY FOR SACD
R603
2SC4081
GND
PLAY ;0V
MUTE :0.7V
2
10u/16
Q601
CN10
RN09
22k
RN10
4.7k
0v;PLAY
H;STOP
SATT
GND
RN15
CD ;0V
SACD :3.3V
RN11
47k
QN07
2SC4081
1k
R601
4.7k
R602
4.7k
DN20
1SS301
3
1
MUTING RELAY CONTROL
22k
GND
GND
QN10
2SC4081
RN17
NON
GND
L-CH
R-CH
RN16
22k
R604
22k
CONNECTOR
FROM J401
CONNECTOR
FROM J451
R605
12
Q602
2SC4081
GND
RN12
22k
RELAY.12V
3.3k
R606
220k
QN08
2SC4081
GND
5
4
3
2
1
5
4
3
2
1
RELAY.12V
RN13
RN14
220k
3.3k
W401
B5B-EH-TS
A-GND
W451
B5B-EH-TS
A-GND
Q603
2SB798
CD ;12V
SACD :0V
J402
01P0735-10
1
2
A-GND
1
2
3
4
A-GND
1
2
3
4
FOR LN22,LN23,LN24,LN25
QN09
2SB798
PLAY ;12V
STOP :0V
FOR LN21,LN26
J403
2
G
J452
01P0735-10
1
2
J453
2
3
G
ATT_RELAY
M_RELAY
L-CH OUT
3
R-CH OUT
1
1
1-321-31
W001
AC CORD
1
2
12
J001
INLET-2P
12
L003
21
JH06
12
B2P3
12
SH01
GH01
0.01u
LH01
TRANSFORMER
WH01
WH05
1
2
1
2
1
JH04
1
2
2
PP16 PWB
5101 88M32AK510101
JH01
B2P3
2
1
FH01
T3.15A L 250V
for F,U
T1.6A L 250V
for N,K
1
2
JH05
B2P3
B2P3
JH02
JH03
6
5
4
3
2
1
J801
B6P-VH
F801
T1.6A L 250V
F811
T1A L 250V
F821
T1A L 250V
JT02
DIGITAL & SERVO,
C804
220u/25
GND
3 AXCIAL ACTUATOR
+8V
+5V FOR
+12V FOR
SERVO TT-MOTOR
+8V FOR SERVO
C815
220u/50
+5V
+12M
+8M
LT04
BL02RN2R
+5V
CT09
CT02
100u/25
0.1u
GND
DIGITAL OUT-PUT CKT
+5V
GND
QT01
RT03
22
CT03
100p
89101112
GND
1314
MC74HCU04AN
1234567
100KRT02
RT01
1.2K
CT01
0.1u
GND
CT04
0.1u
RT04
33
GND
PWB OPTION
GND
5104 88M32AK510401
0R891
0R892
0R893
0R894
OPT 2.8MHz(Biphase)
RT07
100
1
6
2
34
LT01
CT06
2200p
FOR F
FOR U
FOR N,K
-----
COAX 2.8MHz(Biphase)
75RT05
47p
CT05
RT09
0
CT07
0.1u
GND
+12M
+8M
+5V
CT10
0RT08
+12V
C806
6800u/16
C813
4700u/16
Q801
PG05RD21
1
IN
OUT
CTL
GND
3
4
C814
2
220u/16
C805
3300u/6.3
Q812
NJM7808FA
IN
OUT
GND
J803J802
J812J811
1S100-ED805
1S100-ED806
1S100-ED807
1S100-ED808
D813
1S100-E
D814
1S100-E
D812
1S100-E
D811
1S100-E
1S100-ED804
1S100-ED803
1S100-ED802
1S100-ED801
GND
C811
4700u/25
C802
6800u/16
GND
Q811
NJM7812FA
IN
OUT
GND
C803
6800u/16
DELAY CKT (MUTING & LCD)
J822J821
DN13
1S100-E
DN14
1S100-E
DN03
1S100-E
DN04
1S100-E
DN12
1S100-E
DN11
1S100-E
DN02
1S100-E
DN01
1S100-E
RN01
1.2K
10V
RN02
15K
GND
DN05
1S100-E
DN06
CN04
2200u/35
GND
FGND
CN01
100u/35
+21V
CN02
1u/100
RN08
DN15
18V
2.7k
DN07
QN04
2SD1415A
2.2MRN03
DN16
1SS254
QN03
QN01
+15V
CN03
GND
4.7u/50
CN05
0.1u
RN04
47K
+15V FOR LCD
BACK LIGHT & LED
10KRN06
RN05
QN02
+15VF
10k
+5V
0.1u
GND GND
GND GND
GND
JT01
B2B-EH
B8B-PH
TOTX179L
3
IN
2
VCC
1
GND
J810
NC
1
2
J805
8
7
6
5
4
3
2
1
JT04
OPTICAL OUT
WT01
1
2
+12M
GNDM
FOR SERVO
+8M
PWB CY082
GNDM
+5V
GND
+5V
GND
JT03
DIGTAL OUT
1
2
BNC INPUT
EXTERNAL Fs CLK
J850
B6P-VH
1
2
3
4
5
6
JE01
1P BNC
1
2
3
F853
T1A L 250V
J854J853
J851
F851
T1A L 250V
J841 J842
F841
T1A L 250V
J852
FOR AUDIO AC 11V
AC CENTOR
AC CENTOR
FOR AUDIO AC 11V
J855
1
11V0
2
3
4
N11V0
PWB(PP16) J856
N11V1
11V1
FOR AOUDIO
EXTERNAL CLOCK AMP
QE01
MC74HCU04AN
RE04
47k
RE05
47
GND
GND
GND
RE03
2.2k
J804
GND
10R-FJ
10
GND
9
DGO
8
GND
7
EXFS
6
GND
P8V
PWB(PP16) J806
N8V
GND
FGND
+15VF
FOR AOUDIO
5
4
3
2
1
891011121314
FOR DAC AC 8V
FOR DAC AC 8V
FGND
+15VF
44.1/88.2/176.4KHz
5v
0v
EXFS
GND
RE01
75
44.1/88.2/176.4KHz
0.5
RE02
1k
LE01
BL02RN2R
+5V
CE04
100u/25
GND
5Vp-p
CE02
1u/50
0.1uCE01
GND
CE03
0.1u
RE06
100k
+5V
1234567
1-33 1-34
GND
EARTH
JT05
JT06
EARTH
WY01
FFC 22P 1.0MM
GND
FS_MUTE
S_RST
B0
A0
POLARITY
SIDE_LED
+5V
GND
RC5F
DISPOFF
KEY0
KEY1
FOR PA16 (J104)
FDAT
FCLK
FCEN
FRES
LCD_LED
F_RS
UNKOCK
FGND
+15V
5202 88M32AK520201
PY16 PWB
JY01
22FMN
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
GND
CY04
47u/6.3
GND
LY01
BLM11B601SPT
CY15
0.1u
GND
FS_MUTE
LED_ON
D_OFF
LCD_LED
UNLOCK
+15VF
+5V
(PY16)
CB0
CA0
POL
RC5F
KEY0
KEY1
FDAT
FCLK
FCEN
FRES
F_RS
D_OFF INV
+5V
D_OFF
QY68
DTC114EUA
GND
SERVO RESET BUFFER
+3.3VF
RY71
22k
GND
123
QY67
UMH10NTN
RY73
33k
RY72
22k
456
GND
EXTERNAL CLOCK & PHASE INV MPU
RC5
K_FSW
17
18
+5V
S_RESET
+5V
CY68
0.1u
GND
GND
GND
CY63
0.1u
CY67
0.1u
19
20
21
22
23
24
GND
RCIN
KI_FSSW
VCC
NC
GND
LED_OFF
IVCC
NC
RY67
47k
INV_LED
4FS_LED
2FS_LED
RC5_OUT
LOCK_LED
12
13
14
15
16
11
10
RCOUT
RC_SW
LED4FS
LED_INV
LED_2FS
LED_LOCK
QY61
R8C/12
UNLOCK26S_RST27FS_MUTE28MODE29POL30FSSWB31FSSWA32TXD
25
POL
CB0
UNLOCK
FS_MUTE
CA0
GND
1FS_LED
9
LED_FS
LED_FSOF
KI_POL
XRESET
CNVSS
RY69
RY70
XOUT
RC5 BUFFER
QY66
4.7k
UMH10NTN
456
GND
8.2k
K_PHAS
8
7
VCC
6
XIN
5
GND
4
3
2
1
RXD
+5V
+5V
GND
GND
GND
123
CY61
10u/16
RY62
5.1k
RY68
GND
CY62
18k
0.1u
1
+5V
QY62
BD4742G
+5V
CY65
0.1u
GND
MAIN RESET CKT
RY61
33k
45
123
GND
33k RY63
33k RY64
33k RY65
GND
2
XY61
16MHz
3
UP_RES
+5V
GND
CY64
0.1u
UP_RES
CNVSS
F_RX
F_TXD
F_MODE
FRONT SIDE LED
RY34
10k
CY42
0.1u
GND
(RIGHT)
CY41
0.1u
RY37
2.2k
GND
DY32
SEL2E10C
QY41
2SC4116
RY38
680
Fs-SELECTOR; CONTROL(QY61)
CA0
L
H
L
H
POL(29p)
L
H
CB0
L
L
H
H
OPERAT
OFF
Fs
2Fs
4Fs
DIGITAL PHASE
NORMAL
INVERT
SID_LED
LED_ON
KEYS(FRONT RIGHT)
RY03
150
KEY1
RY06
150
KEY0
D
RY04
180
RY05
270
SY01
12
SY02
12
SY03
12
PLAY
STOP
PAUSE
GND
CNVSS
F_RXD
F_TXD
F_MODE
UP_RES
+5V
GND
JY12
07FMN
1
2
3
4
5
6
7
QY61 LOADING FROM 232C
KEYS(FRONT LEFT)
SY05
OPEN/CLOSE
12
SY06
NEXT
12
SY07
RY02
PREV
330
12
GND
FRONT SIDE LED
(LEFT)
DY31
SEL2E10C
5203 88TM32AK520301
RY07
330
CY27
0.1u
PY36 PWB
06FMN
JY07
GND
RY54
10k
(PY36)
F_RS
FCLK
FCEN
D_OFF
K_FSW
123456789
FRES
KEY1
KEY0
FDAT
INV_LED
4FS_LED
1FS_LED
2FS_LED
LOCK_LED
10111213141516171819202122
K_PHAS
GND
+3.3VF
+15VF
SID_LED
GND
+5V
JY04
22FMN
LCD_LED
RC5
LCD BACK LIGHT LED CKT
+3.3V
QY08
RY39
F
+15VF
RY40
1k
RY42
GND
560
1.8k
GND
RY41
680
RY43
1k
CY31
0.1u
GND
QY09
2SC4116
GND
100 OHM;14mA
QY10
2SC4116
GND
JY03
S2B-PH
RY45
47
RY46
100
RY44
10k
CY32
0.1u
+15VF
2
16V
1
FCLK
F_RS
FCEN
6
KEY1
5
KEY0
4
GND
3
GND
2
+15VF
1
SID_LED
JY06
D_OFF
K_FSW
FRES
RC5
KEY0
KEY1
FDAT
INV_LED
LOCK_LED
4FS_LED
LCD DRIVE CKT PWB
(PY26)
PY26 PWB
2FS_LED
1FS_LED
GND
K_PHASE
+3.3VF
+15VF
GND
SID_LED
+5V
JY05
DTC114EU
H ; LCD BACK LIGHT ON
FOR 001J LCD DISPLAY LED
1-361-35
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