Marantz PMD580 User manual
Please use this service manual with referring to the user guide ( D.F.U. ) without fail.
修理の際は、必ず取扱説明書を準備し操作方法を確認の上作業を行ってください。
Part no. 00M09CS855010
First Issue 2008.02
For U.S.A., Canada, Europe,
& Japan model
SERVICE MANUAL
MODEL PMD580
Network Solid State Recorder
KAYABACHOTOWER,1-21-2SHINKAWA,CHUO-KU,TOKYO104-0033JAPAN
Telephone:03(6731)5588
D&M Holdings Inc.
PROFESSIONAL BUSINESS COMPANY
TABLE OF CONTENTS
SECTION PAGE
1. TECHNICAL SPECIFICATIONS..................................................................................................... 1
2. SERVICE MODE............................................................................................................................ 2
3. SETTING THE MAC ADDRESS..................................................................................................... 4
4. UPDATING THE FIRMWARE......................................................................................................... 5
5. WIRING DIAGRAM .......................................................................................................................11
6. BLOCK DIAGRAM........................................................................................................................ 13
7. SCHEMATIC DIAGRAM............................................................................................................... 15
8. PARTS LOCATION....................................................................................................................... 33
9. EXPLODED VIEW AND PARTS LIST.......................................................................................... 53
10. PACKING AND PARTS LIST........................................................................................................ 55
11. IC DATA........................................................................................................................................ 59
12. ELECTRICAL PARTS LIST .......................................................................................................... 77
1
1. TECHNICAL SPECIFICATIONS
Digital Audio System
System..................................................Solid State Recorder
Usable Media................CF memory cards, Microdrive cards
Recording and media methods
MP3....................................MPEG1 Layer III compression
WAV ..................................................16/24 bit linear PCM
Recording MP3 bit rate (selectable)
Mono.........................................160, 128, 96, 64, 32 kbps
Stereo....................................320, 256, 192, 128, 64 kbps
Sampling frequency .......................................44.1, 48 kHz
Number of channels ..............................2 (stereo), 1 (mono)
Audio Frequency response.............10 to 20,000Hz ± 1.0 dB
Signal-to-Noise Ratio IEC-A weighted......................... 91 dB
Total Harmonic Distortion at 0 VU (PCM)...................0.01 %
Dynamic Range........................................................... 94 dB
Inputs
Balanced Input
Type ..................................XLR (1:GND, 2:HOT, 3:COLD)
Input Sensitivity.....................+4 dBu /–20 dBu /24 kohms
Unbalanced Input
Type ....................................................................RCA jack
Input Sensitivity..............................500 mVrms /22 kohms
UNBALANCED DIGITAL IN
Type ....................................................................RCA jack
Input impedance...................................................75 ohms
Standard input level .............................................0.5 Vp-p
Sampling frequency .......................................44.1 /48 kHz
Format....................AES/EBU or SPDIF (IEC 958 Type II)
Balanced Digital Input
Type ..................................XLR (1:GND, 2:HOT, 3:COLD)
Sampling frequency .......................................44.1 /48 kHz
Format....................AES/EBU or SPDIF (IEC 958 Type II)
Outputs
Balanced output
Type ..................................XLR (1:GND, 2:HOT, 3:COLD)
Level..................... +18 dBu (+4dBu reference) /600 ohms
Unbalanced output
Type ....................................................................RCA jack
Standard level.........2 Vrms (+4dBu reference) /10 kohms
Balanced Digital output
Type ..................................XLR (1:GND, 2:HOT, 3:COLD)
Output impedance..............................................110 ohms
Standard output level...........................................3.5 Vp-p
Format...AES/EBU or SPDIF (IEC 958 Type II) selectable
Unbalanced Digital output
Type ....................................................................RCA jack
Output impedance................................................75 ohms
Standard output level...........................................0.5 Vp-p
Sampling frequency ........................................44.1/48 kHz
Format....................AES/EBU or SPDIF (IEC 958 Type II)
LAN Interface
Format...........................................10Base-T/100Base-TX
Transmission rate..........................................10/100 Mbps
Connector......................................................... 8pin RJ-45
General
Power requirements
US model ..................................................AC120 V 60 Hz
European model..........................AC100 - 240 V 50/60 Hz
Japan model.........................................AC100 V 50/60 Hz
Power consumption (U/N) ............................................ 26 W
Power consumption (F) ................................................ 18 W
Environmental conditions
Operational temperature.................. 5 - 35 °C (41 - 95 °F)
Operational humidity..............25 - 85 %, no condensating
Storage temperature..................–20 - 60 °C (–4 - 140 °F)
Headphone Output power ............18 mW+18 mW /32 ohms
Dimensions
Width.........................................................483 mm (19.0")
Height............................................................52 mm (2.0")
Depth.........................................................344 mm (13.5")
Weight........................................................3.7 kg (8.2 lbs)
Included accessories
Power cord (for US) .........................................................1
Power cord (for Europe)...................................................2
Power cord (for Japan).....................................................1
USB cable........................................................................1
Audio cable ......................................................................2
CF door Screw. ................................................................2
Retainer............................................................................1
User Guide.......................................................................1
CD-ROM (U/N).................................................................1
Customer Registration Document (only for US)...............1
Adapter (for Japan)..........................................................1
• Specifications are subject to change without notice.
2
* In the mode mentioned below, pressing the STOP/CANCEL button
will cancel the operation.An operation executed by pressing the Jog
wheel cannot be canceled.
※以下の各モードでは、
STOP/CANCELボタンを押すと操作がキャンセルさ
れます。ジョグダイヤルを押して実行した場合はキャンセルできません。
Turnrightthe Jog wheel
one click.
ジョグダイヤルを時 計
方向に 1クリック回します 。
PresstheJogwheelwhile
this display is shown.
表示中にジョグダイヤル
を押します。
All LCD pixels are activated.
LCDが全点灯します。
Turnrightthe Jog wheel
one click.
ジョグダイヤルを時 計
方向に 1クリック回します 。
PresstheJogwheelwhile
this display is shown.
表示中にジョグダイヤル
を押します。
The LEDs of the level meter, REC, REC
PAUSE, and PLAY buttons all light.
レベルメータ表示、
RECボタン、
REC PAUSEボタ
ン、
PLAYボタンの LEDが全点灯します。
Turnrightthe Jog wheel
one click.
ジョグダイヤルを時 計
方向に 1クリック回します 。
2. SERVICE MODE
Service mode can be performed with the following
procedures:
1. Press the POWER ON/OFF switch to turn on the power.
When the power is turned on, “Booting” then “Initial”
then “Loading” appear on the display, followed by the
track number and time. Once the display shown below
appears, follow the procedures below.
* If a CF card has not been loaded, “No Card” appears.
2. If you press and hold both the STOP/CANCEL button
and DISPLAY/LOCK button for several seconds, the
unit will enter Service mode.
The following display appears.
2. サービスモード
以下の手順に従い、サービスモードを実行できます。
1. POWER ON/OFFスイッチを押し、PMD580の電源を入
れます。電源を入れた後、ディスプレイにBooting
InitialLoadingと表示され、最後にトラックと時間
が表示されます。下記のように表示された後に、次の手
順を操作してください。
※CFカードが挿入されていないときは、No Cardが表
示されます。
2. STOP/CANCELボタンと DISPLAY/LOCKボタンを同時
に長押しすると、本機はサービスモードになります。
このとき、以下のように表示します。
3
Turnrightthe Jog wheel
one click.
ジョグダイヤルを時 計
方向に 1クリック回します 。
PresstheJogwheelwhile
this display is shown.
表示中にジョグダイヤル
を押します。
The default values for the destination
(Europe, United States, or Japan) are set for
initialization.
1) Select “US” for the United States, “EU” for
Europe, or “JP” for Japan.
2) Press the Jog wheel. A read/write check
of the EEPROM is performed, which takes
1 minute. Then the default values for the
destination are written to the EEPROM.
各仕向け（ヨーロッパ、アメリカ、日本）によるデ
フォルト値を設定し、初期化できます。
①アメリカ 向 け の 場 合 はUSを、ヨーロッパ向けの
場合はEUを、日本向けの場合はJPを選択し
ます 。
②ジョグダイヤルを押すと、EEPROMのリード・
ライト・ チェック が 約 1分間実施され、その後に
仕向けに応じたデフォルト値を EEPROMに書き
込みます 。
PresstheJogwheelwhile
this display is shown.
表示中にジョグダイヤル
を押します。
All tracks are played in Repeat All mode.
全トラック繰り返し（Repeat All）モードで再生さ
れます。
Turnrightthe Jog wheel
one click.
ジョグダイヤルを時 計
方向に 1クリック回します 。
PresstheJogwheelwhile
this display is shown.
表示中にジョグダイヤル
を押します。
ENABLE/DISABLE for the sensor of the Card
door can be set.
CFカードドアのセンサを ENABLE/DISABLEで
きます。
Turnrightthe Jog wheel
one click.
ジョグダイヤルを時 計
方向に 1クリック回します 。
PresstheJogwheelwhile
this display is shown.
表示中にジョグダイヤル
を押します。
The Mac Address can be confirmed.
Mac Addressを確認できます。
Turnrightthe Jog wheel
one click.
ジョグダイヤルを時 計
方向に 1クリック回します 。
PresstheJogwheelwhile
this display is shown.
表示中にジョグダイヤル
を押します。
The Mac Address can be set.
(See “3. Setting the MAC ADDRESSS.”)
Mac Addressを設定できます。
（3. MACADDRESS設定方法を参照してください。）
Turnrightthe Jog wheel
one click.
ジョグダイヤルを時 計
方向に 1クリック回します 。
4
3. If the STOP/CANCEL button is held pressed for several
seconds, the display will return to that previous from
Service mode.
3. STOP/CANCELボタンを長押しすると、サービスモード
から元の画面に戻ります。
(For Japan) （日本向けのみ）
Turnrightthe Jog wheel
one click.
ジョグダイヤルを時 計
方向に 1クリック回します 。
*Whenthe Jog wheel isturnedleft, themode changes
in reverse order with each click.
※ジョグダイヤルを反時計方向に1クリック回すごとに
逆順でモードが変わります。
PresstheJogwheelwhile
this display is shown.
表示中にジョグダイヤル
を押します。
Thelightingcondition oftheLED ofeachbutton
canbe checked withthe special toolconnected
to the parallel connector.
•PLAY button................The PLAY LED lights.
•REC button.................The REC LED lights.
•PREVIOUS button......The PLAY LED and
Extra2 LED light.
•NEXT button...............The REC LED and
Extra1 LED light.
•EXTRA1 button...........The Extra1 LED lights.
•EXTRA2 button...........The Extra2 LED lights.
•STOP button...............All LED goes off.
パラレル端子に専用治具を接続して、各ボタン
LEDの点灯を確認できます。
• PLAYボタン .......... PLAY LED点灯
• RECボタン............ REC LED点灯
• PREVIOUSボタン...PLAY LED / Extra2 LED点灯
• NEXTボタン........... REC LED / Extra1 LED点灯
• EXTRA1ボタン ..... Extra1 LED点灯
• EXTRA2ボタン ..... Extra2 LED点灯
• STOPボタン.......... LED全消灯
5
3. SETTINGTHE MAC ADDRESS
Set “Mac Address” in Service mode.
1. Press the POWER ON/OFF switch to turn on the power.
2. If you press and hold both the STOP/CANCEL button
and DISPLAY/LOCK button for several seconds,
the unit will enter Service mode.
The following display appears.
3. Press the Jog wheel with “Mac Add Set” displayed.
The following display appears.
4. Set the MacAddress. Turn the Jog wheel until the target
digit is set then press the Jog wheel.
(Set each digit of the address from left to right in sequence.)
(Example) When the address is to be set to “91-15-00”
3. MAC ADDRESS設定方法
サービスモードにあるMacアドレス設定を行います。
1. POWER ON/OFFスイッチを押し、PMD580の電源を入
れます。
2. STOP/CANCELボタンと DISPLAY/LOCKボタンを同時
に長押しすると、本機はサービスモードになります。
このとき、以下のように表示します。
3.
Mac Add Setを表示させた状態で、ジョグダイヤルを
押します。このとき、以下のように表示します。
4. 次に、Macアドレスを設定します。ジョグダイヤルを回
して目的の数字を設定し、ジョグダイヤルを押します。
（アドレス設定は、左から順に設定します。）
（例）アドレスを91-15-00に設定したとき
ジョグダイヤルを時計方向に回し、下図の “Mac Add Set”を
表示させます。
Turnright theJog wheel until “MacAdd Set”is displayed,
as shown below.
Mac アドレス（6文字）を設定し終わったらジョグダイヤル
を押します。
Once all 6 digits of the Mac Address have been set,
press the Jog wheel.
6
4. UPDATING THE FIRMWARE
Theupdating methodfor thePDM580’sfirmware is common
to all destinations. However, after updating, resetting is
required for the destination from the “EEPROM” settings
in Service mode. For details, see “EEPROM” settings in
Service mode.
Requirements for updating the firmware
•PMD580 to be updated
•CF card
•Personal computer
•Firmware updating file
Preparations for updating
1. Check the volume of the firmware updating file on your
PC. Check the free space of the CF card by accessing it
from My Computer of your PC or Windows Explorer.
2. Make sure that there is enough free space for the
firmware updating file, and check that there is no old
firmware updating file on the CF card.
If you find the old firmware updating file named
“PMD580up.bin” (the filename of the updating file),
delete it from the CF card.
3. Copy the new firmware updating file on your PC to the
“Root” folder of the CF card. Then it is recommended to
check the creation date of the firmware updating file after
copying it.
The filename of the firmware updating file is always
“PMD580up.bin.”
This completes the preparations for updating the
firmware.
4. ファームウェアの書き換え
PMD580のファームウェア更新方法については、各仕向け
による違いはありません。ただし、ファームウェアを更新し
た後にサービスモードの “EEPROM”設定により仕向けごと
の再設定をする必要があります。詳しくはサービスモード
の“EEPROM”設定をご覧ください。
ファームウェアの更新作業に必要なもの
• 書き換えたい PMD580
• CFカード
• パーソナル・コンピュータ
• ファームウェア更新用ファイル
更新するための前準備
1. ファームウェア更新用ファイルの容量をお手元のパソコ
ンにて確認してください。パソコンのマイコンピュータ
からアクセスするか、またはプログラムのエクスプロー
ラ等で CFカードの空き容量を確認します。
2. 確認した更新用ファイルの容量に対して充分な空き容量
を確保し、CFカードに古い更新用ファイルがないことを
確認します。
ファームウェア更新用ファイル名（更新用ファイル名は
常に同じ）“PMD580up.bin” が既に存在するときは、CF
カードに書き込まれている同一名ファイルを削除しま
す。
3. パソコン上でファームウェア更新用ファイルを CFカー
ドの “Root”フォルダにコピーします。
更新用ファイルを CFカードにコピーした後は、更新用
ファイルの作成日時を確認することをお勧めします。
ファームウェア更新用ファイル名（更新用ファイル名は
常に同じ）は、
“PMD580up.bin”です。
以上でファームウェアの更新する準備が整いました。
7
Updating the firmware
Load the prepared CF card into the PMD580 to update the
firmware.
1. Insert the CF card to the Card compartment with the
PMD580 turned off and close the door. The USB cable
should not be connected to the PDM580.
2. Turn the PMD580 on.
The power indicator (blue) flashes, and after several
seconds “Booting” appears on the display.
Then after several tens of seconds, “Initial” then
“Loading” appear on the display in sequence, and finally
“Update? Yes” appears.
Note:
Once updating of the firmware begins, it cannot
be stopped. During updating, unplugging the AC
power cord, turning the power off, opening the Card
door, and any action on the operation panel must
be avoided, any of which may result in abnormal
updating and lead to trouble in operations.
If normal updating is aborted, a second attempt may
not be possible. Updating of the firmware must be
performed carefully.
ファームウェアの更新作業
前準備した CFカードを PMD580に挿入してファームウェ
アを更新します。
1. PMD580の電源をOFFにした状態で、前準備したCFカー
ドを CFカード挿入部に挿入し、ドアを閉めます。このと
きUSBケーブルは PMD580に接続しないでください。
2. PMD580の電源を入れます。
電源インジケータ（青）が点滅し、数秒後にディスプレイ
が“Booting” と表示します。
さらに数 10秒後、ディスプレイは “Initial”→“Loading”
と表示し、最後に “Update? Yes”と表示します。
注意：
ファームウェアの更新が一旦始まると途中で停止させる
ことはできません。ファームウェア更新中は電源コード
を抜いたり、電源スイッチをOFFしたり、CFカードド
アを開けたり、操作パネルを操作したりすると、ファー
ムウェアが正常に更新されず、動作不良になることがあ
ります。そのような行為は絶対に行わないでください。
ファームウェアが正常に更新されなかったとき、再更新
もできない場合があります。ファームウェア更新作業は
操作などを含め十分注意して行ってください。
8
更新作業の実施
1. ファ ームウェアを更 新するときは、ディスプレイに
“Update? Yes” が表示されている状態で、ジョグダイヤル
を押してください。
このとき、以下の確認表示が表示されます。
• ファームウェア更新用ファイルが現在本機のファーム
ウェアバージョンより古いとき、
“Old Ver?”が表示され
ます。
• ファームウェア更新用ファイルが現在本機のファーム
ウェアバージョンと同じとき、
“Same Ver?”が表示され
ます。
上記内容確認後に、再度ジョグダイヤルを押します。
ファームウェア更新が開始され、更新中は上図の
の部分が
を繰り返し表示します。
更新の時間は CFカードのスピードおよびファームウェア
の容量によって異なりますが、目安として約 4〜5分です。
2. 更新が終了すると、ディスプレイに “Finish” が一瞬表示
され、同時にメインボードの Reboot回路が自動的に働
き、電源 OFFから ONに切り替わります。以降の動作は
電源を入れたときと同じ動作です。
電源インジケーター（青）が点滅し、数秒後にディスプレイ
が“Booting”と表示します。
さらに数秒後、ディスプレイは “Initial”→“Loading” と
表示し、最後に “Update? Yes”と表示します。これで
ファームウェアの更新が完了となります。
この状態から何度でも同じプログラムを書き込むことは
可能です。ファームウェア更新を完全に終了するために
は以下の手順にて通常モードに移行してください。
Updating procedures
1. To update the firmware, first press the Jog wheel with
“Update? Yes” displayed.
The following confirmation display appears.
•If the version of the firmware updating file is older than
the current one, “Old Ver?” appears.
•If the version of the firmware updating file is the same
as the current one, “Same Ver?” appears.
Answer the above prompt, and press the Jog wheel
again.
Updating of the firmware begins, and then then
appear repeatedly at during updating.
The time required for updating depends on the access
speed of the CF card and the volume of the firmware,
usually 4 to 5 minutes.
2. When updating is finished, “Finish” momentarily appears
on the display, and the Reboot circuit on the main board
is activated automatically, which turns the power OFF
then ON again. The subsequent procedures are the
same as those when turning the power on.
The power indicator (blue) flashes, and after several
seconds “Booting” appears on the display.
Then after several tens of seconds, “Initial” and “Loading”
appear on the display in sequence, and finally “Update?
Yes” appears. A Yes response completes updating of the
firmware.
In this mode, the same program can be written
repeatedly. To terminate updating of the firmware, follow
the procedures below to return to the normal operation
mode.
9
更新を終了し通常モードへの移行
1. ディスプレイに “Update? Yes” が表示されている状態
で、ジョグダイヤルを時計方向に1クリック回します。
ディスプレイが “Update? No” に変わります。
2. この状態でジョグダイヤルを押してください。ディスプ
レイに “Loading” が表示され、CFアクセスランプが点滅
しCFカードに記録されているファイルをロードします。
ファイルのロードが完了すると、CFカードに記録した
ファイルの内容が表示されます。
Terminating updating and returning
to the normal mode
1. Turn right the Jog wheel one click with “Update? Yes”
displayed. “Update? No” appears on the display.
2. Press the Jog wheel. “Loading“ appears on the display,
the Card access light flashes, and the file recorded on
the CF card is loaded.
When loading of the file completes, the contents
recorded on the CF card appear.
10
ファームウェアのバージョン確認
停止状態においてユーティリティメニューの “F/W version”に
よりファームウェアバージョンを確認することができます。
1. 停止状態において、
SHIFTボタンを押しながら MENU/
STOREボタンを同 時に押します。ユーティリティメ
ニューに移行します。ディスプレイには、ユーティリティ
メニューが表示されます。
2. ジョグダイヤルを時計方向に回して、“U16 F/W version”
を表示させ、この状態でジョグダイヤルを押してください。
ディスプレイにバージョン “ver 1.00”が表示されます。
（表示例: Versionが1.00の場合）
3. この状態でジョグダイヤルを押すと、ディスプレイが元
に戻ります。
4. ユーティリティメニューから通常モードに戻る場合は
MENU/STOREボタンを押します。
Checking the firmware version
InStop mode,you cancheck the firmware version with “F/W
version” of the Utility menu.
1. Press both the MENU/STORE button and the SHIFT
button in Stop mode. The Utility menu appears on the
display.
2. Turn right the Jog wheel until “U16 F/W version” is
displayed then press the Jog wheel.
A version number, such as “ver 1.00,” appears on the
display.
(Example: The version number is 1.00)
3. Press the Jog wheel to restore the previous display.
4. Press the MENU/STORE button to return to the normal
operation mode from the Utility menu.
5. WIRING DIAGRAM
W001
W003
WA04
W002
WB04 W004 W014
W010
W012
(F) W015
W980 W005
J851
LCDUNITCABLE
W011
MAIN PWB
AUDIO
INTERFACE
PCB
AUDIO
IN
BAL-R
AUDIO
IN
BAL-L
POWER SUPPLY PCB
AUDIO
IN
UNBAL
CED
RS232C INTERFACE PCB(U)/
PARALLEL PCB(F)
CF CONNECTOR:J008
ALPS:
SCFB1A0500&SCFB3A0200
HEADPHONES PCB
AUDIO
OUT
BAL-R
AUDIO
OUT
BAL-L
AUDIO
OUT
UNBAL
CED
DIGTAL
IN BAL
DIGTAL
OUT
BAL
SPDIF
IN/OU
T
REMO
TE
LAN
D-SUB
9IN(U) /
15PIN(F)
RS-232C
DRV(U)
uPD4721
CPU:EP9315
EEROM:
AT24C16AN
USB
CONTROLE
R:ISP1582
RTC:
RS5C372
FLASH:JS2
8F128P30T85
DIT/DIR:
CS8420
SDRAM:MT
48LC64M4A2
ETHERNET
TRANCEIVE
R:78Q2120C
-64T-B
AUDIO
SELECTOR
:LC78211
ELE.VOL:
TC9459BFG
SDRAM:MT
48LC64M4A2
USB
CONNECT
OR:J051
POWER
LED PCB
FRONT PCB
LCD UNIT
SW SW
SW
LED METER
SW SW
SWSW
ENCODER PCB
JOG
SW
SUB CPU:
uPD78F9222
CODEC
:
CS4271
J703 J702
J011
J850
J800
JB04
J001
J502
(J652)(F)
J052 J012(F)
JD06 JD07
J014J004
BATTER
Y:CR2032
DOOR
SW
J007
J852
J704
J710 JA04
J501
J701
INLET
J700
J015
JC03
LED
ELE.VOL:
TC9459BFG
RELAY RELAY
DIG
SELECTOR:
SN65LVD348
ER SW
TRANS:
RELAY:
FTR-F1
PHOTO
LUPTER:
GP1S58V
POWER
SW:
1SDKLA
HEAD
PHONE
HEAD
PHONE VOL
11 12
6. BLOCK DIAGRAM
L
XLR INPUT
R
LINE
IN
PUT
L
R
LINE OUTPUT
L
R
XLR OUTPUT
L
R
AES/EBU OUTPUT
AES/EBU INPUT
SPDIF OUTPUT
14.7456MHz
SPDIF INPUT
32.768
k
Hz
HEADPHONE
INLET
+3VU/SUB U-COM
AC100V
〜
AC230V
+14V/AUDIO
-14V/AUDIO
+5V
PROCESSOR
EP9315
FLASH MEMORY
JS28F128P30T85 SDRAM
MT48LC64M4A2 ×2
CF
CONNE
CTOR
ADDRESS BUFFER
TC74LCX16244FT
DATA BUFFER
TC74LCX16245FT
USB
CONTROLLER
ISP1582
USB
CONNE
CTOR
ETHERNET
CONTROLLER
78Q2120C09A-
64CGT
ETHERN
ET
CONNE
CTOR
KEY&JOG
RTC
RS5C372A EEPROM
AT24C16AN
LCD UNIT LCD BUS
SN74LV273APW
×2
SN74LV244APW
D-SUB
9PIN
(
U/N
)
RC-232C DRIVER
UPD4721GS
TALLY BUS
SN74LV541APW
SN74LV125APW
D-SUB(F)
15PIN
LED METER METER BUS
SN74LV138APW ×2
CODEC
CS4271
DIR/DIT
CS8420
AUDIO CLOCK
SELECTOR
SN74LV125APW
INPUT
VOLUME
TC9459BFG
OUTPUT
VOLUME/ATT
TC9459BFG
SPDIF LEVEL CHANGER
TC74HCU04AF
AES/SPDIF INPUT
SELECTOR
LINE DRIVER
SN65LVDM179
ATT
ALC
ALC
AUDIO
SELECTOR
LC78211
(
2/3
)
AUDIO
SELECTOR
LC78211
(1
/3
)
ATT
MULTI POWER SUPPLY
SUB U-COM
UPD78F9222
RELAY
RELAY
TRANS
TRANS
ER SW
TRANS
DA
AD
DIT
DIR
SRC
LED DRIVER
NJU3716AM
CF
DOOR
SW
13 14
7. SCHEMATIC DIAGRAM
AMUTEC
8420_INT
TP49
0
R073
MUTE_OUT
DAN202K
D007
1
2
3
SN74LV04APW
Q010
34
OPEN
R087
D GND
1 2k
R074
TPF150
TPF151
OPEN
C040
TALLY_MUTE
TPF152
0
R402
SN74LV125APW
Q005
56
4
Q406
DTA114TUAT106
+3VU
+3 3VD
OPEN
D009
1
2
3
+3 3VD
OPEN
D008
1
2
3
+3 3VD
OPEN
R072
OPEN
R075
D GND
D GND
0
R076
DTC114EK
Q401 47k
R403
D GND
D GND
SN74LV04APW
Q010
56
0
R448
100u/6
C004
+1 8V
680
R020
D001
OPEN
12
680
R005
TPF143
D GND
680
R011
TPF22
UDZSTE
3 6B
D006
S001
OPEN
13
0
R003
1k
R024
NJM2387DL2
Q003
VIN
1
GND
5
CTL
2
ADJ
4
VOUT
3
OPEN
C016
D003 OPEN
12
1k
R021
+3 3VD
TPF10
POFF_IN
+3 3VD
TPF03
1k
R019
TPF01
0 1u
C001
1k
R013
+5V PANEL
100u/6
C002
D GND
100u/6
C007
1k
R012
1k
R006
TPF08
0
R451
1k
R010
100
R018
10k
R044
D004
OPEN
12
0
R450
330
R017
TPF144
0 1u
C011
D GND
0 1u
C012
TPF06
1u
C003
0 1u
C005
0 1u
C423
+3 3VC
0 1u
C013
D GND
0 1u
C008 0 1u
C014
0 1u
C424
47k
R031
10k
R015
C425
0 01u
0 1u
C017
10k
R004
0
R014
47k
R030
10k
R009
OPEN
Q007
+3 3VD
+5V
TPF142
D GND
47k
R029
NJM2387DL2
Q004
VIN
1
GND
5
CTL
2
ADJ
4
VOUT
3
100u/6
C006
0
RU74
D GND
D002
OPEN
12
TPF04
D GND
4 7
R007
+3 3VD
+5V
47k
R001
TPF147
TPF09
TPF02
+5V_I/O
100k
R039
100u/16
C018
NJM2387DL2
Q002
VIN
1
GND
5
CTL
2
ADJ
4
VOUT
3
100k
R036
TPF145
100k
R032
100k
R034
D GND
SN74LV125APW
Q005
23 1
VDD3 3V
NJM2387DL2
Q001
VIN
1
GND
5
CTL
2
ADJ
4
VOUT
3
FG 4
D GND
FG 1
D GND
FG 2
D GND FG 5
D GND
D GND
FG 3
0
R288
0
R289
0
R290
0
R291
0
R292
0
R293
0
R294
0
R295
0
R296
0
R297
CF_POWER
4271_RST
SDA
ESCLK
ELRCK
EMCLK
ESDI0
ESDI1
SDI_SEL
MCLK_SEL
ESDOUT
OMCK_SEL
SPCLK
8420_RST
+3.3VD
+5VD
+5VD
D GND
TPU02 TPU04 TPU06 TPU08 TPU10 TPU12
TPU17
TPU14
TPU01 TPU03 TPU05 TPU07 TPU11TPU09 TPU13 TPU15
CODEC/CPU_MUTE
POWER_OFF_EN
CPU_MODE
AES/SPDIF
TPU16
Q020
MT48LC32M16A
VSSQ
12
VDD 1
VDD 14
VDD 27
VDDQ 3
VSSQ
6
VSS
54 VSS
41
VDDQ 9
VSSQ
46 VDDQ 43
VSS
28
VDDQ 49
VSSQ
52
D GND
+3 3VC
0.1u
C052
0.1u
C051
0.1u
C053
0.1u
C054
0 1u
C055
0 1u
C056
0 1u
C057
0.1u
C058
D GND
D GND
0.1u
C059
Q021
MT48LC32M16A
VSSQ
12
VDD 1
VDD 14
VDD 27
VDDQ 3
VSSQ
6
VSS
54 VSS
41
VDDQ 9
VSSQ
46 VDDQ 43
VSS
28
VDDQ 49
VSSQ
52
0.1u
C062
D GND
D GND
0.1u
C060
0.1u
C067
0.1u
C063
+3 3VC
0.1u
C064 0.1u
C061
D GND
0.1u
C066
Q015
GND
7
VCC
14
+3 3VD
D GND
0.1u
C403
+3 3VD
D GND
Q404
GND
10
VCC
20
0.1u
C197
0.1u
C195
+3 3VD
D GND
Q402
GND
10
VCC
20
D GND
0.1u
C196
Q403
GND
10
VCC
20
+3 3VD
+3 3VD
D GND
Q036
GND
7
VCC
14
0.1u
C178
D GND
Q005
GND
7
VCC
14
+3 3VD
0.1u
C177
Q037
GND
8
VCC
16
+3 3VD
0.1u
C175
D GND
Q038
GND
8
VCC
16
0.1u
C154
D GND
+3 3VD
D GND
+3 3VD
Q039
GND
10
VCC
20
0.1u
C176
Q300
GND
7
VCC
14
+3 3VD
D GND
0.1u
C422
Q040
GND
7
VCC
14
D GND
+5V
0.1u
C155
+3 3VD
D GND
Q010
GND
7
VCC
14
0.1u
C410
0.1u
C125
Q029
GND
7
VCC
14
D GND
+3 3VD
+3 3VD
Q026
GND
7
VCC
14
0.1u
C153
D GND
J001
B8B PH SM3 TB
1
2
3
4
5
6
7
8
TPU20
TPU21
TPU18
TPU19
0RU21
0RU22
0RU23
0RU24
0RU25
0RU26
0RU27
0
R008
OPEN
R038
OPEN
R041
OPEN
R033
OPEN
R035
OPEN
R037
22FMN BMTTN A TFT
J014
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
TPU45
TPU44
FG 7
0 1u
CU54
D GND
FG 8
0 1u
CU55
0
RU90
J008
51
J008
52
TC74LCX16244FT
Q122
GND
21
VCC 7
VCC 18
VCC 31
VCC 42
GND
28
GND
34
GND
39
GND
15
GND
45
GND
10 GND
4
TC74LCX16245FT
Q123
GND
21
VCC 7
VCC 18
VCC 31
VCC 42
GND
28
GND
34
GND
39
GND
15
GND
45
GND
10 GND
4
+3 3VD
+3 3VD
D GND
D GND
0.1u
C023
0.1u
C024
ALC
+3 3VD
0.1u
C009
D GND
Q124
GND
7
VCC
14
SCL
0.1u
C015
+3 3VD
Q125
GND
7
VCC
14
D GND
CS7
USB_EOT
RD
WR
CS_N
RD_N
WR_N
47
R268
47
R269
47
R276
TC74VCX08FT
Q125
13
12 11
TC74VCX08FT
Q125
9
10 810
RU20
10
RU65
10
RU64
OPENRU18
OPEN
RU19
4 7
RU29
TC74VCX08FT
Q125
4
56
TC74VCX08FT
Q125
1
23OPEN
RU63
TC74VCX32FT
Q124
9
10 8
TC74VCX32FT
Q124
13
12 11
OPEN
R453
10
RU16
10
R275
10
RU17
10
R277
10
R409
10
R433
0
R408
TC74VCX32FT
Q124
4
56
TC74VCX32FT
Q124
1
23
OPEN
R479
27
R091
OPEN
RU62
OPEN
RU59
27
R279
27
R280
OPEN
RU61
OPEN
R482
0
R481
+3 3VD
OPEN
R480
4 7
R278
R469
OPEN
OPEN
RU60
0
RU66
4.7
RU67
OPEN
RU68
Q127
OPEN
1
24
Q127
GND
3
VCC
5
OPEN
RU71
OPEN
RU72 OPENRU73
OPEN
Q128
1
24
Q128
GND
3
VCC
5
OPEN
Q129
1234
5678
D GND D GND
OPEN
RU77
OPENRU75
OPENRU76
D GND
OPEN
RU78
OPEN
RU79
0
RU69
OPEN
RU70
OPEN
Q130
1
CLR
2D
4
PR 5
Q
6
Q
3CLK
OPEN
Q130 13
CLR
12 D
10
PR 9
Q
8
Q
11 CLK
Q130
GND
7
VCC
14
D GND
+3 3VD +3 3VD +3 3VD
OPEN
C025
OPEN
C026
OPEN
C027
+3 3VD
OPEN
C028
D GND
OPENRU81
OPENRU80 D GND OPEN
RU82
PRST
OPEN
RU83
OPEN
RU84
OPEN
RU85
+3 3VD
OPENRV08
OPENRV09
OPENRV10
OPENRV11
OPENRV12
OPENRV13
+3 3VD
OPENRU86
0
RV23
OPEN
C183
D GND
OPEN
RV24
D GND
TC74LCX14FT
Q029
56
TPU42
0
RU32
D GND
0
RU31
TC74LCX14FT
Q029
34
TPU41
2
2
1u
C029
D GND
2
2
2
2
2
2
22
2
2
2
2222
2
2
2
2
2
2
2
2
UNBAL_MUTE RV42 0
J053
2
CF CARD POWER
CPU AROUND POWER
CPU POWER
FROM POWER
P.SW
SCL
SDA
4271_RST
ESCLK
ELRCK
ESDI1
EMCLK
SDI_SEL
ESDOUT
OMCK_SEL
ESDI0
AMUTEC
8420_RST
8420_INT
+3 3VD
+5VD
D GND
TO REAR PCB
TO POWER SUPPLY PCB
+5V
+5V
D GND
D GND
POWER_OFF_REQ
POWER_OFF_EN
CPU_MODE
AES/SPDIF
2/4
2/6
3/6
1/4
NC
MCLK_SEL
SPCLK
1 ON 0 OFF
ALC
UNBAL_MUTE
CF CONNCTER
(1/10W) (1/10W)
(1/10W) (1/10W)
(1/10W) (1/10W)
(1/10W)
4/4
3/4
2/4
4/4
3/4
1/4 2/4 1/4
3/6
2/6
15 16
P101 00MWI09CS1010
SN74LV08APW
Q015
1
23
CPU_MODE
R089
OPEN
D GND D GND
PRST
LAN_INT
8420_INT
+3 3VC
X001
14 7456MHZ
12
D GND
R097
10k
X002
TFX-02
12
C047
10p
C046
10p
RDLED
D013
TLGU1002A(T02)
12
D014
TLSU1002(T02)
12
D GND
CS1
RD
WR
R170
OPEN
R174
OPEN
D GND
+3 3VC
MT48LC32M16A
Q020
23 A0
24 A1
25 A2
26 A3
29 A4
31 A6
32 A7
33 A8
22 A10
35 A11
36 A12
20 BA0
19 CS#
18 RAS#
17 CAS#
16 WE#
15 DQML
39 DQMH
38 CLK
2
DQ0 4
DQ1 5
DQ2 7
DQ3 8
DQ4 10
DQ5 11
DQ6 13
DQ7 42
DQ8 44
DQ9 45
DQ10 47
DQ11 48
DQ12 50
DQ13 51
DQ14 53
DQ15 40
NC
30 A5
34 A9
21 BA1
37 CKE
MT48LC32M16A
Q021
23 A0
24 A1
25 A2
26 A3
29 A4
31 A6
32 A7
33 A8
22 A10
35 A11
36 A12
20 BA0
19 CS#
18 RAS#
17 CAS#
16 WE#
15 DQML
39 DQMH
38 CLK
2
DQ0 4
DQ1 5
DQ2 7
DQ3 8
DQ4 10
DQ5 11
DQ6 13
DQ7 42
DQ8 44
DQ9 45
DQ10 47
DQ11 48
DQ12 50
DQ13 51
DQ14 53
DQ15 40
NC
30 A5
34 A9
21 BA1
37 CKE
JS28F128P30T85(FOR PMD580)
Q022
29 A1
25 A2
24 A3
23 A4
21 A6
20 A7
19 A8
7A10
6A11
5A12
4A13
2A15
1A16
55 A17
18 A18
17 A19
16 A20
44 RST#
34
DQ0 36
DQ1 39
DQ2 41
DQ3 47
DQ4 49
DQ5 51
DQ6 53
DQ7 35
DQ8 37
DQ9 40
DQ10 42
DQ11 48
DQ12 50
DQ13 52
DQ14 54
DQ15
27
RFU
22 A5
8A9
3A14
15 WP#
46 ADV#
45 CLK
30 CE#
32 OE#
11 A21
10 A22
9A23
26 A24
14 WE#
56
WAIT
43
VPP
38
VCCQ
13
VCC 33
VCC
12
VSS 28
VSS 31
VSS
D GND
+3 3VC
+1 8V
D GND
SN74LV08APW
Q015
4
56
D GND
SOFT_RST
PRST
+3 3VD
+3 3VC
TP20
R090
10k
R092
10k
R093
10k
R094
10k
R095
1k
R096
1k
R171
10k
R172
10k
R173
2.2k
R178
10k R179
10k
R181
10k
R214
OPEN
R180
22
R182 15
R183 15
R184 15
R185 15
R186 15
R187 15
R188 15
R189 15
R190 15
R191 15
R192 15
R193 15
R194 15
R195 15
R196 15
R197 15
R204 15
R213 15
R210 15
R203 15
R207 15
R212 15
R208 15
R198 15
R211 15
R199 15
R205 15
R202 15
R209 15
R206 15
R200 15
R201 15
R158 56
R088
10k
R132 1M
R167
560
R169
560
R176
47k R177
47k
C068
0 1u C069
0 1u
C070
0 1u C071
0 1u
C050
0 01u
C065 0.1u
C088 0.01u
D018
ESD PROTECTOR(6802)
D GND
R404 0
R405 0
R411
0
R410 0
C045
0 1u
+3 3VC
D GND
TP21
TP22
R413
47k
R412
0C401
0 01u
C090
0 01u
C089
0.1u
D019
ESD PROTECTOR(6802)
SN74LV244APW
Q404
1A1
2
1A2
4
1A3
6
1A4
8
2A1
11
1Y1 18
2A2
13
2A3
15
2A4
17
1G
1
2G
19
1Y2 16
1Y3 14
1Y4 12
2Y1 9
2Y2 7
2Y3 5
2Y4 3
SN74LV273APW
Q402
1D
3
2D
4
3D
7
5D
13
1Q 2
2Q 5
3Q 6
4Q 9
4D
8
7D
17
8D
18
CLK
11
6D
14
CLR
1
5Q 12
6Q 15
7Q 16
8Q 19
SN74LV273APW
Q403
1D
3
2D
4
3D
7
5D
13
1Q 2
2Q 5
3Q 6
4Q 9
4D
8
7D
17
8D
18
CLK
11
6D
14
CLR
1
5Q 12
6Q 15
7Q 16
8Q 19
R414
0
OPEN
R415
LCPT_WR
PRST
D GND
LCPT_RD
TP23
TP25
TP26
EP9315 CBZ E1
Q018
U10 DA0
Y9 DA1
L19 RSTO#
U12 BOOT[1]
T15 INT0
V9 DA2
U9 DA3
V13 TREQA
Y7 DA4
W7 DA5
Y6 DA6
W6 DA7
T1 DA8
P3 DA9
P2 DA10
L20 PRST#
U15 INT1
Y14 BOOT[0]
B19 WAIT#
N3 DA11
N1 DA13
N2 DA12
M2 DA14
L4 DA15
L3 DA16
L2 DA17
L1 DA18
K4 DA19
K2 DA20
J1 DA21
F2 DA22
A2 DA28
B4 DA27
E2 DA23
U1
AD0 R2
AD1 R1
AD2 N4
AD3 P1
AD4 M4
AD5 M3
AD6 M1
AD7 Y10
AD8 W9
AD9
U13 NC
V16 INT2
W17 INT3/INTRQ
H17 RTCXTALO
Y8
AD10 W8
AD11 V8
AD12 U8
AD13 V7
AD14
F3 DA24
D2 DA25
Y5
AD15 D8
AD16 A6
AD17 A3
AD18
J17 RTCXTALI
B2 DA31
C4 DA29
D5
AD19 C3
AD20 K3
AD21 K1
AD22 E1
AD23 D1
AD24 F4
AD25 M20
CS0# C1
CS1# B1
CS2# C2
CS3# E4
CS6# A1
CS7#
E3 DA26
B3 DA30
A7
RD# B7
WR# G1
SDCS0# G2
SDCS1# H4
SDCS2# F1
SDCS3# G4
SDCLK D4
SDCLKEN H3
RAS# H2
CAS# G3
SDWE#
P17 XTALI
N17 XTALO
J2
DQMO# J3
DQM1# J4
DQM2# H1
DQM3# U16
PWMOUT Y18
RDLED W16
GRLED
TPF138
OPEN
R478
TP52
TP51
TP50
R175
OPEN
TPF153 TPF154
R382
10k
R385 0
R386 0
R383 0
R384 0
R387 0
R388 0
R389 0
R390 0
R391 0
R392 0
R393 0
R394 0
R395 0
R396 0
R397 0
100u/6
C151
D GND
TP59
R099 15
R100 15
R101 15
R102 15
R103 15
R104 15
R105 15
R106 15
R107 15
R108 15
R109 15
R110 15
R111 15
R112 15
R113 15
R114 15
R115 15
R116 15
R117 15
R118 15
R119 15
R120 15
R121 15
R122 15
R123 15
R124 15
R131 15
R126 15
R127 15
R128 15
R129 15
R130 15
R133 15
R134 15
R135 15
R136 15
R137 15
R138 15
R139 15
R140 15
R141 15
R142 15
R143 15
R144 15
R145 15
R146 15
R147 15
R148 15
R149 15
R150 15
R151 15
R152 15
R153 15
R154 15
R155 15
R156 15
R157 15
R159 22
R160 0
R161 0
R162 0
R163 0
R164 0
R165 0
R166 0
R168 0
C048
8p
C049
8p
R499
47k
LVM_CLR
RS5C372A
Q105
1234
5678
20H 1
B101 1
2
1SS301
D110
1
2
3
USB_INT
ISP1582BS
Q111
1
AGND 2
RPU 3
DP 4
DM 5
AGND 6
RREF 7
RESET_N 8
EOT 9
DREQ 10
DACK 11
DIOR 12
DIOW 13
DGND 14
INT
15 CS_N
16 RD_N
17 WR_N
18 A0
19 A1
20 A2
21 Vcc(I/O)
22 A3
23 A4
24 A5
25 A6
26 DGND
27 A7
28 VCC1V8
29 DGND
30 DATA0
31 DATA1
32 DATA2
33 DATA3
34 Vcc(I/O)
35 DATA4
36 DATA5
37 DATA6
38 DATA7
39 DATA8
40 DATA9
41 DGND
42 DATA10
43
DATA11 44
DATA12 45
DATA13 46
DATA14 47
DATA15 48
Vcc(I/O) 49
VBUS 50
VCC1V8 51
XTAL2 52
XTAL1 53
Vcc 54
Vcc 55
WAKEUP 56
SUSPEND
GND 57
10p
CU33
10p
CU34
USB_SUSPEND
USB_WAKEUP
USB_INT
USB_CS
+3 3VD
0
RU01
0 1u
CU45
0.01u
CU44
10k
RU03
10k
RU04
12kRU07
1.5k
RU02
10k
RU05
10k
RU06
USB_DREQ
USB_RST
0.1u
CU41 0.1u
CU38
4.7u/10
CU37
0
RU08
0.1u
CU36
0.01u
CU35
0 1u
CU39
0 01u
CU40
0.1u
CU42
0.01u
CU43
0
RU11
0
RU12
10k
RU10
1M
RU09
0.01u
CU46
USB_DACK
USB_EOT
TPU22 TPU26
TPU25 TPU27
CS7
SRPT_CLR
MCLK_SEL
SDI_SEL
OMCK_SEL
SN74LV04APW
Q010
13 12
SN74LV04APW
Q010
1110
SN74LV04APW
Q010
98
TPU43
12MHz
X103
12
0
RU39
47RU41 47RU42 47RU43 47RU44 47RU45
47RU88
47RU46 47RU47 47RU48 47RU49 47RU50
47RU51 47RU52 47RU53 47RU54
AD[2]
AD[3]
AD[4]
Q156
OPEN OPEN
RU40
47RU89
47RU91
47RU92
47RU93
47RU94
47RU95
47RU96
47RU97
47RU98
47RU99
47RV01
47RV02
47RV03
47RV04
47RV05
47RV06
47RV07
DA2[0 11]
D GND
J051
DBB 4R D14T 4D
1
2
3
4
5
6
7
8
TP61
TP62
TP63
TP121
47k
R125
D GND
2.2k
R218
2 2k
R217
+3 3VC
SCL
SDA
22
R098
22R219
OPENR267
MAX3207E
Q157
123
456
+3 3VD
D GND
0.1u
C010
D GND
0
R272
OPEN
R273
CS_IN
0R048
0
R049
0
R064
DLW21SN900SQ2L
L151
1
3
4
2
33R065 33R066 33R067 33R068 33R069
33R070 33R077
R078 33 CS_N
RD_N
WR_N
10RU30
Q126
2SC2712 GR(TE85L)
39k
RU58
10k
RU33
+3 3VD
VBUS_IN
OPENR274
R283 OPEN
DA[0]
AD2[0 10]
DA3[0 15]
33RV14
33RV15
33RV16
L152
60(100MHz)
1u
C126
330
R016
2
2
0
CU47
DA[0-31]
DA[31]
DA[30]
DA[29]
DA[28]
DA[27]
DA[26]
DA[25]
DA[24]
DA[23]
DA[22]
DA[21]
DA[20]
DA[19]
DA[18]
DA[17]
DA[16]
DA[15]
DA[14]
DA[13]
DA[12]
DA[11]
DA[10]
DA[9]
DA[8]
DA[7]
DA[6]
DA[5]
DA[4]
DA[3]
DA[2]
DA[1]
DA[0]
AD[24]
AD[23]
AD[22]
AD[21]
AD[20]
AD[19]
AD[18]
AD[17]
AD[16]
AD[15]
AD[14]
AD[13]
AD[12]
AD[11]
AD[10]
AD[9]
AD[8]
AD[7]
AD[6]
AD[5]
AD[4]
AD[3]
AD[2]
DQM3
DQM2
DQM1
DQM0
SDWE
CAS
RAS
SDCLKEN
SDCLK
SDCS0
AD[24]
AD[23]
AD[22]
AD[21]
AD[20]
AD[19]
AD[18]
AD[17]
AD[16]
AD[15]
AD[14]
AD[13]
AD[12]
AD[11]
AD[10]
AD[9]
AD[8]
AD[7]
AD[6]
AD[5]
AD[4]
AD[3]
AD[2]
DA[15]
DA[14]
DA[13]
DA[12]
DA[11]
DA[10]
DA[9]
DA[8]
DA[7]
DA[6]
DA[5]
DA[4]
DA[3]
DA[2]
DA[1]
DA[0]
DA[31]
DA[30]
DA[29]
DA[28]
DA[27]
DA[26]
DA[25]
DA[24]
DA[23]
DA[22]
DA[21]
DA[20]
DA[19]
DA[18]
DA[17]
DA[16]
AD[15]
AD[14]
AD[12]
AD[11]
AD[10]
AD[9]
AD[8]
AD[7]
AD[6]
AD[5]
AD[4]
AD[3]
AD[2]
CAS
DA[13]
DA[14]AD[15]
SDCLK
AD[10]
AD[9]
AD[8]
AD[7]
AD[6]
AD[5]
AD[4]
AD[3]
AD[2]
AD[11]
AD[12]
AD[14]
DA[1]
DA[10]
RAS
DA[11]
DA[12]
DA[7]
DA[8]
DA[9]
DQM0
SDCLKEN
DA[15]
DA[0]
SDWE
SDCS0
DQM1
DA[3]
DA[2]
DA[4]
DA[5]
DA[6]
SDCLK
CAS
DQM3
SDCS0
SDWE
SDCLKEN
DQM2
RAS
AD[0 24]
AD[4]
AD[3]
DA2[0-15] DA2[0-15]
DA2[0]
DA2[1]
DA2[2]
DA2[3]
DA2[4]
DA2[5]
DA2[7]
DA2[8]
DA2[9]
DA2[10]
DA2[11]
DA2[12]
DA2[13]
DA2[14]
DA2[15]
PRST
LCPT WR
LCPT_RD
MCLK SEL
SRPT_CLR
SDI_SEL
OMCK_SEL
DA2[0]
DA2[1]
DA2[2]
DA2[3]
LCD_RW
LCD_RS
LCD_E
LCD_DB4
LCD DB5
LCD_DB6
LCD_DB7
LVM_CLR
AD[0-24]AD[0-24]
USB_INT
USB DREQ
USB DACK
USB_EOT
DA[15]
DA[14]
DA[13]
DA[12]
DA[11]
DA[10]
DA[9]
DA[8]
DA[7]
DA[6]
DA[5]
DA[3]
DA[2]
DA[1]
DA[0]
DA[4]
DA[0 31]
DA[0]
DA[1]
DA[2]
DA[3]
DA[4]
DA[5]
DA[6]
DA[7]
DA[8]
DA[9]
DA[10]
DA[11]
DA[12]
DA[13]
DA[14]
DA[15]
DA2[0 15]
DA2[0]
DA2[1]
DA2[2]
DA2[3]
DA2[4]
DA2[5]
DA2[6]
DA2[7]
DA2[8]
DA2[9]
DA2[10]
DA2[11]
DA2[12]
DA2[13]
DA2[14]
DA2[15]
DA2[0 11]
DA2[6]
AD[1]
AD[0]
AD[1]
AD[0]
AD[1]
AD[1]
AD[0]
AD[2]
AD[7]
AD[6]
AD[5]
AD[4]
AD[3]
AD[2]
AD[1]
AD[0]
DA[0]
AD2[0 10]
AD2[7]
AD2[6]
AD2[5]
AD2[4]
AD2[3]
AD2[2]
AD2[0]
AD2[1]
DA3[0 15]
DA3[15]
DA3[14]
DA3[13]
DA3[12]
DA3[11]
DA3[10]
DA3[9]
DA3[8]
DA3[7]
DA3[6]
DA3[5]
DA3[4]
DA3[3]
DA3[2]
DA3[1]
DA3[0]
AD[10]
AD[9]
AD[8]
AD2[10]
AD2[9]
AD2[8]
(SDCLK=133MHz)
(8MX16bit×4banks_SDRAM)
(SDCLK=133MHz)
BOOT(1)
BOOT(0)
PRSTN
RSTON
(128MB_FLASH_MEMORY)
(8MX16bit×4banks_SDRAM)
(CR2032)
USB CONNECTOR
VBUS
D
D+
GND
SHELL SHIELD
SHELL SHIELD
6/6
1/4
5/64/6
2/4
LCD_BUS
(3216)
(3216)
(3216)
(3216)
NO CONNECT
NO CONNECT
17 18
P101 00MWI09CS1010
J005
OPEN
10 9
87
6
12
34
5
11
12
1314
1516
1718
1920
D-GND
+3.3VD
Q018
ES9315-CBZ-E1
R17 ROW0
U20 ROW1
B16 MCEHN
A19 IOWRN
A16 MCREGN
T19 ROW2
R18 ROW3
C17 MCWRN
T20 ROW4
R20 ROW5
P19 ROW6
P20 ROW7
N18 COL0
N19 COL1
N20 COL2
C15 MCELN
D13 MCDAENN
C16 IORDN
C14 MCDIR
M18 COL3
L17 COL5
M17 COL4
M19 COL6
L18 COL7
H20 XP
J18 XM
J19 YP
J20 YM
K20 SXP
K19 SXM
K18 SYP
B14 MCD1
A14 VS2
K17 SYM
F18
EGPIO4 E20
EGPIO5 F19
EGPIO6 G17
EGPIO7/DMARQ F20
EGPIO8 G18
EGPIO9 G19
EGPIO10 G20
EGPIO11 A17
EGPIO12 B17
EGPIO13
B18 MCRDN
D14 MCADENN
D12 MCWAITN
A20 MCRESETN
D15
EGPIO14 A18
EGPIO15/DASP
U7
P0 V6
P1 Y4
P2
D16 WP
C12 READY
W5
P3 U6
P4 W4
P5 U5
P6
B20 TRST#
B15 MCBVD2
C13 MCD2
U4
P7 V3
P8 W2
P9 U3
P10 V2
P11 W1
P12 T3
P13 R4
P14 U2
P15/YSCL V1
P16/XECL R3
P17/AC T4
SPCLK Y1
HSYNC
B13 VS1
A15 MCBVD1 T5
V/CSYNC T2
BLANK P4
BRIGHT
W19
SLA0 W18
SLA1 W14
EECLK Y15
EEDAT
D18
ARST# Y20
ABITCLK/SCLK0 V14
ASYNC/SFRM0 E16
ASDI/SSPRX
V12 TDI
W13 TMS
Y16
ASDO/SSPTX W15
SCLK1 Y17
SFRM1 U14
SSPRX1 V15
SSPTX1
Y13 TDO
W12 TCK
E19
EGPIO3/TEN F17
EGPIO2 D20
EGPIO1 E18
EGPIO/R1
KEY_COL[0-2,4]
KEY_ROW[0-3,5]
ESDOUT
ESDI0
ELRCK
ESCLK
EMCLK
D-GND
+3.3VC
R235
OPEN
D-GND
+3.3VC
J007
3P PH CON.BASE(TAPE)
1
2
3
C087
100u/16
D017
OPEN
12
D-GND
+5V
BD45302G
Q024
VDD
5
GND3
ER
1SUB 2
VOUT
4
D-GND
R227
OPEN
11 10
TC74LCX14FT
Q029
13 12
+3.3VD
SN74LV08APW
Q015
13
12 11
SN74LV08APW
Q015
9
10 8
R248
10k
+3.3VD
RDLED
PRST-
R220 10k
R221 10k
R222 10k
R223 10k
R224 10k
R229
10k
R231
10k
R232
10k
R233
10k R234
10k
R245
2.2k
R258
100k
R230 0
R246
47k
R247
47k
R226
56
L009
BLM18BD601SN1D
L010
BLM18BD601SN1D
C072
0.1u
TP10
R236 51
R239 0
R240 0
TP04
TP03
TP02
TP01
C082 OPEN
C083 OPEN
C086 OPEN
C085 OPEN
C084 OPEN
D-GND
DVR_STB
SPT_DATA
SPCLK
Q112
SN74LV00APW
1234567
8 9 10 11 12 13 14
D-GND D-GND
+3.3VC
C402
0.1u
DVR_CLK
R436
0
S002
OPEN
13
R256
0
TP11
TP12
TP13
TP14
TP15
TP16
TP17
TP19
R426
OPEN R427
OPEN
R428
OPEN R429
OPEN
R430
OPEN
R425
OPEN
R424
OPEN
R423
OPEN
R422
OPEN
R421
OPEN
R420
OPEN
R419
OPEN
R418
OPEN
R417
OPEN
R416
OPEN
+3.3VC
R432 0
10k
R071
AMUTEC-
0
R058
10kR057
SN74LV04APW
Q010
12
CODEC/CPU_MUTE
TPF23
TPF24
TPF25
TPF27 TPF28
TPF29 TPF30
TPF31 TPF32
TPF26
TPF34 TPF35
+3.3VC
10k
R052
10k
R054 1u
C022
OPEN
R055
D-GND
AT24C16AN
Q009
1
A0
2
A1
3
A2
4
GND
5
SDA
6
SCL
7
WP
8
VCC
0.1u
C021
OPEN
R053
R237 51
R238 51
C426
4.7u
R483
470k
D-GND
R485 0
R486 0
R487 0
R488 0
TPF155
TPF156
TPF158
TPF159
+3.3VD
R306
OPEN
+3.3VC
R056
OPEN
47k
R303
TP60
C073
OPEN
C074
OPEN
R228
47k
1k
R215
R216
100k
C438
0.1u
CPU_MODE
+3.3VD
DAN202K
D025
1
2
3
DTA114EK
Q043
USB_EOT
0R489
10k
R431
SDA
USB_DACK
0RU13
ESDI1
USB_DREQ
TP18
TPU33
TPU35
ENCORDER_A
ENCORDER_B
REMOTE
78211_STB
RU55
OPEN
R257
OPEN
TPU59
WP
READY
VS1
VS2
MCD1
MCD2
nIOWR
nIORD
nMCRD
MCBVD1
MCBVD2
nMCWR
MCDIR
nMCEL
nMCEH
nMCREG
nMCDAEN
nMCADEN
nMCRESET
TPV01
TPV02
TPV03
TPV04
TPV05
TPV06
TPV07
TPV08
TPV09
TPV10
TPV11
TPV12
TPV13
TPV14
TPV15
TPV16
TPV17
TPV18
TPV19
TPV20
TP64
TP65
TP66
TP67
TP68
TP69
TP70
TP71
TP72
TP73
TP75
TP76
TP77
TP78
TP79
TP80
TP81
TP82
TP83
TP84
TP85
TP123
POFF_IN-
TP28
TP29
TP30
USB_CS-
0R344
SCL
0R022 0R023
0R025 0R026 0R027 0R028 0R040 0R042 0R043
0R045 0R046
22k
R079
nMCWAIT
2
KEY_COL[4]
KEY_COL[2]
KEY COL[1]
CODEC/CPU_MUTE
KEY ROW[0]
KEY ROW[1]
KEY_ROW[2]
KEY_ROW[3]
KEY COL[0]
KEY ROW[5]
TO LCD UNIT
LED_A
LED_K
MCPU H MUTE ON
REST SW
6/6 5/6
4/4 3/4
1/6
(1/10W)
19 20
P101 00MWI09CS1010
BLM18PG600SN1D
L011
C122
0.1u
C124
0 1u
D GND
C121
0.1u
C115
0.1u
C103
1u
C094
0 1u
D GND
C110
0 1u
+3 3VC
D GND
C112
0.1u
C102
0.1u
C106
1u
C101
0.1u
C117
0.1u
D GND
C111
0.1u
EP9315 CBZ E1
Q018
P18 PLL_VDD
R19 PLL_GND
R13 VDDCORE
L16 VDDCORE
T13 VDDCORE
H18 ADC_VDD
H19 ADC_GND
N5 VDDCORE
E9 VDD
E12 VDD
F5 VDD
G5 VDD
G6 VDD
G15 VDD
G16 VDD
T8 VDDCORE
M5 VDDCORE
R8 VDDCORE
H16 VDD
P5 VDD
K5 VDD
P6 VDD
R5 VDD
R6 VDD
P15 VDD
P16 VDD
R15 VDD
R16 VDD
T9 VDD
T12 VDD
F14 VDDCORE
F7 VDDCORE
E7 VDDCORE
E15
GND F6
GND F15
GND F16
GND J5
GND L5
GND M16
GND N15
GND N16
GND R7
GND
N6 VDDCORE
T7
GND R14
GND T14
GND T10
GND T11
GND
E8 VDDCORE
E13 VDDCORE
H8
GND H9
GND H10
GND H11
GND
K16 VDDCORE
H5 VDDCORE
H12
GND H13
GND J8
GND J9
GND J10
GND J11
GND J12
GND J13
GND K8
GND K9
GND K10
GND K11
GND K12
GND
E14 VDDCORE
J16 VDDCORE K13
GND L8
GND L9
GND L10
GND L11
GND L12
GND L13
GND M8
GND M9
GND M10
GND M11
GND
N13
GND
M12
GND M13
GND N8
GND N9
GND N10
GND N11
GND N12
GND
E11
GND E10
GND E6
GND E5
GND
C093
1u
C095
0 1u
C114
0.1u
100u/6
C179
D GND
C116
0.1u
+1 8V
+3 3VC C100
10u/16
C105
1u
C098
0.1u
100u/6
C152
C113
0.1u
BLM18PG600SN1D
L012
D GND
C107
0 1u
C092
1u
C097
0.1u
C118
0.1u
C123
0 1u
+1 8V
C120
0.1u C119
0.1u
D GND
D GND
C104
1u
C096
0.1u
C091
10u/16
C109
0.1u
D GND
C108
0 1u
C099
0.1u
TPF73
TPF65
47k
R435
TPF54
Q026
SN74LV125APW
12 11
13
TPF78
RXD
TPF68
TPF59
R495
OPEN
TPF66
Q026
SN74LV125APW
98
10
0.01uC409
TPF70
+3 3VD
TPF81
+3 3VD
TPF63
OPEN
R307
TPF62
Q026
SN74LV125APW
56 4
TPF76
TPF74
TPF57
TP58
47k
R434
ESD PROTECTOR(6802)
D118
Q026
SN74LV125APW
23 1
TPF55
TPF79
TPF82
CTS
TPF60
R493
0
TPF71
R260
10k
R494
OPEN
TPF72
TPF64
TXD
TPF56
OPEN
R305
TPF77
R492
0
TPF67
EP9315 CBZ E1
Q018
V20 TXD0
T17 RXD0
W10
IDESC1#
U17
USBM0
V10
IDESC0#
V19 CTS#
V17 RTS#
C19
IORDY
Y12 DTR#
U11 DSR#
U19 TXD1
U18 RXD1
T18 TXD2
W20 RXD2
C10 TXCLK
D19
DIOR#/HR#/HS#
V11
IDEDA2
V18
USBP0
E17
DIOW#
D11 TXEN
C11 MIITXD0
A12 TXERR
B11 MIITXD1
A11 MIITXD2
D10 MIITXD3
A8 RXCLK
A10 RXDVAL
B10 RXERR
A9 MIIRXD0
B9 MIIRXD1
D9 MIIRXD2
D17
USBM2
A13 CLD
C9 MIIRXD3
C20
DMACK#
W11
IDEDA1 Y11
IDEDA0
V4
DD15
C8 MDC
B8 MDIO
T6
DD14
Y19
USBP1
C18
USBP2
B12 CRS T16
USBM1
W3
DD0 Y2
DD1 C7
DD2 B6
DD3 A5
DD4
V5
DD13 Y3
DD12
D7
DD5 C6
DD6 B5
DD7 A4
DD8 D6
DD9 C5
DD10 D3
DD11
R491
0TPF58
+3 3VD
0.1uC408
TPF53
TPF69
D GND
TP57
TPF80
TPF83
R490
0
TPF61
Q029
TC74LCX14FT
98
RTS
TPF75
R452
OPEN
RU56 0
R298
0
VDD3 3V
J013
B4B PH SM3
1
2
3
4
+3 3VD
D GND
C436
0 1u
TPF168
TPF169
TPF170
TPF171
R301
0
R302
0
J008
SCFB1A0500
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
TC74LCX00FT(EL K)
Q117
1234567
891011121314
TC74LCX00FT(EL K)
Q119
1234567
891011121314
TC74HC123AF TP1NEW C MOS
Q118
12345678
910111213141516
D GND
+3 3VD
+3 3VD
+3 3VD
0.1u
CU31
100k
R454
1u
CU51
0.22u
CU52
0 47u
CU53
0.1u
CU48
680k
R299
100k
R300
0.1u
CU49
CF_POWER
ACCESS_LED
CPU_MODE
WP
VS1
VS2
READY
MCD1
MCD2
MCBVD1
MCBVD2
MCDIR
nMCREG
nMCDAEN
nMCADEN
nMCRESET
nMCWAIT
TP27
TC74LCX16244FT
Q122
O5 9
O6 11
O7 12
O8 13
O9 14
I6
38
O10 16
O11 17
O12 19
O3 6
O0 2
I7
37
I8
36
I9
35
I10
33
I11
32
I12
30
I13
29
O1 3
O2 5
O13 20
I14
27
O4 8
O14 22
O15 23
OE1
1
OE2
48
OE3
25
OE4
24
I15
26
I5
40 I4
41 I3
43 I2
44 I1
46 I0
47
AD2[0 10]
D GND
BnMCREG
BnMCRESET
TC74LCX16245FT
Q123
1B6 9
1B7 11
1B8 12
2B1 13
2B2 14
1A7
38
2B3 16
2B4 17
2B5 19
1B4 6
1B1 2
1A8
37
2A1
36
2A2
35
2A3
33
2A4
32
2A5
30
2A6
29
1B2 3
1B3 5
2B6 20
2A7
27
1B5 8
2B7 22
2B8 23
DIR1
1
1OE
48
2OE
25
2DIR
24
2A8
26
1A6
40 1A5
41 1A4
43 1A3
44 1A2
46 1A1
47
DA3[0 15]
TPF177
TPF178
TPF179
TPF180
TPF181
TPF182
TPF183
TPF184
TPF185
TPF186
TPF187
TPF188
TPF189
TPF190
TPF191
33R368
33R351
33
R352
33
R353
33
R354
33
R355
33R356
OPEN
R465
D GND
33
R357
33
R358 33
R359
33R360
33
R361
33R362
33R363
33R364
33R365
33R366
33R367
22
R369
22R370
33R371
33
R372
33R373
33R374
82R375
10k
R376
82R377
OPEN
R378
D GND
33R379
33R437
33R438
33
R439
33
R440
33
R441
33
R442
33
R443
TPV21
OPEN
R241
OPENR242
10k
R243
OPEN
R244
OPEN
R261
OPENR262
OPEN
R263
10k
R264
+3 3VD
+3 3VD
CF_IN
TP86
TP87
TP88
TP89
TP90
TP91
TP92
TP93
TP94
TP95
TP96
TP97
TP98
TP99
TP100
TP101
TP106
TP107
TP108
TP109
TP110
TP111
TP112
TP113
TP114
TP54
TP56
TP115
TP116
TP117
TP118
Q029
TC74LCX14FT
12
ALC
DOOR
CF_IN
47k
RU34
+3 3VD
0
R059
0R445
0R444
0R447
0R449
0R461
0R462
0R463
0R464
R400 0
0
R401
0
R407
0
R406
0R225
0R345
0R047
+3 3VD
VBUS_IN
0RU57
10kR266
nMCRD
nIORD
nIOWR
nMCWR
0R459
0R460
Q159
TC7SZ32F
123
45
D GND
0.1u
C128
33k
RV21
33k
RV22
nMCEH
nMCEL
0R381
47R380
BnMCRESET
BnMCREG
TPV22
TPV23
0R446
0R270
D050 D051
D053
D055
D057
D052
D054
D056
D060
D062
D064
D066D067
D065
D063
D061
D058D059
RV31
10k
RV32
OPEN
0
RV34
0
RV35
0
RV28
0RV25
0
RV26
0
RV27
OPEN
RV30
0
RV29
Q161
TC7SZU04F
123
45
TC7SZU04F
Q160
123
45
+3 3VD
0.1u
C020
D GND
+3 3VD
0.1u
C019
MIIRXD0
RXERR
RXDVAL
RXCLK
MIITXD3
MIITXD2
MIITXD1
MIITXD0
TXERR
TXEN
TXCLK
CRS
CLD
MDIO
MDC
MIIRXD3
MIIRXD2
MIIRXD1
AD2[0 10]
AD2[0]
AD2[1]
AD2[2]
AD2[3]
AD2[4]
AD2[5]
AD2[6]
AD2[7]
AD2[8]
AD2[9]
AD2[10]
CA[0 10]
CA[0]
CA[1]
CA[2]
CA[3]
CA[4]
CA[5]
CA[6]
CA[7]
CA[8]
CA[9]
CA[10]
CD[0-15]
CD[0]
CD[1]
CD[2]
CD[3]
CD[4]
CD[5]
CD[6]
CD[8]
CD[9]
CD[11]
CD[12]
CD[13]
CD[14]
CD[15]
DA3[0-15]
DA3[0]
DA3[1]
DA3[2]
DA3[3]
DA3[4]
DA3[5]
DA3[6]
DA3[7]
DA3[8]
DA3[9]
DA3[10]
DA3[11]
DA3[12]
DA3[13]
DA3[14]
DA3[15]
CD[3]
CD[4]
CD[5]
CD[6]
CD[7]
CA[2]
CA[1]
CA[0]
CD[0]
CD[1]
CD[2]
CD[11]
CD[12]
CD[13]
CD[14]
CD[15]
CD[8]
CD[9]
CD[10]
CA[10]
CA[9]
CA[8]
CA[7]
CA[6]
CA[5]
CA[4]
CA[3]
CD[7]
CD[10]
nRESET
A09
nREG/nDMACK
A10
D11
A08
GND
A02
nCE2
BVD1/nSTSCHG
D10
A00
nIORD
D09
A01
BVD2/nSPKR
nIOWR
nOE
D08
nWE
nINPACK/nDMARQ
D07
nCE1
RDY/BSY/IREQ
WP/nIOIS16
D06
D15
GND
nCD2
D05
D14
D02
nCD1
D04
D13
D01
D03
D12
D00
CF CARD CONNECTOR
(EJECTOR:SCFB3A0300)
nWAIT
nVS1
A07
Vcc
A06
A05
A04
A03
Vcc
nCSEL
nVS2
4/6
4/4
3/4
2/4
1/4
H TURN ON L TURN OFF
LAN_BUS
1/6
21 22
P101 00MWI09CS1010
SN74LV138APW
Q037
1A
2B
3C
4G2A
5G2B
6G1
15
Y0 14
Y1 13
Y2 12
Y3 11
Y4 10
Y5 9
Y6 7
Y7
SN74LV541APW
Q039
A1 2
A3 4
A5 6
Y1
18
Y2
17
Y3
16
Y4
15
A7 8
1G 1
Y5
14
Y6
13
Y7
12
Y8
11
2G 19
A2 3
A4 5
A6 7
A8 9
78Q2120C09A 64CGT
Q042
27 TXCLK
28 TXEN
12 PHYAD4
26 TXER
29 TXD0
54 NC
30 TXD1
32 TXD3
24 RXCLK
23 RXDV
25 RXER
22 RXD0
21 RXD1
56 NC
20 RXD2
18 MDC
19 RXD3
17 MDIO
34 CRS
33 COL
6RST#
7PWRDN
46 TECH0
45 TECH1
16 PHYAD0
1ISODEF
44 TECH2
61
TXOP 62
TXON 52
RXIP 51
RXIN 50
RPTR 40
LEDL 39
LEDTX 38
LEDRX 37
LEDCOL 49
LEDFDX 36
LEDBTX 48
LEDBT
47 ANEGA
64 PCSBP
35
INTR
4
CKIN 59
XTLP
13 PHYAD3
15 PHYAD1
58
XTLN
63
VCC 57
VCC 43
VCC 41
VCC 11
VCC 8
VCC
60
GND 55
GND 53
GND 42
GND 10
GND 9
GND
2ISO
14 PHYAD2
5
GND 3
GND
31 TXD2
NJU3716AM TE1
Q120
13 DATA
14 CLK
15 STB#
16 CLR#
12 SO
18 VSS
17
P1 19
P2 20
P3 21
P4 22
P5 23
P6 1
P7 2
P8 3
P9 4
P10 5
P11 7
P12 8
P13 9
P14 10
P15 11
P16
24 VDD
6VSS
Q005
SN74LV125APW
98
10
D GND
DA[0]
D GND
+3 3VD
SRPT_CLR
+3 3VD
D GND
NJU3716AM TE1
Q121
13 DATA
14 CLK
15 STB#
16 CLR#
12 SO
18 VSS
17
P1 19
P2 20
P3 21
P4 22
P5 23
P6 1
P7 2
P8 3
P9 4
P10 5
P11 7
P12 8
P13 9
P14 10
P15 11
P16
24 VDD
6VSS
TP43
SN74LV138APW
Q038
1A
2B
3C
4G2A
5G2B
6G1
15
Y0 14
Y1 13
Y2 12
Y3 11
Y4 10
Y5 9
Y6 7
Y7
+3 3VD
TP44
TP39
TP40
TP41
TP42
TP47 TP32
TP33
TP34
Q040
SN7438NS(R)
1
23
Q040
SN7438NS(R)
4
56Q040
SN7438NS(R)
9
10 8
Q040 SN7438NS(R)
12
13 11
TP45
+3 3VD
+3 3VD
D GND
D GND
+3 3VD
+3 3VD
D GND
D GND
D GND
D GND
D GND
+3 3VD
+3 3VD
LAN_INT
+5V_PANEL
100u/6
C165
100u/6
C169
+3 3VD
100u/16
C168
+5V I/O
D GND
D GND
D GND
KEY_ROW[0 3,5]
KEY_COL[0 2,4]
X004 FCX 03(25MHz)X’TAL
12
0
R350
10k
R348
10kR308
10k
R309
22k
R310
10kR311
10kR312
10kR313
10kR314
10k
R315
0R338 0R339
0R340 0R341
0
R342
0
R343
5 1k
R337
3 3k
R328
3 3k
R329
3.3k
R330
3.3k
R332
4.7k
R331
4 7k
R326 5 1k
R327
33R317 33R318 33R319 33R320 33R321 33R322 33R323
0 1u
C173
0 1u
C174
0 1u
C166
0 1u
C167
0 1u
C170
0.1u
C157
0 1u
C159
0 1u
C160
0 1u
C162
0.1u
C163
0 1u
C164
C158
8p
Q036
TC74LCX00FT(EL K)
13
12 11
PRST
33R316
33R324 33R325
Q036
TC74LCX00FT(EL K)
4
56
Q036
TC74LCX00FT(EL K)
1
23
0
R346
0
R347
0 1u
C171
0 1u
C172
D023
ESD PROTECTOR(6802)
Q036
TC74LCX00FT(EL K)
10
98
Q005
SN74LV125APW
12 11
13
D GND
LCPT_WR
LCPT_RD
OPEN
R466
OPEN
R467
OPEN
R468
OPEN
R470
OPEN
R471
+3 3VD
TPF85
TPF84
TPF86 TPF87
TPF88 TPF89
TPF90 TPF91
TPF92 TPF93
TPF95
TPF96TPF97 TPF98
TPF99 TPF100
TPF101
TPF102
0 1u
C421
100u/16
C420
TPF116
TPF117 TPF119
TPF120
TPF121
TPF122
TPF123
TPF124
TPF125
TPF126
TPF127
TPF128
TPF129TPF130
TPF131
TPF132
TPF133
0
R474
10k
R475
SN74LV125APW
Q300
98 10
SN74LV125APW
Q300
23 1
SN74LV125APW
Q300
56 4
SN74LV125APW
Q300
1211 13
+3 3VD
OPEN
R484
D GND
L013
OPEN
L017 BLM18BD601SN1D
L018 BLM18BD601SN1D
L019 BLM18BD601SN1D
L112 BLM18BD601SN1D
100u/6
C182
47k
R496
OPEN
R497
0
R498
L650
TLA 6T118LF T
12345678
9 10111213141516
+3 3VD
+3 3VD
0 1u
C198
0 1u
C199
D GND
R333
51 R334
51 R335
51 R336
51
R398
75
R399
75
0 1u
C200
D GND
0
R284
0
R285
0
R286
0
R287
POWER_OFF_EN
10k
R304
+3 3VD
C161
8p
TPF172TPF173
TPF174TPF175
CS1_WR04
CS1_RD04
DA[0]
LVM_CLR
CS1_RD04
CS1_WR04
TALLY_MUTE
OPEN
RU35
OPEN
RU36
BLM18BD601SN1D
L113
USB_SUSPEND
10k
RU38
D GND
STOP_COMMAND
STOP_COMMAND
TPF118
TPF137
47k
R472
47k
R473
47k
R476
47k
R477
RXD
RTS
TXD
CTS
+3VU
TPF103 TPF104 TPF105 TPF106 TPF107
+3 3VD
+5VD
+3VU
TPF109
TPF110
TPF111
TPF112
TPF113
TPF114
TPF115
ACCESS_LED
TPU31
TPU32
LCD_RST
4.7k
R255
+3 3VD
+3 3VD
D024
ESD PROTECTOR(6802)
OPENC078
OPEN
C076
D GND
56p
C427
56p
C428
56p
C429
56pC430
56p
C431
56p
C432
56pC433
TPF37
TPF38TPF39
TPF40TPF41TPF42
TPF141
4.7k
R252
4.7kR253
4.7k
R254
4.7k
R259
MUTE_OUT
REMOTE
DVR_CLK
SPT_DATA
78211_STB
+3 3VD
78211_RST
DVR_STB
TPU28
TPU29
DOOR
OPEN
RU37
ATT20dB
TPU30
FH12 34S 0 5SV
J011
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
ENCORDER_A
ENCORDER_B
BLM18BD601SN1D
L002
BLM18BD601SN1D
L001
BLM18BD601SN1D
L004
47kR085
47k
R084
NSAD500F
D016 1
2
3
TPF18TPF19
TPF20
J015
B4B PH SM3
1
2
3
4
J012
14FMN BMTTN A TFT
1
2
3
4
5
6
7
8
9
10
11
12
13
14
AES/SPDIF
CF_POWER
ATT20dB
OPEN
RU14
OPEN
RU15
OPEN
RU28
RD
WR
DA2[0 11]
CS1
AD[2]
AD[3]
AD[4]
20FMN BMTTN A TFT
J004
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
OPEN
R349
L014 BLM18BD601SN1D
L016 BLM18BD601SN1D
BLM18BD601SN1DL120
OPEN
R251
OPEN
R250
OPEN
R249
10u/16
C437
TPU49TPU46TPU47TPU48
TPU50
TPU51
TPU52
TPU53
TPU54 TPU55
TPU56 TPU57
TPU58
L015 BLM18BD601SN1D
TP35
TP119
TP120
J052
B7B PH SM3 TB
1
2
3
4
5
6
7
OPEN
R281
0
R282
TPF139
TPF140
0R060 0R061 0R062
0R050
0R051
0R063
CS_IN
+3 3VD
RV36 OPEN
RV37 OPEN
RV38 OPEN
RV39 OPEN
RV40 0
RV41 0
2
2
UNBAL_MUTE 2
2
2
DA2[0]
DA2[1]
DA2[2]
DA2[3]
DA2[4]
DA2[5]
DA2[6]
DA2[7]
RXCLK
RXDVAL
RXERR
MIIRXD0
MIIRXD1
MIIRXD2
MIIRXD3
MDC
CRS
MIITXD2
MIITXD0
TXERR
TXEN
TXCLK
CLD
DA2[8]
DA2[9]
DA2[10]
DA2[11]
DA2[0-11]
MIITXD3
MIITXD1
MDIO
+5V_PANEL
KEY ROW[0]
KEY ROW[1]
KEY ROW[2]
KEY_ROW[3]
KEY_ROW[5]
KEY COL[0]
KEY COL[1]
KEY COL[2]
LCD RS
LCD DB5
LCD DB6
LCD DB7
LCD RW
LCD E
LCD DB4
KEY COL[4]
PLAYER ONLY
RECODER ONLY
LAN_RST
PLAY_COMMAND
TRACK+ NEXT
TRACK PREVIOUS
EXTRA2 COMMAND
EXTRA1 COMMAND
TALLY_RD
PLAY TALLY
REC_TALLY
KEY_OUT
KEY_IN
LED_CONT
TALLY_IN
TALLY_OUT
LAN_TXD+
LAN_TXD
LAN_RXD+
LAN_RXD
LAN_COM
EXTRA1_COMMAND
REC_COMMAND
+5V_I/O
EXTRA2_COMMAND
TRACK
LAN ACC2
D_GND
TAP_LAN
PLAY_TALLY
+3 3VD
LAN ACC1
D_GND
PLAY_COMMAND
TRACK+
REC_TALLY
LED METER
+5V_PANEL
+3 3VD
D_GND
D_GND
KEY_ROW0
KEY_ROW1
KEY_ROW2
KEY_ROW3
KEY_COL0
KEY_COL1
KEY_COL2
KEY_COL4
+3 3VD
PLAY_LED
REC_LED
DATA
CLR
STB
CLK
KEY_ROW5
+3 3VD
STOP_COMMAND
STOP_TALLY
STOP TALLY
+3 3VU
D_GND
S STB
RXD
RTS
TXD
CTS
REMOTE
+5VD
CK
DATA
78211_STB
MUTE
+3VU
D_GND
ACCESS_LED
DOOR
TO_D-SUB PCB(U/N)
TO_D-SUB PCB(F)
TO_DISPLAY PCB
TO_REAR PCB
D_GND
RES
RS
R/W
E
DB4
DB5
DB6
DB7
LCD_CONT
4/4 3/4
1/4 2/4
1/4
2/4
3/4
4/4
3/4
4/4
4/4
3/4
2/4
1/4
78211_RST
9459_STB
ATT20dB
GND
ENCORDER_A
ENCORDER_B
LAN_TXD+
LAN_RXD+
LAN_RXD
REC_COMMAND
EXTRA_TALLY
EXTRA_TALLY
LCD_BUS
LAN_BUS
4271_RST
8420_RST
SOFT_RST
LCD_RST
USB_WAKEUP
USB_RST
78211_RST
23 24
P101 00MWI09CS1010
+5VD
+5VD
LD06
L 5K7 H5
1
36
4
2
TPF587+5VD
DD05
DAN202K 1
2
3
DD06
DAP202K 1
2
3
TPF595
TPF597
TPF100
TPF102
TPF527
TPF553
TPF550
TPF555
TPF559
JB04
B6B PH K S
1
2
3
4
5
6
TPF569
TPF571
TPF574
TPF576
TPF577
TPF579
TPF594
BLM11B601S
LB02
BLM11B601S
LB01
A GND
+14V
A GND
14V
JY 5032A*030
JB02
33
11
22
4G
BLM11B601S
LB03
BLM11B601S
LB04
A GND
A GND
RF59
OPEN
14V
TPF113
TPF120
TPF121
TPF122
TPF123
TPF124
TPF125
TPF126
+14V
14V
QD02
TC74HCU04AF
1234567
8 9 10 11 12 13 14
LB10
RY 12W
8
1
765
234
QB02
2SC4116-Y
+14V
0
RD31
CD18
1000p
0
RD27
CD17
1000p
0.01u
CD16
10u/16CD15
RD10
75
CD04
1000p
10
RD15
OPEN
RD25 OPEN
RD26
10k
RB30
10k
RB16
10k
RB18
4pCB18
2pCB20
16k
RB28
22k
RB26
150kRB20
180kRB22
22
RB12
22
RB14
270
RB06
1.2kRB08 1 2kRB10
330p
CB06
330p
CB08
100k
RB02 100k
RB04
0
RF58
0
RF54
0
RF55
10k
RF56
2 7k
RF60
100u/25
CB32
100u/25
CB31
A GND
TPF548
TPF551
TPF566
14V
A GND
+14V
A GND
100p
CB35
QB08
2SC3326
2 7k
RB50
2 7k
RB49
100
RB44
BLM11B601
LB07
QB05
2SC3326
BLM11B601
LB08
100p
CB36
2 7k
RB47
100
RB46
QB07
2SC3326
100
RB43
2 7k
RB48
100
RB45
QB06
2SC3326
BLM11B601
LB05
BLM11B601
LB06
TPF115
TPF116
TPF118
QB10
2SC3326 RF57
OPEN
+14V
39pCB40
39pCB41
1.5k
RB57
1.5k
RB58
100k
RB54
100k
RB53
100
RB51
100
RB52
100u/25
CB14
100u/25
CB16
DB08
DAP202K
3
2
1
0
RD08
A GND
TPF153
JD08
JD09
0
RD14
10
RD16
2 7kRB55
2 7kRB56
BD04
STYLE PIN
BD05
STYLE PIN
A GND
LD02
BLM18BD102SN1D
LD03
BLM18BD102SN1D
220p
CD11
220p
CD12
0 1u
CB22
0 1u
CB24
0 1u
CB10
0 1u
CB12
0.1u
CD13
0 1u
CD08
0 1u
CB43
0 1u
CB42
TPF003
RD12
22
220
RD11
0
RD13
RD20
1M
JY 5032A*030
JB01
33
11
22
4G
TPF127
0 1u
CB09
DB07
DAP202K
3
2
1
LB09
RY 12W
8
1
765
234
270
RB05
330p
CB07
1.2kRB07
+14V
0 1u
CB11
100k
RB01
QB01
2SC4116-Y
1 2kRB09
100k
RB03
A GND
330p
CB05
22
RB13
10k
RB29
14V
2pCB19
0 1u
CB21
10k
RB23
180kRB21
A GND
100u/25
CB13
150kRB19
10k
RB15
16k
RB27
A GND
22
RB11
0 1u
CB23
22k
RB25
100u/25
CB15
10k
RB17
4p
CB17
+14V
JY 5032A*030
JD03
33
11
22
4G
JY 5033U*030JD01
33
1
1
22
4G
JD02
YKC21 3248
1
2
3
4
5
JY 5033U*030
JA01
33
1
1
22
4G
+14V
LB12
BLM18BD102SN1D
47p
CB81
14V
100k
RB83
NE5532DR
QB15
2
3
1
8
15k
RB78
14V
0 1u
CB57
+14V
560
RB66
15k
RB75
3 3k
RB72
27kRB36
5.1k
RB40
0 1u
CB29
3 3k
RB69
12k
RB68
10k
RB79
12k
RB73
15k
RB77
10k
RB80
1000p
CB66
5.1k
RB39
0 1uCB84
OPA2134UA
QB14
6
5
7
47p
CB82
220p
CB59
220p
CB62
15k
RB76
5.1k
RB88
1000p
CB61
1000p
CB67
47k
RB64
LB13
BLM18BD102SN1D
18kRB82
0 1u
CB83
12k
RB74
14V
OPEN
RF63
220p
CB58
5.1k
RB87
0 1u
CB30
1000p
CB60
A GND
12k
RB67
56k
RB38
56k
RB37
NE5532DR
QB11
6
5
7
4
3 3k
RB70
560
RB65
+14V
100k
RB84
A GND
27kRB35
OPEN
RF64
OPA2134UA
QB14
2
3
1
8
4
0 1u
CB56
18kRB81
A GND
47k
RB63
NE5532DR
QB11
2
3
1
8
NE5532DR
QB15 6
5
7
4
3 3k
RB71
220p
CB63
LB11
BLM18BD102SN1D
RD47 47k
D GND
CD19 0.22u
D GND
RD54 0
CD38 0 1u
RF38 0
RD81
0
CD22 0.1u
XD01
OPEN12
CA51
1u
D GND
CS8420 CSZR
QD04
4RXP
5RXN
10 RMCK
16 OSCLK
17 OLRCK
21 OMCK
13 ISCLK
12 ILRCK
28 SCL/CCLK
1SDA/CDOUT
2AD0/CS#
27 AD1/CDIN
26
TXP 25
TXN 19
INT 20
U24
H/S#
8
FILT
6
VA+ 7
AGND
23
VD+ 22
DGND
15 TCBL
11 RERR
9RST#
18 SDOUT
14 SDIN
3EMPH#/AD2
RD45 47k
CD42
1u RD83
0 1/10W
CD35
OPEN
RD51 51
RD56 OPEN
CA53
2700p
ESD PROTECTOR(6802)
DD07
OPEN
RD88
RD48 47k
RD55 0
RD38
47k
RF39 0
CD34
OPEN
RD86
1k
CD41
0 1u
D GND
RD84 47k
RD87
0 (1/10W)
ESD PROTECTOR(6802)
DD08
+3 3VD
RD52 51
OPEN
RD42
CD25
0.1u CD24
1u
0 1u
CD30
0 1u
CD29
CA54
2700p
RD49 47k
+5VD
RD59 0
D GND
CD37 1u
RD72 0
A GND
RD85 10k
0 01u
CD28
CD20 0.022u
0 01u
CD31
RD79 51
RD39
620
RD89
0 (1/10W)
CD33
0 1u
RD53 51
TP49
CD36
0 1u
+5VA
CD21
1u
RD57 47k
CS4271
QD05
17
AINA 18
AINB 15
VQ1 16
VQ2 19
VQ3
12
SDA/CDIN(M1) 13
AD0/CS# 14
RST#
5
SCLK 4
LRCK7
SDIN 6
SDOUT
24AOUTA-
23AMUTEC#
25AOUTA+
27AOUTB-
28BMUTEC#
26AOUTB+
2XTI
1XTO
20 VA
21AGND
9VD
10 VL
8DGND
11
SCL/CCLK(M0)
3
MCLK
22
FILF+
D GND
RD73 0
RF37 0
D GND
RD80
0
RD82
10k
CD39 1u
RD40
0 (1/10W)
RD46 47k
RD60
22k
+5VD
RD50 51
RD41
1U
+5VA
CA52
0 1u
RD58 OPEN
0 01u
CD26
0 01u
CD27
RD44
110
D GND
RD09
120
0
RD07
0
RD18
QD03
SN65LVDS3487D
1
1A
2
1Y
3
1Z
4
1,2EN
5
2Z
6
2Y
7
2A
8
GND
9
3A
10
3Y
11
3Z
12
3,4EN
13
4Z
14
4Y
15
4A
16
Vcc
0
RD36
OPEN
RD35
OPEN
RD34
RD19
1M
0RD29
0
RD24
0
RD17
CD14
1000p
10RD32
10RD33 10
RD22
10
RD23
0
RD04
TPF152
0
RD03
0
RD01
RD02
110
QD01
SN65LVDM179D
1
Vcc
2
R
3
D
4
GND
5
Y
6
Z
7
B
8
A
OPEN
RD28
OPEN
RD05
OPEN
RD06
+3 3VD
0 1u
CD07
0 1u
CA88
A GND
A GND
0 1u
CA87
+14V
14V
100k
RA01
100k
RA02
100k
RA75
OPA2134UA
QA05
2
3
1
8
4
0 1u
CA12
0 1u
CA11+14V
14V
OPA2134UA
QA05
6
5
7
BLM11B601
LA01
BLM11B601
LA02
47pCA03
47pCA04
47p
CA05
180
RA19
4 7k
RA17
180
RA20
4 7k
RA18
47p
CA09
47p
CA10
RA51
47k
RA52
47k
RA53
47k
RA54
47k
27k
RA56
RA58
8.2k
CA86
OPEN
RA57
8 2k
27k
RA55
CA85
OPEN
RA59
47k
RA60
47k
10
RA72
10
RA73
10
RA74
RA83
47k
RA6547k
+14V
-14V
RA76
OPEN
0 1u
CA25
A GND
+14V
0 1u
CA26
14VA GND
10k
RA43
10k
RA41
10k
RA42
10k
RA44
10k
RA46
10k
RA48
10k
RA47
10k
RA45
0RF67
A GND
47u/25
CA07
47u/25
CA08
→
OPEN
RF61
13 2
OPEN
RA06
OPEN
RA05
RA07
330
RA08
150
RA04
5 6k
RA03
5 6k
220k
RA12
A GND
47p
CA17
RA27
330
0
RF68
JY 5033U*030
JA02
33
11
22
4G
RA23
5 6k
RA28
150
A GND
47u/25
CA19
47u/25
CA20
47pCA15
BLM11B601
LA03
100k
RA21
RA24
5 6k
→
OPEN
RF62
13 2
OPEN
RA25
A GND
OPEN
RA26
47pCA16
100k
RA22
BLM11B601
LA04
0 1u
CA23
180
RA40
47p
CA22
OPA2134UA
QA06
6
5
7
180
RA39
4.7k
RA38
+14V
14V
0 1u
CA24
OPA2134UA
QA06
2
3
1
8
4
47p
CA21
4 7k
RA37
QA01
2SC3326
10k
RA09
10k
RA10
220k
RA11
10k
RA29
10k
RA30
RA13
1k
RA14
1k
QA02
2SC3326
RA16
1k
RA15
1k
RA33
1k
220k
RA31
220k
RA32
RA34
1k
QA03
2SC3326
QA04
2SC3326
RA35
1k
RA36
1k
A GND
RA86
1k
RA85
1k
RA62
1k
RA63
1k
47u/25
CA27
47u/25
CA28
100k
RA49
A GND
100k
RA50
A GND
0.1u
CA31
47u/25
CA90
47u/25
CA89
47u/25
CA83
47u/25
CA84
47u/25
CA33
A GND
-14V
OPEN
RF03
CA39
OPEN
0.1u
CA35
+14V
0
RF23
A GND
OPEN
RF04
OPEN
RF02
CA37
OPEN
0.1u
CA34
OPEN
RF01
47u/25
CA32
CA38
OPEN
CA36
OPEN
TC9459BFG EL
QA11
1
NC
2
VSS
3
L OUT
4
NC
5
L IN
6
L LD1
7
L LD2
8
L A GND
9
NC
10
CS1
11
NC
12
GND
13
CK
14
NC
15
NC
16
DATA
17
STB
18
NC
19
CS2
20
NC
21
R A GND
22
R LD2
23
R LD1
24
R IN
26
R OUT
25
NC
27
VDD
28
NC
0
RF22
10
RF07
10
RF09
10
RF08
RA661k RA82
1k
A GND
14V A GND
+14V
0 1u
CA29
0 1u
CA30
0
RA89
RA91
OPEN RA90
OPEN
0
RA88
3 9k
RA67 0
RA81
LC78211
QA09
1
L1
2
L2
3
L3
4
L4
5
LCOM1
6
L5
7
L6
8
LCOM2
9
L7
10
L8
11
LCOM3
12
VEE
13
CE
14
DI
15
CL
16
VSS
17
S
18
RES
19
VDD
20
RCOM3
21
R8
22
R7
23
RCOM2
24
R6
26
RCOM1
25
R5
27
R4
28
R3
29
R2
30
R1
RA61
1k RA87
1k
RA64
1k RA84
1k
0 1u
CA49 +14V
A GND
14V 0 1u
CA50
RF31
OPEN
RF30
OPEN
A GND
A GND
10k
RA96
10k
RA97
RA98
39k
RF36 0
RF35 0
RF29 OPEN
470pCA47
91
RF33
91
RF32
RF28OPEN
470pCA48
680RF27 10k
RF25
10k
RF24
680
RF26
A GND
A GND
A GND
A GND
A GND
A GND
A GND
A GND
OPEN
RA93
OPEN
RA92
A GND
A GND
A GND
A GND
RA99
39k
10k
RB59
10k
RB60
A GND
A GND
A GND
A GND
A GND
A GND
A GND
A GND
A GND
A GND
A GND
A GND
RD78 0
RD77 0
RD76 0
RD75 0
RD74 0
10
RF53
0
RB98
CB49
OPEN
CB48
OPEN
TC9459BFG EL
QB12
1
NC
2
VSS
3
L OUT
4
NC
5
L IN
6
L LD1
7
L LD2
8
L A GND
9
NC
10
CS1
11
NC
12
GND
13
CK
14
NC
15
NC
16
DATA
17
STB
18
NC
19
CS2
20
NC
21
R A GND
22
R LD2
23
R LD1
24
R IN
26
R OUT
25
NC
27
VDD
28
NC
OPEN
RB62
OPEN
RB92
10
RF52
+14V
A GND
CB51
OPEN
CB50
OPEN
0
RB97
A GND
A GND
14V
0 1u
CB46
47u/25
CB44
10
RF51
OPEN
RB61
47u/25
CB45
OPEN
RB91
0.1u
CB47
A GND
0
RB89
0
RB90
A GND
0
RD37
0
RF05
0
RB94
RB96
0
RB93
OPEN
+14V
+14V
OPEN
RB95
+14V
OPEN
RF06
+14V
OPEN
RF20
0
RF21
TPF539
TPF525
TPF524
TPF520
TPF517
TPF521
TPF530
TPF519
TPF518
TPF516
TPF533
TPF522
TPF535
TPF536
TPF537
RD71
51
QD07
SN74LV04APW
34
QD07
SN74LV04APW
56
QD08
SN74LV125APW
12 11
13
RD70
51
QD08
SN74LV125APW
98
10
QD06
SN74LV125APW
1211 13
QD08
SN74LV125APW
23
1
QD06
SN74LV125APW
56
4
QD08
SN74LV125APW
56
4
QD07
SN74LV04APW
12
QD06
SN74LV125APW
23
1
QD06
SN74LV125APW
98
10
RD68
51
RD69
51
RD67
51
RD66
51
RD62
51 RD63
51
RD61
OPEN
RD64 OPEN
RD65 OPEN
RB85
0 1/8W
+14V
14V
RB86
0 1/8W
A GND
A GND
0 1u
CB88 0 1u
CB87
+14V
14V
0 1u
CA45
0 1u
CA46
A GND
A GND
TPF192
TPF193
TPF194
TPF195
TPF196
TPF197
TPF198
TPF199
TPF200
TPF201
TPF202
TPF203 TPF204
TPF205
TPF206
TPF207
TPF208
TPF209
TPF210
TPF211
TPF212
TPF213
TPF214
TPF215
TPF216
TPF217
TPF218
TPF219
TPF220
TPF221
TPF222
TPF223
TPF224
TPF225
TPF226
TPF227
TPF228
TPF229
TPF230
TPF231
TPF232
TPF233
TPF234
TPF235
TPF236
TPF237
TPF238
TPF239
TPF240
TPF241
TPF242
TPF243
TPF362 TPF245
TPF246
TPF247
TPF248
TPF249
TPF250
TPF251
TPF252
TPF253 TPF254
TPF255
TPF256
TPF257
TPF258
TPF259TPF260
TPF261
TPF262 TPF263
TPF264
TPF265
TPF266
TPF267
TPF268
TPF269
TPF270
TPF271
TPF272
TPF273
TPF274
TPF275 TPF276
TPF277
TPF278
TPF279
TPF280
TPF283
TPF284
TPF285
TPF286
TPF287
TPF288
TPF289
TPF290
TPF291
TPF292
TPF293
TPF294
TPF295
TPF296
TPF297
TPF298
TPF299
TPF300
TPF301
TPF302
TPF303
TPF304
TPF305
TPF306
TPF307
TPF308
TPF309
TPF310
TPF312
TPF313
TPF314
TPF316
TPF320
TPF323
TPF324
TPF325
TPF326
TPF327
TPF328
TPF329
TPF330
TPF331
TPF332
TPF333
TPF334
TPF335
TPF336
TPF337
TPF338
TPF339 TPF340
TPF341
TPF342
TPF343
TPF344
TPF346
TPF347
D GND
TPF349
TPF351
TPF353
TPF355 TPF357
TPF359
TPF361
TPF363
TPF365
TPF366
TPF367
TPF368
TPF369
TPF370
TPF371
TPF372
TPF373
TPF374 TPF375
TPF376
TPF377
TPF378
TPF379
TPF380
TPF381
TPF382
TPF383
TPF384
TPF385
TPF386
TPF387
TPF388
TPF389
TPF390
TPF391
TPF392
TPF393
TPF394
TPF395
TPF396
TPF397
TPF398 TPF399 TPF400
TPF401
TPF402
TPF590
TPF591
TPF405
TPF406
TPF592
TPF585
TPF583
TPF581
TPF588
TPF589
TPF413
TPF582
TPF584
TPF416TPF417TPF418
TPF419TPF420
TPF421
TPF422
TPF423TPF424
TPF425
TPF426
TPF427
TPF428
TPF429
TPF430
TPF431
TPF432
TPF433
TPF434
TPF435
TPF436
TPF437
TPF438
TPF439
TPF440
TPF364
TPF442 TPF443
TPF444TPF445
TPF446
TPF447
TPF448
TPF449
TPF450
TPF451
TPF452
TPF453
TPF454
TPF455
TPF130
TPF142
TPF148
TPF149
TPF150
TPF158
TPF159
TPF470
TPF471
TPF472
TPF473
TPF474
TPF475
TPF478
TPF001
TPF000
TPF499
TPF498
TPF497
TPF496
TPF495
TPF494
TPF493
TPF492
TPF491
TPF490
TPF489
TPF488 TPF487 TPF486 TPF485
TPF484
TPF483
TPF482 TPF481
TPF480 TPF479
TPF476 TPF441
TPF167 TPF162
TPF161TPF160
TPF157
TPF156
TPF155
TPF002
TPF244
TPF128
TPF129
TPF138
TPF140
TPF145
TPF146
TPF147TPF151
TPF154
TPF467
TPF477
TPF469
TPF468
TPF466
TPF465
TPF464
TPF463
TPF462 TPF461
TPF460
TPF459
TPF458
TPF457
TPF456
TPF415
TPF414
TPF411
TPF410
TPF407
TPF404
TPF360 TPF358
TPF356
TPF354
TPF352
TPF350
TPF348
TPF191
TPF190
TPF189
TPF188
TPF187
TPF186
TPF185
TPF184
TPF183
TPF182
TPF181
TPF180
TPF179
TPF178
TPF177
→
OPEN
RB31
32
→
OPEN
RB32
13
2
TPF176
RB33
56
RB34
56
10k
RB24
TPF175
TPF174
TPF173
TPF172
TPF171
TPF170
TPF169
7pCB27
7pCB28
TPF168
TPF166
OPEN
RB41
OPEN
RB42
TPF165
TPF164
TPF163
RC13
0
TPF652
TPF653 RC07 0
TPF651
RC0475
TPF668
JC05
JC02
TM11R 5M2 88LP
1
2
3
4
5
6
7
8
D GND TPF666
RC12
0
RC0375
DLP11SN161SL2 COMMON MODE CHOKE COI
LC02
1
23
4
470
RC15
+3 3VD
470
RC14
RC22
OPEN
RC06 0
RC0175
D GND
RC08
0
DLP11SN161SL2 COMMON MODE CHOKE CO
LC01
1
23
4
RC11
0
RC0275
TPF602
TPF657
TPF661
D GND
TPF656
RC09
OPEN
RC21
OPEN
TPF655
TPF670
TPF645
RC24
OPEN
RC05 0
RC10
0
TPF667
DC02
TLGU1002A(T02)
12
TPF650
RC23
OPEN
TPF654
DC01
TLOU1002(ORG)
12
JC04 1
TPF563
TPF558
TPF557
TPF560
TPF564
TPF562
TPF568
TPF565
JC01
YKB21 5265
1
2
3RC16
1k
D GND
CC01
0.1u
DC03
DAN202K
1
2
3
DC04
DAP202K
1
2
3
D GND
TPF646
TPF612
TPF611
TPF613
TPF545
TPF546
JD06
20FMN BMTTN A TFT
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
TPF529
TPF538
TPF523
TPF526
0
RD94
0
RD92
0
RD90
0
RD91
TPF534
TPF532 TPF531
DD01
DAN202K
1
2
3
DD02
DAP202K
1
2
3
DD04
DAP202K
1
2
3
DD03
DAN202K
1
2
3
TPF131
DA01
DAN202K
1
2
3
DA02
DAP202K
1
2
3
+14V
14V
DA03
DAN202K
1
2
3
DA04
DAP202K
1
2
3
+14V
14V
DA05
DAN202K
1
2
3
DA06
DAP202K
1
2
3
+14V
14V
DB05
DAN202K
1
2
3
DB06
DAP202K
1
2
3
14V
+14V
DB02
DAP202K
1
2
3
DB01
DAN202K
1
2
3
DB03
DAN202K
1
2
3
DB04
DAP202K
1
2
3
+14V
14V
14V
+14V
TPF132
0
RA69
0RA70
0
RA79
0
RA78
TPF133
TPF134
TPF135
TPF136
TPF137
TPF139
TPF141
TPF143
0
RA68 0
RA80
TPF412
OPEN
RF65
OPEN
RF66
0
RA71 0
RA77
B4B PH SM4 TB
JC03
1
2
3
4
RC17 0
RC18 0
RC19 0
RC20 0
TPF144
BLM11B601S
LC03
BLM11B601S
LC04
D GND
TPF603
TPF608
TPF660
TPF669
QD07
GND
7
VCC
14
CD47 0.1u
D GND
CD46 0.1u
+3 3VD
CD45 0.1u
QD08
GND
7
VCC
14 QD06
GND
7
VCC
14
QD07
SN74LV04APW
13 12
QD07
SN74LV04APW
11 10
QD07
SN74LV04APW
98
A GND
TPF004
+14V
100u/25
CA92
TPF005
RC50
0 1/10W
TPF006
100u/25
CA91
14V
RC51
0 1/10W
0.1u
CA95
2k
RC56
10k
RC55
TLGU1002A(T02)
DA07
12
0 (1/10W)
RC54
330
RC60
NJM2387DL2
QA15
VIN
1
GND
5
CTL
2ADJ 4
VOUT 3
1k
RC58
+14V
100k
RC59
0 1u
CA93
1k
RC57
A GND
0 (1/10W)
RC61
B5B EH TS
JA04
1
2
3
4
5
RC52
0 1/10W
RC53
0 1/10W
A GND
TPF007
TPF008
TPF009
TPF010
TPF011
TPF013
TPF015
TPF014
TPF012
TPF016
TPF017
22FMN BMTTN A TFT
JD07
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
TPF671
TPF672
10u/25
CB38
10u/25
CB39
47u/25
CB25
47u/25
CB26
10u/25
CB53
10u/25
CB52
47u/25
CB55
47u/25
CB54
22u/25
CB64
22u/25
CB65
10u/25
CB85
10u/25
CB86
100u/25
CA94
47uCD32
100u/25
CD40
100u/25
CD23
10u/25
CA42
10u/25
CA41
10u/25
CA43
10u/25
CA44
TPF018
TPF019
TPF020
TPF021
NE5532DR
QB03
6
5
7
8
NE5532DR
QB03
2
3
1
4
NE5532DRQB09
6
5
7
8
NE5532DR
QB09
2
3
1
4
NE5532DR
QB04
6
5
7
8
NE5532DR
QB04
2
3
1
4
NE5532DR
QA08 2
3
1
4
NE5532DR
QA08
6
5
7
8
NE5532DR
QA10
6
5
7
4
NE5532DR
QA10
2
3
1
8
NE5532DR
QA13
2
3
1
8
NE5532DR
QA13 6
5
7
4
NE5532DR
QA12
6
5
78
NE5532DR
QA12 2
3
1
4
NE5532DR
QA07 2
3
1
4
NE5532DR
QA07
6
5
7
8
+5VA
TPF022 TPF023
TPF024 TPF025
TPF026
100k
RA95
100k
RA94
+3 3VD
+3 3VD
DA08
DAN202K
1
2
3
DA09
DAP202K
1
2
3
+5VA
A GND
+5VD
JA03
YKC21 3091
1
2
3
4
JB03
YKC21 3091
1
2
3
4
TPF028
TPF029
TPF031
TPF030
TPF032
TPF033
TPF036
TPF037
TPF034
TPF035
TPF038
TPF039
TPF040
TPF041
TPF042
TPF043
TPF044
TPF045
TPF046
+5VD
+5VD
NE5532DR
QA16
2
3
1
8
+14V
0 1u
CA72
A GND
100k
RF74
220k
RF18
A GND
33k
RF82
560
RF84
A GND
10u/25
CA60 10u/25
CA58
1k
RF80
A GND
3kRF78
A GND
100k
RF76
2SC4116GR
QA20
2SC4116GR
QA18 +14V
10k
RF86
1k
RF88
A GND
56K
RF92
1M
RF94
10u/25
CA64
OPEN
RF90
10u/25
CA62
DTC114TE
QA24
DTC114TE
QA22
DTC144EUT106
QA26
+14V 10kRF16
1SS302
DA12
1
2
3
100u/25
CA66 47K
RF96
1SS302
DA14
1
2
3
1k
RF98
10u/25
CA68
100
RF72
10u/25
CA56
100k
RF70
NE5532DR
QA16 6
5
7
4
15kRF12 220p
CA70
22k
RF14
15k
RF10
0 1u
CA74
14V
A GND
A GND
A GND
22k
RF13
0 1u
CA73
NE5532DR
QA17
6
5
7
4
14V
10u/25
CA67
15kRF11
A GND
15k
RF99
220pCA69
NE5532DR
QA17
2
3
18
A GND A GND
10u/25
CA55
A GND
+14V
100k
RF75
100k
RF69
0 1u
CA71
3k
RF77
100
RF71 100k
RF73
1k
RF97
1SS302
DA13
1
2
3
47K
RF95
1SS302
DA11
1
2
3
100u/25
CA65
DTC114TE
QA23
56K
RF91
1MRF93
10u/25
CA63
OPEN
RF89
10u/25
CA61
DTC114TE
QA25
DTC144EU T106
QA27
10k
RF15 +14V
10u/25
CA57 1k
RF79 10u/25
CA59
2SC4116GR
QA19
2SC4116GR
QA21
10k
RF85
+14V
560
RF83
A GND
1k
RF87
33k
RF81
100RD00
TPF983
TPF984
TPF985
TPF986
TPF987
TPF996
TPF997
TPF998
TPF999
TPF995
TPF994
TPF993
TPF992
TPF991
TPF990
TPF989
TPF988
TPF615
TPF616
TPF617
TPF618
TPF619
TPF620
TPF621
TPF622
TPF623
TPF624
TPF625
TPF626 TPF627
TPF628
TPF629
TPF630
TPF631
TPF632
TPF633
TPF635
TPF634
TPF636
TPF637
TPF638
TPF639
RN2111
QA28
+3 3VD
TPF673
220K
RF40
220K
RF41
D GND
0 1u
CD48
RF42
OPEN
D GND
D GND
D GND
D GND D GND
D GND
D GND
D GND
D GND
D GND
D GND
D GND
D GND
D GND
D GND
D GND
D GND
D GND
14V
220K
RB99
RN2111
QA30
A GND
DTC114TE
QA31
A GND
100k
RF19
DTC114TE
QA33
DTC114TE
QA34
DTC114TE
QA32
+14V
4.7k RF45
4.7k RF44
4 7k
RF43
BD08
STYLE PIN
A GND
+5VD
LD04
BLM18B102SN1D
LD05
BLM18B102SN1D
OPEN
CD50
OPEN
CD51
0
RD93
+5VD
0
RC27
0
RC28
0
RC29
0
RC30
0
RC31
0
RC33
0
RC34
0
RC35
0
RC36
0
RC38
0
RC39
0
RC40
0
RC41
0
RC42
0
RC43
0
RC44
0
RC45
0
RC46
0
RC47
0
RC48
0
RC66
0
RC67
0
RC68
0
RC69
0
RC70
0
RC71 RD97
62
220p
CD52
220p
CD53
D GND
4 7k
RC32
4 7k
RC37
JC09 D GND
0
RC72
RC73 0
RC74 0
RC75 0
RC76 0
RC77
0
14V
220k
RC78
D GND D GND
LD01
L 5K7 H5
1
36
4
2
D GND
0
RD43
RD30
620
0
RD98
20p
CD10
20p
CD09
RD21 51
RD99
560
CA81
47p
CA82
47p
CA13
47p
CA14
47p
CB33
47p
CB34
47p
CA01
47p
CA02
47p
RF34
OPEN
D GND
RZ01 0
RZ11 0
RZ05 0
RZ06 0
RZ09 0
RZ08 0
RZ10 0
RZ03 0
RZ04 0
RZ02 0
RZ07 0
RZ12 0
RZ13
0
RZ14 0
RZ15 0
RZ16 0
RZ17 0
RZ18 0
RZ19 0
RZ20 0
RZ21 0
RZ22 0
RZ23 0
RZ24 0
RZ25 0
RZ26 0
RZ27 0
RZ28 0
RZ29 0
RZ30 0
RZ31 0
RZ32 0
RZ33 0
RZ34 0
RZ35 0
RZ36 0
D GND D GNDA GND A GND
D GND
D GND
D GND
0
RD95
0
RD96
0
RF47
0
RF48
0
RF49
RZ37 0
RZ38 0
RZ39 0
RZ40 0
RZ41 0
RZ42 0
RZ43 0
RZ44 0
A GND
0
CD43
0
RF46
0
RF50
0
RC62
0
RC63
0
RC64
0
RC65
0
CA80
0
CB89
0
CA06
0
CA18
0
CB01
0
CB03
0CB02
0
CB04
0
CD01
0
CD02
0
CD05
0
CD06
2
2
2
2
2
2
2
2
2
2
2
1k
RZ45 2
2
2
2
2
2
2
2
2
2
2
2
2
2
1k
LA05
2
2 1k
LA06
A GND
UNBAL_MUTE
2
2
2
UNBAL_MUTE
22
2
2
2
0
RZ51
JD00
B2B PH K
1
2
2
0
RZ52
0
RZ53
TPF674
2
2
2
2
TPF675
TPF676
DTA114EUA
QA50
QA49
2SC3326
QA48
2SC3326
RC81
470
RC80
470
+3 3VD
220k
RC82
14V
2
2
2
CD03
1000p
2
4271 RST
SDA
SCL
AMUTEC
8420 INT
SCL
SDA
OMCK SEL
SDI_SEL
ESDOUT
MCLK SEL
MUTE
SPCLK
ESDI0
ESDI1
ESDI0
8420 RST
TAP LAN
9459 STB
DATA
CK
LAN_TXD+
LAN TXD
LAN RXD+
LAN RXD
9459_STB
EMCLK
ALC_IM
ATT20dB
MUTE
78211_RST
78211 STB
DATA
CK
ESCLK
ELRCK
SCL
SDA
4271 RST
ESCLK
ELRCK
ESDI1
EMCLK
MCLK SEL
ESDOUT
SDI SEL
ESDI0
OMCK_SEL
SPCLK
AMUTEC
8420 RST
8420_INT
AES/SPDIF
ALC_IM
ATT20dB
REMOTE
CK
DATA
78211_STB
MUTE
78211_RST
9459 STB
LAN ACC1
LAN_ACC2
LAN TXD+
LAN TXD-
LAN_RXD+
LAN_RXD-
TAP LAN
LAN ACC1
LAN ACC2
REMOTE
AES/SPDIF
I/O A UNIT
〜J010(MAIN UNIT)
〜J002(MAIN UNIT)
SPDIF OUT
MUTE
A_GND
Lch AUDIO
Rch AUDIO
+14V
14V
SPCLK
D_GND
Lch
Rch
COLD
HOT
HOT
COLD
COLD
HOT
GND
VCC
TO W008
LINE OUTPUT
SPDIF IN
AES/EBU AES/EBU
INPUT
OUTPUT
Lch
Lch
Lch
Rch
Rch
Rch
LINE INPUT
XLR OUTPUT
XLR INPUT
DIGITAL IN/OUT
ESDIO
ESDOUT
ELRCK
ESCLK
EMCLK
4271_RST
SDA
SCL
8420_INT
8420_RST
AES/SPDIF
RIGHT
LEFT
NC4
NC3
TD
TD+
NC2
NC1
RD+
RD
REMOTE
AMUTEC
D_GND
LAN_TXD
DATA
ATT20dB
LAN ACC1
TAP_LAN
LAN ACC2
78211_STB
LAN_RXD+
REMOTE
D_GND
LAN_RXD
78211_RST
MUTE
+5VD
+3 3VD
+3VU
LAN_TXD+
9459_STB
CK
+3 3VD
+5VD
OMCK_SEL
SDI_SEL
MCLK_SEL
ESDI1
RXD+
TXD
TXD+
RXD
14V
+14V
A GND
CODEC,SRC/DIT POWER
A GND
A GND
UNBAL_MUTE
ALC_IM
ALC(Lch) ALC(Rch)
INPUT_SELECTOR
INPUT_VOLUME
ADC_REFERANCE_Vref
Audio_CODEC
Audio_DIT
Audio_Clock_Selector
OUTPUT_VOLUME
LPF
LAN_CONNECTER
REMOTE_Control
HEAD_PHONES_OUT
D_GND
+3VU
25 26
P201 00MWI09CS2010
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