For purposes of improvement, specifications and
design are subject to change without notice.
●
Please use this service manual with referring to the
operating instructions without fail.
●
Some illustrations using in this service manual are
slightly different from the actual set.
Denon Brand Company, D&M Holdings lnc.
●
本機の仕様は性能改良のため、予告なく変更すること
があります。
●
補修用性能部品の保有期間は、製造打切後 8 年です。
●
修理の際は、必ず取扱説明書を参照の上、作業を行っ
てください。
●
本文中に使用しているイラストは、説明の都合上現物
と多少異なる場合があります。
TOKYO, JAPAN
X0335 V.03 DE/CDM 0801
Page 2
SAFETY PRECAUTIONS
The following check should be performed for the continued protection of the customer and service technician.
LEAKAGE CURRENT CHECK
Before returning the unit to the customer, make sure you make either (1) a leakage current check or (2) a line to chassis
resistance check. If the leakage current exceeds 0.5 milliamps, or if the resistance from chassis to either side of the power
cord is less than 460 kohms, the unit is defective.
LASER RADIATION
Do not stare into beam or view directly with optical instruments, class 3A laser product.
S-302
CAUTION
Please heed the points listed below during servicing and inspection.
◎ Heed the cautions!
Spots requiring particular attention when servicing, such as
the cabinet, parts, chassis, etc., have cautions indicated on
labels or seals. Be sure to heed these cautions and the cautions indicated in the handling instructions.
◎ Caution concerning electric shock!
(1) An AC voltage is impressed on this set, so touching inter-
nal metal parts when the set is energized could cause
electric shock. Take care to avoid electric shock, by for example using an isolating transformer and gloves when
servicing while the set is energized, unplugging the power
cord when replacing parts, etc.
(2)There are high voltage parts inside. Handle with extra care
when the set is energized.
◎
Caution concerning disassembly and assembly!
Though great care is taken when manufacturing parts from
sheet metal, there may in some rare cases be burrs on the
edges of parts which could cause injury if fingers are moved
across them. Use gloves to protect your hands.
◎ Only use designated parts!
The set's parts have specific safety properties (fire resistance, voltage resistance, etc.). For replacement parts, be
sure to use parts which have the same properties. In particular, for the important safety parts that are marked ! on wiring
diagrams and parts lists, be sure to use the designated parts.
◎ Be sure to mount parts and arrange the
wires as they were originally!
For safety reasons, some parts use tape, tubes or other insulating materials, and some parts are mounted away from the
surface of printed circuit boards. Care is also taken with the
positions of the wires inside and clamps are used to keep
wires away from heating and high voltage parts, so be sure to
set everything back as it was originally.
◎ Inspect for safety after servicing!
Check that all screws, parts and wires removed or disconnected for servicing have been put back in their original positions, inspect that no parts around the area that has been
serviced have been negatively affected, conduct an insulation
check on the external metal connectors and between the
blades of the power plug, and otherwise check that safety is
ensured.
(Insulation check procedure)
Unplug the power cord from the power outlet, disconnect the
antenna, plugs, etc., and turn the power switch on. Using a
500V insulation resistance tester, check that the insulation resistance between the terminals of the power plug and the externally exposed metal parts (antenna terminal, headphones
terminal, microphone terminal, input terminal, etc.) is 1MΩ or
greater. If it is less, the set must be inspected and repaired.
CAUTION
Many of the electric and structural parts used in the set have
special safety properties. In most cases these properties are
difficult to distinguish by sight, and using replacement parts
with higher ratings (rated power and withstand voltage) does
not necessarily guarantee that safety performance will be preserved. Parts with safety properties are indicated as shown
below on the wiring diagrams and parts lists is this service
manual. Be sure to replace them with parts with the designated part number.
(1) Schematic diagrams ... Indicated by the ! mark.
(2) Parts lists ... Indicated by the ! mark.
Concerning important safety parts
Using parts other than the designated parts
could result in electric shock, fires or other
dangerous situations.
If wire bundles are untied or moved to perform adjustment or
parts replacement etc., be sure to rearrange them neatly as
they were originally bundled or placed afterward.
Otherwise, incorrect arrangement can be a cause of noise
generation.
1. ADV-S302
① Fasten the CX31 3P connector cord to the circuit board with
a style pin.
② Fasten the CX33 3P connector cord and CY072 7P connec-
tor cord to the circuit board with a style pin and clamp band.
③ Pass the CY211 FFC through the protect sheet.
④ Pass the CW052 5P connector cord through the protect
sheet.
⑤ Fasten the CW051 5P connector cord and CW052 5P
connector cord to the circuit board with a cord holder.
※ Attach the anti-slip pads as shown on the diagram below.
Press firmly so they do not peel off subsequently.
● Speaker stand
2mm
2mm
すべり止めの貼りかた
※ 下図のように、すべり止めを貼り付けます。
後から剥がれないよう、充分に押し付けてください。
● スピーカースタンド
● Wall bracket
● 壁掛けブラケット
3mm
3mm
14
Page 15
S-302
DIAGNOSTICS OF OPTICAL PICKUP
AND REPLACING TRAVERSE UNIT
Make failure diagnostics of the Optical Pickup as follows.
If the laser drive current (Iop) becomes more than 1.5 times of
the initial value, the Optical Pickup should be replaced.
The laser drive current initial value is checked by "Iop checked
Method" of next page.
In case of replacing the Pickup, change the whole part of the
Traverse Unit.
No mechanical adjustment is necessary after the replacement.
Laser drive current (Iop) check
HF wave form check
(Refer to WAVE FORMS)
Present value exceeds the initial value by 1.5 times
Traverse Unit replacing
ディスクを読み込まない
スムーズに再生しない、等
レーザー駆動電流 Iop 値の確認
HF 波形の確認
(WAVEFORMS参照)
現在値が初期値の
1.5 倍になっている
トラバースユニット交換
Laser current (Iop) memorizing after replacement
交換後にレーザー電流値の記憶
15
Page 16
S-302
1. Iop checked Method
Select the laser ON/OFF (CD/DVD) mode of the test mode,
and check the lop value of DVD laser or CD laser.
(See page 21 for test mode.)
FLDisplay(Thedisplaypartof13digits)
12345678910111213
T2L a s e r O n O f f
1.1. DVD laser current check
(1) Press the SKIP or button to display the la-
ser current value, and then select T22.
(2) Press the PLAY button and check the current value of
Iop (nnnn).
(Use the disc TDV-520)
FLDisplay(Thedisplaypartof13digits)
12345678910111213
T22―mmmm―nnnn
( − : Off, DVD laser, Initial value: mm.mm [mA],
Current value: nn.nn [mA])
1.2. CD Laser current check
(1) Press the or button to display the laser
current value, and then select T21.
(2) Press the PLAY button and check the current value of
Iop (nnnn).
(Use the disc TCD-784)
FLDisplay(Thedisplaypartof13digits)
12345678910111213
T2 1 ―mmmm―nnnn
( − : Off, CD laser, Initial value: mm.mm [mA],
Current value: nn.nn [mA])
d
d
1. Iop 値の確認方法
レーザー駆動電流を確認する場合は、テストモードのレー
ザー ON/OFF(CD/DVD) モードを選択して、DVD レーザー
または CD レーザーの lop 値を確認します。
(詳細は 21 ページ、テストモード参照)
FL 管の表示 (13 桁の表示部 )
12345678910111213
T2L a s e r O n O f f
1.1. DVD レーザー電流確認
(1) レーザー電流値を表示する場合は、ボタンまたは
ボタンを押し、T22 を選択します。
(2) PLAYボタンを押して、現在のlop値(nnnn)を確認します。
(Disc は TDV-520 を使用 )
FL 管の表示 (13 桁の表示部 )
12345678910111213
T22―mmmm―nnnn
( −:消灯、DVD レーザー、初期値:mm.mm[mA],
現在値:nn.nn[mA])
1.2. CD レーザー電流確認
(1) レーザー電流値を表示する場合は、ボタンまたは
ボタンを押し、T21 を選択します。
(2) PLAYボタンを押して、現在のlop値(nnnn)を確認します。
(Disc は TCD-784 を使用 )
FL 管の表示 (13 桁の表示部 )
12345678910111213
T2 1 ―mmmm―nnnn
( −:消灯、CD レーザー、初期値:mm.mm[mA],
現在値:nn.nn[mA])
d
d
2. Note for Handling the Laser Pick-Up
The protection for the damage of laser diode.
If you want to change the optical device unit from any other
units, you must keep the following.
(1) It should be done at the desk already took measures the
static electricity in care of removing the OPU's (Optical
device unit) connector cable.
(2) Workers should be put on the "Earth Band".
(3) It should be done to add the solder to the short land to
prevent the broken Laser diode before removing the 24P
FFC cable.
(4) Don't touch OPU's connector parts carelessly.
3. Replacement of the Laser Pick-up
(Traverse Unit)
Check the Iop (Laser drive current)
If the present Iop (current) value exceeds.+150% of the initial value, replace the Traverse unit (Laser Pick-up) with a
new one.
4. Rewriting the default value of the laser
current
To rewrite the default value of the laser current, press the
button for at least 5 seconds while the CD or DVD laser
current is displayed, then press the or button
to select T23. (For details, see "Iop checked Method" on
page 22.)
If the button is pressed while T23 is displayed, the current value is displayed at "mmmm" and stored in the EEPROM.
FLDisplay(Thedisplaypartof13digits)
12345678910111213
T23 ―mmmm―――――
5. Resetting the accumulated laser on time
To clear the accumulated laser on time, press the button
while the accumulated laser on time is displayed (TB1, TB2
: For details, see "Test Mode" on page 22.) until " * " appears at the fourth position, then press the or
button to select TB3.
If the button is pressed while TB3 is displayed, the accumulated laser on time of CD and DVD is cleared.
When TB1 or TB2 is selected with the or button, "nnnnnnn" is displayed as 0 so you can check.
(2) Unit setting: No spec other than the following procedure.
2.2. Procedure
● SYSTEM
※ This initializes the data for the function, volume, DVD mechanism, etc.
(1) When the ON/STANDBY button is pressed to turn the set on while pressing the main unit's FUNCTION and buttons
simultaneously, the initialization mode is set.
(2) The standby indicator lights yellow and "INITIALIZE" is displayed on the fluorescent display tube.
(If you set the button free, the LED indicator lights blue.)
(3) Once the entire initialization procedure has been completed, the set is in the normal mode with the power turned on.
d
● DVD
※ This initializes the data for the DVD mechanism.
(1) With the power on, set the function to DVD, and in the playback stopped mode, press the and buttons simultaneously
for at least 2 seconds to set the DVD initialization mode.
(2) "INITIALIZE" is displayed on the fluorescent display tube about 0.5 seconds.
d
3. µcom Firm Check Mode
3.1. Preparation
(1) Equipment used: None
(2) Unit setting: No spec other than the following procedure.
3.2. Procedure
※ Use this to display the version information, etc.
(1) When the STANDBY mode, the FUNCTION, the and the ON/STANDBY button are simultaneously pressed. Afterwards,
when the power supply of the set is turned on pressing the ON/STANDBY button, the system check mode is set.
(2) Press the STATUS button on the remote control unit to display the following information, in this order: System microprocessor
version → Date of system microprocessor version updating → ESS version → Date of ESS version updating → drive microprocessor version of DVD mechanism → M850 version → Region code.
(3) Unplug AC cord to clear this mode.
NOTE) The DVD mechanism driver version and ESS version are not displayed un less the function is once set to DVD.
2. イニシャルモード
2.1. 準備
(1) 使用機器:無
(2) 本体設定:下記手順以外規定無。
2.2. 手順
● システム
※ ファンクション、VOL 等および DVD メカのバックアップデータの初期化をおこなう。
(1) 本体 FUNCTION ボタンとボタンを同時に押しながら、ON/STANDY ボタンを押してセットの電源を入れるとイニシャ
ルモードが設定される。
(2) スタンバイ LED が黄色に点灯し、FL 管にINITIALIZEが表示される。
( ボタンを離すと LED は青色点灯になる )
(3) 全ての初期化完了後、通常モードの電源 ON の状態になる。
d
●DVD
※ DVD のみのバックアップデータの初期化をおこなう。
(1) 電源 ON 時にファンクッションを DVD にし再生停止状態で、 ボタンとボタンを 2 秒以上同時に押し続けると、
DVD 初期化モードが設定される。
(2) FL 管にINITIALIZEが 0.5 秒程表示される。
d
3. マイコンファームチェックモード
3.1. 準備
(1) 使用機器:無
(2) 本体設定:下記手順以外規定無。
3.2. 手順
※ バージョン表示等をおこなう。
(1) STANDBY 時に本体 FUNCTION ボタン、ボタンと ON/STANDBY ボタンを同時に押す。その後、ON/STANDBY ボタンを
押してセットの電源を入れると、システムチェックモードが設定される。
(2) リモコンの STATUS ボタンを押すと、システムマイコンのバージョン→システムマイコンのバージョンアップ日→ ESS の
バージョン→ ESS のバージョンアップ日→ DVD メカのドライブマイコンのバージョン→ DM850 のバージョン→リージョ
ンコードの順に表示される。
(3) AC コードを抜くことにより、システムチェックモードを解除する。
注 ) DVD メカのドライブバージョン、ESS のバージョンの表示については、一度ファンクッションを DVD にしないと表示
されない。
20
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S-302
4. Test mode
4.1. Entering the test mode
To enter the test mode, press the and buttons simultaneously while in the Aging mode. Not insert the disc.
(The Aging mode is entered by pressing the and buttons simultaneously to turn on the AC power.
When the Aging mode is set, the and indicators light.)
With the mode selected, press the button to set that mode.
① In the laser on/off (CD/DVD) mode, laser on/off control is executed and the laser current is displayed.
Press the or button to switch the CD/DVD (T21, T22, T21. .).
To save the current laser current value, press and hold in the button for at least 5 seconds to turn off the "mmmm" section
of the display, then press the or button and select T23. When the button is pressed while T23 is displayed, the
data is displayed in the "mmmm" section.
For the CD laser
FLDisplay(Thedisplaypartof13digits)
12345678910111213
T21―mmmm―nnnn
( − : Off, CD laser, Stored data: mm.mm [mA], Current value: nn.nn [mA])
For the DVD laser
FLDisplay(Thedisplaypartof13digits)
12345678910111213
T22―mmmm―nnnn
( − : Off, DVD laser, Stored data: mm.mm [mA], Current value: nn.nn [mA])
② In the servo adjustment value display mode (See "Table 1 - Servo adjustment value display mode details")
FLDisplay(Thedisplaypartof13digits)
12345678910111213
T X X −−−−−−nnnn
(XX : Selection mode, n : Adjustment value (HEX))
③ In the trace mode (error rate display), select the trace of the innermost circumference of 1 layer.
FLDisplay(Thedisplaypartof13digits)
12345678910111213
T71FFFFFFFFFF
(F : When address and error rate not set, F is displayed.)
④ Displaying the accumulated laser on time (stored in the EEPROM)
FLDisplay(Thedisplaypartof13digits)
12345678910111213
T B Y―――nnnnnnn
(Y : 1:CD, 2:DVD, nnnnn: Time [h])
※ Fractions of hours are counted up one hour on the display.
Changes within modes are made by pressing the and buttons while the mode is set.
① In the laser on/off (CD/DVD) mode, laser on/off control is executed and the laser current is displayed.
For the CD laser
FLDisplay(Thedisplaypartof13digits)
12345678910111213
T21―mmmm―nnnn
( − : Off, CD laser, Stored data: mm.mm [mA], Current value: nn.nn [mA])
For the DVD laser
FLDisplay(Thedisplaypartof13digits)
12345678910111213
T22―mmmm―nnnn
( − : Off, DVD laser, mm.mm [mA], nn.nn [mA])
When there is no saved data (for the DVD laser)
FLDisplay(Thedisplaypartof13digits)
12345678910111213
T2 2 ――――――nnnn
( − : Off, DVD laser, nn.nn [mA])
To store the current value, press the button for " * " appears at the fourth position, then press the or button to
select T23.
If the button is pressed while T23 is displayed, the current value is displayed at "mmmm" and stored in the EEPROM.
FLDisplay(Thedisplaypartof13digits)
12345678910111213
T2 3 ―mmmm―nnnn
( − : Off, DVD laser, nn.nn [mA])
If the current value is over 100 mA, the 4th and 9th digit sections are used.
② In the servo adjustment value display mode (See "Table 1 - Servo adjustment value display mode details")
FLDisplay(Thedisplaypartof13digits)
12345678910111213
TXX――nnnnnnnn
(XX : Selection mode, n: Adjustment value (HEX))
For the adjustment values, 0's are added in front of the effective number of bytes.
(Ex.: If the value is 0x123 for 4-byte data, "00 00 01 23" is displayed.)
⑤ In the trace mode (error rate display) (See "Table 2 - Trace mode details")
FLDisplay(Thedisplaypartof13digits)
12345678910111213
TYYFFFFFFFFFF
(YY : Selection mode [71 to 94], F: When address and error rate not set, F is displayed.)
⑥ In the accumulated laser on time display
FLDisplay(Thedisplaypartof13digits)
12345678910111213
T B Y―――nnnnnnn
(Y : 1: CD, 2: DVD, nnnnnnn: Time [h]) ※ If the current value is over 100 mA, the 4th and 9th digit sections are used.
To clear the accumulated laser on time, press the button while the accumulated laser on time is displayed (TB1, TB2) until
" * " appears at the fourth position, then press the or button to select TB3.
If the PLAY button is pressed while TB3 is displayed, the accumulated laser on time of CD and DVD is cleared.
When TB1 or TB2 is selected with the or button, "nnnnnnn" is displayed as 0 so you can check.
(Y:1:CD,2:DVD、nnnnnn: 時間 [h]) ※ 1 時間未満は切り上げて表示する。
レーザー ON 累積時間をクリアする場合、レーザー ON 累積時間表示時 (TB1、TB2) のとき、 ボタンを 4 桁目に*が表
示されるまで押し、ボタンまたはボタンを押し、TB3 を表示させる。TB3 表示時にボタンを押すと CD および
DVD レーザー ON 累積時間をクリアする。ボタンまたはボタンを押して、TB1 または TB2 を選択すると、
nnnnnn 部が 0 表示になり確認できる。
23
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S-302
4.5. Execution of trace mode (error rate display) (See "Table 2 - Trace mode details")
Trace will be performed if the button is pushed after choosing operation.
FLDisplay(Thedisplaypartof13digits)
12345678910111213
TYYmmmmmmllll
(YY : selection mode [71 to 94], m : address [PBA][HEX], l : error rate [COUNT/SEC] [HEX])
Note) CD : Error rate of 75 frames is displayed (1 second).
DVD : Error rate of 8ECC block is displayed.
The mode chosen when selection mode was changed into the trace execution and the button was pushed is performed
from the beginning.
When the button is pushed without changing selection mode, the mode under selection is performed from the beginning.
(If the button is pushed, the address corresponding to the chosen mode will be searched again.)
The pause mode is set after tracing is completed.
4.6. Other operations
① When the button is pressed, the mode returns to the previously selected mode.
T33fcga016bitsCD/DVD L0 layer focus Loop Gain adjust-
T34tkga016bitsCD/DVD L0 layer tracking Loop Gain
T35Fbal116bits DVD L1 layer focus balance adjustment
T36Tbal116bits DVD L1 layer tracking balance adjustment
T37Fcga116bits DVD L1 layer focus Loop Gain adjustment
T38Tkga116bits DVD L1 layer tracking Loop Gain adjust-
T39Asoffs16bits AS signal Offset valueUpper 10 bit is valid
T40 Envoffse16bits ENV signal Offset adjustment valueUpper 10 bit is valid
T41Foffse16bits FE signal Offset adjustment valueUpper 10 bit is valid
T42Teoffse16bitsTE signal Offset adjustment valueUpper 10 bit is valid
T43RFfc8bitsRF signal frequency adjustment value
T44RFbst8bitsRF signal Boost adjustment value
T45RFgdl8bits
T46RFgdh8bits
ment value
ment value
ment value
adjustment value
value
value
value
ment value
RF signal low range group delay adjust-
ment value
RF signal high range group delay adjust-
ment value
FBAL range: 0x8000 < FBAL < 0x7FC0(Center:0x0000)
TBAL range: 0x0000 < TBAL < 0x003F
1x for 0x100 [0x200 (2x) set to Typ.
(1x for 0x100, 2x for 0x200. Y/0x100 ratio calculation.)
Adjustment value 0x200 sets so that gain crossover reaches target.
1x for 0x100 [0x200 (2x) set to Typ.
(1x for 0x100, 2x for 0x200. Y/0x100 ratio calculation.)
Adjustment value 0x202 sets so that gain crossover reaches target.
FBAL range: 0x8000 < FBAL < 0x7FC0(Center:0x0000)
TBAL range: 0x0000 < TBAL < 0x003F
1x for 0x100 [0x200 (2x) set to Typ.
(1x for 0x100, 2x for 0x200. Y/0x100 ratio calculation.)
Adjustment value 0x200 sets so that gain crossover reaches target.
1x for 0x100 [0x200 (2x) set to Typ.
(1x for 0x100, 2x for 0x200. Y/0x100 ratio calculation.)
Adjustment value 0x202 sets so that gain crossover reaches target.
-HB=-35V±3䌖䊶T201 on MAIN UNIT.-HB=-35V±3V・ MAINUNI
O.K.
Check Data Bus between
1U-3810-1(DISPLAY CENTER UNIT)1U-3810-1(DISPLAYCENTERUNIT)
FLD Driver(1U-3810-4(IC201)]N.G(1) Check soldering of CX211 on MAIN UNIT.FLDDriver(1U-3810-4(IC201)]N.G(1) MAINUNI
䊶 [FL_RST]:"H"level?(2) 1U-3810-1 is N.G.(No Good).・ [FLRST]:"H"level?(2) 1U-3810-1 の不
O.K.
Continue to next step.
Check the Set-up process of SUB μ-COM.(2)SUBμ-COM
のステップへ
認
スの確認
.
.
.
チェック工程へ
認
のT201
のCX211の半田
認
26
Page 27
S-302
サブ
立ち上
が
程
半田付
けを
確
T
O.K
T
信号の確
半田付
けを
確
T
O.K
発振波形確
半田付
けを
確
T
O.K
T
信号の確
半田付
けを
確
T
O.K
次
/
立ち上
げ
(2) Check the Set-up process of SUB μ-COM(2)
Check Power Supply Voltages.電源電圧確認
1U-3808-1(MAIN UNIT)1U-3808-1(MAINUNIT)
・ short-circuit?
Check the Emission of Pick-up.(2) Check the circumference soldering of TR603(1) P.U.の
IU-3807(FEP UNIT)and TR604.Pic
・ Emission of P.U. laser O.K.?N.G(3) Check connector insertion.IU-3807(FEPUNIT)N.G(3) コ
・ The test mode "T2" is executed.・ [P.U.]-[IU-3807] FFC(CX241)・ P.U.レー
Laser current O.K.?(4) Check the soldering [IC601] and circumference・テス
Check Digital Audio Data outputCheck Soldering.DSP
from DSP to PLD/CODECN.G・ [IC401]:137,143,133,135pin
1U-3808(MAIN UNIT)・ RR169,168,173,1711U-3808(MAINUNIT)・ RR169,168,173,171
・ [IC401]output and [IC503]input:・ [IC503]:64,61pin・ [IC401]
Check Analog Audio Data outputFUNC.VR.
from FUNC.VR. to Diff.AMP.N.GCheck Soldering.
1U-3808(MAIN UNIT)・ [IC601]:54,47,35pin1U-3808(MAINUNIT)・ [IC601]:54,47,35pin
・ [IC601]output and Diff.AMP.input:・ IC609,610・ [IC601]
Check Analog Audio Data inputFUNC.VR.
from FUNC.VR. to AMPN.GCheck Soldering.
1U-3808(MAIN UNIT)・ [IC601]14,17pin1U-3808(MAINUNIT)・ [IC601]14,17pin
・ [IC601]output and [IC504]・ IC504,505・ [IC601]
/[IC505]input:[A/DL],[A/DR]
[A/D_L],[A/D_R]
O.K.
Check Analog Audio Data inputCheck Soldering.AMP
from AMP to CODECN.G・ IC504,505
1U-3808(MAIN UNIT)・ [IC501]39-42pin1U-3808(MAINUNIT)・ [IC501]39-42pin
・ [IC504/505]output and [IC501]input:・ [IC504
O.K.
Check Digital Audio Data outputCODEC
from CODEC to DIRN.GCheck Soldering.
1U-3808(MAIN UNIT)・ [IC501]:20pin1U-3808(MAINUNIT)・ [IC501]:20pin
・ [IC501]output and [IC502]input:・ [IC502]:24pin・ [IC501]
[AD_FDA][ADFDA]
FUNC.VR.へのアナロ
ィータ入認
AMPへのアナロ
ィータ入認
[IC504],[IC505]入・ IC504,505
CODECへのアナロ
ィータ入認
505]
DIRへの
ィータ認
[IC501]入
ル
[IC502]入・ [IC502]:24pin
N.G
.
N.G
.
N.G・ IC504,505
.
N.G
認
認
認
認
O.K.
END
(3) Digital audio in(3)
Check Digital Audio Data inputDig-INからDIRへの
from Dig-IN to DIRN.GCheck Soldering.
1U-3808(MAIN UNIT)・ JIK511,5011U-3808(MAINUNIT)・ JIK511,501
Check Digital Video DATA output from B/ECheck Soldering.B
1U-3808-1(MAIN UNIT)N.G・ [IC101]:106-110,113-115,118,119pin1U-3808-1(MAINUNIT)N.G・ [IC101]:106-110,113-115,118,119pin
Check analog signal for VideoCheck Soldering.ENCODER
from ENCODER to Video driver(COMPONENT)・ [IC501]37-39pin
1U-3809-1(VIDEO UNIT)N.G・ VR501-5031U-3809-1(VIDEOUNIT)N.G・ VR501-503
・ [IC501]output and [IC707]input:・ TR501-503・ [IC501]
Check analog signal for VideoCheck Soldering.
from Video driver to Video selector(COMPONENT)・ [IC707]23,21,18pin
1U-3809-1(VIDEO UNIT)N.G・ [IC601]6,8,10pin1U-3809-1(VIDEOUNIT)N.G・ [IC601]6,8,10pin
Check analog signal for VideoN.GCheck Soldering.
from Video selector to Video driver(COMPONENT)・ [IC601]30,32,34pin
1U-3809-1(VIDEO UNIT)・ [IC602]1,3,5pin1U-3809-1(VIDEOUNIT)・ [IC602]1,3,5pin
・ [IC601]output and [IC602]input:・ [IC601]
O.K.
Check analog signal for VideoCheck Soldering.ENCODER
from ENCODER to Video selector(CVBS/YC)・ [IC502]37,38pin
1U-3809-1(VIDEO UNIT)N.G・ TR604,5051U-3809-1(VIDEOUNIT)N.G・
・ [IC502]output and [IC703]input:・ [IC703]5,14pin・ [IC502]
[MONI_SY],[MONI_SC][MONISY],[MONISC]
の
認(COMPONEN・ [IC501]37-39pin
[IC707]入・TR501-503
ー
の
認(COMPONEN・ [IC707]23,21,18pin
[IC601]入力:
の
認(COMPONEN・ [IC601]30,32,34pin
[IC602]入力:
の
認(CVBS YC)・ [IC502]37,38pin
[IC703]入・ [IC703]5,14pin
ーへのアナロ
)
.
へのアナロ
)
.
ライ へのアN.G
)
.
へのアナロ
認
認
認
認
R604,505
O.K.
Check analog signal for VideoCheck Soldering.
from selector to Video driver(CVBS/YC)N.G・ [IC703]3,13pin
1U-3809-1(VIDEO UNIT)・ [IC707]8,2pin1U-3809-1(VIDEOUNIT)・ [IC707]8,2pin
・ [IC703]output and [IC707]input:・ [IC703]
O.K.
END
の
認(CVBS YC)N.G・ [IC703]3,13pin
[IC707]入力:
了
.
ーへのアナロ
.
認
34
Page 35
(2) PROGRESSIVE output does not outputed.(2) プログレッシブ映像出力せず
からI/
デジタ
映像
データ
出力
半田付
けを
確
/
力:出力
O.K
/Pから
デジタ
映像
データ
出力
半田付
けを
確
/
力:出力
O.K
から
デジタ
映像
データ
出力
半田付
けを
確
/
力:出力
O.K
から
ビデオドライバ
グ
半田付
けを
確
映像
データ
出力
/
力:出力
O.K
ビデオドライバ
から
ビデオセレクタ
グ
半田付
けを
確
映像
データ
出力
出力
/
O.K
ビデオセレクタ
から
ビデオドライバ
グ
半田付
けを
確
映像
データ
出力
出力
/
O.K
終
S-302
Check Digital signal for VideoFPGA
from FPGA to I/PCheck Soldering.の確認
1U-3809-1(VIDEO UNIT)N.G・ R328-3391U-3809-1(VIDEOUNIT)N.G・ R328-339
・ [IC201]output and [IC301]input:・ [IC301]195-208pin・ [IC201]
Check Digital signal for VideoI
from I/P to FPGACheck Soldering.の確認
1U-3809-1(VIDEO UNIT)N.G・ [IC301]118-155pin1U-3809-1(VIDEOUNIT)N.G・ [IC301]118-155pin
・ [IC301]output and [IC201]input:・ R670-697・ [IC301]
Check analog signal for VideoCheck Soldering.ENCODER
from ENCODER to Video driver・ [IC501]37-39pin
1U-3809-1(VIDEO UNIT)N.G・ VR501-5031U-3809-1(VIDEOUNIT)N.G・ VR501-503
・ [IC501]output and [IC707]input:・ TR501-503・ [IC501]
Check analog signal for VideoCheck Soldering.
from Video driver to Video selector・ [IC707]23,21,18pin
1U-3809-1(VIDEO UNIT)N.G・ [IC601]6,8,10pin1U-3809-1(VIDEOUNIT)N.G・ [IC601]6,8,10pin
Check analog signal for VideoCheck Soldering.
from Video selector to Video driverN.G・ [IC601]30,32,34pin
1U-3809-1(VIDEO UNIT)・ [IC602]1,3,5pin1U-3809-1(VIDEOUNIT)・ [IC602]1,3,5pin
Check Digital Video DATA outputDECODER
from DECODER to FPG
1U-3809-1(VIDEO UNIT)N.G・ [IC101]:4-36,91-99pin1U-3809-1(VIDEOUNIT)N.G・ [IC101]:106-110,113-115,118,119pin
SEL_PLL2ISystem and DSCK output clock frequency selection is made at the rising edge of
32
OAudio transmit frame sync output.
RESET#. The matrix below lists the available clock frequencies and their
respective PLL bit settings. Strapped to VCC or ground via 4.7-k: resistor; read
only during reset.
SEL_PLL2SEL_PLL1SEL_PLL0PLL Settings
000DCLK u.5
001DCLK u 5.0
010 Bypass
011DCLK u4.0
100DCLK u4.25
101DCLK u4.75
110DCLK u 5.5
111DCLK u6.0
48
Page 49
S-302
NamePin NumbersI/ODefinition
TSD0
33
SEL_PLL0IRefer to the description and matrix for SEL_PLL2 pin 32.
TSD1
36
SEL_PLL1IRefer to the description and matrix for SEL_PLL2 pin 32.
TSD237OAudio transmit serial data output 2. This pin must be pulled down to VSS via a
TSD338OAudio transmit serial data output 3.
MCLK39I/OAudio master clock for audio DAC.
TBCK40I/OAudio transmit bit clock. TBCK is an input during reset and subsequently is
SEL_PLL3
41
OAudio transmit serial data output 0.
OAudio transmit serial data output 1.
4.7-k: resistor for proper operation.
programmed as an output via the AUDIOXMT register (addr 0x2000D00Ch, bit 4).
IClock source select. Strapped to VCC or ground via 4.7-k: resistor; read only
during reset.
SEL_PLL3Clock Source
0Crystal oscillator
1DCLK input
SPDIF_OUTOS/PDIF output.
SPDIF_IN42IS/PDIF input; (5V tolerant input).
RSD45IAudio receive serial data; (5V tolerant input).
RBCK47IAudio receive bit clock; (5V tolerant input).
CAMIN3
48
PIXIN3ICCIR656 input pixel 3.
XIN49I27-MHz crystal input.
XOUT50O27-MHz crystal output.
AVEE51PAnalog power for PLL.
AVSS52GAnalog ground for PLL.
DMA[11:0]53-58, 61-66ODRAM address bus.
DCAS#69ODRAM column address strobe.
DOE#
70
DSCK_ENODRAM clock enable.
DWE#71ODRAM write enable.
DRAS#72ODRAM row address strobe.
DMBS073ODRAM bank select 0.
DMBS174ODRAM bank select 1.
DB[15:0]77-82, 85-90, 93-96I/ODRAM data bus.
DCS[1:0]#97,100ODRAM chip select.
DQM101OData input/output mask.
DSCK102OOutput clock to DRAM.
ICamera YUV 3.
ODRAM output enable.
49
Page 50
NamePin NumbersI/ODefinition
DCLK105IClock input to PLL; (5V tolerant input).
UDAC
OVideo DAC output.
S-302
106
Value
0CVBS/ChromaCVBS1YCN/A
1CVBS/ChromaCVBS1YCCVBS2
2CVBS/ChromaN/AYCN/A
3CVBS/ChromaCVBS1N/AN/ACVBS2
4CVBS/ChromaCVBS1N/AN/AN/A
5CVBS/ChromaCVBS1YPbPr
6CVBS/ChromaN/AYPbPr
7N/ASYNCGBR
8CVBS/ChromaChromaYPbPr
9CVBSCVBS1GBR
10CVBSCVBS1GRB
11N/ASYNCGRB
12CVBS/ChromaN/AYPrPb
13CVBS/ChromaCVBS1YPrPb
14ChromaYGRB
F DAC
(pin 115)
V DAC
(pin 114)
Y DAC
(pin 113)
C DAC
(pin 108)
U DAC
(pin 106)
F: CVBS/chroma signal for simultaneous mode.
Y: Luma component for YUV and Y/C processing.
C: Chrominance signal for Y/C processing.
U: Chrominance component signal for YUV mode.
V: Chrominance component signal for YUV mode.
YUV0OYUV pixel 0 output data.
PIXOUT0OCCIR656 output pixel 0.
VREF
YUV1OYUV pixel 1 output data.
PIXOUT1OCCIR656 output pixel 1.
CDAC
YUV2OYUV pixel 2 output data.
PIXOUT2OCCIR656 output pixel 2.
COMP
YUV3OYUV pixel 3 output data.
PIXOUT3OCCIR656 output pixel 3.
RSET
YUV4OYUV pixel 4 output data.
PIXOUT4OCCIR656 output pixel 4.
107
108
109
110
IInternal voltage reference to video DAC. Bypass to ground with 0.1-PF capacitor.
OVideo DAC output. Refer to description and matrix for UDAC pin 106.
ICompensation input. Bypass to ADVEE with 0.1-PF capacitor.
IDAC current adjustment resistor input.
50
Page 51
NamePin NumbersI/ODefinition
ADVEE111PAnalog power for video DAC.
ADVSS112GAnalog ground for video DAC.
YDAC
YUV5OYUV pixel 5 output data
PIXOUT5OCCIR656 output pixel 5.
VDAC
YUV6OYUV pixel 6 output data.
PIXOUT6OCCIR656 output pixel 6.
FDAC
YUV7OYUV pixel 7 output data.
PIXOUT7OCCIR656 output pixel 7.
PCLK2XSCN
CAMIN4ICamera YUV 4.
PIXIN4ICCIR656 input pixel 4.
PCLKQSCN
AUX3[2]I/OAux3 data I/O; (5V tolerant input).
CAMIN5ICamera YUV 5.
PIXIN5ICCIR656 input pixel 5.
VSYNC#
AUX3[1]I/OAux3 data I/O; (5V tolerant input).
CAMIN6ICamera YUV 6.
PIXIN6ICCIR656 input pixel 6.
HSYNC#
AUX3[0]I/OAux3 data I/O; (5V tolerant input).
CAMIN7ICamera YUV 7.
PIXIN7ICCIR656 input pixel 7.
HD[5:0]
DCI[5:0]I/ODVD channel data I/O; (5V tolerant input).
AUX1[5:0]I/OAux1 data I/O; (5V tolerant input).
HD6
DCI6I/ODVD channel data I/O; (5V tolerant input).
AUX1[6]I/OAux1 data I/O; (5V tolerant input).
VFD_DOUTIVFD data output.
HD7
DCI7I/ODVD channel data I/O; (5V tolerant input).
AUX1[7]I/OAux1 data I/O; (5V tolerant input).
VFD_DINIVFD data input.
113
114
115
116
117
118
119
122-127
128
131
OVideo DAC output. Refer to description and matrix for UDAC pin 106.
OVideo DAC output. Refer to description and matrix for UDAC pin 106.
OVideo DAC output. Refer to description and matrix for UDAC pin 106.
1P96N.C.O-OPEN
2P95N.C.O-OPEN
3P94ON/_STBYO-ON/OFF control of MAIN POWER
4P93OSD_ACKIPuOSD controller communication ACK input
5P92OSD_MTXDSOPuOSD controller communication data output
6P91OSD_DRXDSIPu OSD controller communication data intput
7P90OSD_CLKSO-OSD controller communication clock output
8P146N.C.O-OPEN
9P145N.C.O-OPEN
10P144N.C.O-OPEN
11P143N.C.O-OPEN
12P142_TEMP_DETIPuTemperature malfunction detection signal (malfunction detection : L)
13P141AUX_SWIFRPuPlug insertion detection signal of front AUX input (Connected: H)
14P140HP_SWIFRPuHeadphone insertion detection signal (Connected: H)
15-Connect to GND
16CNVSS1IPdInternal flash memory update choice signal
17P87RESERVE 32.768KO-Sub clock circuit (OPEN) 32.768kHz
18P86RESERVE 32.768KO-Sub clock circuit (OPEN) 32.768kHz
Port
setting
INITPUExplanation
57
Page 58
S-302
Pin
FunctionPort name
No
19Pu DNS RESET
20O-24MHz
21-Connect to GND
22I-24MHz
23-Connect to 3.3V
24P85NMII-Connect to VCC
25P84_REMOTEINTFR Pu DNS
26P83_PROTECTINTPu DNS Protect detection interruption of main (Protect:L)
27P82E_REQINTPdDM850 communications need interruption
28P81P_DOWN( 50/60Hz )ECPu DNS Power supply 50/60Hz pulse signal input
29P80IPOD_MRXDSIPu DNS Rxd data input from iPod connect
30P77N.C.O-OPEN
31P76IPOD_MTXDSOPu DNS Txd data output to of iPod connect
32P75VOL_BIFR Pu DNS JOG pulse input B for VOL
33P74VOL_AIFR Pu DNS JOG pulse input A for VOL
34P73PWB_CHKIPdP.W.B check mode (H:P.W.B check mode)
35P72BE_CLKSIBEpdSCI CLK input from ESS
36P71BE_MRXDSIBEPuSCI DATA input from ESS
37P70BE_MTXDSOBEPuSCI DATA output to ESS
38P67
39-Connect to +3.3V
40P66
41-Connect to GND
42P65_E_RSTOPdReset of DM850
43P64E_MODEIPdEMODE input from DM850
44P63IPOD_D_MTXDSOPu DNS TxD data output to of iPod Dock
45P62IPOD_D_MRXDSIPu DNS Rxd data input from of iPod Dock
46P61F_EXT_CKOFR47P60F_EXT_DAOFR48P137_E_SPICSO-SCI CE signal output to DM850
49P136E_CLKSO-SCI CLK output to DM850
50P135E_DINSI-SCI DATA input from DM850
51P134E_DOUTSO-SCI DATA output to DM850
52P57DC/DC_ONOON/OFF control output of DC/DC CONV. ( ON: H)
53P56N.C.O-OPEN
54P55F_EPM1O-Flash rewriting
55P54IPOD_IDO-iPod Accessary ID control signal(H:Connected, L:Unconnected)
56P133_SAN_RSTOPdReset output to of tuner RDS IC (L:Reset)
57-Connect to GND
58P132_TU_MUOPdMute output of tuner (L:MUTE, H:MUTE OFF)
59-Connect to +3.3V
60P131TU_POWEROPdPower supply of tuner (+12V/+5V) ON/OFF H:P.ON
61P130IPOD_CNTIPu DNS Connected detection of iPod (H:Unconnected, L:Connected)
62P53IPOD_ONO-iPod Charge POWER control (Charge ON:H)
63P52_CHOP_ONOpdPOWER ON/OFF control output of peripheral circuit (H:OFF, L:ON)
64P51_OSD_RSTOPdReset to OSD uCom
65P50F_CE1O66P127FAN ON/OFFOPdFAN ON/OFF control H:FAN ON
67P126FAN SPEEDO-FAN SPEED control H:Slow L:Fast
68P125N.C.O-OPEN
69P47N.C.O-OPEN
70P46N.C.O-OPEN
71P45N.C.O-OPEN
72P44N.C.O-OPEN
73P43N.C.O-OPEN
74-Connect to +3.3V
75P42IPOD_PROTECTIPuiPod protect detection (H:FNormal, L:GProtect)
76-Connect to GND
77P41N.C.O-OPEN
78P40H/P MUTE_MAINOPuHeadphone MUTE signal(MUTE:H)
79P37PRE_MUTE_MAINOPuPreOut MUTE signal (MUTE:H)
80P36SP_CONIpuSpeaker connection detection (SP connected:H)
81P35SP_RLOPuRelay MUTE signal for FRONT/SW speaker (Relay ON:H)
82P34IPod MUTEOPuiPod output MUTE (MUTE:H)
83P33DRV_ONOBE-DVD (ESS) power supply ON/OFF control of unit (ON:H)
84P32SYS_REQOBE-Communication start request signal to ESS
SYS_MTXD(AMX TXD)
SYS_MRXD(AMX RXD)
Port
setting
INITPUExplanation
Remote control signal interruption
SOPu DNS TxD data output to AMX
SIPu DNS RxD data input to AMX
FRONT PANEL extended output port IC (BU2090F) for serial clock output LED lighting
FRONT PANEL extended output port IC (BU2090F) for serial data output LED lighting
※ Pu is built in Photo Detectors.
58
Page 59
S-302
Pin
FunctionPort name
No
85P31N.C.-OPEN
86P124_BE RSTOBEPdDVD (ESS) reset signal of unit
87P123BE ONIBEPdInput of ESS IC Active state output signal
88P122N.C.-OPEN
89P121N.C.O-OPEN
90P120N.C.O-OPEN
9192P30OSD_VUPO-OSD version up change selecting signal
9394P27VUP_SEL2O-Version upgrade UART switching selection 2
95P26VUP_SEL1O-Version upgrade UART switching selection 1
96P25TU_STEREOIPuStereo indicator input of tuner
97P24TUNEDIPuBureau existence detection input of tuner
98P23SAN_CEO99P22SAN_MOSIO-Cereal data output to tuner PLL/RDS IC/FUNCTION IC(SANYO BUS)
100P21SAN_CKO-Cereal clock output to tuner PLL/RDS IC/FUNCTION(SANYO BUS)
101P20SAN_MISOIPuCereal data input from tuner PLL/RDS IC(SANYO BUS)
102P17BE_CSINTBEPdCS interrupt of communication with ESS
103P16_BE_AUDIO_RSTINTBEPuAudio reset interrupt from ESS
104P15SUB_REQINTAUPuSUB uCom (AUDIO/VIDEO) communication demand interrupt
105P14E2P_CSOPu DNS Chip selection to EEPROM
106P13E2P_CLKO-SCI clock to EEPROM
107P12E2P_MOSIO-SCI DATA OUT to EEPROM
108P11E2P_MISOI-SCI DATA IN to EEPROM
109P10N.C.O-OPEN
110P07N.C.O-OPEN
111P06N.C.O-OPEN
112P05N.C.O-OPEN
113P04N.C.O-OPEN
114P114FL_CSÇn-FL controller chip selection
115P113OSD_REQÇn-Request signal to OSD uCom
116P112N.C.O-OPEN
117P111FL_CLKSO-SCI clock output to FL controller
118P110FL_DOUTSO-SCI data output to FL controller
119P03N.C.O-OPEN
120P02N.C.O-OPEN
121P01N.C.O-OPEN
122P00N.C.O-OPEN
123P157DIMMERADFRPdIlluminance sensor input
124P156_FL_RSTOPdFLT display driver reset signal (Reset:L)
125P155N.C.O-OPEN
126P154_SUB_RSTOAUPdReset of SUB uCom (AUDIO/VIDEO)
127P153SUB_ACKOAU-ACK output to SUB uCom (AUDIO/VIDEO)
128P152SUB_MRXDSIAUPuSCI data input from SUB uCom (AUDIO/VIDEO
129P151SUB_CLKSOAU-SCI clock output to SUB uCom (AUDIO/VIDEO)
130131P150SUB_MTXDSOAUPuSCI data output to SUB uCom (AUDIO/VIDEO)
132133P107PULL UPIPu DNS PULL UP(necessity key interruption is put)
134P106KEY2ADFRPuDetection input 2 of substance operation button input
135P105KEY1ADFRPuDetection input 1 of substance operation button input
136P104KEY0ADFRPuDetection input 0 of substance operation button input
137P103MODE2AD-DVD REGION selection input
138P102MODE1AD-Treatment area selection input of product
139P101N.C.ADPu+3.3V fixing
140-Connect to GND
141P100SW1_INAD142-Connect to +3.3V
143-Connect to +3.3V
144P97N.C.O-OPEN
Port
setting
INITPUExplanation
Communication chip enable output to tuner PLL/RDS IC/FUNCTION IC(SANYO BUS)
FRONT PANEL extension output port (BU2090F P60: F_EXT_DA /P61: F_EXT_CK) (IC202:1U-3810 )
S-302
Pin
PortPort Name
No
4ON/ST_RDO-POWER button red LED lighting control: Red lighting at standby(lighting: L. )
5ON/ST_YL O6OP/CL_LEDO-OPEN/CLOSE button LED lighting control(lighting: L. )
7STOP_LEDO-STOP button LED lighting control(lighting: L. )
8FUNC_LEDO-FUNC button LED lighting control(lighting: L. )
9REV_LEDO-A.REV button LED lighting control(lighting: L. )
10AFWD_LEDO-A.FWD button LED lighting control(lighting: L. )
11PLAY_LEDO-PLAY button LED lighting control(lighting: L. )
12VOLT_AO-LED lighting voltage control A
13VOLT_BO-LED lighting voltage control B
14VOLT_CO-LED lighting voltage control C
15ON/ST_BLO-
Port
setting
INITPUExplanation
POWER button yellow LED lighting control: Yellow lighting at timer standby(lighting: L. )
POWER button blue LED lighting control: Blue lighting at POWER ON(lighting: L.)
FL driver extension output port (M66005-0001AHP)
Pin
PortPort Name
No
9FEX_PWROFR-FRONT PANEL expansion output IC (BU2090F)power supply control H:P.ON
Port
setting
INITPUExplanation
60
Page 61
M30627FHPGP (IC301: 1U-3808)
S-302
Pin NoPort nameFunctionI/OExplanation
1VREFVREF-AD standard +3.3V
2AVCCAVCC-AD +3.3V
3P97/SIN4DSP_MISOIData input from DSP
4P96/SOUT4DSP_MOSIOData output to DSP
5P95/CLK4DSP_CKOClock output to DSP
6P94I2CSELOI2C switching control terminal ( ESS / Sub-uCom )
7P93N.C.OOPEN
8P92/SOUT3N.C.OOPEN
9P91/SIN3N.C.OOPEN
10P90/CLK3N.C.OOPEN
11P141N.C.OOPEN
12P140_FLI_RSTOFLI2310 reset
13BYTEBYTE-GND(Ext. data bus bit width switching, 16bit="L")
14CNVCSCNVSS-Singlechip/Microprocessor mode switching (Normal single-chip:L, Rewrite boot pro-
15P87N.C.OOPEN
16P86_HDMIT_RSTOReset for HDMI TRANSMITTER (Si I9030)
17RESETSUB_RSTIReset signal input from main uCom
18XOUTX1OConnect to Oscillator
19VSSVSS-GND
20XINX2IConnect to Oscillator
21VCC1VCC1-+3.3V
22P85/NMI_NMIINot used(Fixed:"H")
gram start:H input set)
61
Page 62
Pin NoPort nameFunctionI/OExplanation
23P84/INT2_DIR_INTIDIR interrupt input
24P83/INT1SUB_ACKI
25P82/INT0N.C.OOPEN
26P81/TA4INN.C.OOPEN
27P80PWB_CHKOPWB check
28P77_DEC_RSTOReset for ADV7403
29P76_ENC2_RSTOReset for ADV7320-2
30P75/TA2INN.C.OPEN
31P74/TA2OUTN.C.OPEN
32P73/CTS2/TA1IN N.C.OPEN
33P72/CLK2N.C.OOPEN
34P71/RXD2N.C.OOPEN
35P70/TXD2N.C.OOPEN
36P67/TXD1F_TXD2O
37VCC1VCC1-+3.3V
38P66/RXD1F_RXD2O
39VSSVSS-GND
40P65/CLK1N.C.OOPEN
41P64/CTS1N.C.OOPEN
42P63/TXD0SUB_STXDOData output to of main uCom
43P62/RXD0SUB_SRXDIData input to of main uCom
44P61/CLK0SUB_CLKIClock input from of main uCom
45P60/CTS0SUB_REQOCommunication Request to of main uCom
46P137CK_SELOVideo Encoder clock switching for ZONE2
47P136HD/_SDOVideoEncoder resolution switching(SD/SD or more)
48P135HDMI_DEBUG_3OHDMI DEBUG 3 (DEBUG output)
49P134HDMI_DEBUG_6OHDMI DEBUG 6 (DEBUG output)
50P57_ENC1_RSTOReset for ADV7320-1
51P56V_DETICVBS video input detection
52P55/EPMF_EPM2OPort for Flash rewriting/HDMI DEBUG 2 (DEBUG output)
53P54N.C.OOPEN
54P133N.C.OOPEN
55P132HDMI_SCLI/OVIDEO I2C clock (HDMI system)
56P131HDMI_SDAI/OVIDEO I2C data (HDMI system)
57P130VD_SCLI/OVIDEO I2C clock (Video processing system)
58P53VD_SDAI/OVIDEO I2C data (Video processing system)
59P52N.C.OOPEN
60P51N.C.OOPEN
61P50/CE_F_CE2OPort for Flash rewriting/HDMI DEBUG 1 (DEBUG output)
62P127P_SAVEO
63P126N.C.OOPEN
64P125N.C.OOPEN
65P47N.C.OOPEN
66P46N.C.OOPEN
67P45FNVL_DAOFunction volume IC data output (RENESAS system data)
68P44FNVL_CKOFunction volume IC clock output (RENESAS system clock)
69P43FNVL_CEOFunction volume IC latch output (RENESAS system latch )
70P42N.C.OOPEN
71P41N.C.OOPEN
72P40N.C.OOPEN
73P37N.C.OOPEN
74P36N.C.OOPEN
75P35N.C.OOPEN
76P34EXT_CKOVideo system (+5V system) expansion output port clock output
77P33EXT_DAOVideo system (+5V system) expansion output port clock output
78P32CODEC_MISOIData input from CODEC
79P31HDMI SENSIHDMI IN signal presence detection input
80P124VSEL_CS1OVideo selector PLD chip select
81P123VSEL_CS2OVideo selector FPGA chip select
82P122CODEC_RSTOCODEC reset output
83P121PRE_MUTE_SUBOMute output of volume output
84P120HP_MUTE_SUBOMUTE output of head phone MUTE:H
85VCC2VCC2-+3.3V
86P30BE/_DIRORoute of voice output (BE/external input) switching
87VSSVSS-GND
88P27CODEC_CEOODEC chip enabling
89P26TCK_AVOMain PLD JTAG
MAIN-SUB uCom communications control input terminal (ACK “L” return from main uCom)
Data output for Flash rewriting /HDMI DEBUG 5 (DEBUG output for communication)
Data output for Flash rewriting /HDMI DEBUG 4 (DEBUG output for communication)
COMPONENT → CONVERT route DISABLE terminal
S-302
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Pin NoPort nameFunctionI/OExplanation
90P25DSP_IO_MUTEODSP IO MUTE control output (DSO IO MUTE: H)
91P24_AD/DIGOAD way/DIGITAL switching (AD way:L)
92P23_ERR_MUTEOMute output at time of DSP ERR occurrence (MUTE:L)
93P22_BSEOBit Stream Enable(Bit Stream:L)
94P21TDO_VFPGAIMain PLD JTAG data input
95P20COMP_DETIComponent video input detection
96P17/INT5TMS_AVOMain PLD JTAG clock output
97P16/INT4S_DETIS video input detection
98P15/INT3TDI_AVOMain PLD JTAG data output (S-302 schematic TDO_APLD inscription)
99P14VSEL_CLKOVideo selector clock
100P13VSEL_DATAOVideo selector data
101P12_COMP_MUTE2OCOMPONENT output last step driver (NJM2581) MUTE signal (MUTE:L)
102P11_S/V_MUTEOYC/CVBS output MUTE signal (MUTE: L)
103P10nCONFIGOVIDEO PLD control terminal
104P07/AN07nCSOVIDEO PLD control terminal
105P06/AN06nDEOVIDEO PLD control terminal
106P05/AN05DDCLKOVIDEO PLD control terminal
107P04/AN04DATA_0OVIDEO PLD control terminal
108P03/AN03ASDIOVIDEO PLD control terminal
109P02/AN02_DIR_RSTODIR reset output Reset:L
110P01/AN01DIR_CEODIR chip enabling
111P00/AN00DIR/CODEC_CKODIR/CODEC clock output
112P117DIR_MISOIData input from DIR
113P116DIR/CODEC_MOSIOData output to DIR/CODEC
114P115_DSPROM_RSTOROM reset for DSP
115P114_DSP_RSTOReset for DSP (Reset:L)
116P113DSP_CSODSP chip select
117P112FLAG0IDSP FLAG0 input
118P111N .C.OO PEN
119P110N .C.OO PEN
120P107/AN7Pull upOOPEN
121P106/AN6Pull upOOPEN
122P105/AN5Pull upOOPEN
123P104/AN4Pull upOOPEN
124P103/AN3Pull upOOPEN
125P102/AN2Pull upOOPEN
126P101/AN1Pull upOOPEN
127AVSSAVSS-AD GND
128P100/AN0CONF_DONEOVIDEO PLD control terminal
AddressMultiplexed pins for row and column address.
Row address: A0−A10. Column address: A0−A7.
A10 is sampled during a precharge command to determine if
all banks are to be precharged or bank selected by BS0, BS1.
BS0, BS1Bank Select
Select bank to activate during row address latch time, or bank
to read/write during address latch time.
DQ0−DQ31
Data Input/
Output
Multiplexed pins for data output and input.
Chip SelectDisable or enable the command decoder. When command
decoder is disabled, new command is ignored and previous
operation continues.
Row Address
Strobe
Command input. When sampled at the rising edge of the
clock
and WE define the operation to be
executed.
Column Address
Strobe
Referred to
Write Enable
Referred to
DQM0
−
DQM3
Input/output mask
The output buffer is placed at Hi-Z (with latency of 2) when
DQM is sampled high in read cycle. In write cycle, sampling
DQM high will block the write operation with zero latency.
CLKClock InputsSystem clock used to sample inputs on the rising edge of
clock.
CKEClock Enable CKE controls the clock activation and deactivation. When
CKE is low, Power Down mode, Suspend mode, or Self
Refresh mode is entered.
V
CC
Power (+3.3V)Power for input buffers and logic circuit inside DRAM.
V
SS
GroundGround for input buffers and logic circuit inside DRAM.
V
CCQ
Power (+3.3V) for
I/O buffer
Separated power from V
CC
, to improve DQ noise immunity.
V
SSQ
Ground for I/O
buffer
Separated ground from VSS, to improve DQ noise immunity.
NCNo ConnectionNo connection
S-302
CS
RAS
CAS
WE
RAS,CAS
RAS
RAS
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NT5DS16M16CS (IC202: 1U-3809)
S-302
Input/Output Functional Description
SymbolTypeFunction
CK, CK
CKEInput
CS
RAS
,CAS,WEInputCommand Inputs: RAS,CASand WE (along with CS) define the command being entered.
DMInput
BA0, BA1Input
A0 - A12Input
DQInput/OutputData Input/ Output: Data bus.
DQS, LDQS, UDQSInput/Output
NCNo Connect: No internal electrical connection is present.
NUElectrical connection is present. Should not be connec ted at second level of assembly.
V
DDQ
V
SSQ
V
DD
V
SS
V
REF
Input
Input
SupplyDQ Power Supply: 2.5V ± 0.2V for DDR3 33; 2.6V ± 0.1V for DDR400.
SupplyDQ Ground
SupplyPower Supply: 2.5V ± 0.2V for DDR333; 2.6V ± 0. 1V for DDR400.
SupplyGround
SupplySSTL_2 reference voltage
Clock: CK and CK
on the crossing of the positive edge of CK and negative edge of CK
enced to the crossings of CK and CK
Clock Enable: CKE HIGH activates, and CKE Low deactivates, internal clock signals and device
input buffers and output drivers. Taking CKE Low prov ides Precharge Power Down and Se lf
Refresh operation (all banks idle), or Active Power Down (row A ct ive in any bank). CKE is synchronous for power do wn entry and exit, and for self refresh entry. CKE is asynchronous fo r self
refresh exit. CKE must be maintained high throughout read and write accesses. Input buffers,
excluding CK, CK
disabled during self refresh. The standard pinout includes one CKE pin.
Chip Select: All commands are masked when CS
bank selection on systems with multiple banks. CS
standard pinout includes one CS
Input Data Mask: DM is an input mask signal for write data. Input data is masked when DM is
sampled high coincident with that input data during a Write access. DM is sampled on both edges
of DQS. Although DM pins are input only, the DM loading matches the DQ and DQS loading. During a Read, DM can be driven high, low, or floated.
Bank Address Inputs: BA0 and BA1 def ine to which bank an Active, Read, Write or Precharge
command is being applied. BA0 and BA1 also determines if the mode register or extended mode
register is to be accessed during a MRS or EMRS cycle.
Address Inputs: Provide the row address for Active commands, and the column address and
Auto Precharge bit for Read/Write commands, to select one location out of the memory array in
the respective bank. A 10 is sampled during a Precharge command to determine whether the Precharge applies to one bank (A10 low) or all banks (A10 high). If only one bank is to be precharged,
the bank is selected by BA0, BA1. The address inputs also provide the op-code during a Mode
Register Set command.
Data Strobe: O ut put with read data, input with write data. Edge-aligned with read data, centered
in write data. Used to capture write data. For the x16, LDQS corresponds to the data on DQ0DQ7; UDQS corresponds to the data on DQ8-DQ15
are differential clock inputs. All address and control input signals are sampled
(both directions of crossing).
and CKE are disabled during Power Down. Input buffers , excluding CKE, are
*本表に"nsp" と記載されている部品は供給できません。
* Parts for which "nsp" is indicated on this table cannot be supplied.
*本表に記載されている部品は、補修用部品のため製品に使用している部品とは一部、形状、寸法などが異なる場合があります。
* The parts listed below are for maintenance only, might differ from the parts used in the unit in appearances or dimensions.
Note: The symbols in the column "Remarks" indicate the following destinations.
E3 : U.S.A. & Canada modelE2 : Europe modelJP : Japan model
1U-3777A ETHERNET P.W.B. UNIT ASS'Y
Ref. No.Part No.Part NameRemarksQ'ty New
SEMICONDUCTORS GROUP
IC101nspBCOIC-DM850E-CQL
IC10200D GEN 8631DM850 ROM ASSYS29GL064A90TFIR40*
IC10300D 262 3685 004 W9812G6GH-6
IC10400D 262 3712 003 RTL8201CP
IC10500D 262 3522 905 MIC2025-1YM
IC11100D 263 1290 902 BA33DD0WHFP*
IC11200D 263 1110 901 PQ070XZ01ZP +C
IC11300D 262 2516 909 SN74LV32APW-EL2 +C
IC11400D 262 3412 905 TC74VHC14FT
IC11500D 279 0055 907 MICROSMD175F
IC11600D 262 2516 909 SN74LV32APW-EL2 +C
IC40200D 262 3711 004 SAA7121H
S-302
TR10100D 269 0193 901 KRC104S-RTK/P (47K-47K)
TR10200D 269 0184 907 KRA102S-RTK/P (10K-10K)
TR105,10600D 269 0192 902 KRC102S-RTK/P (10K-10K)
TR10700D 275 7001 907 FDC608PZ
TR10800D 269 0192 902 KRC102S-RTK/P (10K-10K)
D40100D 276 0750 902 RB521S-30TE61 +REF
ZD101,10200D 276 0837 906 NSAD500F-T1B-A
RESISTORS GROUP
R118nspRM73B--6041DT(1608)
R361nspRM73B--511FT +1608
R364nspRM73B--102FT +1608
CAPACITORS GROUP
C10100D 257 0039 907 CK73B0J106MT
C102,103nspCK73F1E104ZT +1608
C104nspCK73F1H103ZT +1608
C105-108nspCK73F1C104ZT +1005
C109-112nspCK73B1H102KT +1005
C113-116nspCK73B1A104KT +1005
C117-120nspCK73B1H102KT +1005
C12300D 257 0039 907 CK73B0J106MT
C124nspCK73B1H102KT +1608
C125nspCK73F1E104ZT +1608
C126,127nspCK73F1H103ZT +1608
C128,12900D 257 0039 907 CK73B0J106MT
C130nspCK73B1H102KT +1608
C131,132nspCK73F1C104ZT +1005
C133,134nspCK73B1H102KT +1005
C135nspCK73F1E104ZT +1608
82
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Ref. No.Part No.Part NameRemarksQ'ty New
C136-141nspCK73F1C104ZT +1005
C142,143nspCK73B1H102KT +1005
C147nspCK73B1E104KT +2125
C148-150nspCK73F1E104ZT +1608
C151-153nspCK73B1H102KT +1608
C15400D 257 0039 907 CK73B0J106MT
C155nspCK73F1E104ZT +1608
C15600D 254 4738 904 CE67W0J101MT(GV)
C157,158nspCK73F1E104ZT +1608
C15900D 254 4740 905 CE67W1C220MT(GV)
C160nspCK73F1E104ZT +1608
C161nspCK73B1H102KT +1608
C162nspCK73F1E104ZT +1608
C163nspCK73B1H102KT +1608
C164,165nspCK73F1E104ZT +1608
C16600D 254 4738 904 CE67W0J101MT(GV)
C167,168nspCK73F1E104ZT +1608
C16900D 257 0039 907 CK73B0J106MT
C17400D 254 4738 904 CE67W0J101MT(GV)
C175nspCK73F1E104ZT +1608
C176nspCK73B1H102KT +1608
C18200D 257 0039 907 CK73B0J106MT
C183nspCK73B1H102KT +1608
C184nspCC73CH1H101JT +1608
C185nspCK73B1H102KT +1608
C18600D 257 0039 907 CK73B0J106MT
C187nspCC73CH1H101JT +1608
C189nspCK73B1H102KT +1608
C19000D 254 4738 904 CE67W0J101MT(GV)
C19100D 257 0039 907 CK73B0J106MT
C192nspCC73CH1H101JT +1608
C193,194nspCK73B1E104KT +1608
C195nspCK73B1H102KT +1608
C196nspCK73B1E104KT +1608
C197-204nspCC73CH1H100DT +1608
C205,206nspCC73CH1H100DT +1005
C207-210nspCC73CH1H100DT +1608
C211-213nspCC73CH1H100DT +1005
C214-216nspCK73F1E104ZT +1608
C217nspCK73F1H103ZT +1608
C21800D 254 4740 905 CE67W1C220MT(GV)
C40500D 254 4740 934 CE67W1C101MT(GV)
C406-410nspCK73B1E104KT +1608
C41100D 257 0039 907 CK73B0J106MT
C412-415nspCK73B1E104KT +1608
C416nspCK73B1H102KT +1608
C417nspCK73F1E104ZT +1608
C418nspCK73F1H103ZT +1608
C419nspCK73B1H102KT +1608
C826nspCK73F1E104ZT +1608
C827nspCK73F1H103ZT +1608
C828nspCK73B1H102KT +1608
S-302
83
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Ref. No.Part No.Part NameRemarksQ'ty New
OTHERS PARTS GROUP
CX054nsp5P PH CON BASE(TAPE) +REF
CX072nsp7P PH CON.BASE(L) +REF
CX12400D 205 1434 005 MINI-PCI-CONNECTOR
CX151nsp15P SOCKET(9120)
FB102-107nspCHIP EMIFIL(11A121) +1608
FB401nspCHIP EMIFIL(11A121) +1608
JK10100D 205 1333 009 8P MODULAR
W801nspM3 SCREW TERMINAL
S-302
84
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1U-3808A/B/C MAIN P.W.B. UNIT ASS'Y
Ref. No.Part No.Part NameRemarksQ'ty New
SEMICONDUCTORS GROUP
IC10100D 262 3708 004 ES6178FF
IC10200D GEN 8629S302 B/E ROM ASSYES29LV160EB-70TGI