Marantz VP15S1, VP15S1L Service Manual

Service

VP-15S1/VP-15S1L

VP15S1 /F B/N1B/U1B

VP15S1L /N1B/U1B

Manual

DLP Projector

TABLE OF CONTENTS

SECTION PAG E

1. TECHNICAL SPECIFICATIONS.................................................................................................... 1

2. SERVICE TOOLS .......................................................................................................................... 1

3. ABOUT THE REPAIR METHOD ...................................................................................................2

4. DISASSEMBLE PROCEDURE .....................................................................................................3

5. COLOR WHEEL REPLACEMENT PROCEDURE / (Japan Ver.) .........................................9 / (11)

6. ADJUSTMENT PROCEDURE .................................................................................................... 13

7. TROUBLESHOOTING AND HINT / (Japan Ver.) ................................................................35/ (43)

8. WIRING DIAGRAM ..................................................................................................................... 63

9. BLOCK DIAGRAM ...................................................................................................................... 65

10. SCHEMATIC DIAGRAM .............................................................................................................. 67

11. PARTS LOCATION ...................................................................................................................... 91

12. MICROPROCESSOR AND IC DATA ........................................................................................... 99

13. EXPLODED VIEW AND PARTS LIST ....................................................................................... 107

14. ELECTRICAL PARTS LIST ....................................................................................................... 114

15. ABOUT REPLACE THE MICROPROCESSOR WITH A NEW ONE ......................................... 132

Please use this service manual with referring to the user guide ( D.F.U. ) without fail.

VP-15S1 / VP-15S1L

Part no. 90M29AV855010

First Issue 2007.08

MZ

MARANTZ DESIGN AND SERVICE

Using superior design and selected high grade components, Only original

MARANTZ

parts can insure that your

MARANTZ

product will continue to perform to the speciﬁ cations for which

company has created the ultimate in stereo sound.

it is famous. Parts for your

MARANTZ

ORDERING PARTS :

equipment are generally available to our National Marantz Subsidiary or Agent.

Parts can be ordered either by mail or by Fax.. In both cases, the correct part number has to be speciﬁ ed. The following information must be supplied to eliminate delays in processing your order :

1. Complete address

2. Complete part numbers and quantities required

3. Description of parts

4. Model number for which part is required

5. Way of shipment

6. Signature : any order form or Fax. must be signed, otherwise such part order will be considered as null and void.

USA

MARANTZ AMERICA, INC

100 CORPORATE DRIVE MAHWAH, NEW JERSEY 07430 USA

JAPAN

D&M Holdings Inc.

D&M BUILDING, 2-1 NISSHIN-CHO, KAWASAKI-KU, KAWASAKI-SHI, KANAGAWA, 210-8569 JAPAN

EUROPE / TRADING

MARANTZ EUROPE B.V.

P. O. BOX 8744, BUILDING SILVERPOINT BEEMDSTRAAT 11, 5653 MA EINDHOVEN THE NETHERLANDS PHONE : +31 - 40 - 2507844 FAX : +31 - 40 - 2507860

CANADA

D&M CANADA INC.

5-505 APPLE CREEK BLVD. MARKHAM, ONTARIO L3R 5B1 CANADA

KOREA

D&M SALES AND MARKETING KOREA LTD.

CHUNG JIN B/D., #1001, 53-5, WONHYORO 3 GA, YONGSAN-GU, SEOUL, 140-719, KOREA PHONE : +82 - 2 - 323 - 2155 FAX : +82 - 2 - 323 - 2154

CHINA

MARANTZ SHANGHAI TRADING LTD.

ROOM.506 SHANGHAI LIGHT INDUSTRY MANSION 1578 NANJING (WEST) ROAD SHANGHAI CHINA TEL : 021 - 6248 - 1064 FAX : 021 - 6248 - 3565

NOTE ON SAFETY :

Symbol Fire or electrical shock hazard. Only original parts should be used to replaced any part marked with symbol . Any other component substitution (other than original type), may increase risk of ﬁ re or electrical shock hazard.

安全上の注意：

がついている部品は、安全上重要な部品です。必ず指定されている部品番号のものを使用して下さい。

SHOCK, FIRE HAZARD SERVICE TEST :

CAUTION : After servicing this appliance and prior to returning to customer, measure the resistance between either primary AC

cord connector pins ( with unit NOT connected to AC mains and its Power switch ON ), and the face or Front Panel of product and controls and chassis bottom. Any resistance measurement less than 1 Megohms should cause unit to be repaired or corrected before AC power is applied, and veriﬁ ed before it is return to the user/customer.

Ref. UL Standard No. 60065.

In case of difﬁ culties, do not hesitate to contact the Technical

Department at above mentioned address.

070719MZ

1. TECHNICAL SPECIFICATIONS

❖ Optical characteristics

Panel 0.95 inch 16:9 1920 x 1080 pixels 1080p DLP® chip

Lamp Super High Pressure 200W DC

Lens [VP-15S1] f: 30.7 to 44.5mm

[VP-15S1L] f: 44.5 to 66.75mm

Projection size 70 to 250 inches

❖ Input/Output

VIDEO IN RCA x 1 NTSC-3.58/PAL-4.43/SECAM Composite video 1.0Vp-p/75 Ohm

S-VIDEO IN S-Connector x 1 NTSC-3.58/PAL-4.43/SECAM S-Video

COMPONENT IN 3RCA x 2 Y, C

RGB/HD IN D-sub M 15 pin x 1 Analog RGB HD:1080i/p, 720p, 480p

HDMI IN HDMI x 2

HDMI 1.3 compliant (single link only)

REMOTE CONTROLLER IN Mini jack x 1

REMOTE CONTROLLER OUT Mini jack x 1

AC IN 3 Prong Grounding Type

TRIG.1 OUT, TRIG.2 OUT Mini Jack x 2 Output: DC12V or 0V, 100mA

RS232C RS232C receptacle plug x 1

B/PB

, CR/P

R

❖ General

Power requirement [/F] AC 100V, 50/60 Hz [/N] AC 230V, 50 Hz [/U] AC 120V 60 Hz

Power consumption < 350 W

Standby consumption < 0.3 W (AC 100V, 120V)

< 0.5 W (AC 230V)

Chassis isolation Class-1

Safety UL60950-1 CSAC22.2 E60950 EN60950-1 J60950

EMC FCC Part-15 Class-B EN55022 Class-B

Net weight 13 kg

Operating Temperature 5 to 35 °C

Operating humidity 30 to 85%

Storage Temperature – 20 to 60 °C

Storage humidity 30 to 85%

❖ Accessories

• Lens cap x 1

• Remote controller x 1

• Batteries x 2

• Mains code x 1

• User Guide

❖ Dimensions

[VP-15S1] 15 15/16(W) x 18 5/16(D) x 6 1/8(H) inch

404.5(W) x 489.5(D) x 158(H) mm

[VP-15S1L] 15 15/16(W) x 19 19/32(D) x 6 1/8(H) inch

404.5(W) x 497.5(D) x 158(H) mm

Top

VP-15S1L only

(142-143)

5 9/16 -55/8

Bottom

8/16

9/16

5

(141.0)

5 3/4

(145.75)

3 11/16 (93.5)

(64)

2

(185.25)

4 11/16

(110.0)

7 5/16

2. SERVICE TOOLS

• Windows PC.

• RS-232C cable straight type. (9 pin female - 9 pin female)

• Color temperature sensor ....................00MZK09AV0070

(Color Temperature Adj.)

18 1/4 -185/16 (488.5 - 489.5)

Front

5 5/8 (143.0)

5 3/16 (132.0)

9/16 - 2 7/16

(15.0 - 61.8)

1

19 9/16 - 19 19/32 (496.5 - 497.5)

7 3/16

(182.5)

3 1/4

( 82.6)

8 12/16

(222.0)

6 12/16 (171.0)

11 11/16 (296.5)

14 6/16 (346.5)

4 11/16 (119.0)

3-39/16 (76.0 - 91.0)

10 5/16 (262.0)

Rear

12/16

(19.75)

4 1/8 6 1/16

(105.0)

(153.5)

Unit : inch (mm)

2 5/16

1 10/16

(58.0)

(42.0)

3. ABOUT THE REPAIR METHOD

基板及び光学エンジンのサービス部品供給について

修理方法

About service spare part supply of the PWB and OPTICAL ENGINE

When the PWB and the UNIT are repaired, conﬁ rm contents of the following.

POS.NO DESCRIPTION How to repair

P101 FORMATTER PWB PWB ASSY is replaced P201 FAN PWB Can be repaired on component level P202 LEAF SWITCH PWB Can be repaired on component level P301 DMD PWB Repair isn’t allowed : UN04 is replaced (DMD PWB and OPTICAL

ENGINE:UN04 are harmonized) P501 IO PWB Can be repaired on component level P601 HDMI PWB PWB ASSY is replaced

P701* / P801 SSB1 PWB / SSB2 PWB PWB ASSY is replaced (Replace P701and P801 in pairs)

P801 can be repaired on component level

PK00* P701* / P801 PWB ASSY KIT PWB ASSY is replaced (Replace P701and P801 in pairs)

P901 IR-F PWB Can be repaired on component level P902 IR-R PWB Can be repaired on component level P903 KEY PWB Can be repaired on component level P904 INLET PWB Can be repaired on component level

UN01 LAMP POWER SUPPLY PWB PWB ASSY is replaced UN02 POWER SUPPLY PWB ASSY is replaced

LU-12VPS3 (UN03) LAMP UNIT LAMP UNIT(LU-12VPS3) is replaced

UN04* UNIT KIT OPTICAL ENGINE UNIT KIT is replaced

(DMD PWB:P301 and OPTICAL ENGINE are harmonized)

* : When P701, PK00 or UN04 are replaced, 13-page adjustment is required.

基板及び光学エンジンのサービス部品供給について

のサービス部品の供給内容を「単品部品で修理」、「完成品で交換」、「修理不可」に区別し下記に記載します。

本体

POS.NO DESCRIPTION

P101 FORMATTER PWB P201 FAN PWB P202 LEAF SWITCH PWB P301 DMD PWB P501 IO PWB P601 HDMI PWB

P701* / P801 SSB1 PWB / SSB2 PWB

PK00* P701* / P801 PWB ASSY KIT PWB

P901 IR-F PWB P902 IR-R PWB P903 KEY PWB

P904 INLET PWB UN01 LAMP POWER SUPPLY PWB UN02 POWER SUPPLY

LU-12VPS3 (UN03) LAMP UNIT LAMP UNIT(LU-12VPS3)

UN04* UNIT KIT OPTICAL ENGINE

: P701, PK00

*

または

UN

From J310(P701) LENS SHIFT SW

を交換したときは、13頁の調整が必要です。

04

修理方法

PWB

完成品で交換単品部品で修理できます（単品部品で修理できます（修理を許可しません（単品部品で修理できます（

PWB

完成品で交換

PWB

完成品で交換（

P801

は単品部品での修理も可能です。

完成品で交換。（単品部品で修理できます（PWB 完成品の供給はありません）単品部品で修理できます（PWB 完成品の供給はありません）単品部品で修理できます（PWB 完成品の供給はありません）単品部品で修理できます（

PWB

完成品で交換

PWB

完成品で交換

修理を許可しません

PWB

完成品の供給はありません）

PWB

完成品の供給はありません）

OPTICAL ENGINE:UN04

PWB

完成品の供給はありません）

P701とP801

P

701

PWB

で交換

(UNIT KIT

のペアで交換）

と

のペア）

P

801

完成品の供給はありません）

UN03(LAMP)

で交換、含む

P301 DMD PWB

と一体です）

のみの交換も可能

DMD PWB)

From J205(P201) LENS IRIS

From J211(P201) ILLUMINATION IRIS

UN04 UNIT KIT OPTICAL ENGINE

2

035G Color wheel

From J224(P201) CW SENSOR

From J221(P201) CW DRIVE

4. DISASSEMBLE PROCEDURE

フォーカスレンズ及びズームリングの取り外し

フロントカバーの取り外し

リアパネルの取り外し

注）

1. Disassemble of the lens ring.

1) Turn the ring (170B) counter clockwise and remove the ring.

2) Remove 3 screws (167B) and remove the focus ring (165B).

3) Remove 3 screws (162B) and remove the zoom ring (160B).

Fig.1

フォーカスレンズ及びズームリングの取り外し

1.

1

）リング

2

）ネジ

3

）ネジ

2. Disassemble of the front cover.

1) Remove the cap (154B) with a minus driver, as shown in a

2) Remove 2 screws (152B) and 1 screw (153B) from the front

3) The front cover is locked by 4 hooks (A to D). The part of

Fig.2

フロントカバーの取り外し

2.

1

）キヤップ

2

）ネジ

3

）フロントカバーにはフックA～Dが有ります。フロントカバ

(170B)

を矢印方向に回し取り外します。

(167B) 3

本を外しフォーカスリング

(165B)

を取り外しま

す。

(162B) 3

本を外しズームリング

(160B)

を取り外します。

ﬁ gure.

cover.

the C, D are strongly pulled to the direction shown and

remove it.

(154B)

を図の様にドライバーで取り外します。

(152B) 2本, (153B) 1

本を外しフロントカバーを取り外

します。

ーを両手でフック

C, D

部に指を掛け手前に強く引き矢印方向

に取り出します。

FRONT COVER 150B

C

152B

154B

170B

A

167B

160B

162B

165B

167B

A

B

162B

Fig.1

Caution

Never touch these screws.

注）このネジに触れてはいけません。

B

D

153B

Fig.2

A

B

3. Disassemble of the rear panel.

1) Remove 3 screws (120B) from the rear panel.

2) Disconnect the connector (J331) from the IR-R PWB (P902).

Cautions in disassembling

When removing the rear panel, take care not to damage the

cable for the IR sensor and lights.

Since the IR window (110B) fends to get damaged, the IR

window should not put the IR window downward.

Fig.3

リアパネルの取り外し

3.

1

2

(120B) 3

）ネジ

本を外します。

）両手でリアパネルの下側に指を掛け手前に回転する様に少し引

き出します。

3）IR-R

基板

(P902)

に接続されているコネクター

(J331)

を取り外

します。

4

）リアパネルを矢印方向に取り出します。

注）IRセンサーのリード線が接続されているのでリアパネルは少

しだけ引き出しコネクターを取り外します。

IR

ウィンドウ

(110B)

がキズ付きやすいので、

IR

ウィンドウ

を下向きに置かないで下さい。

3

120B

Fig.3

J331

P902

120B

110B

REAR PANEL

100B

120B

4. Disassemble of the top case.

トップケースの取り外し

ボトムケースの取り外し

1) Remove 4 screws (200B), 3 screws (045B) and the screw

(202B) from the top and bottom case.

2) Disconnect the 2 connectors (J334 and J329) from the top

case.

3) Remove the top case (001B) vertically.

Cautions in disassembling

When removing the top case, take care not to damage the

cable for the IR sensor, inside of set the product and key

control.

Fig.4

トップケースの取り外し

4.

1

2

3

(200B) 4本, (045B) 3本, (202B) 1

）ネジ）コネクター

(J329, J334) 2

個所を取り外します。

）トップケースを矢印方向に取り外します。

本を外します。

注）IRセンサー及び本体内部とトップケース基板にリード線が接

続されているのでトップケースを少し持ち上げてコネクターを取り外します。

200B

202B

200B

TOP CASE 001B

IR SENSOR

J334

J329

Fig.4

045B

200B

5. Disassemble of the bottom case.

1) Remove 2 E-rings (040C) and 2 washers (041C).

2) The set is turned over, then turn the lever(arrow A) and

remove the leg (arrow B) vertically.

Cautions

When turning the set over, take care not to damage the

lens shift shaft.

Fig.5-1

ボトムケースの取り外し

5.

1）E

2

）本体を裏返してレバーを矢印Aの方向に回し,脚を矢印

リング

(040C) 2

個、ワッシャ

(041C) 2

個を取り外します。

B

の方向へ引き抜いて下さい。

注）レンズシフトシャフトが本体より出張っています。本体を

反転する時はレンズシフトシャフトが直接テーブル等に当たらないように置いて下さい。

3) Remove 4 screws. (321G)

Fig.5-2

3

）ネジ

(321G) 4

本を取り外します。

LENS SHIFT SHAFT

040C

041C

LEG

B

A

LEVER

Fig.5-1

321G

Fig.5-2

4

4) Remove 2 screws. (059B)

温度センサー及びランプブラケットの取り外し

トップケース側基板シールド及びダクトシールドの取り外し

5) Remove the adjusters (001C) and 4 screws. (045C)

6) Remove the bottom case (050B) vertically.

Fig.5-3

4

5

6

(059B) 2

）ネジ

(045C) 4

）ネジ）ボトムケース

本を外します。本を外しアジャスタ

(050B)

を矢印方向に引き上げて取り外します。

(001C)

を取り外します。

6. Disassemble of the PWB shield and the duct shield.

(Top case side).

1) Remove 7 screws (217G), 3 screws (202G) and remove the

PWB shield (215G), color wheel cover (191G).

2) Remove 3 insulators (338G, 340G and 486G).

3) Remove 6 screws (202G) and remove the duct shield

(200G).

Fig.6

トップケース側基板シールド及びダクトシールドの取り外し

6.

1

2

3

(217G) 7

）ネジ

本とネジ

とカラーホイールカバー

）インシュレータ

(202G) 6

）ネジ

(338G), (340G)と(486G)

本を外しダクトシールド

(202G) 3

(191G)

本を外し基板シールドを取り外します。

を取り外します。

(200G)

を取り外します。

(215G)

001C

340G

050B

217G

045C

215G

202G

Fig.5-3

202G

217G

059B

338G

045C

191G

200G

059B

001C

202G

486G

7. Disassemble of the thermal sensor and lamp bracket.

1) Remove the screw. (308G)

2) Remove the clamp (306G) and remove thermal sensor

(TH02).

3) Remove the 2 screws (180G) and remove lamp bracket

(160G)

Fig.7

温度センサー及びランプブラケットの取り外し

7.

1

2

3

(308G) 1

）ネジ）クランパー

(180G) 2

）ネジ

本を外します。

(306G)

を取り外し温度センサーを取り外します。

本を外しランプブラケットを引き出します。

Fig.6

308G

Fig.7

306G

SENSOR TH02

180G

BRACKET LAMP 160G

180G

5

g

8. Disassemble of the OPTICAL ENGINE unit.

光学エンジンユニットの取り外し

電源ユニット及び

ユニットの取り外し

1) To remove a OPTICAL ENGINE unit (UN04), a procedure (Fig.10 - Fig.13) is required. Because the screw (157G) is hidden by the duct of the fan for lamp cooling (M703).

2) Disconnect 4 connectors from (J205, J211, J221, J224) on P201. (See ﬁ g. 11)

3) Remove the 6 screws (155G) and 2 screws (157G), after the process 1).

4) Remove the 2 screws (153G) for the lamp connector, and remove the lens base (UN04) and the lamp case (150G) vertically.

Cautions

When removing the lens base, please be sure to lift the lens

base main part.

Do NOT touch the lens part.

Fig.8

光学エンジンユニットの取り外し

8.

1

）光学エンジンユニット

(UN04)

を取り外すには、図10～図

13

の手順を参照して下さい。

注）ランプ冷却用ファン

1

本が有りますので取り外します。

2

）

P201

のコネクター

ます。(図11参照

3）図10

4

）ランプコネクター取り付けネジ

～図13の分解を全て修了後にネジ

(157G) 2

ス

本を取り外します。

(UN04)

とランプケース

(M703)

(J205, J211, J221, J224) 4

)

のダクト部の下にもネジ

(155G) 6

(153G) 2

(150G)

本を外しレンズベー

を取り外します。

(157G)

個所を取り外し

本及びネジ

注）レンズベースを取り外す時はレンズ部分には触れずに必ずレ

ンズベース本体を持って取り外して下さい。

LENS BASE

J021

UN04

155G

Fi

LAMP CASE 150G

157G

.8

153G

157G 155G

9. Disassemble of the POWER SUPPLY UNIT and the

BALLAST UNIT.

1) Remove 6 screws (022G).

2) Disconnect 7 connectors (CN1, CN2, A:CN3-CN7) and

remove the POWER SUPPLY UNIT (UN02).

3) Remove 4 screws (207G) and remove the BALLAST UNIT

(UN01).

Cautions

· When removing the POWER SUPPLY UNIT (UN02),

remove 3 PWBs and loose the cables that is ﬁ xing the

cables in opposite side main chassis. (See ﬁ g. 12)

Because cables of POWER SUPPLY UNIT (UN02) is ﬁ xed

on opposite side main chassis under the 3 PWBs.

· When removing the BALLAST UNIT (UN01), remove the

lens base before. (See ﬁ g. 8) The lamp connector was ﬁ xed

between the main chassis and the lens base.

Fig.9

電源ユニット及び

9.

注）電源ユニット

BALLAST

(UN02)

ユニットの取り外し

を取り外すには、ボトム側に電源ユニットのリード線が固定されている為、ネジを外してもユニットは取り出せません。ボトム側の基板3枚を取り出し(図12参照リード線をゆるめて外します。

1

2

(022G) 6

）ネジ）コネクター

本を外します。

(CN1, CN2, A:CN3～CN7) 7

個を取り外し電源ユ

ニットを取り外します。

POWER SUPPLY UNIT(UN02)

022G

)

022G

CN1

C

207G

BALLAST UNIT(UN01)

LAMP CONNETOR

D

CN2

A

B

Fig.9

6

ボトム側基板シールドの取り外し

基板

及び

基板

の取り

外し

3

注）

）ネジ

BALLAST

(207G) 4

本を外し

BALLAST

ユニットを取り外します。

ユニットを取り外すには、ランプコネクターがレンズベースの下側に有りますのでレンズベースを取り外して下さい。( 図8参照

)

10. Disassemble of the shield for PWB of bottom side.

1) Remove 4 screws (311G) and remove the shield (310G) for

PWB.

2) Remove 9 screws (302G) and the shield (300G) for PWB.

3) Remove the cover (484G).

Fig.10

ボトム側基板シールドの取り外し

10.

1

2

3

）ネジ）ネジ）カバー

(311G) 4

(302G) 9

(484G)

本を外し基板シールド本を外し基板シールド

を取り外します。

(310G)

を取り外します。

(300G)

を取り外します。

11. Disassemble of the FORMATTER PWB and the EXTEND

PWB.

1) Remove 4 screws (135G).

2) Disconnect 8 connectors (J001, J004, J005, J007 - J009,

J011 and J012).

3) FORMATTER PWB (P101) is connected with EXTEND

PWB (P400) by the connector (J002, J003). Pll out the

connector.

4). Remove the EXTEND PWB (P400) from PWB support

(132G).

Fig.11

11. FORMATTER

外し

1

2

3

(135G) 4

）ネジ）コネクター

8

個所を取り外します。

）基板

(

J001, J004, J005, J007 - J009, J011and J012

(P101)

は基板

れています、基板

(

P101

)

及び

基板

本を取り外します。

(P400)

とコネクター

(P400)

を上側に持ち上げて基板

EXTEND

(

基板

P400

(

J002, J003

)

接続さ

(P101)

の取り

)

を

取り外します。

4

）

PWB

サポート

(132G)

から基板

(P400)

を取り外します。

310G

302G

484G

J224, J221

EXTEND PWB

311G

J211

P400 x 2

FAN PWB

P201

Fig.10

J205

135G

J003

Fig.11

302G

P101

P400 x 2

FORMATER PWB

P101

J005

J008

J011

J004

J007

J009

J002

J012

J001

300G

7

12. Disassemble of the SSB2 PWB, the SSB1 PWB and the

SSB2 基板

(P801)

及び SSB1 基板

(P701),

HDMI 基板

(P601)

の取り外し

基板取り付けブラケット及びランプ冷却ファンブロックの取り

外し

HDMI PWB.

1) Remove 3 screws (247G) and the screw (250G).

2) Disconnect 3 connectors (A : J501, J502 and J503) and the FPC(J505).

Caution When remove FPC (J505, JF02), a stopper is moved as

shown ﬁ gure, and pull out FPC.

3) Remove the SSB2 PWB (P801) vertically.

4) Remove the 6 screws (250G).

5) Disconnect the 10 connectors. (B-G : J310, J301, J302, J305, J702, J303, J311, J314, J304, J309)

6) Remove the SSB1 PWB (P701) vertically.

7) Remove 4 screws (237G) and 2 screws (241G), then remove the HDMI PWB (P601).

Caution When removing P601, Don’t strike against the chassis.

There is fear of part destruction.

Fig.12

12.

SSB2 基板

の取り外し

1

）ネジ

2）A部

(P801)

及び SSB1 基板

(247G) 3

本とネジ

コネクター 3個所

(250G) 1

(J501, J502, J503)とFPC(J505)1

(P701),

HDMI 基板

本を取り外します。

(P601)

個所

を取り外します。

注）コネクタ (

図のように動かしてから

3

）基板

側に持ち上げて基板

4

）ネジ

5）B～G部

J303, J311, J314, J304, J309)

6

）基板

7

）ネジ

J505, JF02)のFPC

FPC

を抜きます。

(P801)

(250G)6

コネクター

(P701)

は基板

(P801)

本を外します。

10

とコネクター接続されています、上

を取り外します。

(J310, J301, J302, J305, J702,

個所

を取り外します。

(P701)

は上側に持ち上げて取り外します。

(237G) 4

本とネジ

(241G) 2

取り外しは、ストッパー部を

本を外し、基板

(P601)

を取

り外します。

注）基板

(P601)

を取り外すさい、シャーシにぶっつけないよう注

意します。部品を破壊する恐れがあります。

250G

044Gx2

042G

247G

SSB2 PWB

B

250G

P601

HDMI PWB

Fig.12

P801

C

236Gx4

250G

D

E

250G

A

237Gx4

235G x2

A

247G

F

G

M703

046Gx3

250G

P701

SSB1 PWB

241Gx2

239G

Stopper

13. Disassemble of the bracket and the fan Block for lamp cooling.

1) Remove 2 screws (232G) and remove the bracket (230G).

2) Remove 3 screws (048G) and the fan Block for lamp cooling (M703, M705).

Fig.13

基板取り付けブラケット及びランプ冷却ファンブロックの取り

13.

外し

1 2

）ネジ）ネジ

M705)

(232G) 2 (048G) 3

本を外しブラケット本を外しランプ冷却ファンブロック

を取り外します。

(230G)

を取り外します。

(M703,

8

FAN PWB

P201

038G

034G

030G

036G

048G

Fig.13

048G

040Gx2

M705

048G

232G

032G x2

A

230G

A

5. COLOR WHEEL REPLACEMENT PROCEDURE

1. Remove the 4 screws shown in the picture below and

remove the top cover of the optical engine.

Remove screw

Top cover

2. Remove the 2 screws shown in the picture below and

remove the bottom cover of the optical engine.

Bottom cover

4. Remove the screws at the front and back sides of the

color wheel and remove the color wheel cover.

Remove screw

3. Remove the condenser lens part.

Remove screw

Remove screws

Condenser

Remove color wheel cover

9

5. Remove the 3 hex-screws then remove the color wheel.

Remove hex-screws

(Caution)

The rubber dumper are glued to the color wheel, Be

careful and remove.

The color wheel of VP-15S1 is not the same as VP-11S1,

VP12S1 to VP12S4 and VP13S1.

Be careful when exchange the color wheel.

Please check the part number under Rubber dumper.

Rubber dumper

(Caution)

Rubber dumper is in between the color wheel and the

optical engine, so it can be hard to remove the color

wheel. If it is difﬁ cult to remove the rubber dumper and the

color wheel, use a minus screw driver to remove those.

Be careful not to make a scratch on the color wheel ﬁ lter.

6. Before assembling the color wheel, remove the rubber

dumpers form the optical engine then put them on to the

color wheel as shown in the picture below.

VP15S1 Color wheel model no.: 102299690

7. Adopt the color wheel to the optical engine and put on

the color wheel cover.

(Caution)

Do not push the motor part hard when putting on the

color wheel. It may break the motor. (Rotating noise may

become bigger)

8. Adjust the color wheel by following the Color Wheel

Adjustment Procedure.

Rubber dumper 1

Rubber dumper 2

10

カラーホイール交換手順

5. COLOR WHEEL REPLACEMENT PROCEDURE

カラーホイール交換手順

1

. 下図の 4 箇所のネジを外し、光学エンジンの表側カバーを

外す。

表側カバー

2. 下図の 2 ヶ所のネジを外し、光学エンジンの裏側カバーを

外す。

4. カラーホイール前後のネジを外し、カラーホイールカバ

ーを外す。

ネジ

3. コンデンサレンズ部を外す。

ネジ

コンデンサレンズ部

カラーホイールカバー

11

. 3 ヶ所の六角ネジを外し、カラーホイールを外す。

5

ネジ

（注意）

振動防止ゴム

外し時注意してください。

VP-15S1 に使用しているカラーホイールは VP-11S1, VP-12S1 〜 VP12-S4

間違いのないよう交換時注意してください。振動防止ゴムの下の型番号を確認してください。

1、2 は、同じものを再び使用します。取り

, VP13S1 と共通ではありません。

振動防止ゴム

（注意）

カラーホイールと光学エンジンの間に振動防止ゴムが挟ま

っている為、外しにくい時があります。もし外れない時は、カラーホイールのフィルターが傷つかないように、マイナスドライバー等でゴムとカラーホイールを外して下さい。

6. カラーホイールを取り付ける前に、振動防止ゴムを光学エ

ンジンから取り外し、下図のようにカラーホイールに取り付けて下さい。

7.

（注意）

取り付ける時に、モーター部を強く押して取り付けないよ

モーターが破損する恐れがあります。（回転音が大きくな

VP-15S1 カラーホイール型番：102299690

カラーホイールを光学エンジンに取り付け、カラーホイー

ルカバーを取り付ける。

うにして下さい。

る原因となります。）

8. カラーホイールの調整方法に従い、再調整を行って下さい。

振動防止ゴム振動防止ゴム 2

1

12

6. ADJUSTMENT PROCEDURE

各調整が必要な場合

[A]

カラーホイールの調整手順

準備するもの

接続

プログラムの起動と設定

Cases Adjustment is needed

P701 PWB Board PK00 SSB PWB Kit 035G Color wheel UN04 Optical Engine

Color Wheel Adjustment

カラーホイール調整

Color Temperature Adjustment

色温度補正

Serial Number Inastall

シリアルナンバー書込み

Comﬁ rm of Software Version

ソフトウェアーヴァージョンの確認

AD9888 adjustment ADC 調整

○○○ ○

○○

△

△： If the black image from the component or the RGB terminal is visible of some color, then please adjust.

△：コンポーネントもしくは RGB 端子からの黒画面で何らかの色が見える場合、調整を行ってください。

[A] Color Wheel Adjustment Procedure

1. Necessary Equipments

A service remote controller that can output the RC5

code "16 63 63". (The unit can adjust without a service

remote controller)

2. Connections

Conﬁ rm that power cord is not connected to the UNIT.

3. Adjustment

1) Pressing the 3 buttons LEFT, ENTER, INPUT on the

unit within 10 seconds after turning on power or RC5

code "16 63 63" is sent using service remote, and turn

into the service mode.

2) With the direction buttons, up, down, left and right, select

"Optics Check" under "Optics Check".

各調整が必要な場合

Replaced item 交換したアイテム

[A]

カラーホイールの調整手順

1.

準備するもの

RC5 コード "16 63 63" が出せるサービスリモコン

( サービスリモコンを使用せず、本体のみで調整できます )

2.

接続

本体に電源ケーブルが接続されていないことを確認します。

3.

プログラムの起動と設定

1) 電源投入後 10 秒以内に本体の LEFT、ENTER、INPUT

の 3 つのボタンを同時に押してサービスモードに入ります。または、サービスリモコンを使いを送りサービスモードに入ります。

2) 上下左右の矢印ボタンを使い、"Optics Check" の "Optics Check" を選択します。

RC5 コード "16 63 63"

3) Press the THROUGH button and the all-tone

monochrome image is displayed.

4) Conﬁ rm that no OSD is displayed then press ENTER

button. Turn into the "Index Delay" adjustment mode.

5) "Index Delay" adjustment bar is displayed at the bottom

of the screen. Figure out the best number with the LEFT

and RIGHT buttons. (For adjustment detail, see the topic

'Detailed Adjustment Procedure' below.)

Figure: Adjustment Bar

3) リモコンの THROUGH ボタンを押し、" モノクロの全階調

画面

" を表示します。

4) OSD が表示されていないことを確認し、ENTER ボタンを

押します。

5) 画面下部に "Index Delay" 調整バーが表示されますので

LEFT、RIGHT ボタンを使い最適値を見つけ出します。

( 調整方法詳細を参照 )

13

Index Delay 調整モードに入ります。

6) When the adjustment is made, press ENTER button.

調整方法詳細

7) Press MENU button to display the service menu.

8) With the direction buttons, select "Service Exit" and

press ENTER button.

9) When the unit has exited from the service mode, press

Standby button to turn the unit into the stand-by mode.

10) Disconnect Mains power cord from the unit. All the procedure is complete.

Detailed Adjustment Procedure

This is to adjust location of color of the color wheel and

location of the mirror on/off of DMD. If the phases are

not coherent, vertical color stripes appear in the all-tone

monochrome image as shown in the pictures below.

調整が終了したら、ENTER ボタンを押します。

6)

7) MENU ボタンを押し、サービスメニューを表示します。

8) 矢印ボタンを使い "Service Exit" を選択し、ENTER ボタ

ンを押します。

9) サービスモードから抜け出たら、Standby ボタンを押し

セットをスタンバイ状態にします。

10) セットから電源ケーブルを抜きます。

以上で調整終了です。

調整方法詳細

これはカラーホイールの色位置と

DMD のミラー ON/OFF

位置を合わせるための操作で、この位相がズレると下の写真のようにモノクロの全階調画面の中に色の付いた縦縞が現れます。

Not color stripes appear

+++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++

+++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++

Color stripes appear

* To adjust the phases, set the value at middle of A and B

with seeing the PROJECTED IMAGE.

Color stripes appear Color stripes appear

Cyan magenta

Middle

Minimum value : A B : Maximum value

「色ズレのない画面」

+++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++ +++++

+++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++ +++++++

「色ズレの発生した画面」

※　調整は投影画面を見ながら下図の中央「設定値」に設

定します。

色ズレが発生色ズレが発生シアンマゼンタ

下限値

A 中央上限値 B

1. Seek the maximum value B when color stripes appear.

2. Likewise seek the minimum value A when color stripes

appear.

3. Set the value at the middle of A and B.

1. 色ズレの発生する「上限値 B」を探す。

2. 色ズレの発生する「下限値 A」を探す。

3. 「上限値 B」と「下限値 A」の中央の値に合わせる。

14

[B] Color Temperature Adjustment Procedure

Color Temperature Adjustment

After replacing the lamp or in other cases where the lighting changes, color temperature can be adjusted using the color temperature sensor. In the adjustment procedure, you must first initialize the sensor itself before adjusting color temperature. It takes about 10 minutes from when the power to the projector is activated for the lamp’s brightness to stabilize. Wait for lamp brightness to stabilize before adjusting color temperature.

1. Connect the cable of the color temperature

sensor to the RS-232C port.

2.

Pressing the 3 buttons LEFT, ENTER, INPUT on the unit within 10 seconds after

turning on power or RC5 code "16 63 63" is sent using service remote, and turn into the service mode.

With the direction buttons, up, down, left and

3.

right, select "Color Temp Calibration" under "Color Temp."

Press the ENTER button. The below message appears on the screen.

Initialize

Press "Enter" to start

Before pressing the ENTER button, turn the color temperature sensor over on its dark side as shown in the below figure, to prevent outside light from penetrating to the sensor’s condenser.

(Part no. : 00MZK09AV0070)

Condenser

5. Press the ENTER button. The below message

appears on the screen for a few seconds as the sensor is being calibrated.

Initializing...

6. Position the lamp so that its light passes

through the center of the lens. This is necessary in order to calibrate color temperature correctly. First, turn the lens shift knob all the way to the left so that the lens lowers to the lowest position. Then, turn it five and a half turns to the right to raise the lens. In this position, the light of the lamp passes almost through the center of the lens.

Press the cursor button B (RIGHT).

4.

The below message appears on the screen.

Color Temp. Calibration?

Press "Enter" to start

Yes No

Note:

Color temperature cannot be correctly calibrated unless the lens is properly positioned.

15

7. Fit the color temperature sensor onto the lens

and press the ENTER button. Color temperature adjustment starts and the projector’s WARNING and STANDBY indicators begin flashing simultaneously.

When installed on a tabletop

Attach the color temperature sensor so that the cable is to the bottom side of the projector.

9. Press the ENTER button to return to the menu

and disconnect the cable of the color temperature sensor from the projector.

Note:

If color temperature adjustment is not correctly processed or if adjustment processing is interrupted in course by pressing the MENU button or for some other reason, the below message appears on the screen.

Quit

Press "Enter" to exit

Also, adjustment processing can be interrupted by pressing the MENU button.

When installed on a ceiling

Bottom

To p

Attach the color temperature sensor so that the cable is to the bottom side of the projector.

8. When the WARNING and STANDBY

indicators go out, color temperature adjustment is complete. Adjustment takes about 2 to 3 minutes. When the color temperature sensor is detached from the lens, the below message appears on the screen.

Complete

Press "Enter" to exit

10. Turn the lens shift knob until returning the lens

to the screen position you want to use.

Color Temperature Sensor Protection

If no operations are performed for approximately 10 minutes from the moment color temperature adjustment processing ends, power to the projector shuts OFF automatically in order to protect the color temperature sensor. If power is shut OFF to protect the color temperature sensor, do the following.

If the WARNING indicator does not light

•

When color temperature adjustment ends successfully and the sensor protection feature trips, the projector goes on standby. As usual, activate power by pressing either the ON button on the remote control or the /I button on the projector.

If the WARNING indicator lights

•

If color temperature adjustment does not end successfully and the sensor protection feature trips, the projector's WARNING and STANDBY indicators light simultaneously to indicate the error mode. Unplug the power cable and then plug it back in. Then, press either the ON button on the remote control or the /I button on the projector to reactivate power.

16

[B] 色温度補正

色温度の補正

ランプを交換したときなどに、色温度センサーを使い色温度を補正することができます。この補正手順の流れは、先ずセンサー自体を初期化し、その後に本機の色温度を補正する手順となっています。本機の電源をONにしてから、ランプの明るさが完全に安定するまで約10分かかります。色温度の補正はランプの明るさが安定した後に行ってください。

1. 色温度センサーのケーブル端子を本機の RS-232C端子に接続します。

2.

電源投入後１０秒以内に本体のLEFT、 ENTER、INPUTの３つのボタンを同時

に押してサービスモードに入ります。または、サービスリモコンを使いRC5 コード"166363"を送りサービスモードに入ります。

ENTERを押します。下記のメッセージ

画面が表示されます。

%NTER

ここで必ず ENTERボタンを押す前に、下図のように色温度センサーを暗部にふせて、センサーの集光部に外からの光が入らないようにしてください。

0ARTNO-:+!6

集光部

5. ENTERボタンを押すと、下記のメッセ

ージ画面が数秒間表示されます。色温度センサー自体が初期化されます。

上下左右の矢印ボタンを使い、"色温度

3.

"の"色温度補正"を選択します。

方向ボタン

4.

のメッセージ画面が表示されます。

#（右）を押します。下記

%NTER

6. 次に、ランプからの光がレンズの中央を通るように位置合わせを行います。これは正確な色温度補正を行うためです。まず、レンズシフトノブを止まるまで左いっぱいに回し、レンズを一番下側に下げます。次に約5回転半だけ右に回し、レンズを上げます。この状態でランプからの光はレンズのほぼ中央を通るようになります。

:この位置調整を行わないと、正確

な色温度補正が行われません。

17

7. 色温度センサーを本機レンズ部分に取り付け、 ENTERボタンを押します。色温度の補正が開始され、本機のWARNING ランプとSTANDBYランプが同時に点滅します。

卓上設置の場合

本体に対して、センサーケーブルを必ず下側にして取り付けてください。

天吊り設置の場合

:

色温度補正が正常に処理できなかったり、色温度補正中に MENU ボタンを押したり、何らかの理由で補正処理が中断された場合は、下記のメッセージ画面が表示されます。

%NTER

またMENUボタンを押すことで、強制的に補正処理を中断させることができます。

10.

レンズシフトノブを回して、ご使用のスクリーン位置にレンズ位置を戻します。

色温度センサーの保護

本機は色温度センサーを保護するために、補正処理が完了してから無操作状態で約10分経過すると、自動的に本機の電源が切れるようになっています。センサー保護のため電源が切れたときは、以下の処置を行ってください。

本体に対して、センサーケーブルを必ず下側にして取り付けてください。

8. WARNINGランプとSTANDBYランプの点滅が消えると補正完了です。補正時間は約2分かかります。色温度センサーを取り外すと、下記のメッセージ画面が表示されます。

%NTER

9. ENTERボタンを押してメニューに戻り、色温度センサーのケーブル端子を外します。

●

WARNINGインジケーターが点灯していない場合

色温度補正が正常に処理され、センサー保護が働いた場合は、本機はスタンバイ状態になります。通常通り、リモコンの ONボタンまたは本体の / I ボタンを押して電源を入れてください。

●

WARNINGインジケーターが点灯している場合

色温度補正が正常に処理されず、センサー保護が働いた場合は、本機のWARNINGランプとSTANDBYランプが同時に点灯しエラーモードを表示します。一度AC電源コードを抜き、再度差し込んでからリモコンの ONボタンまたは本体の/I ボタンを押して電源を入れてください。

18

[C] Serial Number Installing Procedure

1. Necessary Equipments

• RS232C cable (Straight type: Female to Female)

• PC (Windows 200 or XP)

• Serial Number installing software "FwVpManf.exe" on the

PC

• A HyperTerminal Applet "VP_232C.hp" on the PC

2. Connections

Connect the RS232C cable to the RS232C ports of the

PC and the Projector.

3. Installing

1) Press the POWER button. And wait until the lamp lights

up completely.

2) Open the "FwVpManf.exe" on the PC.

1. 準備するもの

• RS232Cケーブル (ストレートタイプ：メス⇔メス)

• PC (Windows200 もしくは XP)

• PCにインストールされたシリアルナンバー書込みツール

"FwVpManf.exe"

• PCにインストールされたハイパーターミナルアプレット

"VP_232C.hp"

2.

接続

RS232CケーブルをプロジェクターとPCのRS232Cポートに

接続します。

3. プログラムの起動と書込み、確認

1) POWERボタンをおして、ランプが点灯することを確認してくだ

さい。

2) "FwVpManf.exe"を開いてください。

3) Click the "Write Mode" button. And confirm the 3

indicators (ON, STANDBY and WARNING) on the

projector are flashing in sequence.

4) Click the "Standby" button. Make sure that the lamp is

turned off.

5) Input the serial number of the back panel of the target

projector.

3) "Write Mode"ボタンをクリックして、プロジェクターの 3つのイ

ンジケーター確認してください。

(ON, STANDBY, WARNING)が点滅することを

4) "Standby"ボタンをクリックしてください、ランプが消灯します。

5) プロジェクターのバックパネルのシリアルナンバーを入力してく

ださい。

19

6) Click "Serial Number" button to install.

6) "Serial Number"ボタンをクリックすると書き込まれます。

7) Remove the main AC cable. Don’t power off by any other

means.

8) Connect the main AC cable and Press the POWER

button for confirmation.

9) Open the "VP_232C.hp" on the PC.

10) Input "@VER_SERIAL?" and press Enter key on the PC.

7) 電源ケーブルを抜いてください。

8) 確認のため、電源ケーブルを差し、プロジェクターをオンしてく

ださい。

9) "VP_232C.hp"を開いてください。

10) "@VER_SERIAL?"と入力し、PCのEnterキーを押してくださ

い。

20

11) Confirm the serial number on the window and the

projector.

12) Turn off the projector.

11) プロジェクターとPCのウインドウのシリアルナンバーと確認し

てください。

12) プロジェクターの電源をオフします。

21

[D] Confirmation procedure of software version

1. Necessary Equipments

A service remote controller that can output the RC5 code

"00 63 63". (The unit can adjust without a service remote

controller.)

2. Confirmation

1) Pressing the 3 buttons LEFT, ENTER, INPUT on the unit

within 10 seconds after turning on power or RC5 code

"00 63 63" is sent using service remote, and turn into

the service mode.

The Service Mode window is displayed.

2) With the direction buttons, up and down, select

"Contrast".

3) Press the "ENTER" button and the software version

information window is displayed.

1. 準備するもの

RC5コード"00 63 63"が出せるサービスリモコン (サービスリモコンを使用せず、本体のみでも調整できます)

2.

確認

1) 電源投入後10秒以内に本体のLEFT, ENTER, INPUTの3つ

のボタンを同時に押してサービスモードに入ります。

Service Modeのウインドウが表示されます。

2) 上下の矢印ボタンを使い、"コントラスト"を選択します。

3) "ENTER"ボタンを押すとソフトウェアー・ヴァージョン確認ウイ

ンドウが表示されます。

4) Confirm the software version.

The item(s) might be highlighted in red color at the

software version information window, when the software

combination didn’t true. In that case, please confirm

combination of software in Service Britain.

5) Press "ENTER" button to exit the software version

window.

6) Select "Service Exit" and press the "ENTER" button to

go the normal operation.

4) ソフトウェアー･ヴァージョンを確認します。赤色の文字で表示されている場合、ソフトウェアーの組合せが

正しく有りません。

ェアーの組み合わせを確認してください。

その場合は、サービスブリテンにてソフトウ

5) "ENTER"ボタンを押すとソフトウェアー･ヴァージョン確認ウイ

ンドウが閉じます。

6) "Service Exit"を選択して"ENTER"ボタンを押すと通常動作

になります。

22

[E] AD9888 Adjustment Method

[1] Necessaries

• Desktop Windows PC (for signal generator)

• Video card (It has to be filled the following features. ex.

NVIDA GeForce6600)

1. VGA/60Hz RGB signal can be generated.

2. 480P/60Hz, 720P/60Hz Component signal can be

generated.

**By way of example, this adjustment method mentions

about the example of use for the video card "NVIDA

GeForce6600".

• Windows PC(XP/2000) built in RS232C terminal (for

adjustment)

***Application software for AD adjustment (AtAdAdjEng.

exe) has to be installed to this PC already.

(Please note that you have to arrange 2 PC’s at least if

you perform this adjustment without the signal generator.

Application software for AD adjustment (AtAdAdjEng.exe)

can not run through the USB-RS232C converter. )

• RS232C cable (straight type : Female <-> Female)

• Test pattern data (White 80%, Black 0%, Yellow 100%,

Cyan 100%)

[E] A/DコンバータAD9888の調整方法

PCを信号発生器として用います。

[1] 調整に必要なもの

• 信号発生器として用いるPC

• Windows搭載PC（バージョンは使用するグラフィックカー

ドの要求による）

• グラフィックカード RGB信号：VGA/60Hz RGB信号が出力可能な事コンポーネント信号：480p･720p/60Hz信号が出力可能な

事

※一例としてNVIDIA GeForce6600搭載のグラフィックカ

ード使用例を示します。

• 調整用PC

RS-232C

調整用アプリケーション"AtAdAdj_1_08"がインストールされている事

• RS-232Cケーブル（ストレート）

• テストパターン

White(80%)

Black(0%)

Yellow(100%)

Cyan(100%)

※テストパターン作成例を添付いたします。

端子が実装されたWindows 搭載PC

[2] Make out a test pattern

A test pattern is created using Windows standard

software (paint).

Start → programs → Accessories → Paint.

Fig 1 Screen of Paint

[2] テストパターンの作成

テストパターンはWindows標準ソフト(ペイント)を使い作

成します。

Windowsスタート → プログラム → アクセサリ → ペイン

トを起動します。

Fig 1. ペイント起動画面

The edit display of the color which clicks a color and is

shown in Fig2 in the upper part of a screen is started.

画面上部にある、色をクリックしてFig 2に示す色の編集画

面を立ち上げます。

23

Fig 2. The edit screen of color

Fig 2. 色の編集画面

White(80%) : R=204 G=204 B=204

Black(0%) : R=0 G=0 B=0

Yellow(100%) : R=255 G=255 B=0

Cyan(100%) : R=0 G=255 B=255

After inputting a numerical value, OK is clicked and it

returns to the original screen.

It smears away by the color made after returning to the

screen of Fig1, and a test pattern is completed.

Please give a suitable name and save to a suitable

directory, respectively.

[3] Connections

VGA cable

VGAケーブル

Fig 2に示す色の編集画面にて赤緑青(RGB)に数値を入れて

色を作ります。各テストパターンに必要な数値は以下の通りです。

White(80%) ：R=204 G=204 B=204

Black(0%)

Yellow(100%)

Cyan(100%)

数値を入力後、OKをクリックして元の画面に戻ります。

：R=0 G=0 B=0 ：R=255 G=255 B=0 ：R=0 G=255 B=255

Fig 1の画面に戻った後に作った色で塗りつぶしテストパタ

ーンを完成させます。適当な名前をつけて適当なディレクトリにそれぞれ保存してください。

[3] VP-15S1とPCの接続

Fig 3に調整時のVP-15S1とPCの接続を示します。

Desktop windows PC with video card for Signal generator

信号発生用PC

VP-15S1

RS232C straight cable

RS-232C

ケーブル

Fig 3. Connections / 接続図

Component cable Connect to COMP1

コンポーネントケーブル

COMP1へ

上図に示す様にVP-15S1と接続します。コンポーネントケ

ーブルは

24

Windows PC for adjustment

調整用PC

Comp1に接続します。

[4] How to setup the desktop PC for signal generator

[4] 信号発生用PCの初期設定

1) After connecting all cables, press the power button on

the VP-15S1, and PC for signal generator and PC for

adjustment.

2) Change the input setting of VP-15S1 to the RGB input,

confirm that the screen of PC for signal generator

shows.

3) Change the RGB output resolution to VGA (640 x 480).

4) On the desktop of PC for signal generator, click the right

button of mouse and open the property for screen.

1) 接続後にVP-15S1、信号発生用PC、調整用PCをそれぞれ立

ち上げる。

VP-15S1をRGB入力に切り替える。

2) 信号発生用PCの画面表示が出ることを確認します。

3) RGB出力解像度を(640 x 480)に変更する

4) デスクトップ上で右クリックをし、画面のプロパティを開く。

Fig 4. Property for screen

5) Open the tab of setting, click the button of detailed

setting.

Fig 4.画面のプロパティ1

5)

設定タブを開き、詳細設定をクリックします。

Fig 5. Property for screen 2

Fig 5. 画面のプロパティ2

25

6) Open the tab of GeForce 6600.

6) GeForce 6600タブを開きます。タブを展開するとFig 5の詳

細設定画面になります。

Fig 6. Property of screen 3

7) Select "Screen resolution & refresh rates", Change the

Screen resolution as Fig 6 to 640 x 480, and change

the Screen refresh rate to 60Hz. After setting, click the

button of application.

Fig 7.Screen of confirmation 1

Fig 6. 画面のプロパティ3

7) Screen resolution & refresh rates

resolution

refresh rate

をFig 6の様に640 x 480に設定し、Screen

を60Hzにします。設定後、適用をクリックします。

Fig 7.確認画面1

を選択し、Screen

Fig 8.Screen of confirmation 2

8) After applying, the screen for confirmation shows as Fig

7 and Fig 8. Click the button of OK with both screens.

Then the signal of resolution 640 x 480 will output from

RGB output of PC.

[5] How to display the test pattern on screen

1) Run the Microsoft PAINT on the PC for signal generator.

2) Open the file of a test pattern. (By way of example, this

adjustment method mentions about the example of use

for the MS PAINT.)

確認画面2

Fig 8.

8)

適用後、Fig 7, Fig 8の様に確認画面が現れます。共にOKをク

リックして下さい。

この状態でRGB出力端子から調整に必要な640 x480の解像

度が出力されます。

[5] テストパターンの表示

1) テストパターン作成に使用したペイントを立ち上げます。

2) 先に作ったテストパターンのファイルを読み込みます。（本手順

書ではペイントを用いた例を示します）

26

Fig 9.Screen of MS PAINT

Fig 9.ペイント画面

3) To display the full screen of test pattern, click the "View"

of menu bar on the top of MS PAINT and select the

bitmap view. Then the test pattern shows on the full

screen.

[6] How to adjust

1) Adjustment of RGB

Double click the application file "AtAdAdjEng.exe" of the

folder AtAdAdjEnglish on the desktop.

3) 全画面テストパターン表示を行う為に上部にある表示をクリッ

クし、ビットマップ表示を選択します。全画面にテストパターンが表示されます。

[6] 調整

1) RGBの調整調整用PCにインストールした調整用アプリケーション

"AtAdAdj_1_08"

立ち上がります。

を立ち上げます。起動するとFig 10の画面が

Fig 10.Screen of AtAdAdjEng

2) Press the "SPACE" key on the keyboard of PC for

adjustment.

3) Confirms that the following message.

4) Input 80% White RGB signal with the PC for signal

generator.

Fig 10. AtAdAdj_1_08起動画面

調整用PCの"SPACE"キーを押し、調整を開始します (RGB入

力は自動的に切り替わります

)。

Fig 11のメッセ−ジを確認後、手順[5] テストパターンの表

示に従い、信号発生用

ます。全画面表示した信号を

PCでWhite(80％)のファイルを開き

RGB端子に入力し、調整用

PCの"SPACE"キーを押します。

27

Fig 11.Screen of AtAdAdjEng

Fig 11. AtAdAdj_1_08起動画面

5) Press the "SPACE" key on the keyboard of PC for

adjustment.

6) Confirms that the following message.

7) Input 0% Black RGB signal with the PC for signal

generator.

Fig 12のメッセ−ジを確認後、手順[5] テストパターンの表

示に従い、信号発生用

ます。全画面表示した信号を

PCでBlack(0％)のファイルを開き

RGB端子に入力し、調整用

PCの"SPACE"キーを押します。

Fig 12.Screen of AtAdAdjEng

8) Press the "SPACE" key on the keyboard of PC for

adjustment.

9) Confirms that the following message.

10) Then the input of VP-15S1 changes RGB input to

COMP1 input automatically.

However, return the RGB input manually.

Fig 12.AtAdAdj_1_08起動画面

RGB調整終了後のFig 13に示す画面になります。 480p-RGB調整完了後、自動で480p-YUV調整に移行します。セット本体の入力は自動でCOMP1に切り替わりますが、一旦

RGB入力に戻してください。

28

Fig 13.Screen of AtAdAdjEng

Fig 13. AtAdAdj_1_08起動画面

1 1) Adjustment of copmponent (480p)

Open the property of GeForce 6600 on the PC for signal

generator.

Fig 14.Screen of property for GeForce 6600

12) Select "nView Display Setting", and change the setting

of "Current display" to HDTV. Select 480p on the Device

Settings and click the application.

Then the output of PC for signal generator will change

the RGB output to the component output.

Change the input of COMP1 on the VP-15S1.

13) Input 100% saturation Yellow 480P/60Hz Component

signal with the PC for signal generator.

2) コンポーネント(480p)の調整 RGB出力を変更した時と同様に画面のプロパティから

GeForce6600のプロパティ画面にします。

Fig 14. 画面のプロパティ4

Fig 14

に示すnView Disply Settingを選択しCurrent

の設定をHDTVにします。同時にDevice Settings から

disply

出力解像度す。

(480p)を選択します。選択後、適用をクリックしま

RGBから出力が停止し、コンポーネント端子からのみ信号が出

力されます。ください。

VP-15S1の入力をコンポーネント1に切り替えて

テストパターンの出力は、手順[5] テストパターンの表示に従い

行ってください。

RGB調整後の調整用アプリケーション"AtAdAdj_1_08"が

Fig 15を示していることを確認後、コンポーネント1に480p

Yellow(100%)

す。テストパターンの出力は、手順従い行ってください。

を入力し、調整用PCの"SPACE"キーを押しま

[5] テストパターンの表示に

29

Fig 15.Screen of AtAdAdjEng

Fig 15. AtAdAdj_1_08起動画面

14) Press the "SPACE" key on the keyboard of PC for

adjustment.

15) Confirms that the following message.

16) Input 100% saturation Cyan 480P/60Hz Component

signal with the PC for signal generator.

Fig 16のメッセ−ジを確認後、コンポーネントに480p

Cyan(100%)

す。テストパターンの出力は、手順

従い行ってください。

を入力し、調整用PCの"SPACE"キーを押しま

[5] テストパターンの表示に

17) Press the "SPACE" key on the keyboard of PC for

adjustment.

18) Confirms that the following message.

19) Input 0% Black 480P/60Hz Component signal with the

PC for signal generator.

Fig 16. AtAdAdj_1_08起動画面

Fig 17のメッセ−ジを確認後、コンポーネントに480p

Black(0%)

テストパターンの出力は、手順

行ってください。

を入力し、調整用PCの"SPACE"キーを押します。

[5] テストパターンの表示に従い

30

20) Press the "SPACE" key on the keyboard of PC for

adjustment.

21) Confirms that the following message.

Fig 17. AtAdAdj_1_08起動画面

ここまでの作業で480pの調整が終了します。

22) Adjustment of copmponent (720p)

Open the property of GeForce 6600 on the PC for signal

generator.

( Fig 14.Screen of property for GeForce 6600 )

3) コンポーネント(720p)の調整 720pにてコンポーネント480pで行った調整と同様の調整

を行います。調整ソフトウェアは自動的に

480pの調整が終了

720pの調整に入ります。

( Fig 14. 画面のプロパティ4 )

31

23) Select "nView Display Setting", and change the setting

of "Current display" to HDTV. Select 720p on the Device

Settings and click the application.

24) Input 100% saturation Yellow 720P/60Hz Component

signal with the PC for signal generator.

25) Press the SPACE key on the keyboard of PC for

adjustment.

26) Confirms that the following message.

27) Input 100% saturation Cyan 720P/60Hz Component

signal with the PC for signal generator.

28) Press the SPACE key on the keyboard of PC for

adjustment.

29) Confirms that the following message.

30) Input 0% Black 720P/60Hz Component signal with the

PC for signal generator.

画面のプロパティからGeForce6600のプロパティ画面Fig

に示すnView Disply Settingを選択しDevice Settings か

14

ら出力解像度す。信号発生用

(720p)を選択します。選択後、適用をクリックしま

PCからコンポーネント720pが出力されます。

480p同様に調整用ソフトウェアの指示に従い、Yellow(100%)・

Cyan(100%)・Black(0％)と調整を進めてください。( 表示内容

は英文も参考にしてください。

)

.

32

31) Press the SPACE key on the keyboard of PC for

adjustment.

32) Confirms that the following message.

.

全ての調整終了後にFig 18に示すメッセージが現れます。確認をしてからセットの電源を落としてください。

33) Press Standby button on the projector.

34) Remove all connection cables.

Adjustment problem mode:

An adjustment process will stop into an adjustment process.

Adjustment is not completed.

When the adjustment problem occurs into 480p-RGB

adjustment process

Press ESC key on the key board. Adjustment process

returns to an initial 480p-RGB adjustment process. Again,

please perform 480p-RGB adjustment process.

When the adjustment problem occurs into 480p-YUV

adjustment process

Press ESC key on the key board. Adjustment process

returns to an initial 480p-YUV adjustment process. Again,

Fig 18.終了メッセージ

以上で調整終了です。

33

please perform 480p-YUV adjustment process.

When the adjustment problem occurs into 720p-YUV

adjustment process

Press ESC key on the key board. Adjustment process

returns to an initial 720-YUV adjustment process. Again,

please perform 720p-YUV adjustment process.

34

7. TROUBLESHOOTING AND HINT

[1] Check list for Troubleshooting

Symptom 1 Symptom 2 Condition check Check Locations

1.

Is the voltage of 5V at P701-J302 (2 pin)? UN02, W013

↓

2.

No STANDBY LED light up.

No Power (Lamp does not light)

The Power key dose not work

Warnig LED lights or Flashing

No Picture

Remote control does not work

Iris does not work No change brightness of image.

No change Color of Focus (Lens Shift sensor does not work)

Is the voltage of 5V at P903-J329 (10 pin)? P701, W014

↓

3.

Is the voltage of 3.3V at P903-J329 (8 pin)? P701, W014

↓

Check 1-3 have no problem P903

1.

Is the voltage of 3.3V at P903-J329 (1 pin)? P701, W014

↓

Does voltage of P903-J329 (2 pin) change to 2.0V from 0V

2. when push the power key?

↓

Check 1-2 have no problem P701, W014

Refer to The Error Status item and solution.

No image of MENU and PATTERN

No image of VIDEO input.

No image of S-VIDEO input.

No image of COMPONENT 1, 2 input.

No image of RGB input.

No image of HDMI 1, 2 input. P601, P801

1.

Is't Menu-Config.-Remote Control "Weird"? Set "Wireless"

↓

Is the voltage of 5V at P901-J330 (1 pin) and P902-J331

2. (1 pin)?

↓

Is the pulse signal of 0V to 5V at P903-J329 (12 pin) when

3. push the remote controller button?

↓

Is the pulse signal of 0V to 5V at P501-JL16 (10 pin) when

4. push the remote controller button?

↓

5.

Is the voltage of 3.3V at P501-JL16 (7 pin)? P701, W012

↓

Is the pulse signal of 0V to 5V at P501-JL16 (9 pin) when

6. push the remote controller button?

↓

Check 1-6 have no problem P701, W012

Refer to The Frow from Iris Control.

VP-15S1L is not this sensor.

P903

P701, W001, P101, P400, UN04

P501, P801 "VIDEO" signal line

P501, P801 "Y_S" and "Y_C" signal line

P501, P801 "Y_COM#", "CB#", CR#" signal input

P501, P801 "RGB_R(G, B, H, V)"

P903, W015, W016

P903 "IR_SENSE", "IR_ FRONT" and "IR_REAR"

P701, W012, W014

P501

UN04, P701 (Don't remove the PCB of UN04. Detection position shifts.)

35

Symptom 1 Symptom 2 Condition check Check Locations

Current 100mA or more

The voltage of 12V is not outputted to TRIG1.

The voltage of 12V is not outputted to TRIG2.

1. Is output current 100mA or less?

↓

When the lamp lights up, is the voltage of 3.3V at P501-

2. JL16 (11 pin)

↓

Check 1-2 have no problem P501

1. Is output current 100mA or less?

↓

2. Are the Menu setup and selection Aspect setup correctly? Setup the menu.

↓

3. Is the voltage of 3.3V at P501-JL16 (12 pin) P701, W012

↓

Check 1-3 have no problem P501

is not accepted by specification.

P701, W012

Current 100mA or more is not accepted by specification.

36

[2] The flow from IRIS Control

1) Refer to the schematic diagram of P201-2/2.

2) Q262 and Q264 is 74VHC123AFT "Mono stable multi vibrator".

Q263 and Q265 is BA6951FS "DC motor driver".

3) Refer to the following timing chart.

4) IRIS1 or IRIS2 = "L" level (0V) ------- Iris is narrow.

IRIS1 or IRIS2 = "H" level (3.3V) ---- Iris is Wide.

5) The iris mode in menu vs. Iris pattern.

Iris Mode Contrast Brightness Lens Iris Illumination Iris

1 High Low Narrow Narrow

2 Middle Middle Narrow Wide

3 Low High Wide Wide

37

[3] The flow from turn on the projector to the picture projection

1) Turn on the projector.

2) P701-J302 (3 pin) "PWR-CTR" become to "H" level (3.3V).

3) P701-J301, P101-J005, P201-J201 and P601-JE05 are raised to true voltage.

PCB - Connector Pin No. Voltage (V) PCB - Connector Pin No. Voltage (V)

P701 – J302

Connectors Location

1 0 (GND) 2 13.3 2 13.3 3 -6.1 3 0 (GND) 4 0 (GND) 4 13.3 5 0 (GND) 5 0 (GND) 6 6.1 6 13.3 7 0 (GND) 7 0 (GND) 8 3.5 8 13.3

9 0 (GND) 9 0 (GND) 10 3.5 10 13.3 11 0 (GND) 11 0 (GND) 12 2.5 12 13.3 13 0 (GND) 14 1.2 2 0 (GND) 15 1.2 3 6.1 16 0 (GND)

P101 – J005

P201 – J201

P601 – JE05

1 0 (GND)

1 13.3

1 6.1 2 0 (GND) 3 3.5 4 0 (GND)

J301

On

P601

J301

J005

J201

4) Configuration of the main u-P, CPLD, FPGA and GF9351 on P701 and P801.

5) P101-R073 "PWR_GOOD" becomes to "H" level (3.3V) and D001 (Yellow LED) lights up.

38

R049

"LAMPLIT"

R048 and D002 "ASIC_REDAY"

R073 And D001

"PWR_GOOD"

6) The drive signal (3 phase motor drive) output from P101-J008

The color wheel starts.

7) P101-J011 (1 pin) "SCI" of the control signal for the lamp ignition become to "H" level (5V).

The lamp lights up.

8) P101-J011 (3 pin) "FLAG_OUT" become to "L" level (0V)

When "FLAG_OUT" don’t become to "L" level (0V), it returns to 5). After repeating 3 times, Warning LED lights up.

9) "FLAG_OUT" signal go to SSB PCB board from P101-J012 (3 pin).

10) P101-R049 "LAMPLIT" become to "L" level (0V).

11) P101-R048 "ASIC_READY" becomes to "H" level (3.3V) and D002 (Green LED) lights up.

12) A picture is projected.

39

[4] DMD [1080p] Image Quality Specification

1 Error definitions

1.1 Dark Blemish

A blemish is an obstruction or reflection of light.

This is dark visibility on light screen in the active area.

This is any form and size.

1.2 Light Blemish

A blemish is an obstruction or reflection of light.

This is light visibility on dark screen in the active area.

This is any form and size.

1.3 Dark Pixel

A dark pixel is a mirror that is stuck in the OFF position.

This is visible that is dark square pixel on light screen in

the active area.

Major Dark Blemish

Blue 60

Minor Dark Blemish

White

Major Light Blemish

Gray 10

Minor Light Blemish

Black

WhiteWhite

1.4 Light Pixel

A light pixel is a mirror that is stuck in the ON position.

This is visible that is light square pixel on dark screen in

the active area.

1.5 Unstable Pixel

An unstable pixel is a mirror that does not operate.

This appears to be flickering asynchronously with image.

Flickering pixelFlickering pixel

1.6 Border Defect

Border defect is pixel defect or Blemish in border area

(see Fig. 2.2).

Gray 10Gray 10

Any other ScreenAny other Screen

Any ScreenAny Screen

40

2 Screen image

2.1 Active Area

The Active area is the active pixel area on image screen.

This is visible white area when input signal is all white.

2.2 Border Area

The border is described as the area outside of the active area.

This is visible black outside white image when input signal is all white.

(See Fig. 2.2)

60inch(152cm)

Border area

Around 4inch(10cm)

Active area

Fig. 2.2 Border areaFig. 2.2 Border area

3 Test conditions and Specifications

3.1 Image size

The diagonal size of the projection image on the screen shall be at minimum 60 inches (152cm).

3.2 Viewing distance

The projected image shall be inspected from 8 foot (2.4m) minimum viewing distance.

3.3 Focus

Projection must be properly focused on DMD array as shown on the screen.

3.4 Screen image

Menu setting of the VP-15S1 should be initial "Optics check" in "service mode".

3.5 Hints

All error that scratches on DMD and so on shall be checked the projected image on the screen.

3.6 Image quality specification test criteria

Test

1 Major Dark Blemish Blue 60

2 Major Light Blemish Gray 10

3 Border Defects Any Screen Acceptable

4 Dark Pixel White

5 Light Pixel Gray 10 No pixels brighter than Gray 10 in Active Area.

6 Minor Blemishes

7 Unstable Pixel Any Screen No unstable pixels

screen

(Note 4)

White Black

Maximum 6 visible blemishes darker then Blue 60. No Blemish longer then 1 inch at 60 inches.

Maximum 6 visible blemishes darker then Gray 10. No Blemish longer then 1 inch at 60 inches.

Maximum 8 dark pixels allowed in Active Area. No adjacent dark pixels

Acceptable

Acceptance criteria

Note:

1. Projected blemish numbers count shadow of the artifact in addition to the artifact itself.

2. Border defects are bright blemishes or light pixel in the non-active area then may be visible.

41

3. Screen select for remote controller

Component 1 Input video signal Component 2 Lens Iris on/off S-Video Illumination Iris on/off Video Raster (Black) RGB Raster (White) Theater Red Standard Green Dynamic Blue Info. Resolution Full Horizontal Staircase Normal Vertical Staircase Cinema Color Bars Through Horizontal Ramp Zoom Blue 90 HDMI 1 Gray 5 Pattern Gray 10 V Mute Gray 30 Black level Blue 60 VCR Mode Gray 6 HDMI 2 Gray 1

42

7. TROUBLESHOOTING AND HINT

[1] CHECK LIST FOR TROUBLESHOOTING 対処方法

症状１症状２確認手順対象箇所

1. P701-J302 (2 pin)に5Vの電圧が有りますか? UN02, W013

↓

STANDBY LED

しない

電源が入らない

(ランプが点灯し

ない

)

Power

キーを受付けない

STANDBY LEDが点灯し

たまま

Warnig LED

は点滅する

画面が表示されない

リモコンが効かない

アイリスが動作しない画面の明るさが変わらない

Focusの色が変わらない

（

Lens Shiftセンサーが効かない)

が点灯

が点灯もしく

2. P903-J329 (10 pin)に5Vの電圧が有りますか? P701, W014

↓

3. P903-J329 (8 pin)に3.3Vの電圧が有りますか? P701, W014

↓

確認１〜３まで

OK P903

1. P903-J329 (1 pin)に3.3Vの電圧が有りますか? P701, W014

↓

Power

2.

キーを押した時、P903-J329 (2 pin)が0Vから

2.0Vに変化しますか?

↓

確認１〜２まで

OK P701, W014

P903

Error Status 参照

MENUや PATTERNが表示されない

入力が表示されない

VIDEO

S-VIDEO

入力が表示されない

P701, W001, P101, P400, UN04

P501, P801 "VIDEO" signal line

P501, P801 "Y_S" and "Y_C" signal line

P501, P801 "Y_COM#",

COMPONENT 1, 2

入力が表示されない

"CB#", CR#" signal input

入力が表示されない

RGB

HDMI 1, 2

メニュー-初期設定-リモートコントロールが"ワイヤー

1.

ド

"に設定されていませんか?

P901-J330 (1 pin)

2.

ますか

リモコンのボタンを押した時、 P903-J329 (12 pin)に

3.

0Vから5Vまでのパルスが有りますか?

リモコンのボタンを押した時、P501-JL16 (10 pin)に

4.

0Vから5Vまでのパルスが有りますか?

入力が表示されない P601, P801

↓

と P902-J331 (1 pin)に3.3Vが有り

?

↓

P501, P801 "RGB_R(G, B, H, V)"

ワイヤレスにする

P903, W015, W016

P903 "IR_SENSE", "IR_FRONT" and "IR_REAR"

P701, W012, W014

5. P501-JL16 (7 pin)に3.3Vの電圧が有りますか? P701, W012

↓

リモコンのボタンを押した時、P501-JL16 (9 pin)に0Vか

6.

ら

5Vまでのパルスが有りますか?

↓

確認１〜６まで

OK P701, W012

P501

Frow from Iris Control 参照

UN04, P701

VP-15S1L

はセンサーが有りません

(UN04

ない事、検出位置がズレます。

の基板ははずさ

)

43

症状１症状２確認手順対象箇所

仕様でせません

P701, W012

仕様でせません

Setup the menu.

TRIG.1(トリガー１端子)に12Vの電圧が出

力されない

The voltage of 12V is not outputted to TRIG2.

1. 出力電流は100mA以下ですか？

↓

ランプが点灯している時、P501-JL16 (11 pin)に3.3Vの

2.

電圧が有りますか

出力電流は100mA以下ですか？

1.

メニューの設定と選択しているアスペクトは正しく設定

2.

されていますか

?

確認１〜２まで

?

↓

OK P501

↓

3. P501-JL16 (12 pin)に3.3Vの電圧が有りますか? P701, W012

↓

確認１〜３まで

OK P501

100mA以上は流

44

[2] アイリス制御の仕様

1) 回路図を確認ください。P201-2/2.

2) Q262 Q263とQ265はBA6951FS "DC motor driver"です。

3)

とQ264は74VHC123AFT "Mono stable multi vibrator" です。

下記のタイミングチャートを確認ください。

4) IRIS1とIRIS2は"L"レベル (0V)の時 ------- アイリスは絞っています。 IRIS1とIRIS2は"H"レベル (3.3V)の時 ---- アイリスは開いています。

5) メニューでのアイリス設定値とアイリスの状態

アイリス設

定値

1

2

3

コントラスト明るさ

高い低い狭い狭い中間中間狭い開放低い高い開放開放

レンズ側 アイリス

照明側

アイリス

45

[3] 電源ONから映像投影までのフロー

1) プロジェクターをONする。

2) P701-J302 (3 ピン) "PWR-CTRL"が"H"レベル(3.3V)になる。

3) P701-J301, P101-J005, P201-J201, P601-JE05に各電源が立上る。

PCB–コネクターピン電圧 (V) PCB-コネクターピン電圧 (V)

P701 – J302

1 0 (GND)

2 13.3 2 13.3

3 -6.1 3 0 (GND)

4 0 (GND) 4 13.3

5 0 (GND) 5 0 (GND)

6 6.1 6 13.3

7 0 (GND) 7 0 (GND)

8 3.5 8 13.3

9 0 (GND) 9 0 (GND) 10 3.5 10 13.3 11 0 (GND) 11 0 (GND) 12 2.5 12 13.3 13 0 (GND) 14 1.2 2 0 (GND) 15 1.2 3 6.1 16 0 (GND)

P101 – J005

P201 – J201

P601 – JE05

1 0 (GND)

1 13.3

1 6.1 2 0 (GND) 3 3.5 4 0 (GND)

J005

J301

On

P601

J301

J201

コネクターの位置

4) 各デバイスを初期化します。(メインマイコン、CPLD, FPGA, GF9351)

5) P101-R073 "PWR_GOOD"

が"H"レベル(3.3V)になり、D001(黄色のLED)点灯します。

46

R049

"LAMPLIT"

R048 and D002 "ASIC_REDAY"

R073 And D001

"PWR_GOOD"

6) ３相モータのドライブが P101-J008から出力され、カラーホイールが回転します。

7) P101-J011(1 ピン) "SCI"が"H"レベル(5V)となり、ランプが点灯します。

8) P101-J011 (3 ピン) "FLAG_OUT"が"L"レベル(0V)になります。 "FLAG_OUT"が"L"レベル(0V)にならない場合、5)にもどる、３回くり返した後 Warning LEDが点灯する。

9) "FLAG_OUT"信号はP101-J012 (3 ピン)からSSB基板へ送られる。

10) P101-R049 "LAMPLIT"が"L"レベル(0V)になる。

11) P101-R048 "ASIC_READY"が"H"レベル(3.3V)になり、D002(緑色のLED)が点灯する。

12) 映像が投影される。

47

[4] DMD 検査基準

1 エラーの種類

1.1 Dark Blemish(ダーク・ブレミッシュ)

ホコリ、キズなどによる光りの障害・反射

明るい画面で暗くなって見える物形、大きさは様々な物がある

1.2 Light Blemish(ライト・ブレミッシュ)

ホコリ、キズなどによる光りの障害・反射

暗い画面で明るくなって見える物形、大きさは様々な物がある

1.3 Dark Pixel (黒点)

ミラーがオフ・ポジションに固定された物

明るい画面で黒い正方形(画素)として見える

Major Dark Blemish

Blue 60

Minor Dark Blemish

White

Major Light Blemish

Gray 10

Minor Light Blemish

Black

WhiteWhite

1.4 Light Pixel (輝点)

ミラーがオン・ポジションに固定された物

暗い画面で白い正方形(画素)として見える。

1.5 Unstable Pixel (不安定画素)

ミラーが制御されず動いている物

ある静止画面を見た時、画素が固定されず明暗が動いて見

える物。

明るさが変わる明るさが変わる

1.6 Border Defect(ボーダー・ディフェクト)

ボーダー・エリア(2.2章)にあるブレミッシュ及び画素欠陥

Gray 10Gray 10

Any ScreenAny Screen

48

2 画面

2.1 Active Area (アクティブ･エリア)

画素が動作する部分

白画面を投影した時、白くなる部分

2.2 Border Area(ボーダー･エリア)

アクティブ･エリアの外周部分、60 inchの画面で数cmの範囲

黒画面を投影した時、Active Areaの外枠で明るさが少し異なる部分図2.2参照

60inch (152cm)

ボーダー・エリア

周囲数cm

アクティブ・エリア

図2.2 ボーダー・エリア図2.2 ボーダー・エリア

3 テスト環境・基準

3.1 投影サイズスクリーン上の投影サイズは対角 60 inch (152 cm) 以上にしてください。

3.2 確認距離スクリーンから2.4 m (8 feet) 以上離れてテストしてください。

3.3 フォーカスフォーカスをDMDに合わせた状態でテストしてください。

3.4 表示画面は"Service Mode"内の"Optics check"で行う。パターン変更は表3.1 表示パターン−リモコン対比を参照ください。

3.5 確認方法全てのエラーについて投影したスクリーンにてテストしてください。 DMDに付いたキズ等も投影したスクリーンにて判定してください。

3.6 試験項目

60 inch(152 cm)60 inch(152 cm)

検査項目パターン検査内容

1 Major Dark Blemish Blue 60

2 Major Light Blemish Gray 10

Active Area 60inch

内に、Blue 60よりも暗いブレミッシュは6個までOK

の画面で1inch(2.5cm)より大きいブレミッシュが無い事

内に、Gray 10よりも明るいブレミッシュは6個までOK

の画面で1inch(2.5cm)より大きいブレミッシュが無い事

3 Border Defects Any Screen Active area外のピクセル欠陥、ブレミッシュ等はOKとする。

4 Dark Pixel White

Active Area

隣り合う画素が無いこと

内に、暗い画素欠陥は8個までOK

5 Light Pixel Gray 10 Active Area内にGray 10より明るい画素欠陥がない事

6 Minor Blemishes

White Black

全てOKとします。

7 Unstable Pixel Any Screen 不安定なピクセルが無いこと

49

表3.1 表示パターン−リモコン対比

Service Mode内Optics Checkのリモコンキー−表示パターン対応表

Component 1 Input video signal Component 2 Lens Iris on/off S-Video Illumination Iris on/off Video Raster (Black) RGB Raster (White) Theater Red Standard Green Dynamic Blue Info. Resolution Full Horizontal Staircase Normal Vertical Staircase Cinema Color Bars Through Horizontal Ramp Zoom Blue 90 HDMI 1 Gray 5 Pattern Gray 10 V Mute Gray 30 Black level Blue 60 VCR Mode Gray 6 HDMI 2 Gray 1

50

[5] The DC voltage value which was measured

PWB : P101

Input terminal : VIDEO

Input signal : SMPTE Color Bar

Equipment : Tester (DC Voltage mesure mode)

POS. NO. PIN NO. VOLTAGE DEVICE

1 5.0

J006

J009

J005

J011

J012

Q011

Q012

D001

Q013

Q014

Q016

D002

2 5.0 3 5.0 4 0.0 1 1.2 2 0.5 3 0.0 1 0.0 2 13.3 3 0.0 4 13.3 5 0.0 6 13.3 7 0.0 8 13.3

9 0.0 10 13.3 11 0.0 12 13.3

1 1.6

2 0.0

3 0.2

4 0.0

1 0.0

2 0.0

3 0.1

4 0.0

1 0.0

2 3.5

3 0.0

4 3.1

5 3.3

1 0.0

2 3.1

3 0.0

4 3.1

5 3.3

Anode 2.0

Cathode 0.0

1 0.0

2 3.3

3 0.0

4 3.2

5 3.3

1 3.3

2 3.3

3 5.0

4 3.3

5 3.3

6 5.0

1 0.0

2 3.3

3 0.0

4 3.1

5 3.3

Anode 2.0

Cathode 0.0

74LVC1G07DCKR

74LVC1G17DCKR

SML-010YT

74LVC1G17DCKR

HN1K05FU

74LVC1G17DCKR

SML010MT

POS. NO. PIN NO. VOLTAGE DEVICE

1 1.6 2 3.2 3 0.0 4 3.1 5 3.2 6 0.0 7 1.3

Q007

Q008

Q005

QA05

C096

C097

C199

CB99

J008

D11

8 1.3

9 1.3 10 2.5 11 0.0 12 3.2 13 3.2 14 3.2 15 3.2 16 1.9

1 1.3

2 0.0

3 1.2

4 2.5

5 1.2

6 0.0

7 0.0

8 2.5

9 0.0 10 0.0 11 2.5 12 1.2 13 0.0 14 1.2 15 1.2 16 2.5

1 1.5

2 1.5

3 0.7

4 0.0

5 0.7

6 0.7

7 5.0

8 0.0

9 5.0 10 5.0

1 1.5

2 1.5

3 0.7

4 0.0

5 0.7

6 0.7

7 5.0

8 0.0

9 5.0 10 5.0

+ 13.3

- 0.0

+ 13.3

- 0.0

+ 13.3

- 0.0

+ 13.3

- 0.0 1 5.7 2 5.7 3 5.7 4 5.7 1 13.3

3 0.0

ICS650-41

PI49FCT20802

TPS51100

Tantal Cap.

BAT54SWT12 5.7

51

PWB : P101

POS. NO. PIN NO. VOLTAGE DEVICE

1 13.3

D12

D13

D14

Q030

Q031

Q032

Q035

3 0.0 1 13.3

3 0.0 1 0.0 2 0.0 3 3.3 4 0.0 5 3.3 6 3.3 7 0.0 8 3.3 1 0.0 2 3.2 3 0.0 4 3.3 5 3.3 1 1.1 2 1.1 3 0.0 4 1.6 5 5.0 1 0.0 2 0.2 3 0.0 4 0.0 5 3.3

BAT54SWT12 5.7

AT24C08A

74LVC1G17DCKR

PWB : P201

Menu : Display Installation Front

Menu : Picture Adjust Lamp Mode Normal

Equipment : Tester (DC Voltage mesure mode)

POS. NO. PIN NO. VOLTAGE DEVICE

1 13.3

J201

J202

J203

J204

J205

J224

J223

J221

J220

J206

J207

J208

J209

J210

2 0.0 3 6.1 1 0.0 2 0.0 3 0.0 4 0.0 5 3.5 6 0.0 7 0.0 8 0.0

9 0.0 10 0.0 11 0.0 12 0.0

1 0.0

2 0.0

1 0.0

2 0.0

1 0.0

2 0.0

1 1.2

2 0.8

3 0.0

1 1.2

2 0.5

3 0.0

1 5.7

2 5.7

3 5.7

4 5.7

5 5.7

6 5.7

7 5.7

8 5.7

1 5.7

2 5.7

3 5.7

4 5.7

1 9.3

2 0.0

3 0.0

1 0.1

2 0.0

3 10.3

1 0.1

2 0.0

3 6.8

1 0.1

2 0.0

3 8.7

1 0.0

2 0.0

3 8.8

52

PWB : P201

POS. NO. PIN NO. VOLTAGE DEVICE

1 3.5 2 6.0 3 6.0 4 3.5 5 0.0 6 0.0

Q201

Q202

Q203

Q204

Q205

Q206

Q207

Q260

7 0.0 8 0.0

9 0.0 10 0.0 11 0.0 12 0.0 13 0.0 14 6.1

Base 3.5

Emitter 0.0

Base 0.0

Emitter 0.0

1 0.0

2 0.0

3 0.0

4 6.1

5 6.1

6 6.1

1 0.0

2 5.5

3 6.1

4 6.1

5 5.8

6 0.0

7 6.1

8 0.0

9 0.0 10 6.1 11 5.8 12 5.8 13 5.7 14 0.0 15 6.1 16 6.1

Base 5.5

Emitter 0.0

Base 2.3

Emitter 0.0

1 0.0

2 1.9

3 0.0

4 0.0

5 0.0

6 13.3

7 0.0

8 0.0

9 0.0 10 0.0 11 0.0 12 6.1 13 6.1 14 0.0 15 0.0 16 0.0

TC74VHCT08AFT

RN1107Collector 0.0

RN1107Collector 6.1

UMD9NTR

BU4015BF-E2

RN1107Collector 0.0

BA6951FS-E2

POS. NO. PIN NO. VOLTAGE DEVICE

1 0.5 2 3.2 3 0.8

Q270

Q210

Q211

Q212

Q213

Q214

Q220

Q221

Q222

Q223

Q224

D280

4 0.0 5 6.1 6 5.3 7 2.0 8 0.0 1 5.7 2 13.3 3 0.0 4 10.0 5 1.2 1 0.0 2 6.0 3 9.9 4 10.0 5 0.0 6 0.0 1 0.0 2 0.0 3 1.2 4 10.0 5 9.9 6 9.9 1 0.0 2 0.0 3 1.2 4 13.3 5 13.3 6 13.3 1 0.0 2 0.0 3 1.2 4 13.3 5 13.3 6 13.3 1 5.7 2 13.3 3 0.0 4 11.0 5 1.2 1 0.0 2 6.0 3 11.0 4 11.0 5 0.0 6 0.0 1 0.0 2 0.0 3 1.2 4 11.0 5 11.0 6 11.0 1 0.0 2 0.0 3 1.2 4 13.3 5 13.3 6 13.3 1 0.0 2 0.0 3 1.2 4 13.3 5 13.3 6 13.3 1 0.0 2 0.0 3 0.1

NJM2903M

BA00ASFP

UMD9NTR

BA00ASFP

UMD9NTR

1SS361

53

PWB : P201

POS. NO. PIN NO. VOLTAGE DEVICE

1 5.8 2 13.3

Q230

Q231

Q232

Q233

Q234

Q240

Q241

Q242

Q243

Q244

D281

Q250

3 0.0 4 7.6 5 1.2 1 0.0 2 6.0 3 7.6 4 7.6 5 0.0 6 0.0 1 0.0 2 0.0 3 1.2 4 7.6 5 7.5 6 7.5 1 0.0 2 0.0 3 1.2 4 13.3 5 13.3 6 13.3 1 0.0 2 0.0 3 1.2 4 13.3 5 13.3 6 13.3 1 5.5 2 13.3 3 0.0 4 9.4 5 1.2 1 0.0 2 6.0 3 9.4 4 9.4 5 0.0 6 0.0 1 0.0 2 0.0 3 1.2 4 9.4 5 9.4 6 9.4 1 0.0 2 0.0 3 1.2 4 13.3 5 13.3 6 13.3 1 0.0 2 0.0 3 1.2 4 13.3 5 13.3 6 13.3 1 0.1

3 0.1 1 5.8 2 13.3 3 0.0 4 9.5 5 1.2

BA00ASFP

UMD9NTR

BA00ASFP

UMD9NTR

1SS3612 0.0

BA00ASFP

POS. NO. PIN NO. VOLTAGE DEVICE

1 0.0 2 6.0

Q251

Q252

Q253

Q254

D282

3 9.5 4 9.5 5 0.0 6 0.0 1 0.0 2 0.0 3 1.2 4 9.5 5 9.5 6 9.5 1 0.0 2 0.0 3 1.2 4 13.3 5 13.3 6 13.3 1 0.0 2 0.0 3 1.2 4 13.3 5 13.3 6 13.3 1 0.0

3 0.0

UMD9NTR

1SS3612 0.0

54

PWB : P601

Input terminal : HDMI 1

Input signal : SMPTE Color Bar 1080p/60Hz

Equipment : Tester (DC Voltage mesure mode)

POS. NO. PIN NO. VOLTAGE DEVICE

1 6.1

JE05

JE06

QE01

2 0.0

3 3.5

4 0.0

1 0.0

2 0.0

3 0.0

1 0.9

2 0.9

3 0.9

4 0.0

5 1.6

6 3.3

7 1.0

8 0.9

9 1.0 10 1.0 11 0.0 12 1.8 13 0.0 14 0.0 15 0.0 16 0.0 17 0.0 18 3.3 19 2.8 20 3.2 21 3.3 22 1.7 23 0.0 24 1.8 25 1.8 26 3.4 27 3.4 28 5.0 29 5.0 30 0.1 31 0.0 32 3.3 33 5.0 34 5.0 35 5.0 36 0.0 37 1.8 38 3.3 39 3.0 40 3.0 41 0.0 42 3.3 43 3.0 44 3.0 45 0.0 46 3.3 47 3.0 48 3.0 49 0.0 50 3.3 51 3.0 52 3.0 53 0.0 54 1.8 55 0.1 56 3.3

SII9135

POS. NO. PIN NO. VOLTAGE DEVICE

57 3.3 58 3.3 59 0.0 60 3.3 61 3.3 62 3.3 63 0.0 64 3.3 65 3.3 66 3.3 67 0.0 68 3.3 69 3.3 70 3.3 71 0.0 72 1.8 73 0.0 74 3.3 75 3.3 76 3.3 77 0.0 78 0.0 79 0.0 80 1.8 81 0.0 82 1.8 83 0.0 84 0.0 85 0.0 86 0.0 87 0.0 88 3.3 89 0.0 90 0.0

QE01

91 1.8 92 1.8 93 0.0 94 1.6 95 1.8 96 3.3 97 3.3 98 0.0

99 0.0 100 3.4 101 3.3 102 3.3 103 0.0 104 3.3 105 0.0 106 0.0 107 1.8 108 2.4 109 1.0 110 1.0 111 0.9 112 0.0 113 3.3 114 0.9 115 1.0 116 1.0 117 1.0 118 0.0 119 1.8 120 0.0 121 0.0 122 0.0 123 0.0 124 0.0 125 3.3

SII9135

55

PWB : P601

POS. NO. PIN NO. VOLTAGE DEVICE

126 1.2 127 0.1 128 1.4 129 2.1 130 0.0 131 1.8 132 1.2 133 1.1 134 1.2

QE01

DE09

DE08

QE05

QE23

DE01

QE03

QE06

DE07

QE11

QE24

DE10

DE11

QE21

QE26

135 1.3 136 0.0 137 3.3 138 0.0 139 0.0 140 0.0 141 0.0 142 0.0 143 1.8 144 2.5

1 5.0

3 0.0 1 5.0

3 0.0

Base 0.0

Emitter 0.0

Base 0.7

Emitter 0.0

1 5.0

3 5.0 1 5.0 2 5.0 3 5.0 4 5.0 5 5.0 6 5.0 1 0.0 2 0.0 3 0.0 4 0.0 5 5.0 6 5.0 7 5.0 8 5.0 1 5.0

3 0.1

Base 0.1

Emitter 0.0

Base 0.0

Emitter 0.0

1 5.0

3 0.0 1 5.0

3 0.0 1 6.1

3 5.0 1 5.0

3 3.3

SII9135

1SS3022 5.0

1SS3022 4.5

2SC4213Collector 4.5

2SC4116Collector 0.0

1SS3782 5.0

HN1K05FU

AT24C02N-10SI-2.7

1SS3782 5.0

2SC4213Collector 0.1

2SC4116Collector 0.1

1SS3022 0.1

BA50BC0FP-E22 0.0

BA33BCOFP2 0.0

POS. NO. PIN NO. VOLTAGE DEVICE

1 5.0

QE22

QE13

QE19

QE20

QE07

QE08

QE09

QE10

QE14

QE25

QE27

3 3.3 1 0.0 2 1.6 3 1.6 4 0.0 5 1.7 6 1.7 7 3.5 8 3.5 1 3.2 2 3.5 3 0.0 4 1.8 5 0.0 1 3.2 2 3.5 3 0.0 4 1.8 5 0.0 1 5.0 2 5.0 3 5.0 4 5.0 5 5.0 6 5.0 1 0.0 2 0.0 3 0.0 4 0.0 5 4.9 6 4.9 7 5.0 8 5.0

Base 0.0

Emitter 0.0

Base 0.0

Emitter 0.0

Base 0.0

Emitter 0.0

Base 3.5

Emitter 0.0

1 0.0 2 3.3 3 0.0 4 3.2 5 0.0 6 2.8 7 0.0 8 0.0

9 0.0 10 0.0 11 0.0 12 0.0 13 0.0 14 2.9 15 0.0 16 3.4 17 0.0 18 3.5 19 0.0 20 3.5

BA33BCOFP2 0.0

TC7WU04FU

BA18BC0WFP

HN1K05FU

AT24C02N

DTC144EECollector 5.0

DTC144EECollector 3.4

DTC144EECollector 0.0

TC74VCX244FT

56

PWB : P601

POS. NO. PIN NO. VOLTAGE DEVICE

1 0.0 2 0.0 3 1.6 4 0.0 5 1.1 6 1.0 7 1.0 8 0.0 9 1.0

QE15

QE16

QE17

10 0.0 11 1.0 12 0.0 13 0.9 14 1.0 15 1.0 16 0.0 17 1.6 18 0.0 19 0.0 20 3.5

1 0.0 2 1.0 3 1.2 4 0.9 5 1.3 6 0.9 7 0.0 8 2.5

9 0.0 10 0.0 11 0.0 12 2.7 13 0.0 14 0.9 15 1.3 16 1.0 17 1.2 18 1.0 19 0.0 20 3.5

1 0.0

2 1.1

3 0.0

4 1.2

5 0.0

6 2.0

7 1.3

8 1.4

9 0.1 10 0.0 11 0.1 12 1.5 13 1.0 14 1.0 15 0.0 16 1.2 17 0.0 18 1.1 19 0.0 20 3.5

TC74VCX244FT

POS. NO. PIN NO. VOLTAGE DEVICE

1 0.0 2 1.0 3 2.5 4 1.0 5 1.0 6 1.0 7 2.1 8 0.9 9 1.0

QE18

10 0.0 11 0.9 12 0.9 13 1.0 14 1.0 15 1.0 16 1.1 17 2.4 18 1.1 19 0.0 20 3.5

TC74VCX244FT

57

PWB : P801

Input terminal : VIDEO

Input signal : SMPTE Color Bar

Equipment : Tester (DC Voltage mesure mode)

POS. NO. PIN NO. VOLTAGE DEVICE

1 0.0 2 0.5 3 0.0 4 0.0 5 0.0 6 0.0 7 0.0

J501

J502

J503

J505

8 0.0

9 0.0 10 0.0 11 0.0 12 0.0 13 0.0 14 5.0 15 -4.9

1 0.0

2 0.0

3 0.0

4 0.0

5 0.0

6 0.0

1 0.0

2 0.0

3 0.0

4 0.0

5 0.0

6 0.0

7 0.0

8 0.0

9 0.0 10 0.0 11 5.0 12 0.0 13 0.0

1 0.0

2 6.1

3 0.0

4 3.5

5 3.5

6 0.0

7 0.0

8 0.0

9 3.5 10 3.5 11 0.0 12 0.0 13 0.0 14 0.0 15 0.0 16 3.2 17 0.0 18 0.0 19 3.5 20 3.5 21 0.0 22 2.3 23 2.3 24 2.3 25 0.0 26 0.0 27 0.0 28 2.3 29 2.3

POS. NO. PIN NO. VOLTAGE DEVICE

30 2.3 31 2.3 32 2.3 33 2.3 34 2.3 35 2.3 36 2.3 37 2.3 38 0.0 39 2.3 40 2.3 41 2.3 42 2.3 43 2.3 44 2.3

J505

Q501

Q502

Q503

Q504

Q505

Q508

45 2.3 46 2.3 47 2.3 48 2.3 49 0.0 50 2.3 51 2.3 52 2.3 53 2.3 54 2.3 55 2.3 56 2.3 57 2.3 58 2.3 59 2.3 60 0.0

1 0.3 2 0.1 3 0.1 4 -4.3 5 0.1 6 0.1 7 0.3 8 5.0 1 0.3 2 0.2 3 0.2 4 -4.9 5 0.2 6 0.2 7 0.3 8 5.0 1 0.2 2 0.1 3 0.1 4 -4.9 5 0.1 6 0.1 7 0.2 8 5.0 1 6.1 2 2.2 3 5.0 4 0.0 5 0.0 1 0.0

3 -4.9 1 0.0 2 5.0 3 5.0 4 0.0 5 0.0 6 5.0

OPA2690

PQ05DZ11U

NJM79M05DL1A2 -6.0

74HCT04AF

58

PWB : P801

POS. NO. PIN NO. VOLTAGE DEVICE

7 0.0 8 5.0 9 0.0

Q508

Q509

Q506

Q507

10 0.0 11 5.0 12 5.0 13 0.0 14 5.0

1 0.0 2 0.0 3 0.0 4 -4.9 5 0.0 6 0.0 7 0.0 8 4.9 1 -0.4 2 0.0 3 -0.4 4 0.0 5 -0.4 6 5.0 7 -2.5 8 0.0

9 0.0 10 0.0 11 0.0 12 0.0 13 5.0 14 5.0 15 -2.5 16 0.0 17 5.0 18 0.0 19 -2.5 20 0.0 21 5.0 22 0.0 23 3.5 24 5.0

1 -0.2

2 0.0

3 -0.2

4 0.0

5 -0.2

6 5.0

7 -2.5

8 0.0

9 0.0 10 0.0 11 0.0 12 0.0 13 5.0 14 5.0 15 -2.5 16 0.0 17 5.0 18 -0.4 19 -2.5 20 -0.4 21 5.0 22 0.0 23 0.0 24 5.0

74HCT04AF

OPA2690

AD8185

POS. NO. PIN NO. VOLTAGE DEVICE

1 0.0 2 0.0 3 0.0

Q510

Q511

Q512

Q513

Q545

Q515

Q516

Q521

4 -4.9 5 0.0 6 0.0 7 0.0 8 5.0 1 0.4 2 0.2 3 0.2 4 -4.9 5 0.1 6 0.1 7 0.3 8 5.0 1 0.4 2 0.2 3 0.2 4 -4.9 5 0.0 6 0.0 7 0.0 8 5.0 1 0.0 2 0.0 3 0.0 4 0.0 5 0.0 6 0.0 7 -4.9 8 0.0

9 0.0 10 0.0 11 0.0 12 -0.3 13 -0.3 14 -0.4 15 0.0 16 5.0

Base 3.5

Emitter 0.0

Base 0.1

Emitter -0.5

Base -0.3

Emitter -1.0

1 0.0

2 3.3

3 1.2

4 1.2

5 3.3

6 0.0

7 1.7

8 1.2

9 3.3 10 0.0 11 1.2 12 1.2 13 0.4 14 3.3 15 0.3 16 1.2 17 1.1 18 0.0 19 3.5 20 3.4

OPA2690

74HC4052AFT

DTC114EUCollector 0.0

2SC4116-GRCollector 5.0

TE8200PF

59

PWB : P801

POS. NO. PIN NO. VOLTAGE DEVICE

21 3.4 22 0.0 23 0.0 24 0.0 25 2.3 26 2.3 27 3.5 28 3.2 29 3.4 30 0.0 31 0.0 32 0.1 33 1.7

Q521

Q518

Q520

Q531

Q532

Q536

Q542

Q541

34 0.0 35 0.0 36 0.0 37 0.0 38 3.5 39 3.5 40 0.0 41 1.7 42 1.6 43 3.4 44 0.0 45 0.0 46 1.2 47 3.3 48 1.2

Base 0.2

Emitter -0.4

Base 0.2

Emitter -0.5

1 1.5 2 0.0 3 0.0 4 3.5 5 3.5 1 1.5 2 0.0 3 0.0 4 3.5 5 3.5 1 6.1

3 3.3 1 3.5 2 3.5 3 1.8 4 0.0 5 0.0 1 6.1 2 6.0 3 3.3 4 0.0 5 0.0

TE8200PF

2SC4116-GRCollector 5.0

S-1131B150UC

BA033FP2 0.0

PQ018EZ01ZP

PQ033EZ01ZP

POS. NO. PIN NO. VOLTAGE DEVICE

1 0.2 2 0.2 3 0.4 4 0.4 5 0.0 6 0.4 7 0.4 8 0.4

9 0.2 10 3.3 11 0.2 12 0.2 13 0.2 14 2.8 15 3.3 16 3.0 17 1.4 18 3.0 19 3.2 20 1.5 21 1.6 22 1.2 23 0.0 24 1.6 25 1.4 26 1.5 27 1.4 28 1.4 29 0.0 30 1.2 31 2.0 32 3.3 33 0.6 34 1.2

Q529

35 0.7 36 0.9 37 1.1 38 2.1 39 1.3 40 1.1 41 0.0 42 1.6 43 1.6 44 3.3 45 1.5 46 3.3 47 1.5 48 1.5 49 0.0 50 0.0 51 0.0 52 1.5 53 0.2 54 0.0 55 3.3 56 0.9 57 1.5 58 1.0 59 1.6 60 3.3 61 1.3 62 1.8 63 1.5 64 1.1 65 1.0 66 0.0 67 2.2 68 1.5 69 1.4

UPD64011B

60

PWB : P801

POS. NO. PIN NO. VOLTAGE DEVICE

70 1.5 71 1.5 72 1.5 73 0.2 74 0.0 75 1.5 76 1.5 77 3.3 78 3.3 79 1.5 80 0.0 81 0.0 82 3.4 83 3.2 84 3.5 85 3.3 86 3.0 87 3.0 88 1.6 89 1.6 90 1.5 91 2.6 92 0.9 93 0.0 94 1.3 95 1.1 96 1.5 97 0.7 98 0.6

99 0.0 100 1.3 101 1.0 102 1.5 103 1.1

Q529

104 1.0 105 1.5 106 2.3 107 0.0 108 1.2 109 1.3 110 1.3 111 1.5 112 0.9 113 1.0 114 1.2 115 1.5 116 1.1 117 1.1 118 1.1 119 2.2 120 1.5 121 0.1 122 3.3 123 0.1 124 0.1 125 0.0 126 1.5 127 0.0 128 0.0 129 0.0 130 0.0 131 0.0 132 0.0 133 0.0 134 0.0 135 1.2 136 1.1 137 0.0 138 1.5

UPD64011B

POS. NO. PIN NO. VOLTAGE DEVICE

139 1.3 140 3.3 141 0.0 142 1.3 143 1.3 144 1.0 145 1.3 146 0.0 147 0.0 148 0.1

Q529

149 0.1 150 0.1 151 0.0 152 0.0 153 1.3 154 3.3 155 3.3 156 0.0 157 0.0 158 0.0 159 1.3 160 0.0

UPD64011B

61

Personal notes:

62

8. WIRING DIAGRAM

P901 00MWG413V9010 IR-F

P902 00MWG413V9020 IR-R

COMPONENT 1 COMPONENT 2

S-VIDEO VIDEO RGB

RS-232C

TRIGGER 1

TRIGGER 2

CONTROL IN

CONTROL OUT

P501 00MWG15AV5010 I/O

J331 J330

JL16

JL17

JL13

JL14

JL15

W015

W016

W012

W011

W009

W030

3

14

15

13

6

J501

J503

J502

P903 00MWG413V9030 KEY

J358 J335 J334

P801 00MWI15AV8010 SSB2

W031

J505

60

W014

J329

Board to Board

J504

13

J309

P701 00MWI15AV7010 SSB1

J304

J701

J311

J306

J310

J305 J702

J303

W017

W003

W034

12

UN04 OPTICAL ENGINE UNIT

035G COLOR WHEEL

LENS SHIFT SW

3

MOTOR [ILLUMINATION IRIS]

P301 00MWI19AV3010 DMD

J500

Y-FlexY-Flex

J003

J011

W021

50

30

4

J501

P400P400 P40012W008

J002

J001J007

P101 00MWI19AV1010 FORMATTER

J012

UN03 LAMP

CW SENSOR

MOTOR [LENS IRIS]

J502

J004

J005

4

J009

J008

W002

W029W001

W020

J202

3

J221 J224

8

J205

2

J211

P201 00MWI29AV2010 FAN CTL

3

J223

4

J220

J203 J204

J206J208J207J209

J210

W018

W019

W022

TH02 THERMAL

2

PROTECTION

P202

2

3

00MWG29AV2020

JB01

DOOR SW

M701 FAN [DMD]

M702 FAN [CW]

M703 FAN [EXHAUST]

M704 FAN [INHALATION]

M705 FAN [LAMP]

HDMI 1

HDMI 2

SUB WE SW

P601 00MWI27AV6010 HDMI

P904 00MWG413V9040 AC INLET

JB 01

W024

JE03

W033

3

JE 06

JE05

W005

4

CN7

CN1

2

63 64

J314

J301 J302

W006

16 5

W013 W023 W004 W007

UN02 POWER SUPPLY

UN01 BALLAST UNIT

J1

CN2

J2

J201

2

12

3

CN5CN6CN4CN3

9. BLOCK DIAGRAM

VIDEO IN

S-VIDEO IN

COMPONENT

VIDEO IN 1

COMPONENT

VIDEO IN 2

RGB IN

HDMI IN 1

HDMI IN 2

RS-232C

REMOTE IN

REMOTE OUT

IR FRONT

IR REAR

POWER LED

STANDBY LED

WARNING LED

KEY

POWER,MENU, INPUT,ENTER PATTERN,

N

UP,DOW LEFT,RIGHT

VIDEO

Y(S)

C(S)

Y1 CB1

CR1

Y2 CB2

CR2

G B R V H

AT24C02N EEPROM

TMDS

AT24C02N

TMDS

AT24C02N EEPROM

uPD4721

KEY0,KEY1,KEY2

SiI9135

WE

LED_O N

LED_STB

LED_WAR

HDMI Recever

RC5

INT/EXT

AD8185

V H DE Y/G 10bit CB/B 10bit CR/R 10bit CLK

HDMI1 I2C

INT1

Y_SD

CB_SD

CR_SD

Y_HD

CB_HD

CR_HD

VCX244

BUFFEREEPROM

SUB CPU

HD64F36014

x5

SUB_TXD

SUB_RXD

AT24C02N

EEP ROM

OE

UPD64011B

Video

Decoder

AD9888

Video

A/D

Comvertor

G B

R

TE8200PF

Sync

Separator

V H

V H DE Y/G 10bit CB/B 10bit CR/R 10bit CLK

CPLD

XCR3256XL-10TG144C

Y 10bit CB 10bit CR 10bit VIDEO TIMIN

CLK

I2C

SDRAM

1Mx16bit

G 8bit Dual B 8bit Dual R 8bit Dual VIDEO TIMING CLAMP COAST H V

CLK

I2C

V H CLAM

P

DE

I2C

SH_TXD0,RXD0

SH_TXD1,RXD1

LAMPNOM

IRIS1

IRIS2

Complex Programmable Logic Device

FAN_CLK

G

INT.XRST XSTB#,PRG#,DONE

G_TXD

G_RXD

SN74CBTLV

3253PWR

74VHC123A

CLK

FPGA

XC2S300E-7FG456C

Field Programmable Gate Array

FCLK,FDATA XCLK,XDIN

MAIN CPU

HD64F7145F56

BA6951FS74VHC123A

BA6951FS

BA00ASFP

Y/R ODD 10bit CB/G ODD 10bit CR/B ODD 10bit TIMING ODD

Y/R EVN 10bit CB/G EVN 10bit CR/B EVN 10bit TIMING EVN

LOW_I2C

PWRGOOD,RESETZ,LAMPLIT

LAMPFLAG

SRAM

128Kx8

FLASH ROM

16Mbit

for CONFIGURATIO

M

FAN

GF9351

Image

Processing

LENS IRIS

ILLUMINATION IRIS

M701/(DMD)

IC

N

G 10bit B 10bit R10bit VIDEO TIMING

DDR SDRAM 4Mx16x4BANKS

for VIDEO PROCESSOR

DDR SDRAM 4Mx16x4BANKS

for OSD

FLASH ROM

8Mbit

for OSD DATA

FLASH ROM

8Mbit

for CONFIGURATION

DDP3021

LVDS BUS A 16bits,CLK,SCTRL

LVDS BUS B 16bits,CLK,SCTRL

RLDRAM

288Mbit

FLASH ROM

8Mbit

for CONFIGURATION

Power Supply

CONTROL

LVDS BUS C 16bits,CLK,SCTRL

LVDS BUS D 16bits,CLK,SCTRL

RLDRAM

FLASH ROM

for CONFIGURATION

CW Control

Power Supply

CW_SENS

SCI

UN02

POWER SUPPLY UNIT

PMD1000

DAD1000

288Mbit

8Mbit

PMD1000

BALLAST

SSB1 PWB

1.5.[GND]

2.[+5V(S)

3.[P_CONT]

4.[P_SHUT]

SSB1 PWB

1.4.5.7.9.11.13.16.[GND]

2.[+13V]

3.[-6V]

6.[+6V]

8.10.[+3.5V]

12.[+2.5V]

14.15.[+1.22V]

HDMI PWB

1.[+6V]

2.4.[GND]

1.[+3.5V]

FAN PWB

1.[+13V]

2.[GND]

3.[+6V]

BALLAST UNIT

1.[+380V]

2.[GND]

FORMATTER PWB

1.3.5.7.9.11.[GND]

2.4.6.8.10.12.[+13V]

MBRST 15bits

VCC2

MBRST 15bits

VCC2

W U V

DMD

(Digital

Micromirror

Device)

1080P

Color Wheel

NJM2903

LAMP

for STANDBY POWER

& Control

LIGHT SW

LIGHT R

LIGHT L

LED

Only VP-11S2

TRIG. 1

TRIG. 2

67L110

REGULATOR

NJM2370

REGULATOR

NJM2370

DOOR ERROR

TEMP.ERROR

TRIGO

LAMPLIT

SPEED CONTROL

BU4015BF

74VHCT08

BA00ASFP

FAN

M703/(EXHAUST)

M702/(CW)

M704/(INHALATION)

M705/(LAMP)

6665

10. SCHEMATIC DIAGRAM

TP01 TP02 TP07TP06TP04 TP05TP03

J501

TO JL13

(P501:I/O PWB)

SM15B-SRSS-TBT

VIDEO

Y_COM_1

GND

Y(S)

GND

C(S)

GND

CB_1

GND

CR_1

GND

+5V

-5V

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

A-GND

TP09TP08

0.1u

C501

A-GND A-GND A-GND A-GND

L502

0.1u

C502

P801-1/8

L501

10uH

C503

0.1u

C504

+5VA_IO

-5VA_IO

R501 18

C506

33u/10

C505

0.01u

R516 18

C512

33u/10

C511

0.01u

R531 18

C518

33u/10

C517

0.01u

A-GND

Y_COM_1

CB_1

CR_1

V_SAA

R502

R517

R532

56

TO VIDEO2 (6/8)

YS_SAA

TO VIDEO2 (6/8)

CS_SAA

TO VIDEO2 (6/8)

TO VIDEO SELECT (2/8)

1.0VPP

100k

R503

A-GND

1.0VPP

100k

R518

A-GND

1.0VPP

47k

R533

A-GND

Q504

PQ05DZ11U

R504

A-GND

R519

A-GND

R534

A-GND

RES

3

OP-AMP1/2

2

390

R505

A-GND

3

OP-AMP1/2

2

390

R520

A-GND

3

OP-AMP1/2

2

390

R535

A-GND

8

OPA2690ID

RES

R506

8

RES

R521

8

RES

R536

+5VA_IO

F501

TH356LSM-5545

L503

10uH

A-GND

0.1u

T

C507

C508

10u/16

A-GND

2.0VPP 1.0VPP

1

C513

1

C519

1

0.1u

T

A-GNDA-GND

2.0VPP

0.1u

T

A-GNDA-GND

2.0VPP

R508

1k

R509

RES

C514

R523

1k

R524

RES

C520

R538

1k

R539

RES

A-GND

10u/16

A-GND

10u/16

Q501

R507

390

+5VA_IO

L505

10uH

Q502

OPA2690

R522

390

+5VA_IO

L507

10uH

Q503

OPA2690

R537

390

15 131618

31

2465798

F502

TH356LSM-5545

15 131618

31

2465798

F503

TH356LSM-5545

15 131618

31

2465798

12 10

R510

A-GND

12 10

R525

A-GND

12 10

R540

A-GND

1k

A-GND A-GND

1.0VPP

1k

A-GND

1.0VPP

R541

1k

A-GND

RES390

R511R512

A-GND

RES

R526

390

R527

A-GND

RES

390

R542

5

OP-AMP2/2

6

RES

R513

5

OP-AMP2/2

6

RES

R528

A-GND

5

OP-AMP2/2

6

RES

R543

A-GND

Q501

OPA2690ID

4

L504

10uH

-5VA_IO

Q502

OPA2690

4

L506

10uH

A-GND

-5VA_IO

Q503

OPA2690

4

L508

10uH

A-GND

-5VA_IO

NJM79M05DL1A

7

0.1u

C509

A-GNDA-GND

7

0.1u

C515

A-GND

7

0.1u

C521

A-GND

Q505

R515

2.0VPP

75

R514

390

T

C510

10u/16

R530

2.0VPP

75

R529

390

T

C516

10u/16

R545

75

2.0VPP

R544

390

T

C522

10u/16

1.0VPP

TO VIDEO1 (5/8

V_PD

TO SYNC.SEP. (3/8

TO VIDEO1 (5/8

YS_PD

TO SYNC.SEP. (3/8)

CS_PD

TO VIDEO1 (5/8)

)

12345

100k

A-GND

0.1u

R546

T

C524

10u/16

A-GNDA-GND

F504

NFM21PC474R1C3D

21

3

D-GND D-GND D-GND

+5.6V

C523

67 68

C525

C531

0.1u

TP10

A-GNDA-GND

TP11

TT

C526

C532

10u/16

+5VA_IO

+5VD_IO

10u/16

C529

TP12

0.1u

123

-5.6V -5VA_IO

A-GND

T

0.1u

C527

A-GND A-GND A-GNDA-GND

C528

T

C530

10u/16

FROM VIDEO FILTER

TO JL15

(P501:I/O PWB)

TO JL14

(P501:I/O PWB)

Y_COM_1

(1/8)

J502

SM06B-SRSS-TB

GND

CR_2

GND

CB_2

GND

Y_COM_2

J503

SM13B-SRSS-TB

GND

R1

GND

G1

GND

B1

GND

H1

V1

GND

+5VD_IO

ED_WE3

GND

P801-2/8

CB_1

CR_1

6

5

4

3

2

1

A-GND

TP18 TP22

TP17 TP19

1

2

3

4

5

6

7

8

9

10

11

12

13

A-GND

TP16TP13 TP15TP14

TP20

TP21

TP23TP24

0.1u

C589

D-GND D-GND

R547R548

A-GND

R549

A-GND

R553

A-GND

R554

A-GND

R555

A-GND

SEL_OE#

FROM FPGA1 (7/8)

SEL_A#B

ED_WE3

47k

R5A7

D-GND

74HCT04AF

D-GND

22k

R595

Q508

+5VD_IO

9

D-GND

R577

R578

R579

18

R586

75

R590

75

R594

75

22k

R596

A-GNDA-GND

L513

14

8

7

565656

R580

R581

A-GND A-GND A-GND

5

+

(2/2)

6

-

R597

Q508

74HCT04AF74HCT04AF

11 1013 12

10uH

0.1u

C591

D-GND D-GND

Q509

OPA2690

0

C592

10u/16

Y_COM_SAA

CB_SAA

TO VIDEO2 (6/8)

CR_SAA

R582

Y_COM_PD

CB_PD

CR_PD

7

1VPP

R5A8

0

R5A9

0

T

Y_AD

CB_AD

CR_AD

R_AD

B_AD

Y_AD2

G_AD

TO SYNC.SEP. (3/8)

SC_OE

FROM FPGA1 (7/8)

H1

V1

TO VIDEO1 (5/8)

TO A/D (4/8) TO SYNC.SEP. (3/8)

TO A/D (4/8)

TO SYNC SEP.

(3/8)

R565

75

R566

75

R567

75

12 10

246

RE

S

2465798

RE

S

2465798

R5B1

A-GND

1.0VPP

15 131618

31

15 131618

31

15 131618

31

OPA2690

100k

RES

R5B2

390

R5B3

A-GND

579

8

1k

R574

A-GND

12 10

1k

R575

A-GND

12 10

1k

R576

A-GND

+5VA_IO

L518

10uH

Q511

8

3

1

OP-AMP1/2

2

R5B4

390

Q512

OPA2690

100k

RES

R5C2

R5C3

A-GND

390

R5C4

A-GND

C5A4

10u/16

T

A-GND

1VPP

A-GND

0.1u

T

C593

C594

10u/16

R5B5

A-GNDA-GND

75

+5VA_IO

L520

10uH

8

3

2

R5C5

4

L521

10uH

C599

A-GND

-5VA_IO

0Y

2Y

Y-COM

3Y

75

R5D1

1Y

654321

INH

A-GND

VEE

87

GND

0.1u

C5A5

L523

10uH

A-GND A-GND

A-GNDA-GND

-5VA_IO

0.1u

C597

A-GND

1

390

0.1u

A-GND

C5B0

0.01u

Q513

74HC4052AFT

T

A-GND

X-COM

+5VA_IO

L516

10uH

Q510

OPA2690

3

OP-AMP1/2

RES

R587

2

390

R588

A-GND

C598

10u/16 R5C6

75

T

C5A1

10u/16

22k

R5C7

A-GND

+5VA_IO

L522

10uH

T

C5A2

10u/16

161514131211

VCC

2X

1X

0X

3X

109

A

B

0.1u

T

C579

8

R589

390

R5B6

A-GND

22k

R5C8

A-GND

C5A3

A-GNDA-GND

C580

A-GND

1

5

OP-AMP2/2

RES390

R591R592

6

A-GND

5

OP-AMP2/2

100k

RES

R5B7

6

390

R5B8

A-GND

-5VA_IO

Q512

OPA2690

5

+

(2/2)

6

-

R5C9

0

0.1u

A-GND

F505

R568

1k

R569

Q506

10u/16

Q507

10u/16

VCC

SEL_A#B

VCC

OUT_0

OUT_1

VCC

OUT_2

DVCC

VCCIN0B

TT

C559

A-GNDA-GND

VCC

SEL_A#B

VCC

OUT_0

OUT_1

VCC

OUT_2

DVCC

VCCIN0B

C574

A-GNDA-GND

+5VA_IO

L509

10uH

C549

0.01u

24

23

OE#

22

C550

0.01u

21

20

C551

0.01u

19

VEE

18

C552

0.01u

17

16

C553

0.01u

15

VEE

14

C554

0.01u

1312

+5VA_IO

L510

10uH

L511

C565

C566

C567

C568

C569

L512

10uH

A-GND D-GND D-GND D-GND

10uH

C564

0.01u

A-GND D-GND D-GND D-GND

0.1u

-5VA_IO

24

23

OE#

22

21

20

19

VEE

18

17

16

15

VEE

14

1312

0.1u

-5VA_IO

C533

0.01u

C534

33u/10

C535

7575

0.01u

C536

33u/10

C537

0.01u

C538

33u/10

75

C539

0.01u

C540

33u/10

C541

75

0.01u

C542

33u/10

C544

75

0.01u

C543

33u/10

75

R562

R561

R560

L524 10uH

R5A3

A-GND

R5A4

A-GND

C590

R559

100k

A-GND

C583

0.01u

C584

33u/10

C585

75

0.01u

C586

33u/10

C587

75

0.01u

C588

33u/10

75

R5A5

0.1u

100k

A-GND

+5VD_IO

100k

A-GND

100k

A-GND

R563

A-GND

100k100k 100k

R550R552 R551

A-GND

D-GND

A-GND

R556R557R558

A-GND

R564

100k

A-GND

0.01u

C545

C546

0.01u

100k100k100k

D-GND

0.01u

C561

C560

0.01u

AD8185

1

IN0A

2

D-GND

3

IN1A

4

GND

5

IN2A

6

VCC

7

VEE

8

IN2B

9

GND

10

IN1B

11

GND

C558

AD8185

1

IN0A

2

D-GND

3

IN1A

4

GND

5

IN2A

6

VCC

7

VEE

8

IN2B

9

GND

10

IN1B

11

GND

C573

0.1u

C547

C548

A-GND A-GND

C555

0.01u

0.1u

C562

A-GND

2VPP

C570

0.01u

T

10u/16

T

C556

C571

3.3VDS

22k

R5F2

+5VD_IO

0.1u

T

C557

10u/16

C563

10u/16

47k

R599

R5A1

R5A2

0.1u

R598

75

D-GND

75

+5VD_IO

T

C572

10u/16

R571

R573

F506

R570

F507

R572

RES

A-GND

1k

A-GND

1k

10u/16

-5VA_IO

OPA2690

4

7

+5VA_IO

R5D2

OPA2690

R583

R584

A-GND

Q510

OPA2690

4

Q511

L519

22K

2

1

D-GND

Q509

RES

390

L517

10uH

R5B9

390

10uH

A-GND

Q545

DTC114EU

3

2

7

R593

390

A-GND

7

+5VA_IO

L514

L515

-5VA_IO

C581

0.1u

C595

A-GND

3

R5A6

D-GND

10uH

8

4

10uH

0.1u

A-GND

R5C1

T

47k

R585

T

75

C596

R5F1

D-GND

74HCT04AF 74HCT04AF

0.1u

T

C576

C578

10u/16

A-GNDA-GND

1

390

T

0.1u C577

C575

10u/16

A-GNDA-GND

C582

10u/16

47k

12 34

Q508 Q508

74HCT04AF

56

D-GND

7069

P801-3/8

F508

NFM21PC474R1C3D

+3.4V

+3.3A0 3.3VAS

FROM VIDEO FILTER

(1/8)

FROM VIDEO SELECT

(2/8)

FROM FPGA2 (8/8)

12

3

D-GND

L525 10uH

V_PD

YS_PD

Y_AD2

G_AD

H1

V1

H2

V2

TP25

TP26

R5H2

R5H3

R5H4

R5H5

3.3VDS

0

47k

R5F7

A-GND

Q517 RES

DE_TE

CLAMP_TE

VD_TE

HD_TE

3.3VDS

RES

A-GND

C5D1

10u/10

C5D2

3.3VAS

0.1u

R5J6

R5J7

10

TP106

3.3k

R5K6

R5K5

37

NC1

38

#RSET

0.1u

47k

C5D7

C5B9

3

B

-5VA_IO

39

#STBY

40

GND8

41

X0

42

X1

43

VDD3

44

GND9

45

GND10

46

VIDEOIN1

47

TVIDEOIN1

C_CLPV1

48

1u

C5C1

C5C2

10u/10

+5VA_IO

C

2

Q520 2SC4116-GR

R5H1

100

1

E

2.2k

R5G9

RES

C5D5

X501

CS10-

27.000MABJTR

47p

R5D4

A-GND

3

B

RES

-5VA_IO -5VA_IO

10K

C5B1

0.01u

+5VA_IO

C

2

Q518

2SC4116-GR

3

C

2

B

1

E

R5G4

RES

R5G5

R5G6

2.2k

RES

1

E

3.3VAS

+5VA_IO

C

2

Q515

2SC4116-GR

3

B

R5F6

100

1

2

Q516

2SC4116-GR

R5G1

100

1

R5G2

RES

E

2.2k

R5F5

-5VA_IO

330p

C5A8

A-GND A-GND

47k

R5F4

A-GND

+5VA_IO

C

3

C

2

B

3

B

E

1

2.2k

R5F9

RES

R5F8

-5VA_IO-5VA_IO

A-GND

C5A9

RES

R5G3

A-GND

C5A6

47k

C5A7

0.01u

1000p

Q519

R5K7C5D6

100

R5G7

15

RES

C5B2

A-GND A-GND

R5K8 1M

C5B3

330p

C5B4

A-GND

RES

R5G8

A-GND

4

R5K

36 35 34 33 32 31 30 29 28 27 26 25

NC0

GND7

GND6

C_CLPV2

AVDD1

GND1

1u

C5C3

0.1u

C5B5

0.01u

C5B7

1000p

A-GND

22

OEOUT

VIDEOIN2

222222

R5K1

GND5

MSKOUT

Q521

TE8200PF

GND2

TVIDEOIN2

10K

R5D3

RES

C5B6

BGP

GIN1

R5K2

VDOUT

C_CLPG1

C5C4

A-GND

R5K3

AVDD2

1u

VDD2

HDOUT

GND3

C5C6

C5D3

VIN2

HIN2

GND4

VDD1

SUB_ADRS

VCLP

C_BGPD

AVDD3

C_BGPW

GIN2

C_CLPG2

121110987654321

1u

C5C5

0.1u

VIN1

HIN1

SDA

R_IN

10u/10

SCL

R5J1

R5J2

R5J3

R5J4

C5B8

24

23

22

21

20

19

18

17

16

15

14

13

0.01u

0.1u C5D4

C5C7

33p

C5C8

33p

R5J5

10

11k +/- 5%

RES

R5J8

R5J9

0.1u

C5C9

A-GND A-GND

TE_RST

SC

SDA

TO FPGA1

FROM FPGA1

L

(7/8)

R5H6

R5H7

R5H8

A-GND

R5H9

A-GND

71 72

+5.6V

+3.4V

P801-4/8

R_AD

CR_AD

10u/10

(2/8)

(7/8)

L527 10uH

L528 10uH

G_AD

Y_AD

B_AD

CB_AD

SDA

SCL

TP28

TP29

TP30

FROM VIDEO SELECT

TO/FROM FPGA1

Q523

BA033FP

3.3V/1A

123

0.1u

TT

C5D9

C5D8

10u/16

A-GND A-GND

A-GND

Q524

BA033FP

C5E1

A-GND

T

A-GND

C5E2

3.3V/1A

123

0.1u

A-GND

F509

D-GND

T

C5E6

C5E5

A-GND

3

C5E3

10u/16

A-GND

C5E4

A-GND

NFM21PC474R1C3D

12

3.3VA_AD

3.3VP_AD

3.3VD_AD

F511

BLM18AG221SN1D

R5L1

AD-GND

F512

BLM18AG221SN1D

F513

BLM18AG221SN1D

F514

BLM18AG221SN1D

F515

BLM18AG221SN1D

22

R5L6

22

R5L7

100

R5L8

100

R5L9

RES

R5M1

3.3VA_AD

R5M3

Q525

S

RE

R5M5

Q527 RES

AD-GND AD-GND

75

RESRES

2

1

2

1

R5L2

AD-GND

R5L3

AD-GND

R5L4

AD-GND

R5L5

AD-GND

C

E

C

E

F510

BLM18AG221SN1D

C5G1

C5G2

75

C5G4

1000p

C5G5

75

C5G8

0.047u

75

C5H2

0.047u

75

RES

R5M2

AD-GNDAD-GND

Q526

3 B

Q528

3 B

3.3VA_AD

RES

3

B

3.3VA_AD3.3VA_AD

RES

3 B

1000p

0.047u

R5M4

AD-GNDAD-GND

6

R5M

AD_VI

AD_HI

AD_COAST

AD_CLAMP

AD_CKINV

AD_VO

AD_HO

AD_SOG

AD_CLK

TO/FROM FPGA1 (7/8)

AD_RE[9-2]

AD_RE[2]

AD_RE[3]

AD_RE[4]

AD_RE[5]

AD_RE[6]

AD_RE[7]

AD_RE[8]

AD_RE[9]

AD_RO[2]

AD_RO[4]

AD_RO[5]

AD_RO[6]

AD_RO[7]

108

DRB2

DBB5

C5K5

AD_BO[7]

12 11

56

107

DRB3

DBB4

10u/10

12 11

56

AD_BO[6]

105

106

DRB4

DBB3

AD_BO[5]

AD_BO[4]

DRB5

DBB2

10 9

78

10 9

78

AD_RO[8]

AD_RO[9]

103

104

DRB7

DRB6

DBB0

DBB1

64

AD_BO[3]

AD_BO[2]

GND

DGA0

DGA1

DGA2

DGA3

DGA4

DGA5

DGA6

DGA7

GND

DGB0

DGB1

DGB2

DGB3

DGB4

DGB5

DGB6

DGB7

GND

DBA0

DBA1

DBA2

DBA3

DBA4

DBA5

DBA6

DBA7

GND

3.3VD_AD

C5L6

10u/10

T

0.1u

C5L5

1021011009998979695949392919089888786858483828180797877767574737271706968676665

VDD

C5L4

T

10u/10

0.1u

C5L3

VDD

C5L2 10u/10

C5L1

VDD

C5K9

10u/10

C5K8

VDD

C5K7

VDD

R5N9 22

1234

56

78

T

0.1u

R5N8 22

1234

56

78

T

0.1u

R5N7 22

1234

56

78

0.1u

C5K6

T

10u/10

AD_GE[2]

16151413

AD_GE[3]

AD_GE[4]

AD_GE[5]

AD_GE[6]

1211

AD_GE[7]

AD_GE[8]

109

AD_GE[9]

16151413

1211

109

16151413

1211

109

AD_GO[2]

AD_GO[3]

AD_GO[4]

AD_GO[5]

AD_GO[6]

AD_GO[7]

AD_GO[8]

AD_GO[9]

AD_BE[2]

AD_BE[3]

AD_BE[4]

AD_BE[5]

AD_BE[6]

AD_BE[7]

AD_BE[8]

AD_BE[9]

AD-GND

AD_RO[3]

3.3VA_AD

C5E7

10u/10

T

C5E8

0.1u C5E9

C5F2

0.047u

C5F3

C5F4

C5F5

75

R5K9

0.047u

C5F6

AD-GND

C5F7

C5F9

C5G6

C5G7 10u/10

C5G9

C5H1

10u/10

C5H3

C5H4

C5H5

C5H6

10u/10

C5H8

10u/10

C5H7

C5H9

10u/10

C5J1

3.3VP_AD

C

2

1

E

C5F1

10u/10

T

C5F8

10u/10

T

C5G3 10u/10

T

C5J2

0.1u

10u/10

1234567891011121314151617181920212223242526272829303132333435363738

VD

REF_BYPASS

GND

RAIN0

VD

RAIN1

RMIDSCV

VD

GND

SOGIN0

GAIN0

VD

GND

SOGIN1

GAIN1

VD

GND

BAIN0

VD

GND

BAIN1

BMIDSCV

VD

GND

CKINV

CLAMP

SDA

SCL

A0

VD

GND

VD

PVD

0.1u

T

C5J3

RES

222222

R5P5

R5P6

R5P7

125

126

127

128

GND

VSOUT

HSOUT

SOGOUT

PVD

GND

VSYNC1

39404142434445464748495051525354555657585960616263

T

C5J4

0.1u

C5J5

10u/10

22

R5M7

C

2

1

E

RES

R5P4

124

DATACKB

HSYNC1

R5M8

22

R5P3

123

DATACK

VSYNC0

222222

R5M9

0.1u

C5M1

122

VDD

HSYNC0

R5N1

16 15 14 13

22

R5P2

1234

T

C5L9

10u/10

119

120

121

GND

DRA0

GND

PVD

0.1u

C5J6

C5J7

C5K2

3900p

DRA1

PVD

118

DRA2

GND

T

C5J8

R5N2

C5K3

12 11

56

116

117

DRA4

DRA3

Q522

AD9888-KSZ-170

FILT

GND

T

10u/10

C5J9

10u/10

3.3k0.039u

115

DRA5

PVD

10 9

R5N3

78

114

DRA6

COAST

10k

0.1u

R5N5

C5K1

22

113

DRA7

CKEXT

R5N4

AD-GND

0.1u

C5L8

112

VDD

GND

RES

16 15 14 13

22

R5P1

1234

T

110

111

GND

DRB0

VDD

CBB7

0.1u

C5K4

16 15 14 13

22

R5N6

1234

AD_BO[9]

C5L7

109

DRB1

DBB6

T

AD_BO[8]

10u/10

AD_RO[9-2]

AD_GE[9-2]

AD_GO[9-2]

AD_BE[9-2]

AD_BO[9-2]

RES

7473

FROM

VIDEO FILTER

(1/8)

FROM

VIDEO SELECT

(2/8)

+3.4V

V_PD

YS_PD

CS_PD

Y_COM_PD

CB_PD

CR_PD

C5M2

A-GND

C5M6

A-GND

0.1u

S-1131B150UC-N4A-TF

12345

A-GND

0.1u

T

C5M4

C5M3

10u/10

A-GND PD_D-GND

S-1131B150UC-N4A-TF

12345

A-GND

0.1u

T

C5M8

C5M7

10u/10

A-GND

PD_A-GND

+3.3A0

P801-5/8

R5P8

18

R5R2

18

R5R5

18

R5R7

18

R5R9

18

R5S3

18

Q531

1.5V/0.3A

10k

R5V7

C5M5

10u/10

PD_D-GND

Q532

1.5V/0.3A

10k

R5V8

TT

C5M9

10u/10

PD_A-GND

F516

NFM21PC474R1C3D

12

3

PD_D-GND

F517

NFM21PC474R1C3D

12

3

PD_A-GND

C5N1

10u/10

T

C5N2

10u/10

T

C5N3

10u/10

T

0

56

R5P9

PD_A-GND

R5R1

PD_A-GND

R5R3

PD_A-GND

56056

R5R6

PD_A-GND

R5R4

PD_A-GND

R5S2

1.5VD_PD

R5R8

PD_A-GND

R5S1

PD_A-GND

56

R5S4

PD_A-GND

C5Z2

10u/10

T

C5Z3

10u/10

T

C5Z4

10u/10

T

3.3VD_PD

PD_A-GND PD_D-GND RAM-GNDHLC-GND FSC-GND

TP31

1.5VD_PD

TP32

1.5VA_PD

TP33

3.3VD_PD

TT

C6D1C6D2

10u/1010u/10

D-GND

TP34

3.3VA_PD

D-GND

PD_A-GND

1.5VA_PD

3.3VA_PD

3.3VD_PD

PD_CR[9]

PD_CR[8]

PD_CR[7]

PD_CR[6]

PD_CR[5]

PD_CR[4]

PD_CR[3]

16 15 14 13

R5V6

100

1234

PD_CR[2]

12 11 10 9

5678

PD_CR[1]

16 15 14 13

R5V5

100

1234

PD_CR[0]

PD_CB[8]

PD_CB[9]

PD_CB[5]

PD_CB[6]

PD_CB[7]

12 11 10 9

5678

PD_CB[4]

PD_CB[3]

PD_CB[2]

16 15 14 13

R5V4

100

1234

PD_CB[0]

PD_CB[1]

12 11 10 9

5678

100

R5V3

R5V1

22k

3.3VD_PD

3.3VH

R5U4

Q534

E

1

2SA1586 G

3 B

2

C

HLC-GND

HLC-GND HLC-GND HLC-GND

C5U7

T

10u/10

C5U5

T

10u/10

C5U3

T

10u/10

X502

SMD-49 24.576MHz

R5T3

RES

33p

C5S7

PD_D-GNDFSC-GND

PD_D-GND

0.1u

T

C5W1

220

R5U3

HLC-GND HLC-GND

1k

R5U5

560

HLC-GND HLC-GND HLC-GND

3.3VH

0.1u

C5V3

C5V2

22

R5U2

R5U

1 100 1234

5678

100

R5T9

100

R5T8

2SA1586 G

33p

C5S8

C5W2

10u/10

L529

39uH

S RE

330p

220p

C5V5

C5V6

R5U6

C5V9

1.5VH

0.047u

0.1u

16151413

1211

109

PD_Y[0]

PD_Y[1]

PD_Y[2]

PD_Y[3]

PD_Y[4]

PD_Y[5]

PD_Y[6]

PD_Y[7]

PD_Y[8]

PD_Y[9]

C5T7

0.047u

R5T5

220

R5T4

1k

E

1

R5T6

560

3

B

Q533

2

C

FSC-GND

FSC-GND FSC-GND

C5X6

C5X7

C5X8

C5P4

C5P5

C5P6

C5P7

C5P8

C5P9

C5X5

10u/10

T

C5N4

C5N5

C5N6

C5N7

C5N8

C5P1

C5P2

C5P3

ROC1

SDRDQ5

T

ROC0

DGND

SDRDQ10

DGND

10u/10

C5R7

RDEO

SDRDQ4

C5W4

10u/10

T

DVDD1

SDRDQ11

0.1u

C5R8

FILD

DVDD3

VBLK

SDRDQ3

T

VD

HD

SDRDQ12

SDRDQ2

10u/10

C5R9

22k

R5V2

RGRED

SDRDQ13

0

R5U9

RSTB

SDRDQ1

100

R5U8

SDA

SDRDQ14

100

R5U7

SCL

81828384858687888990919293949596979899100101102103104105106107108109110111112113114115116

BCKM DGND

HLCO

DVDD3

AVDD3

AVDD1

AGND

BCLK8

DVDD1

ROCK

DVDD1

ROY0

ROY1

ROY2

DGND

ROY3

ROY4

DVDD1

ROY5

ROY6

DVDD3

ROY7

ROY8

DVDD1

ROY9

ROFDIE

DGND

FCLK8

DVDD1

SLAO

FCKM

AGND

AVDD1

AVDD3

FSCO

DVDD3

DGND

SDRDQ0

SDRDQ15

T

C5W3

10u/10

C5V8

10u/10

80

79

78

77

76

75

HLCI

74

73

72

71

70

69

68

67

66

65

64

63

62

61

60

59

58

57

56

R5X8

55

54

53

52

51

50

49

48

FSCI

47

46

45

44

43

XO

42

XI

41

0.1u

C5S1

C5S2

C5V7

0.1u

C5V4

10u/10

C5V1

T

C5U9

10u/10

0.1u

C5U8

0.1u

C5U6

0.1u

C5U4

0.1u

C5U2

22k

0.1u

C5U1

0.1u

C5T9

10u/10

C5T8

T

C5T6

0.1u

R5T2

0

R5T1

0

T

C5S6

10u/10

C5S5

0.1u

T

C5S3

C5S4

10u/10

C5W7

T

C5X3

C5X4

10u/10

0.1u

C5X9

0.1u

C5Y1

0.1u

C5N9

T

10u/10

0.1u

10u/10

T

C5R1

T

10u/10

L531

10uH

C5X2

10u/10

0.1u

C5X1

0.1u

C5W9

117118119120

121

FCKQ

122

DVDD3

123

FOCP

124

FCSI

125

N3DI

126

DVDD1

127

TEST

128

TM0

129

DGND

130

TM1

131

TM2

132

SMC

133

SCKSET

134

AGND

135

AYI1

136

VCLY

137

AYI2

138

VRTY

139

AYI3

140

AVDD3

141

AYI4

142

VCOMY

143

AYI5

144

VRBY

145

AYI6

146

AGND

147

AGND

148

VRBC1

149

ACI1

150

VCOMC1

151

ACI2

152

VRTC1

153

ACI3

154

AVDD3

155

AVDD3

156

VRTC2

157

VCOMC2

158

VRBC2

159

ACBI

160

AGND

FDI07

FDI08

FDI09

DVDD1

SDRA9

SDRA8

SDRA7

SDRA6

12345678910111213141516171819202122232425262728293031323334353637383940

FDI06

DGND

DVDD1

SDRA5

FDI05

SDRA4

FDI04

SDRA3

FDI03

SDRA2

DVDD1

DVDD3

0.1u

C5R2

3.3VA_PD

0.1u

C5W8

T

FDI02

SDRA1

10u/10

C5R3

FDI01

DSRA0

FDI00

SDRABP

DGND

SDRCS

T

ROC9

SDRCKE

0.1u

C5W6

DVDD1

SDRRAS

ROC8

SDRCLK

ROC7

SDRCAS

0.1u

C5W5

ROC6

DVDD3

Q529

UPD64011B

SDRWE

DVDD1

0.1u

C5R4

ROC5

SDRSQ7

T

DGND

SDRDQ8

10u/10

C5R5

ROC4

DGND

ROC3

SDRDQ6

0.1u

C5Z5

DVDD1

SDRDQ9

0.1u

C5R6

ROC2

DVDD1

PD_D-GND

SDA1

SDA2

SDA3

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

SDA6

SDA5

SDA4

F518

NFM21PC474R1C3D

12

3

PD_D-GND

F519

NFM21PC474R1C3D

12

3

PD_D-GND

F520

NFM21PC474R1C3D

12

3

PD_D-GND

F521

NFM21PC474R1C3D

12

3

PD_D-GND

TP35

TT T T

C6D3C6D4C6D5C6D6

10u/1010u/1010u/1010u/10

D-GND

TP36

D-GND

TP37

D-GND

TP38

D-GND

1.5VH

1.5VFSC

3.3VH

3.3VFSC

16 15 14 13

R5S5

100

1234

SDA9

SDA8

SDA7

SDA6

12 11 10 9

5678

SDA3

SDA4

SDA5

SDA2

16 15 14 13

100

1234

R5S6

SDA0

SDA1

SDBP

SDCS#

12 11 10 9

5678

SDCLK

SDRAS#

SDCKE

SDCAS#

SDWE#

100

R5S7

16 15 14 13

R5S8

100

1234

SDD7

SDD8

SDD6

SDD9

12 11 10 9

5678

SDD10

SDD5

SDD4

SDD11

16 15 14 13

100

R5S9

1234

SDD3

SDD12

SDD2

SDD13

12 11 10 9

5678

SDD0

SDD14

SDD1

SDD15

RAM-GND

75 76

SDA0

SDA7

15uH

C5S9

SDBP

SDA8

PD_Y[9-0]

PD_CR[9-0]

PD_CB[9-0]

TO FPGA2 (8/8)

PD_RDEO

PD_FIELD

PD_VBLK

PD_VSYNC

PD_HSYNC

PD_CLK

PD_RST

TO/FROM FPGA1 (7/8)

SDA

SCL

1.5VFSC

3.3VFSC

L530

T

C5T3

C5T5

10u/10

0.1u

100p

C5Z1

SDA9

SDCS#

0.1u

150p

C5T1

FSC-GND

SDRAS#

SDCKE

RES

R5T7

FSC-GND FSC-GND

SDWE#

SDCAS#

C5Y8

HY57V161610DTC-8

SDCLK

C5T4

C5T2

FSC-GND FSC-GND

SDD7

SDD6

SDD5

0.1u

0.1u C5Y9

Q530

0.1u

C5Y2

SDD10

SDD9

SDD8

SDD4

SDD11

SDD3

SDD12

SDD2

SDD13

C5Y7

C5Y3

0.1u

SDD1

SDD14

SDD0

SDD15

0.1u

C5Y5

RAM-GND RAM-GND

12345678910111213141516171819202122232425

RAM-GND

F522

BLM18PG600SN1D

T

C5Y6

47u/16

0.1u

C5Y4

3.3VD_PD

P801-6/8

+3.3DSAA

+3.3ASAA

FROM FILTER (1/8)

FROM SELECT (2/8)

TO/FROM FPGA1 (7/8)

+3.3DSAA

TP39

C632

D-GND

RES

TP40

V_SAA

YS_SAA

CS_SAA

Y_COM_SAA

CB_SAA

CR_SAA

SAA_RST

SCL

SDA

RES

C633

C634

D-GND

+3.3ASAA

RES

C622

C623

A-GND

RES

C635

D-GND

C624

A-GND

RES

C636

D-GND

C625

A-GND

RES

C637

D-GND

C626

A-GND

RES

C638

D-GNDD-GND

RES

+3.3A0

2

1

RES

C627

A-GND

+3.3DSAA

F523

RES

C639

D-GND

F524 RES

R5V9

3

22k

R5W2

A-GND

+3.4V

2

1

RES

C640

D-GND

A-GND

RES

R5W3

A-GND

3

A-GND

RES

C620

D-GND

C608

C612

RES

C600

C601

C604

C607

R5W4

R5W5

C611 RES

R5W1

RES

X503 RES

RES

R5W6

D-GND

A-GND

C621

RES

C615

C619

C618

C616

RES

C617

RES

TP107

R5W

RES

R5W8

RES

D-GND

RES

M3K4H4F4D4L1J1G2E2

J2

AI11

K1

VDDA0

VDDA1

VDDA2

VDDA3

C2

AGND

AGNDA

L2

VSSA0

M2

VDDA4

VSSA1

J4

VDDA1A

VDDA2A

VSSA2

VSSA3

H3E4C1A4D5

AI12

K2

AI13

L3

AI14

K3

AI1D

G4

AI21

G3

AI22

H2

AI23

J3

AI24

H1

AI2D

E3

AI31

F2

AI32

F3

AI33

G1

AI34

F1

AI3D

B1

AI41

D2

AI42

D1

AI43

E1

AI44

D3

AI4D

M13

FSW

N4

CE

L12

ITRI

B11

XTRI

N9

SCL

P10

SDA

7

B4

XTALI

A3

XTAL

A2

XTOUT

A6

XRDY

B7

XDQ

A7

XCLK

D8

XRV

C7

XRH

A8

XPD0

B8

XPD1

A9

XPD2

B9

XPD3

A10

XPD4

B10

XPD5

A11

XPD6

C11

XPD7

C6

TRST

B6

TCK

D6

TMS

A5

TDO

B5

TDI

P3

EXMCLR

M12

AMXCLK

P12

ALRCLK

N11

ASCLK

P11

AMCLK

N6

CLKEXT

N1

RES8

N2

RES9

N3

RES10

N13

RES11

N14

RES12

P2

RES13

VDDA3A

VSSA4

VDDA4A

VXSS

B3C5C9

VSSE1

D9

VXDD

Q535 RES

VSSE2

VDDE1

VSSE3

D11

VSSE4

G11

D12

VDDE2

L4

H12M4M8

VDDE3

VDDE4

VSSE5

VSSE6

L8

VDDE5

VSSE7

L11

VDDE6

VSSI1

D7

M11C8C10

VDDI1

VDDE7

VSSI2

VSSI3

F11

D10

VDDI2

VSSI4

J11

F12

L5

VDDI3

VSSI5

J12M5M9

VDDI4

VDDI5

AOUT

TEST5

TEST4

TEST3

TEST2

TEST1

TEST0

ITRDY

IGPH

HPD0

HPD1

HPD2

HPD3

HPD4

HPD5

HPD6

HPD7

RTS0

RTS1

RTCO

INT_A

RESO

ADP0

ADP1

ADP2

ADP3

ADP4

ADP5

ADP6

ADP7

ADP8

RES1

RES2

RES3

RES4

RES5

RES6

RES7

VSSI6

L9

IGP0

IGP1

ICLK

IGPV

IPD0

IPD1

IPD2

IPD3

IPD4

IPD5

IPD6

IPD7

LLC2

VDDI6

IDQ

LLC

M1

A12

B12

A13

C14

D13

P13

L14

K13

N12

M14

L13

K14

K12

G14

G12

H11

H14

H13

J14

J13

K11

D14

E11

E13

E12

E14

F13

F14

G13

P4

N5

M10

N10

L10

P9

P5

N8

P8

M7

L7

P7

N7

L6

M6

P6

B2

B13

B14

C3

C4

C12

C13

R5X1

RES

R5X2

RES

D-GND

R5W9

RES

VIDEO S

COMPONENT

VGA_COMP

SCART

mode 00 mode 16 mode 21 mode 3E mode 3F

+5.6V

R5X4

R5X5

R5X6

R5X7

R5X3 RES

1234

56

78

RES

SAA_CLK

SAA_DE

SAA_HO

SAA_VO

TO FPGA1

(7/8)

6 1

5 1

4 1

3 1

2 1

1 1

109

SAA_D[0]

SAA_D[1]

SAA_D[2]

SAA_D[3]

SAA_D[4]

SAA_D[5]

SAA_D[6]

SAA_D[7]

Q536

BA033FP

3.3V/1A

123

0.1u

C628

T

10u/16

A-GNDA-GND

C629

A-GND

C630

0.1u

T

C631

A-GNDA-GND

SAA_D[7-0]

TP41

+3.3A0

10u/10

A-GND D-GND

7877

FROM VIDEO 2 (6/8)

SAA7118

FROM A/D (4/8)

AD9888

SAA_D[7-0]

SAA_DE

SAA_VO

SAA_HO

AD_RE[9-2]

AD_RO[9-2]

AD_GE[9-2]

AD_GO[9-2]

AD_BE[9-2]

AD_BO[9-2]

AD_CLAMP

AD_HI

AD_VI

AD_COAST

AD_HO

AD_VO

AD_SOG

AD_CKINV

P801-7/8

AD_BO[2]

AD_BO[3]

AD_BO[4]

AD_BO[5]

AD_BO[6]

AD_BO[7]

AD_BO[8]

AD_BO[9]

AD_BE[2]

AD_BE[3]

AD_BE[4]

AD_BE[5]

AD_BE[6]

AD_BE[7]

AD_BE[8]

AD_BE[9]

AD_GO[2]

AD_GO[3]

AD_GO[4]

AD_GO[5]

AD_GO[6]

AD_GO[7]

AD_GO[8]

AD_GO[9]

AD_GE[2]

AD_GE[3]

AD_GE[4]

AD_GE[5]

AD_GE[6]

AD_GE[7]

AD_GE[8]

AD_GE[9]

AD_RO[2]

AD_RO[3]

AD_RO[4]

AD_RO[5]

AD_RO[6]

AD_RO[7]

AD_RO[8]

AD_RO[9]

AD_RE[2]

AD_RE[3]

AD_RE[4]

AD_RE[5]

AD_RE[6]

AD_RE[7]

AD_RE[8]

AD_RE[9]

SAA_D[0]

SAA_D[1]

SAA_D[2]

SAA_D[3]

SAA_D[4]

SAA_D[5]

SAA_D[6]

SAA_D[7]

+3.3VDX

TO J 701

TP44

TP45

TP48

TP49

TP50

TP53

TP54

TP57

TP58

TP59

TP61

TP62

35

(P701:SSB1 PWB)

J504 FX8C-140P-SV4

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

34 107

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51 90

52

53

54

55

56

57

58

59

60

TP60

61

62

63

64

65

66

TP64

67

68

69

70

DONE

TP66TP65

140

139

138

137

136

135

134

133

132

131

130

129

128

127

126

125

124

123

122

121

120

119

118

117

116

115

114

113

112

111

110

109

108

106

105

104

103

102

101

100

99

98

97

96

95

94

93

92

91

89

88

87

86

85

84

83

82

81

80

79

78

77

76

75

74

73

72

71

GF_R_EVN[0]

GF_R_EVN[1]

GF_R_EVN[2]

GF_R_EVN[3]

GF_R_EVN[4]

GF_R_EVN[5]

GF_R_EVN[6]

GF_R_EVN[7]

GF_R_EVN[8]

GF_R_EVN[9]

GF_G_EVN[0]

GF_G_EVN[1]

GF_G_EVN[2]

GF_G_EVN[3]

GF_G_EVN[4]

GF_G_EVN[5]

GF_G_EVN[6]

GF_G_EVN[7]

GF_G_EVN[8]

GF_G_EVN[9]

GF_B_EVN[0]

GF_B_EVN[1]

GF_B_EVN[2]

GF_B_EVN[3]

GF_B_EVN[4]

GF_B_EVN[5]

GF_B_EVN[6]

GF_B_EVN[7]

GF_B_EVN[8]

GF_B_EVN[9]

GF_H_EVN

GF_V_EVN

GF_CLK_EVN

GF_DE_EVN

GF_LOCK_EVN9350_LOCKA GF_LOCK_ODD

TP67

TP68

TP69

TP70

TP71

TP72

TP73

TP74

TP75

TP76

TP77

TP78

TP79

TP80

TP81

TP82

TP83

TP84

TP85

VD_TE

SCL

SDA

TE_RST

PD_RST

SAA_RST

HDMI1_RST

HDMI2_RST

CEC1

CEC2

INT1

INT2

HOTPLUG1

HOTPLUG2

TO SYNC.SEP.(3/8) TO/FROM

SYNC.SEP(3/8) A/D(4/8) VIDEO1(5/8) VIDEO2(6/8)

TO SYNC.SEP.(3/8)

TO VIDEO1 (5/8)

TO VIDEO2 (6/8)

TO FPGA2 (8/8)

TP86

TP87

+5.6V

TP88

-5.6V

D-GNDA-GNDD-GNDA-GND

47k

R631

47k

R630

D-GNDD-GND

HD_TE

VD_TE

FROM SYNC BLOCK

CLAMP_TE

(3/14)

DE_TE

Q537

XC2S300E-7-FGG456C

T1

AB14

7118_PD0

W13

7118_PD1

Y13

7118_PD2

AA13

7118_PD3

AB13

7118_PD4

V12

7118_PD5

W12

7118_PD6

Y12

7118_PD7

V15

7118_DQ

V14

7118_VI

V13

AB20

AB21

AA15

AA16

AA17

AA18

AA19

AA20

AB19

AB18

AB17

AB16

AB15

AA14

W15

W16

W17

W18

W22

W14

T20

T21

T22

R18

R19

R20

R21

R22

P18

P19

Y15

Y16

P20

P21

P22

N18

N19

N20

N21

N22

M18

M19

Y17

Y18

Y19

Y22

V19

M20

M21

M22

L18

L19

L20

L21

L22

K21

K22

V20

V21

V22

U18

U19

U20

U21

U22

T18

T19

Y14

C14

B14

A14

C13

B13

A13

C12

B12

A12

B11

C10

B10

A10

C9

B9

A9

C8

B8

A8

C7

B7

A7

C6

B6

A6

C5

B5

A5

C4

B4

A4

A3

B3

D7

D8

D9

D5

D6

7118_HI

AD_RA0

AD_RA1

AD_RA2

AD_RA3

AD_RA4

AD_RA5

AD_RA6

AD_RA7

AD_RA8

AD_RA9

AD_RB0

AD_RB1

AD_RB2

AD_RB3

AD_RB4

AD_RB5

AD_RB6

AD_RB7

AD_RB8

AD_RB9

AD_GA0

AD_GA1

AD_GA2

AD_GA3

AD_GA4

AD_GA5

AD_GA6

AD_GA7

AD_GA8

AD_GA9

AD_GB0

AD_GB1

AD_GB2

AD_GB3

AD_GB4

AD_GB5

AD_GB6

AD_GB7

AD_GB8

AD_GB9

AD_BA0

AD_BA1

AD_BA2

AD_BA3

AD_BA4

AD_BA5

AD_BA6

AD_BA7

AD_BA8

AD_BA9

AD_BB0

AD_BB1

AD_BB2

AD_BB3

AD_BB4

AD_BB5

AD_BB6

AD_BB7

AD_BB8

AD_BB9

AD_CLMPO

AD_HI

AD_VI

AD_COAST

AD_HO

AD_VO

AD_SOGI

AD_CKINV

AD2_RA0

AD2_RA1

AD2_RA2

AD2_RA3

AD2_RA4

AD2_RA5

AD2_RA6

AD2_RA7

AD2_RA8

AD2_RA9

AD2_GA0

AD2_GA1

AD2_GA2

AD2_GA3

AD2_GA4

AD2_GA5

AD2_GA6

AD2_GA7

AD2_GA8

AD2_GA9

AD2_BA0

AD2_BA1

AD2_BA2

AD2_BA3

AD2_BA4

AD2_BA5

AD2_BA6

AD2_BA7

AD2_BA8

AD2_BA9

AD2_HO

AD2_VO

AD2_SOG

AD2_DE

AD2_CLAMP

AD2_COAST

AD2_HI

AD2_VI

R658

22k

R659

22k

R660

22k

R661

22k

R662

22k

R663

22k

R664

22k

R665

22k

R666

22k

R667

22k

R668

22k

R669

22k

R670

RES

1234

16151413

1211

56

109

78

R671

RES

16151413

1234

1211

56

109

78

R672

RES

16151413

1234

1211

56

109

78

R673

RES

16151413

1234

1211

56

109

78

R674

RES

11141516

6321

1213

54

109

78

9350_RA0

9350_RA1

9350_RA2

9350_RA3

9350_RA4

9350_RA5

9350_RA6

9350_RA7

9350_RA8

9350_RA9

9350_GA0

9350_GA1

9350_GA2

9350_GA3

9350_GA4

9350_GA5

9350_GA6

9350_GA7

9350_GA8

9350_GA9

9350_BA0

9350_BA1

9350_BA2

9350_BA3

9350_BA4

9350_BA5

9350_BA6

9350_BA7

9350_BA8

9350_BA9

9350_HA

9350_VA

9350_CLKA

9350_DEA

9350_LOCKA

9350_RB0

9350_RB1

9350_RB2

9350_RB3

9350_RB4

9350_RB5

9350_RB6

9350_RB7

9350_RB8

9350_RB9

9350_GB0

9350_GB1

9350_GB2

9350_GB3

9350_GB4

9350_GB5

9350_GB6

9350_GB7

9350_GB8

9350_GB9

9350_BB0

9350_BB1

9350_BB2

9350_BB3

9350_BB4

9350_BB5

9350_BB6

9350_BB7

9350_BB8

9350_BB9

9350_HB

9350_VB

9350CLKB

9350_DEB

9350_LOCKB

CLK27MHz

9350_RA[0]

T2

9350_RA[1]

T3

9350_RA[2]

T4

9350_RA[3]

T5

9350_RA[4]

U1

9350_RA[5]

U2

9350_RA[6]

U3

9350_RA[7]

U4

9350_RA[8]

V4

9350_RA[9]

P1

9350_GA[0]

P2

9350_GA[1]

P3

9350_GA[2]

P4

9350_GA[3]

P5

9350_GA[4]

R1

9350_GA[5]

R2

9350_GA[6]

R3

9350_GA[7]

R4

9350_GA[8]

R5

9350_GA[9]

M1

9350_BA[0]

M2

9350_BA[1]

M3

9350_BA[2]

M4

9350_BA[3]

M5

9350_BA[4]

N1

9350_BA[5]

N2

9350_BA[6]

N3

9350_BA[7]

N4

9350_BA[8]

N5

9350_BA[9]

W2

9350_HA

V2

9350_VA

W1

9350_CLKA GF_CLK_ODD

W3

9350_DEA

Y2

H4

9350_RB[0]

H5

9350_RB[1]

J2

9350_RB[2]

J3

9350_RB[3]

J4

9350_RB[4]

J5

9350_RB[5]

K2

9350_RB[6]

K3

9350_RB[7]

K4

9350_RB[8]

K5

9350_RB[9]

F4

9350_GB[0]

F5

9350_GB[1]

G1

9350_GB[2]

G2

9350_GB[3]

G3

9350_GB[4]

G4

9350_GB[5]

G5

9350_GB[6]

H1

9350_GB[7]

H2

9350_GB[8]

H3

9350_GB[9]

C1

9350_BB[0]

C2

9350_BB[1]

D1

9350_BB[2]

D2

9350_BB[3]

E1

9350_BB[4]

E2

9350_BB[5]

E3

9350_BB[6]

F1

9350_BB[7]

F2

9350_BB[8]

F3

9350_BB[9]

L5

9350_HB

L4

9350_VB

K1

9350_CLKB

L3

9350_DEB

L2

9350_LOCKB

+3.3VDX

RESRES

R619R620

A11

AA12

CLK0

D-GND

E10

HI_A

E11

VI_A

D11

CSI_A

D10

HI_B

E9

SOG

R601

22

1234

16151413

1211

56

109

78

R602

22

16

1234

151413

1211

56

109

78

R603

22

1234

16151413

1211

56

109

78

R604

22

1234

16151413

1211

56

109

78

22

R605

22

R606

22

R607

R608

22

1234

16151413

1211

56

109

78

R609

22

16151413

1234

1211

56

109

78

R610

22

1234

16151413

1211

56

109

78

R611

22

1234

16151413

1211

56

109

78

22

R612

22

R613

22

R614

GF_R_ODD[0]

GF_R_ODD[1]

GF_R_ODD[2]

GF_R_ODD[3]

GF_R_ODD[4]

GF_R_ODD[5]

GF_R_ODD[6]

GF_R_ODD[7]

GF_R_ODD[8]

GF_R_ODD[9]

GF_G_ODD[0]

GF_G_ODD[1]

GF_G_ODD[2]

GF_G_ODD[3]

GF_G_ODD[4]

GF_G_ODD[5]

GF_G_ODD[6]

GF_G_ODD[7]

GF_G_ODD[8]

GF_G_ODD[9]

GF_B_ODD[0]

GF_B_ODD[1]

GF_B_ODD[2]

GF_B_ODD[3]

GF_B_ODD[4]

GF_B_ODD[5]

GF_B_ODD[6]

GF_B_ODD[7]

GF_B_ODD[8]

GF_B_ODD[9]

GF_H_ODD

GF_V_ODD

GF_DE_ODD

GF_R_EVN[0]

GF_R_EVN[1]

GF_R_EVN[2]

GF_R_EVN[3]

GF_R_EVN[4]

GF_R_EVN[5]

GF_R_EVN[6]

GF_R_EVN[7]

GF_R_EVN[8]

GF_R_EVN[9]

GF_G_EVN[0]

GF_G_EVN[1]

GF_G_EVN[2]

GF_G_EVN[3]

GF_G_EVN[4]

GF_G_EVN[5]

GF_G_EVN[6]

GF_G_EVN[7]

GF_G_EVN[8]

GF_G_EVN[9]

GF_B_EVN[0]

GF_B_EVN[1]

GF_B_EVN[2]

GF_B_EVN[3]

GF_B_EVN[4]

GF_B_EVN[5]

GF_B_EVN[6]

GF_B_EVN[7]

GF_B_EVN[8]

GF_B_EVN[9]

GF_H_EVN

GF_V_EVN

GF_CLK_EVN

GF_DE_EVN

GF_LOCK_EVN

+3.3VDX

R624 R623

560 560

D-GND

HDMI_CLK

SAA_CLK

PD_CLK

AD_CLK

+3.3VDX

GF_R_ODD[0]

GF_R_ODD[1]

GF_R_ODD[2]

GF_R_ODD[3]

GF_R_ODD[4]

GF_R_ODD[5]

GF_R_ODD[6]

GF_R_ODD[7]

GF_R_ODD[8]

GF_R_ODD[9]

GF_G_ODD[0]

GF_G_ODD[1]

GF_G_ODD[2]

GF_G_ODD[3]

GF_G_ODD[4]

GF_G_ODD[5]

GF_G_ODD[6]

GF_G_ODD[7]

GF_G_ODD[8]

GF_G_ODD[9]

GF_B_ODD[0]

GF_B_ODD[1]

GF_B_ODD[2]

GF_B_ODD[3]

GF_B_ODD[4]

GF_B_ODD[5]

GF_B_ODD[6]

GF_B_ODD[7]

GF_B_ODD[8]

GF_B_ODD[9]

GF_H_ODD

GF_V_ODD

GF_CLK_ODD

GF_DE_ODD

GF_LOCK_ODD

TP42

TP43

TP46

TP47

TP51

TP52

TP55

TP56

TP63

TO/FROM FPGA2 (8/8)

TO VIDEO SELECT (2/8)

+3.3VDX

XCCLK

FDATA

XSTB#

PROG#

DONE

XRST

HDMI1_SCL

HDMI1_SDA

HDMI2_SCL

HDMI2_SDA

ED_WE1

ED_WE2

ED_WE3

SC_OE

SEL_A#B

SEL_OE#

XDIN

FCLK

INT#

+3.4V

Q538

SN74CB3Q3253PW

1

2

3

4

5

6

R625

7

0

8

R626 RES

16

1OE#

VCC

15

S1

2OE#

14

1B4

S0

R654

13

1B3

2B4

R655

12

1B2

2B3

R656

11

1B1

2B2

R657

10

1A

2B1

9

GND

2A

D-GND

C641

D-GNDD-GND

0

D-GND

10u/10

0.1u

T

C642

+3.3VDX

RES

R621

Q539

RES

2

3

1

D-GND

R622

47k

D-GND

C644

0.1u

T

10u/10

C643

8

R627

0

4

TC7WU04FU

62

Q540

D-GND

Q540

D-GNDD-GND

TC7WU04FU

R628

47p

C645

X504

CS10-27.000MABJTR

D-GND D-GND

GREEN

R629

D501

D-GND

17

1M

SML-310MT T86M:GREEN

47p

C646

Q540

TC7WU04FU

1k

79 80

CPF6360-0352F

TO JE03

(P601:HDMI PWB)

FROM VIDEO1 (5/)

J505

TP89

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

51

52

53

54

55

56

57

58

59

60

D-GND

PD_Y[9-0]

PD_CR[9-0]

PD_CB[9-0]

PD_RDEO

PD_FIELD

PD_VBLK

PD_VSYNC

PD_HSYNC

TP92

TP97

TP102

TP103

TP90

FROM/TO FPGA1 (/) (B to B Connector)

TO FPGA1 (/)

PD_RDEO

PD_FIELD

PD_VBLK

PD_VSYNC

PD_HSYNC

P801-8/8

PD_CR[0]

PD_CR[1]

PD_CR[2]

PD_CR[3]

PD_CR[4]

PD_CR[5]

PD_CR[6]

PD_CR[7]

PD_CR[8]

PD_CR[9]

PD_CB[0]

PD_CB[1]

PD_CB[2]

PD_CB[3]

PD_CB[4]

PD_CB[5]

PD_CB[6]

PD_CB[7]

PD_CB[8]

PD_CB[9]

PD_RDEO

PD_FIELD

PD_VBLK

PD_VSYNC

PD_HSYNC

PD_Y[0]

PD_Y[1]

PD_Y[2]

PD_Y[3]

PD_Y[4]

PD_Y[5]

PD_Y[6]

PD_Y[7]

PD_Y[8]

PD_Y[9]

HDMI_RE[9]

HDMI_RE[8]

HDMI_RE[7]

HDMI_RE[6]

HDMI_RE[5]

HDMI_RE[4]

HDMI_RE[3]

HDMI_RE[2]

HDMI_RE[1]

HDMI_RE[0]

HDMI_GE[9]

HDMI_GE[8]

HDMI_GE[7]

HDMI_GE[6]

HDMI_GE[5]

HDMI_GE[4]

HDMI_GE[3]

HDMI_GE[2]

HDMI_GE[1]

HDMI_GE[0]

HDMI_BE[9]

HDMI_BE[8]

HDMI_BE[7]

HDMI_BE[6]

HDMI_BE[5]

HDMI_BE[4]

HDMI_BE[3]

HDMI_BE[2]

HDMI_BE[1]

HDMI_BE[0]

AA3

AB3

AB4

AA5

AB5

AA6

AB6

AA7

AB7

AA8

AB8

AA9

AB9

W10

AA10

AB10

W11

AA11

AB11

W5

Y5

W6

Y6

Y7

W8

Y8

W9

Y9

Y10

Y11

W7

V8

V9

V7

V6

64011_Y0

64011_Y1

64011_Y2

64011_Y3

64011_Y4

64011_Y5

64011_Y6

64011_Y7

64011_Y8

64011_Y9

64011_CR0

64011_CR1

64011_CR2

64011_CR3

64011_CR4

64011_CR5

64011_CR6

64011_CR7

64011_CR8

64011_CR9

64011_CB0

64011_CB1

64011_CB2

64011_CB3

64011_CB4

64011_CB5

64011_CB6

64011_CB7

64011_CB8

64011_CB9

64011_RDE

64011_FILD

64011_VBLNK

64011_VI

64011_HI

Q537

XC2S300E-7-FGG456C

Q537

XC2S300E-7-FGG456C

+1.8VDX

P17

N17

J18

J19

J20

J21

J22

K18

K19

K20

M17

L17

G20

G21

G22

H18

H19

H20

H21

H22

K17

J17

E22

F18

F19

F20

F21

F22

G18

G19

E12

D12

D21

D22

E15

E16

E17

E19

E20

E21

E13

D13

C17

C18

C21

D15

D16

D17

D18

D20

E14

D14

A19

B15

B16

B17

B18

B19

C15

C16

A17

A16

A15

A18

0.1u

C657

E5

VCCINT

GND

A1

HDMI_RA0

HDMI_RA1

HDMI_RA2

HDMI_RA3

HDMI_RA4

HDMI_RA5

HDMI_RA6

HDMI_RA7

HDMI_RA8

HDMI_RA9

HDMI_GA0

HDMI_GA1

HDMI_GA2

HDMI_GA3

HDMI_GA4

HDMI_GA5

HDMI_GA6

HDMI_GA7

HDMI_GA8

HDMI_GA9

HDMI_BA0

HDMI_BA1

HDMI_BA2

HDMI_BA3

HDMI_BA4

HDMI_BA5

HDMI_BA6

HDMI_BA7

HDMI_BA8

HDMI_BA9

HDMI_RB0

HDMI_RB1

HDMI_RB2

HDMI_RB3

HDMI_RB4

HDMI_RB5

HDMI_RB6

HDMI_RB7

HDMI_RB8

HDMI_RB9

HDMI_GB0

HDMI_GB1

HDMI_GB2

HDMI_GB3

HDMI_GB4

HDMI_GB5

HDMI_GB6

HDMI_GB7

HDMI_GB8

HDMI_GB9

HDMI_BB0

HDMI_BB1

HDMI_BB2

HDMI_BB3

HDMI_BB4

HDMI_BB5

HDMI_BB6

HDMI_BB7

HDMI_BB8

HDMI_BB9

HDMI_DEI

HDMI_HI

HDMI_VI

HDMI_FIELD

0.1u

T

10u/10

C659

C658

VCCINT

GND

A22B2B21

0.1u

C660

VCCINT

GND

0.1u

C661

VCCINT

GND

C3

0.1u

C662

E18H7G8G7F6

VCCINT

GND

C20

0.1u

C663

F17

VCCINT

GND

G11

10u/10

C664

G15

VCCINT

GND

G12

+3.3VDX

Q537

3.3k

330

4.7k

TO/FROM FPGA1 (7/8)

XSTB#

FDATA

DONE

PROG#

XCCLK

FCLK

XRST

3.3kRES

R637

R636

R635

R634R641

INT#

XDIN

RES

C6B9

D-GND D-GND

XC2S300E-7-FGG456C

V10

R640

R639

R638

STB#

V11

SCLK

U11

SDATA

U10

RESET

W20

DONE

Y21

PROGRAM#

W21

INIT#

C22

DIN

B22

CCLK

RES

R679

C6C1

D-GNDD-GND

+3.3VDX

TP117

TP113

TP115

TP114 TP116

J506

BM06B-SRSS-TBT

TP112

1

2

3

4

5

6

4.7k

R642

4.7k

R644

R643

4.7k

Q537

XC2S300E-7-FGG456C

R645

E4

TMS

A21

TDO

C19

TDI

E6

TCK

D-GND

+3.3VDX

4.7k XC2S300E-7-FGG456C

R650

AA1

AB2

XC2S300E-7-FGG456C

A2

B1

D4

D19

W4

W19

Y4

AA4

AA22

Q537

A20

WRITE

B20

CS

M0

U5

M1

M2

Q537

N.C.

D-GND

00RES

4.7k

R649

R648

R647

R646

0

RES

R651

R652

R653

D-GND

+3.3VDX

0.1u

C686

VCCO

GND

10u/10

C687

GND

M14

0.1u

T

C688

C689

C690

C691

K16

J16

H17

G17

VCCO

GND

N9

N10

N11

M16

0.1u

VCCINT

GND

C672

U17T7R7T8V5U6H16

VCCINT

GND

K10

C673

V18

K11

VCCINT

GND

10u/10

C674

T15

VCCINT

GND

K12

0.1u

T

D-GND

C675

C676

R16

T16

VCCINT

GND

L7

K13

K14

T

10u/10

C669

C665

C666

C667

C668

C670

C671

G16

VCCINT

GND

J9

GND

J10

K9

J11

J12

J13

J14

0.1u

T

10u/10

C677

GND

L9

L10

L11

L12

T

10u/10

C683

C684

C680

VCCO

GND

C685

C681

C682

G14

G13

F16

F15

G10G9F8

VCCO

GND

M7

M9

M10

M11

M12

M13

C678

C679

F7

VCCO

GND

L13

L14

L16

10u/10

C692

GND

N12

0.1u

C693

VCCO

GND

0.1u

T

10u/10

C698

C694

C695

C696

C697

T13

T17

R17

P16

VCCO

GND

P9

P10

P11

P12

N14

T

N16

N13

VCCO

GND

0.1u

T

10u/10

C699

C6A1

C6A2

C6A4

C6A5

C6A6

C6A3

T9

U16

U15

T14

VCCO

GND

Y3

T11

T12

P13

P14

Y20

AA2

0.1u

T

10u/10

C6A7

C6A8

U8U7T10

VCCO

GND

AB1

AA21

T

10u/10

C6A9

C6B1

C6B2

C6B3

C6B4

T6R6P7

N7

VCCO

D-GND

C6B5

C6B6

C6B7

C6B8

K7J7H6

G6

VCCO

GND

AB22

HDMI_RE[0]

HDMI_RE[1]

HDMI_RE[2]

HDMI_RE[3]

HDMI_RE[4]

HDMI_RE[5]

HDMI_RE[6]

HDMI_RE[7]

HDMI_RE[8]

HDMI_RE[9]

HDMI_GE[0]

HDMI_GE[1]

HDMI_GE[2]

HDMI_GE[3]

HDMI_BE[0]

HDMI_BE[1]

HDMI_BE[2]

HDMI_BE[3]

HDMI_BE[4]

HDMI_BE[5]

HDMI_BE[6]

HDMI_BE[7]

HDMI_BE[8]

1615910

HDMI_BE[9]

1314

1112

R676

13141516

109

1112

R677

16111213

1415

109

R678

15111213

1416

109

HDMI_GE[4]

HDMI_GE[5]

HDMI_GE[6]

HDMI_GE[7]

HDMI_GE[8]

HDMI_GE[9]

RES

XC2S300E-7-FGG456C

Q537

H2

V2

+3.3VDX

R675 RES

1287

43

65

4321

78

65

1654

32

78

2654

31

78

TP91

TP93

TP94

TP95

TP98

TP99

TP100

TP104

TP105

TP101

+5.6V+3.4V

ED_WE2

ED_WE1

CEC2

TP96

CEC1

INT2

HOTPLUG2

HDMI2_RST

HDMI2_SDA

HDMI2_SCL

INT1

HOTPLUG1

HDMI1_RST

HDMI1_SDA

HDMI1_SCL

TP108

HDMI_CLK

D-GND

Q541

C648

R632

1K

0.1u

PQ033EZ01ZP

12345

RES

T

C649

2

1

D-GND

Q543

D-GND

DTC114YE

F525

12

3

0.1u

C650

D-GND

R682

3.3k

3

B

2.2k R681

D-GND

TP110

+3.3VDX

T

C651

47u/10

D-GNDA-GND

+1.8VDX

8281

NFM21PC474R1C3D

+5.6V

10k

R680

3

Q544

2

2SC4116

C

1

E

D-GND

Q542

PQ018EZ01ZP

12345

1K

C652

A-GND

10u/10

T

C653

A-GND

R633

RES

0.1u

T

C654

A-GND D-GND

+3.4V

D-GND

F526

NFM21PC474R1C3D

12

3

C655

D-GND

TP111

+1.8VDX

0.1u

T

C656

47u/6.3

D-GND

+5.6V

T

C647

10u/10

A-GND A-GND

P501

IO PWB

+5V_STB

SSSF021900

789

234

DL22

3

DL20

31

DL18

31

DL16

31

1

GND_D

RL23 RES

RL24 RES

RL25 RES

RL26 RES

12345

SL03

SSSF021900

678910

TP001

TP002

GND_D

TP007

TP008

02CZ24-Y(TE85L)

DL21

2

DL19

2

DL17

2

DL15

2

TO J304

(P701:SSB1 PWB)

LED

RXD

GND_D

CTS

JL16

123456789

SM14B-SRSS-TBT

TP003

TP004

3

31

1

31

LL15

TP015 TP016 TP017 TP018

GND_D

TP005 TP006

LL18

LL16

NFM2012R03C101R

129837465

JL08

YKC42-7019

NFM2012R03C101R

TXD

INT_EXT

RST

RC5

IR_SENSE

TRIG1

+5V_STB

TRIG0

+13V

1011121314

LL17

NFM2012R03C101R

TP019

GND_D

RL20

QL01

2CS4738

0

RL17

GND_D

TP013

TP012

47k

+5V

CL23

100u/16

GND_D

TP009

TP010

TP011

QL06

RN1107-TE85L

RES

RL21

QL04

RN1107-TE85L

+5V_STB

0.1u

CL10

GND_D

22k

RL15

TP021 TP022

TRIG1

TRIG1Z

0.1u

CL09

GND_D

47k

RL14

LL24

BLM31PG121SN1

1

2

JL09

YKB21-5164

DTA114YE TL

QL07

DL24

QL05

CL12

0.1u

GND_D

QL03

RL13 RL18

CL07

0.1u

GND_D

100

RL19

DTA114EE TL

QL02

DTA114EE TL

123

1SS301

LL25

TP020

BLM31PG121SN1

1

2

JL10

YKB21-5164

TP014

CL17

100u/25

1234

22k 22k

1234

47k

RL27

QL10

RN1107-TE85L

GND_D

0.1u

CL24

GND_D

CL14

GND_D

CL13

0.22u

CL11

0.22u

IC57 IC58

0.22u

NJM2370 NJM2370

RL12

47

5678

GND_D GND_D

DL25

U1BC44

LL26

BLM31PG121SN1

0.22u

CL25

1

2

JL11

YKB21-5164

RC232C REMOTE IN/OUT TRIG. 1/2

JL17

SM03B-SRSS-TB

TP118 TP119

CL08

0.22u

DL26

U1BC44

LL27

BLM31PG121SN1

0.22u

CL26

1

2

JL12

YKB21-5164

SUB_NMI

GND_SSB

RES

123

SL04

SSSS810803

RES

+5VD_IO

CL06

0.22u

LL10

TP031TP029 TP030

GND_D

GND_SSB

DL07

1SS378

3

2

1

CL18

NFM2012R03C101R

DCC+5V

54

JL07

YKF42-8027

T

10u/10

GND

10 671289

0.1u

CL01

GND

RGB_R

JL14

123456789

SM13B-SRSS-TB

TP053 TP054 TP055 TP056

GND TP047 TP048 TP049 TP050 TP051

GND

0.1u

CL05

GND

1SS302

LL09

LL08

LL07

NFM2012R03C101R

TP074TP073TP072TP071

B

G

R

3152

1314

1

11

TO J503

(P801:SSB2 PWB)

GND

RGB_G

GND

RGB_B

GND

RGB_H

RGB_V

GND

101112

QL08 F,U:RES N:

DTA114YE TL

RN1107-TE85L

QL09

N:

F,U:RES

AT24C21-10SC-2.5

F,U:

AT24C02-10SI-2.7N:

1234

CL15

CL16

RL01

RL02

+5VA_IO

DL10

2

31

DL09

1

2

31

DL08

2

3

TP076

GND

+5VD_IO

RL22

2.2k

IC56

5678

100p

100

RL03

RL04

2.2k

47k

-5VA_IO

LL14

LL11

NFM2012R03C101R

DCC_SDA

TP079 TP080 TP081 TP082

DCC_SCLHV

+5V_IO

WRITE_EN

GND

13

+5V

TP052

CL22

GND

RL11

RES

0

RL09

RL29

RL28

RL06 100

RL05

RES

RL10

F,U:

N:RES

DL14

1SS302

2

DL13

1SS302

2

DL12

1SS302

2

DL11

1SS302

2

LL13

LL12

NFM2012R03C101R

TO J501

(P801:SSB2 PWB)

GND

VIDEO

S_Y

S_C

DL03

1SS302

2

DL02

1SS302

2

DL01

1SS302

2

TP115

LL02

NFM2012R03C101R

TP100

GND

Y_COM1

+5VA_IO

1

31

3

JL13

123456789

SM15B-SRSS-TB

TP092 TP094

GND

100u/16

CL21

CL03

GND

2.2k

RL07

100

+5VD_IO

3

31

1

31

LL01

TP099

JL03

YKB11-3003

YELLOW

IC55

RL08

TC74HCT04AF

1234567

GND

NFM2012R03C101R

TP114

GND

VIDEO

1

2

VIDEO INRGB IN

TP084 TP085 TP086 TP087 TP088 TP089 TP090

+5VD_IO

10u/10

T

0.1u

8 9 10 11 12 13 14

TRIG1

TRIG1Z

LL03

NFM2012R03C101R

JL04

YKF51-5558

6

1

5

2

3124

TP101

3

Y

C

4

5

6

S-VIDEO IN

GND

CB1

CR1

+5V

1011121314

-5VA_IO

LL04

NFM2012R03C101R

TP102

Y_COM

213

JL05

YKC21-5936

GREEN

COMPONENT1 IN

-5V

15

TP091

CL04

CL02

LL05

TP103

BLUE RED

-5VA_IO

LL20 10uH

0.1u

CL20CL19

100u/16100u/16

GND

+5VA_IO

LL19 10uH

0.1u

GND

LL06

NFM2012R03C101R

TP104

CB

4

TO J 502

(P801:SSB2 PWB)

GND

Y_COM2

CB2

JL15

12345

SM06B-SRSS-TB

TP108 TP109

TP105 TP106 TP107

+5VA_IO

DL06

1SS302

2

31

DL05

1SS302

2

3

DL04

1SS302

1

2

31

-5VA_IO

NFM2012R03C101R

TP116

CR 5

6

LL21

TP111 TP112 TP113

GND

JL06

YKC21-5936

GREEN REDBLUE

LL22

NFM2012R03C101R

Y_COM2

213

NFM2012R03C101R

CB2

COMPONENT2 IN

GND

CR2

6

GND

1SS302

LL23

NFM2012R03C101R

CR2

4

5

DL27

2

DL28

2

DL29

2

TP110

+5VA_IO

1

31

3

6

-5VA_IO

TP117

GND

P501

GND_D

00MWG15AV501-

83 84

TO CN5

(UN02:POWER SUPPLY)

HIGH

LOW

FAN START CLOCK

FAN_CLK

FAN_HI

IRIS1

IRIS2

FAN_ECO

FAN_CIEL FLOOR

FAN_ERR ERROR

P202

DOOR SW PWB

OPEN : ERROR

! DOOR SW PWB

HIGH

NORMAL

LENS IRIS

WIDENARROW

LAMP IRIS

WIDE

NARROW

LAMP HIGH

LAMP LOW

CEILIMG

ROTATION

TO J311

(P701:SSB1 PWB)

12

00MWI29AV202-

TH02 67L110

OPEN : ERROR

FAN_ERR

FAN_CIEL

TEMP_ERR

DOOR_ERR

FAN_ECO

1

2

S3B-PH-SM3-TB

+6V

GND

+13V

SM12B-SRSS-TB

GND

FAN_CLK

FAN_HI

IRIS1

IRIS2

GND

SM02B-SRSS-TBSM02B-SRSS-TBSPPB6A0400

S2B-PH-SM3-TB

+13V

J201

3

2

1

1u

TP3

C201

GND

J202

1

2

3

4

5

6

7

8

9

10

11

12

TP13

J203J701S701

1

2

TP12

J204

1

2

+6V

TP1

TP2

47u/16

C202

TP4

TP6

TP7

TP5TP16

TP15

TP10

GND

TP9

TP14

P201-1/2

TP11

47k

R218

R217

GND

IRIS1

IRIS2

ECO MODE

10k-47k

TP8

456

123

R204

C205

R205

10k

Q206

RN1107-TE85L:1616BRT

47k

R201

Q202

RN1107-TE85L:1616BRT

Q204

UMD9NTR

47k

0.1u

10k-47k

0.1u

C203

1234567

NORMAL/HIGH

CEILING

Q205

BU4015BF-E2

1

1CLOCK

2

1Q3

3

2Q2

1RESET

4

2Q1

5

2Q0

6

2RESET

7

2D

8

VSS92CLOCK

GND

D200

VDD

1Q0

1Q1

1Q2

2Q3

1SS361

1D

891011121314

GND

123

16

15

14

13

12

11

10

C206

R202

RES

Q201

TC74VHCT08AFT(EL_K)

10k-47k

74LVC1G07DCKR

68k

R206

1u

C207

Q207

0.1u

RN1107-TE85L:1616BRT

R203

123

R208

10k-47k

47k

Q203

Q208

OD

47k

RN1107-TE85L:1616BRT

47k

R209

45

0.1u

C208

TP46TP47TP48

10k10k10k10k10k

R210R220R230R240R250

1u1u1u1u1u

C210C220C230C240C250

Q210

BA00ASFP

1

CTL

VCC4OUT

2

GND

Q220

BA00ASFP

1

CTL

2

VCC4OUT

GND

Q230

BA00ASFP

1

CTL

2

VCC4OUT

GND

Q240

BA00ASFP

1

CTL

2

VCC4OUT

GND

Q223

UMD9NTR

Q233

UMD9NTR

Q243

UMD9NTR

HIGH ECO

123

470k

R227

123

150k

R237

123

120k

R247

M701 FBE06T12HSA

J206

TP28

S3B-PH-SM3-TB

1

TP30

GND

J207

S3B-PH-SM3-TB

GND

J208

S3B-PH-SM3-TB

GND

J209

S3B-PH-SM3-TB

2

3

1

2

3

TP32

FAN [EXHAUST]

1

2

3

TP35TP38

1

2

3

R280

3.3k

TP29

15k

R281

D280

1SS361

1

Q224

UMD9NTR

Q234

UMD9NTR

Q244

UMD9NTR

123

100k

R228

123

100k100k100k

R238R248R258

123

456

R282

3.3k

R284

3.3k

R286

3.3k

2

D281

1SS361

2

R285

3

15k

R283

15k

1

3

C212

TP31

TP33

C222

TP34

TP36

C232C242

TP37

TP39

0.1u0.1u0.1u0.1u0.1u

S

7-13.8V

0.16A

FAN [DMD]

M703 D09F-12SH(EX)

S

6-13.8V

0.23A

M702 E0720H12B5AS

S

5.5-13.8V

0.2A

FAN [CW]

M704 FBL06A12H

S

7-13.8V

0.22A

FAN [INHALATION]

15k15k

R287R289

NORMAL ECO

R223

R233

R243R253 R213

CEILING

456

120k

R214

456

82k

270k

R224

456

22k

120k

R234

456

68k56k 68k

82k

R244

Q212

UMD9NTR

Q222

UMD9NTR

Q232

UMD9NTR

Q242

UMD9NTR

123

68k

R215

123

82k

R225

123

47k47k

R235R245

123

456

120k100k

R216R236

456

270k

R226

456

100k

R246

NORMAL

Q211

UMD9NTR

Q221

UMD9NTR

Q231

UMD9NTR

Q241

UMD9NTR

123

5

C

3

C211C221C231C241C251

D220

5

C

3

D230

5

C

3

D240 D210

5

C

3

47u/1647u/1647u/1647u/1647u/16

U1BC44

U1BC44 U1BC44

R211

R212

R221R231R241R251

R222R232

R242

22k22k22k22k22k

2.2k2.2k2.2k2.2k2.2k

00MWI29AV201-

Q250

BA00ASFP

1

CTL

2

VCC4OUT

GND

D252

1SS361

1

2

D250

U1BC44

5

C

3

R252

Q251

UMD9NTR

456

123

R254

120k

Q252

UMD9NTR

123

68k

R255

456

220k

R256

Q253

UMD9NTR

123

82k

R257

456

Q254

UMD9NTR

123

456

10k

0.1u

C290

R292

R288

3.3k

3

R291

GND

M705

15k

TP42

C252

TP40

GND

J210

S3B-PH-SM3-TB

1

2

3

TP41

D05F-12PH

S

5-13.8V

0.3A MAX

FAN [LAMP]

8685

FAN PWB

P201-2/2

TP49

C214

+6V

1u

Q260

PQ1U331M2ZPH

1

VIN

Vo

2

GND

3

Vc4NR

3.3V/300mA

5

C215

+13V

TP50

Q261

RES

R207

RES

D260

T

0.1u

C216

10u/10

RES

C217

S-80828CNUA

C218

RES

231

IN

GND

RES

123

OUT

2.8V RESET

R219

100k

R268

2.2k

IRIS1

GND

R229

120k

D261

1SS361

2

R239

120k

R249

120k

D262

1SS361

2

3.3k3.3k

560560

0.1u

C284

1u

C282

0.1u

9

102B11

12

131Q14

15

16

0.1u

C283

1

31

C285

1u

C287

1u

C286

3

Q262

74VHC123AFT

1

16

0.1u

Q264

74VHC123AFT

1

Vcc

1Cx

1Rx/Cx

1A~21B31CLR~41Q~52Q62Cx72Rx/Cx8GND

131Q14

15

Vcc

1Cx

1Rx/Cx

1A~21B31CLR~41Q~52Q62Cx72Rx/Cx8GND

2A~

2Q~

2CLR~

9

102B11

12

2A~

2Q~

2CLR~

C289

Q263

GND2VCTL3RC4PCT5RIN6VB7M18ATC

BA6951FS-E2

1

R261 100k

GND

R269

2.2k

R279

2.2k

6.8k 6.8k

R299 R267

0.1u

Q265

GND2VCTL3RC4PCT5RIN6VB7M18ATC

BA6951FS-E2

1

R293 100k

R266R298

47k47k

R262R294

0.1u

SM02B-SRSS-TB

TP17

SM02B-SRSS-TB

TP43

J205

J211

C264

C269

TP18

0.1u

TP44

0.1u

C263

C262

R265R297

9M210

11PC12

13TL14CS15

RT216RT1

FIN

VCC

100p100p

3.33.3

R264R296

C260C265

0.1u

C267

C268

9M210

11PC12

13TL14CS15

FIN

VCC

GND

C261

0.1u

LENS IRIS

1

2

5V 100mS

UN04

OPTICAL

ENGINE

UNIT

ILLUMINATION IRIS

1

2

5V 100mS

IRIS2

TP19

J224

COLOR WHEEL SENSOR

R270

RES

R271

TP20

TP21

123

SM03B-SRSS-TB

R259

C288

120k

1u

+6V

10k

RES

R272

R273

10k

R277

NJM2903M-TE1

GND

Q270

1234

R278 100k

10k

R274

5678

0.1u

C271

TP22

10k

R275

1u

C270

4.7k

R276

TP23

J223

123

SM03B-SRSS-TB

TO J009

(P101:FORMATTER PWB)

TP24

TP25

TP26

1234567

J221

CFP0508-0201

COLOR WHEEL MOTOR

GND

COMMON

MDY3

MDY2

TP27

MDY1

8

(P101:FORMATTER PWB)

123

J220

S4B-PH-SM3-TB

TO J008

R290

2.2k

4

10k 10k

R295 R263

GND

C266

0.1u

87 88

ENTER

S4W1

SKQGAD F1371106M

12 34

1.5k1.5k

R451R453

POWER

S4W2

SKQGAD F1371106M

12 34

1k

R452

PATTERN UP

S4W3

SKQGAD F1371106M

12 34

GND

INPUT LEFT

S4W4

SKQGAD F1371106M

12 34

1.5k1.5k

R456R458

DOWN

S4W6

SKHHPPA010

12 34

5

1k

GND GND

R457

S4W9

SKHHPPA010

12 34

5

GND

S4W7

SKHHPPA010

12 34

5

GND

RIGHT

S4W8

SKHHPPA010

12 34

5

MENU

S4W5

SKQGAD F1371106M

12 34

R459R461

R460

J329

SM13B-SRSS-TB

1

+3.3V STB

2

D4W1

1SS302

31

2

1

R462

R463

R464

GND

D4W2

1SS302

31

D4W3

1SS302

3

220

2

POWER ON WARNING STANDBY

2

D4W4

12

SECU1E01C

22k

R465

Q4W3

2SC4116-GR(TE85L)

BLUE

R471

GND

R481

47k

D4W7

RES

D4W8

WHITE

12

RES

R480

R472

GND

R473

10k

RES

12

RES

R470

WHITE

RES

ICK1 TC7SET08FU 123

D4W9

12

YELLOW

SML-010YTT86

220

R474

Q4W2

2SC4116-GR(TE85L)

45

R476

D4X0

47k

GND

GREEN

12

SML-010MTT86

2.2k

R475

Q4W1

2SC4116-GR(TE85L)

R478

10k

1.5k1.5k

1k

TT

C4W1C4W4

R477

GND

0.1u0.1u

47k

GND

R479

1u/161u/16

C4W2C4W5

GND

10k

3

4

5

6

7

8

9

10

11

12

13

KEY0

KEY1

KEY2

GND

LED_BL

LED_STD

LED_WAN

+5V STANDBY

NC

IR_SENSE

LED

TO J309 (P701:SSB1 PWB)

EN01 FN9226-6/02

1

N

3

2

R

P904

INLET PWB

00MWG413V904-

JB01

B2P3-VH

TO CN1

2

(UN02:POWER SUPPLY)

1

P903

KEY PWB

00MWG413V903-

D851

RPM-6936-V4:IR SENSOR

123

P901

GND

IR-FRONT PWB

00MWG413V901-

R851

C4W9

T

0.1u

C4X0

1u/35

12345

RES

J358

GND

+5V STANDBY

RES

D880

RES

R860

P905

LIGHT-L PWB

LED

GND

+5V STANDBY

WHITE

12

RES

R862

R861

00MWG413V905-

6

LED

RES

D881

12

RES

Q4W4

R863

RES

GND

WHITE

R855

RES

C855

RES

C856

RES

J356 RES

1

+5V STANDBY

2

T

GND

3

LED

R864

D882

RES

D883

WHITE

12

RES

R865

R866

RES

12

Q4W5

R867

RES

WHITE

R872

RES

C857

RES

C858

RES

J357

RES

1

+5V STANDBY

2

T

GND

3

LED

P906

LIGHT-R PWB

00MWG413V906-

GND

123

+5V STANDBY

0.1u

C853

IR REAR

GND

C4W8

T

0.1u

R854

C854

100

GND

47u/10

J331

SM03B-SRSS-TB

1

+5V STANDBY

2

IR REAR

3

0.1u

C4W7

123

J334

GND

SM03B-SRSS-TB

IR FRONT

+5V STANDBY

R852

100

22

T

0.1u

C851

C852

47u/10

J330

SM03B-SRSS-TB

1

+5V STANDBY

2

IR FRONT

3

GND GND

D852

RPM-6936-V4:IR SENSOR

P902

R853

22

123

GND

J335

SM03B-SRSS-TB

IR-REAR PWB

00MWG413V902-

9089

鉛フリー半田

11. PARTS LOCATION

C202 A2 C203 B3 C207 B3 C211 B1 C214 D4 C215 E4 C216 E3 C217 E3 C218 E3 C221 C1 C231 B4 C241 B1 C251 D4 C260 E4 C261 E4 C262 F4 C263 F4 C264 F4 C265 F2 C266 F2 C267 E2 C268 E2 C269 F1 C270 E2 C271 E2 C282 F3 C283 F3 C284 F3 C285 E3 C286 E2 C287 E2 C288 F2 C289 E2 D200 B3 D210 B2 D220 C2 D230 C4 D240 C2 D250 D4 D260 E3 D261 F3 D262 F2 D280 B1 D281 B1 J201 A2 J202 A3 J203 A4 J204 F3 J205 E4 J206 B1 J207 C1 J208 B4 J209 B1 J210 E4 J211 F2 J220 D1 J221 E1 J223 A2 J224 E1 Q201 B3 Q202 A3 Q203 B3 Q206 A3 Q208 B3

Q210 B2 Q211 B2 Q212 B2 Q220 D2 Q221 D2 Q222 D2 Q223 D3 Q224 D3 Q230 C4 Q231 C3 Q232 C3 Q233 C3 Q234 C3 Q240 C2 Q241 C2 Q242 C2 Q243 C3 Q244 C3 Q250 D4 Q251 D3 Q252 D3 Q253 D3 Q254 D3 Q260 E4 Q261 E3 Q262 F3 Q263 F4 Q264 F2 Q265 F2 Q270 E2 R201 A3 R202 A3 R203 B3 R206 B3 R207 E3 R209 B3 R211 B2 R212 B2 R219 E3 R221 D2 R222 D2 R229 F3 R231 C4 R232 B4 R239 E3 R241 C2 R242 C2 R249 E2 R251 D4 R252 C4 R259 F2 R261 E3 R262 E3 R263 E3 R264 E4 R265 F3 R266 F3 R267 F3 R268 F3 R269 E3 R270 E1 R271 D2 R272 E2 R273 E2

R274 E2 R275 D2 R276 D2 R277 E2 R278 E2 R279 E2 R290 F2 R293 F2 R294 F2 R295 F2 R296 F1 R297 E2 R298 E2 R299 E2

P201 A P201 B

C201 A2 C205 A3 C206 B3 C208 B3 C210 B2 C212 B1 C220 D2 C222 C1 C230 C4 C232 B4 C240 C2 C242 B1 C250 D4 C252 E4 C290 E4 D252 E4 Q204 A3 Q205 B3 Q207 B3 R204 A3 R205 A3 R208 B3 R210 B2 R213 B2 R214 B2 R215 B2 R216 B2 R217 A3 R218 A3 R220 D2 R223 D2 R224 D2 R225 D2 R226 D2 R227 D3 R228 D2 R230 C4 R233 C3 R234 C3 R235 C3 R236 C3 R237 C3 R238 C3 R240 C2 R243 C2 R244 C2 R245 C2 R246 C2 R247 C3 R248 C2 R250 D4 R253 D3 R254 D3 R255 C3 R256 D3 R257 D3 R258 D3 R280 B1 R281 B1 R282 C1 R283 C1 R284 B4 R285 B4 R286 C1 R287 B1 R288 E4 R289 E4 R291 E4 R292 D4

91 92

鉛フリー半田

半田付けには、鉛フリー半田

(Sn-Ag-Cu)

を使用してください。

Lead-free Solder

When soldering, use the Lead-free Solder (Sn-Ag-Cu).

鉛フリー半田

P801 A

C506 C12 C507 D10 C508 D10 C512 C12 C513 D10 C514 E10 C518 D12 C519 E10 C520 E10 C534 B12 C536 B12 C538 C12 C540 B11 C542 B11 C543 B10 C545 B11 C546 B11

鉛フリー半田

半田付けには、鉛フリー半田

C548 C11 C549 C11 C550 C11 C551 C11 C552 C11 C553 C11 C554 C11 C557 C11 C558 B11 C560 B10 C561 B10 C563 C10 C564 C10 C565 C10 C566 C10 C567 C10 C568 C10

(Sn-Ag-Cu)

C569 C10 C570 C10 C571 C10 C572 C11 C573 B11 C574 B10 C576 C10 C578 C10 C579 C10 C580 C10 C584 D12 C586 D12 C588 E12 C591 E11 C592 E11 C593 D11 C594 D11

C595 C11 C596 C11 C597 C10 C598 D10 C599 C10 C5A1 D11 C5A2 D10 C5A3 D10 C5A4 E11 C5A5 D11 C5A6 C8 C5A7 D8 C5A8 C7 C5A9 D7 C5B0 D10 C5B1 D7 C5B2 D7

を使用してください。

Lead-free Solder

When soldering, use the Lead-free Solder (Sn-Ag-Cu).

C5B3 C8 C5B4 D8 C5B5 D8 C5B6 D8 C5B7 D8 C5B8 D8 C5C1 D7 C5C3 D7 C5C4 D8 C5C5 D8 C5C6 D8 C5C7 D8 C5C8 D8 C5C9 D8 C5D2 D8 C5D8 A7 C5E2 A6 C5E3 A6 C5E6 A6 C5E7 C8 C5E8 C8 C5E9 C8 C5F1 C8 C5F3 C8 C5F4 C8 C5F6 C8 C5F7 C8 C5F8 C7

C5F9 C7 C5G3 C7 C5G6 B8 C5G7 C7 C5G9 C7 C5H1 B7 C5H3 B7 C5H4 B8 C5H5 B8 C5H6 B7 C5H7 B8 C5H8 B7 C5H9 B7 C5J1 B8 C5J9 B7 C5K5 B7 C5K6 B7 C5K9 B7 C5L2 B7 C5L4 C7 C5L6 C7 C5N6 D7 C5P1 D7 C5P2 D7 C5P3 D7 C5P5 E7 C5P6 D7 C5P7 D7

C5P8 D7 C5P9 E7 C5R2 E6 C5R8 E6 C5S7 D5 C5S8 D5 C5T7 D5 C5V2 C5 C5V3 C5 C5V9 D5 C5X7 C7 C5X8 C7 C5X9 C7 C5Y1 C7 C600 E4 C601 E4 C604 D4 C607 D4 C608 D4 C611 D4 C612 D4 C615 E4 C616 E4 C617 D4 C618 D4 C619 E4 C620 D3 C621 D4

C623 E4 C625 E4 C628 E2 C629 E2 C630 E2 C631 E2 C651 B1 C6D1 E3 C6D3 D3 C6D5 D3 C6D6 D3 F501 D9 F502 D9 F503 E9 F504 C2 F505 C9 F506 C9 F507 B9 F508 E8 F516 E2 F517 D2 F518 D2 F519 D2 F520 D2 F521 D2 F523 D4 F524 E2 F525 B2

F526 B2 J501 B12 J502 A12 J503 C12 J505 B9 J506 D2 L503 D10 L505 D10 L507 E10 L509 C11 L510 B11 L511 C10 L512 B11 L513 E11 L514 C10 L516 B10 L518 C11 L519 C11 L520 C10 L521 C11 L522 D10 L523 D10 L524 D12 L527 A7 L528 A6 L531 E7 Q501 D9 Q502 D9

Q503 E9 Q504 C2 Q505 A2 Q506 B11 Q507 B10 Q508 D11 Q509 C9 Q510 C9 Q511 C11 Q512 C10 Q513 D10 Q515 C8 Q516 C7 Q517 D7 Q518 C8 Q519 D8 Q520 D8 Q521 D8 Q525 C8 Q526 C8 Q527 C8 Q528 B8 Q529 D6 Q531 E2 Q532 D2 Q535 E3 Q536 E2 Q537 C4

Q541 A1 Q542 B2 Q545 D10 R550 B11 R551 B11 R552 B11 R556 B11 R557 B11 R558 B11 R559 B10 R560 B10 R561 B10 R562 B10 R563 B10 R564 B10 R587 C9 R588 C9 R589 C9 R590 C10 R591 B9 R592 B9 R593 B9 R594 B10 R598 B10 R5A6 D11 R5A7 E11 R5A8 E11 R5A9 D11

R5B1 C11 R5B2 C11 R5B3 C11 R5B4 C11 R5B5 C11 R5B6 D11 R5B7 D11 R5B8 D11 R5B9 D11 R5C1 D11 R5C2 C10 R5C3 C10 R5C4 C10 R5C5 C10 R5C6 C10 R5C7 D10 R5C8 D10 R5C9 D10 R5D1 D10 R5D2 E10 R5D4 D7 R5F1 D10 R5F2 C11 R5F4 C8 R5F5 C8 R5F6 C8 R5F7 D8 R5F8 D7

R5F9 C7 R5G1 C7 R5G2 D7 R5G3 C8 R5G4 D8 R5G5 C8 R5G6 C8 R5G7 D8 R5G8 D8 R5G9 D8 R5H1 D8 R5H2 E8 R5H3 E8 R5H4 E8 R5H5 E8 R5J5 D8 R5J6 E8 R5J7 E8 R5J8 E8 R5J9 E8 R5K1 E7 R5K2 E7 R5K3 E8 R5K4 E7 R5K7 D7 R5K8 D7 R5K9 C8 R5L1 C8

R5L2 C8 R5L3 B8 R5L4 B8 R5L5 B8 R5L8 B8 R5L9 B8 R5M3 C8 R5M4 C8 R5M5 B8 R5M6 B8 R5P9 D7 R5R3 D7 R5R6 D7 R5S2 D7 R5S5 E6 R5S6 E6 R5S7 E6 R5S8 E6 R5S9 E5 R5T1 D5 R5T2 D5 R5T3 D5 R5T8 D5 R5T9 D5 R5U1 D5 R5U2 D5 R5U7 C5 R5U8 C5

9493

R5U9 C5 R5V1 C5 R5V2 C5 R5V3 C5 R5V4 C6 R5V5 C6 R5V6 C6 R5W3 D3 R5W6 D4 R5W7 D3 R5W8 D4 R5X3 D3 R5X4 D3 R5X5 D3 R5X6 D3 R5X7 D3 R5X8 D5 R601 B3 R602 B3 R603 B3 R604 B3 R605 B3 R607 B3 R608 C3 R609 C3 R610 C3 R611 C3 R612 C3

R613 C3 R614 C3 R623 B4 R635 B5 R636 B5 R638 B5 R646 B3 R647 B3 R648 B3 R649 C4 R659 B5 R661 B5 R663 C5 R667 C5 R669 B5 R670 D4 R671 D4 R672 D4 R673 D3 R674 D3 R675 C5 R676 C5 R677 D5 R678 D4 R680 B1 X501 D7 X502 D5

鉛フリー半田

P801 B

C501 C12 C502 C12 C503 C12 C504 C12 C505 C12 C509 D9 C510 D9 C511 C12 C515 D9 C516 D9 C517 D12 C521 E9 C522 E9 C523 C2 C524 C2 C525 C2 C526 C2 C527 A2 C528 A2 C529 A2 C530 A2 C531 C2 C532 C2 C533 B12 C535 B12 C537 B12 C539 B11 C541 B11 C544 B10

C547 C11 C555 C11 C556 C11 C559 B11 C562 C10 C575 D9 C577 C9 C581 C9 C582 C9 C583 D12 C585 D12 C587 E12 C589 D12 C590 D12 C5B9 D7 C5C2 D7 C5D1 D8 C5D3 E7 C5D4 E8 C5D5 D7 C5D6 D7 C5D7 D7 C5D9 A7 C5E1 A6 C5E4 A6 C5E5 A6 C5F2 C8 C5F5 C8 C5G1 C8

C5G2 C8 C5G4 B8 C5G5 B8 C5G8 B8 C5H2 B8 C5J2 B8 C5J3 B8 C5J4 A8 C5J5 B8 C5J6 B8 C5J7 B8 C5J8 A8 C5K1 B7 C5K2 A7 C5K3 A7 C5K4 B7 C5K7 B7 C5K8 B7 C5L1 C7 C5L3 C7 C5L5 C7 C5L7 C7 C5L8 C7 C5L9 C7 C5M1 C7 C5M2 E2 C5M3 E2 C5M4 E2 C5M5 E2

C5M6 D2 C5M7 D2 C5M8 D2 C5M9 D2 C5N1 D7 C5N2 D7 C5N3 D7 C5N4 D6 C5N5 D6 C5N7 D6 C5N8 D6 C5N9 D6 C5P4 E7 C5R1 E7 C5R3 D5 C5R4 D6 C5R5 D6 C5R6 D6 C5R7 D6 C5R9 E5 C5S1 D5 C5S2 D5 C5S3 D5 C5S4 E5 C5S5 D5 C5S6 D5 C5S9 E5 C5T1 E4 C5T2 E4

C5T3 E4 C5T4 D4 C5T5 E4 C5T6 D5 C5T8 D5 C5T9 D5 C5U1 D5 C5U2 D5 C5U3 D5 C5U4 C5 C5U5 C5 C5U6 D5 C5U7 D6 C5U8 D5 C5U9 D6 C5V1 D5 C5V4 C5 C5V5 D4 C5V6 D4 C5V7 D6 C5V8 C5 C5W1 D4 C5W2 D4 C5W3 C6 C5W4 C6 C5W5 C6 C5W6 C6 C5W7 C6 C5W8 C6

C5W9 C6 C5X1 C6 C5X2 C6 C5X3 C6 C5X4 C7 C5X5 C7 C5X6 C7 C5Y2 D6 C5Y3 D6 C5Y4 D6 C5Y5 E6 C5Y6 E5 C5Y7 E6 C5Y8 E7 C5Y9 E6 C5Z1 E6 C5Z2 D7 C5Z3 D7 C5Z4 D7 C5Z5 C6 C622 E4 C624 E4 C626 E4 C627 E4 C632 D3 C633 E3 C634 E3 C635 D3 C636 E3

C637 E3 C638 D3 C639 D3 C640 D3 C641 B6 C642 B6 C643 C2 C644 C3 C645 D2 C646 D3 C647 B2 C648 B1 C649 A1 C650 B2 C652 B2 C653 B2 C654 B2 C655 B2 C656 B2 C657 C5 C658 D3 C659 C5 C660 B5 C661 B4 C662 D3 C663 B4 C664 B4 C665 C5 C666 C5

C667 B5 C668 B5 C669 B5 C670 D3 C671 D3 C672 D3 C673 D3 C674 D3 C675 D3 C676 B5 C677 D4 C678 C4 C679 B4 C680 B4 C681 C4 C682 C4 C683 C3 C684 C3 C685 C4 C686 C4 C687 C5 C688 C5 C689 C5 C690 C4 C691 C4 C692 C5 C693 D4 C694 D4 C695 D4

C696 D4 C697 D4 C698 D4 C699 D3 C6A1 C4 C6A2 B5 C6A3 C4 C6A4 C4 C6A5 C4 C6A6 C4 C6A7 C4 C6A8 C4 C6A9 C5 C6B1 B5 C6B2 C4 C6B3 C4 C6B4 C3 C6B5 B4 C6B6 B4 C6B7 C5 C6B8 C5 C6B9 C5 C6C1 B4 C6D2 D2 C6D4 D2 D501 D2 F509 B6 F510 C8 F511 C8

F512 C8 F513 B8 F514 B8 F515 B8 F522 E5 J504 A5 L501 C12 L502 C12 L504 D9 L506 D9 L508 E9 L515 C9 L517 C9 L525 D7 L529 D4 L530 E5 Q522 B7 Q523 A7 Q524 A6 Q530 D6 Q533 E5 Q534 D4 Q538 B6 Q539 B6 Q540 C2 Q543 B1 Q544 B1 R501 B12 R502 B12

R503 D9 R504 D9 R505 D10 R506 D9 R507 D9 R508 D8 R509 D9 R510 D9 R511 D9 R512 D9 R513 D9 R514 D9 R515 D10 R516 B12 R517 B12 R518 D9 R519 D9 R520 D9 R521 D10 R522 D9 R523 D8 R524 D9 R525 D9 R526 D9 R527 D9 R528 D9 R529 D9 R530 D10 R531 B12

R532 B12 R533 E9 R534 E9 R535 E9 R536 E10 R537 E9 R538 E8 R539 E9 R540 E9 R541 E9 R542 E9 R543 E9 R544 E9 R545 E10 R546 B2 R547 B12 R548 B12 R549 B12 R553 A12 R554 A12 R555 A12 R565 C11 R566 C11 R567 C11 R568 C8 R569 C9 R570 C8 R571 C9 R572 B8

R573 B9 R574 C9 R575 C9 R576 B9 R577 C11 R578 C11 R579 C11 R580 C11 R581 C11 R582 C11 R583 D9 R584 D9 R585 D9 R586 D10 R595 C9 R596 C9 R597 C9 R599 C10 R5A1 C10 R5A2 C10 R5A3 C12 R5A4 C12 R5A5 C12 R5D3 D7 R5H6 E8 R5H7 E8 R5H8 E8 R5H9 E8 R5J1 D8

R5J2 D8 R5J3 D8 R5J4 D8 R5K5 E7 R5K6 E7 R5L6 B8 R5L7 B8 R5M1 B8 R5M2 B8 R5M7 A8 R5M8 A8 R5M9 A8 R5N1 A8 R5N2 B7 R5N3 A7 R5N4 A7 R5N5 A7 R5N6 B7 R5N7 B7 R5N8 B7 R5N9 C7 R5P1 C7 R5P2 C7 R5P3 C8 R5P4 C8 R5P5 C8 R5P6 C8 R5P7 C8 R5P8 D7

95 96

R5R1 D6 R5R2 D7 R5R4 D6 R5R5 D7 R5R7 D7 R5R8 D7 R5R9 D7 R5S1 D7 R5S3 D7 R5S4 D7 R5T4 E5 R5T5 E5 R5T6 E5 R5T7 E4 R5U3 D4 R5U4 D4 R5U5 D4 R5U6 D4 R5V7 D2

鉛フリー半田

半田付けには、鉛フリー半田

R5V8 D2 R5V9 E4 R5W1 E3 R5W2 E3 R5W4 E3 R5W5 E3 R5W9 E3 R5X1 D3 R5X2 D3 R606 B3 R619 C2 R620 C2 R621 B6 R622 B5 R624 B4 R625 B5 R626 C5 R627 C2 R628 D2

R629 D2 R630 B5 R631 B6 R632 B1 R633 B2 R634 C5 R637 B5 R639 B4 R640 B4 R641 C5 R642 C4 R643 C5 R644 C4 R645 C4 R650 C4 R651 B3 R652 B3 R653 B3 R654 B6

(Sn-Ag-Cu)

R655 B6 R656 B6 R657 B6 R658 B5 R660 B5 R662 B5 R664 B4 R665 B4 R666 B5 R668 B5 R679 B4 R681 B1 R682 B1 X503 D4 X504 D2

を使用してください。

Lead-free Solder

When soldering, use the Lead-free Solder (Sn-Ag-Cu).

J701 A2 S701 B1

P501P202

P902 P902

CL01 C1 CL02 D4 CL03 D2 CL04 D5 CL05 D1 CL06 B8 CL07 C8 CL08 C9 CL09 B7 CL10 B7 CL11 C9 CL12 B8 CL13 B8 CL14 D8 CL15 D1 CL16 D1

P901P901

CL17 D8 CL18 D1 CL19 D4 CL20 D6 CL21 D2 CL22 D2 CL23 B6 CL24 B9 CL25 C7 CL26 C7 DL01 C6 DL02 C6 DL03 C5 DL04 C4 DL05 C4 DL06 C5

DL07 C1 DL08 C3 DL09 C3 DL10 C2 DL11 C1 DL12 D1 DL13 B2 DL14 B1 DL15 B6 DL16 B6 DL17 B6 DL18 B6 DL19 A2 DL20 A1 DL21 A2 DL22 A2

DL24 B7 DL25 C9 DL26 B8 DL27 B5 DL28 B4 DL29 B4 IC55 D2 IC56 D1 IC57 C9 IC58 B8 JL03 C6 JL04 C6 JL05 C4 JL06 B4 JL07 C2 JL08 B2

JL09 C8 JL10 B8 JL11 C7 JL12 B7 JL13 D5 JL14 D3 JL15 A3 JL16 D7 JL17 D6 LL01 C6 LL02 C6 LL03 C6 LL04 C3 LL05 C4 LL06 C5 LL07 C3

P903

LL08 C2 LL09 C2 LL10 C1 LL11 C1 LL12 B2 LL13 B1 LL14 C1 LL15 B3 LL16 B3 LL17 A2 LL18 A2 LL19 D4 LL20 D5 LL21 A3 LL22 A4 LL23 A5

LL24 C8 LL25 C8 LL26 C9 LL27 B8 QL01 B7 QL02 B7 QL03 D9 QL04 D8 QL05 B8 QL06 B8 QL07 B7 QL08 D2 QL09 D3 QL10 B7 RL01 C1 RL02 C1

RL03 D1 RL04 D1 RL05 B2 RL06 B1 RL07 B2 RL08 B1 RL09 D2 RL10 D2 RL11 D2 RL12 C9 RL13 D9 RL14 B7 RL15 B7 RL17 B7 RL18 B8 RL19 B7

RL20 D8 RL21 D8 RL22 D1 RL23 A5 RL24 A5 RL25 A6 RL26 A6 RL27 B7 RL28 B1 RL29 C2 SL03 A6 SL04 C7

Q4W2

P904

ICK1 Q4W1 Q4W3

9897

DECODER

TSD

＋

−

＋

−

＋

−

＋

−

8

6 9 5 10 4 3 2

7 1 14 13 11 16 15

12

15k

PREAMP

CTL AMP

V

CCVCTLRCPCTFINRINM2VB

CS AMP

TL AMP

ATC M1 GND

CS

T

L

PC RT1

RT2

RM1 / RM2

5k

RM2

RM1

12. MICROPROCESSOR AND IC DATA

Q205 : BA4051BF-E2

：

Q260 : BA6951FS-E2

99

Q521 : TE8200PF

SYNC. SEPARATOR

Q506 / Q507 : AD8185ARU

FEATURES Fully Buffered Inputs and Outputs Fast Channel-to-Channel Switching: 15 ns High Speed

380 MHz Bandwidth (–3 dB) 200 mV p-p 310 MHz Bandwidth (–3 dB) 2 V p-p

1000 V/␮s Slew Rate G = +1, 2 V Step 1150 V/␮s Slew Rate G = +2, 2 V Step

Fast Settling Time of 15 ns to 0.1% Low Power: 25 mA Excellent Video Specifications (R

= 150 ⍀)

L

Gain Flatness of 0.1 dB to 90 MHz

0.01% Differential Gain Error

0.02ⴗ Differential Phase Error

Low All-Hostile Crosstalk –84 dB @ 5 MHz

–54 dB @ 50 MHz Low Channel-to-Channel Crosstalk –56 dB @ 100 MHz High “OFF” Isolation of –100 dB @ 10 MHz Low Cost Fast High Impedance Output Disable Feature for

Connecting Multiple Devices

APPLICATIONS Pixel Switching for “Picture-In-Picture” Switching RGB in LCD and Plasma Displays RGB Video Switchers and Routers

PRODUCT DESCRIPTION

=+

FUNCTIONAL BLOCK DIAGRAM

IN0A

DGND

IN1A

GND

IN2A

V

IN2B

GND

IN1B

GND

IN0B

1 2

3 4 5 6

CC

7

EE

8

9 10

11 12

AD8183/AD8185

SELECT

DISABLE

0

1

2

24 23 22

21 20

19 18 17 16 15 14 13

V

OE

SEL A/B V OUT0 V

OUT1

V OUT2 V DVCC

V

Table I. Truth Table

SEL A/B OE OUT

0 0 INA 1 0 INB 0 1 High Z 1 1 High Z

CC

EE

CC

EE

CC

100

Q522 : AD9888

G

T i p r s

F i i i H g p T

FEATURES 205 MSPS Maximum Conversion Rate 500 MHz Programmable Analog Bandwidth

0.5 V to 1.0 V Analog Input Range Less than 450 ps p-p PLL Clock Jitter @ 205 MSPS

3.3 V Power Supply Full Sync Processing Sync Detect for “Hot Plugging” 2:1 Analog Input Mux 4:2:2 Output Format Mode Midscale Clamping Power-Down Mode Low Power: <1 W Typical @ 205 MSPS

APPLICATIONS RGB Graphics Processing LCD Monitors and Projectors Plasma Display Panels Scan Converters Microdisplays Digital TV

R

G

B

HSYNC

VSYNC

SOGIN

COAST

CLAMP

CKINV

CKEXT

FILT

SCL

SDA

FUNCTIONAL BLOCK DIAGRAM

8

R

IN

2:1

CLAMP

MUX

IN

2:1

CLAMP

MUX

IN

2:1

CLAMP

MUX

IN

2:1

MUX

2:1

MUX

SYNC

PROCESSING

2:1

MUX

AND

CLOCK

GENERATION

A/D

8

2

REF

AD9888

SERIAL REGISTER

AND

A0

POWER MANAGEMENT

OUTA

8

R

OUTB

8

G

OUTA

8

G

OUTB

8

B

OUTA

8

B

OUTB

DATACK

HSOUT

VSOUT

SOGOUT

REF BYPASS

ENERAL DESCRIPTION

he AD9888 is a complete 8-bit, 205 MSPS monolithic analog

nterface optimized for capturing RGB graphics signals from

ersonal computers and workstations. Its 205 MSPS encode ate capability and full-power analog bandwidth of 500 MHz upports resolutions up to UXGA (1600 × 1200 at 75 Hz).

or ease of design and to minimize cost, the AD9888 is a fully

ntegrated interface solution for flat panel displays. The AD9888 ncludes an analog interface with a 205 MHz triple ADC with nternal 1.25 V reference, PLL to generate a pixel clock from

SYNC and COAST, midscale clamping, and programmable

ain, offset, and clamp control. The user provides only a 3.3 V

ower supply, analog input, and HSYNC and COAST signals.

hree-state CMOS outputs may be powered from 2.5 V to 3.3 V.

The AD9888’s on-chip PLL generates a pixel clock from HSYNC and COAST inputs. Pixel clock output frequencies range from 10 MHz to 205 MHz. PLL clock jitter is typically less than 450 ps p-p at 205 MSPS. When the COAST signal is presented, the PLL maintains its output frequency in the absence of HSYNC. A sampling phase adjustment is provided. Data, HSYNC, and clock output phase relationships are maintained. The PLL can be disabled and an external clock input can be provided as the pixel clock. The AD9888 also offers full sync processing for composite sync and Sync-on-Green applications.

A clamp signal is generated internally or may be provided by the user through the CLAMP input pin. This interface is fully programmable via a 2-wire serial interface.

Fabricated in an advanced CMOS process, the AD9888 is provided in a space-saving 128-lead MQFP surface-mount plastic package and is specified over the 0°C to 70°C temperature range.

101

Q522 : AD9888

Mnemonic Description

Inputs

0 Channel 0 Analog Input for RED

R

AIN

0 Channel 0 Analog Input for GREEN

G

AIN

B

0 Channel 0 Analog Input for BLUE

AIN

1 Channel 1 Analog Input for RED

R

AIN

1 Channel 1 Analog Input for GREEN

G

AIN

B

1 Channel 1 Analog Input for BLUE

AIN

These high impedance inputs that accept the RED, GREEN, and BLUE channel graphics signals, respectively. (The six channels are identical and can be used for any colors; colors are assigned for convenient reference.)

They accommodate input signals ranging from 0.5 V to 1.0 V full scale. Signals should be ac-coupled to these pins to support clamp operation.

HSYNC0 Channel 0 Horizontal Sync Input HSYNC1 Channel 1 Horizontal Sync Input

These inputs receive a logic signal that establishes the horizontal timing reference and provides the frequency reference for pixel clock generation.

The logic sense of this pin is controlled by Serial Register 0EH, Bit 6 (Hsync Polarity). Only the leading edge of Hsync is used by the PLL. The trailing edge is used for clamp timing only. When HSPOL = 0, the falling edge of Hsync is used. When HSPOL = 1, the rising edge is active.

The input includes a Schmitt trigger for noise immunity, with a nominal input threshold of 1.5 V.

VSYNC0 Channel 0 Vertical Sync Input VSYNC1 Channel 1 Vertical Sync Input

These are the inputs for vertical sync.

SOGIN0 Channel 0 Sync-on-Green Input SOGIN1 Channel 1 Sync-on-Green Input

This input is provided to assist with processing signals with embedded sync, typically on the GREEN channel.

The pin is connected to a high speed comparator with an internally generated, variable threshold level, which is nominally set to 0.15 V above the negative peak of the input signal.

When connected to an ac-coupled graphics signal with embedded sync, it will produce a noninverting digital output on SOGOUT. (This is usually a composite sync signal, containing both vertical and horizontal sync information.) When not used, this input should be left unconnected. For more details on this function and how it should be configured, refer to the Sync-on-Green section.

CLAMP External Clamp Input

This logic input may be used to define the time during which the input signal is clamped to the reference dc level (ground for RGB or midscale for YUV). It should be exercised when the reference dc level is known to be present on the analog input channels, typically during the back porch of the graphics signal. The CLAMP pin is enabled by setting the external clamp control (Register 0FH, Bit 7) to 1 (default is 0). When disabled, this pin is ignored and the clamp timing is determined internally by counting a delay and duration from the trailing edge of the HSYNC input. The logic sense of this pin is controlled by the clamp polarity control (Register 0FH, Bit 6). When not used, this pin must be grounded and external clamp programmed to 0.

COAST Clock Generator Coast Input (Optional)

This input may be used to cause the pixel clock generator to stop synchronizing with HSYNC and continue producing a clock at its current frequency and phase. This is useful when processing signals from sources that fail to produce horizontal sync pulses when in the vertical interval or that include equalization pulses. The Coast signal is usually not required for PC generated signals.

The logic sense of this pin is controlled by 0FH, Bit 3 (Coast Polarity). When not used, this pin may be grounded and Coast Polarity programmed to 1, or tied high (to V 10 kΩ resistor) and Coast Polarity programmed to 0. The Coast Polarity register bit defaults to 1 at power-up.

CKEXT External Clock Input (Optional)

This pin may be used to provide an external clock to the AD9888 in place of the clock internally generated from HSYNC. It is enabled by programming the External Clock Register to 1 (15H, Bit 0). When an external clock is used, all other internal functions operate normally. When unused, this pin should be tied through a 10 kΩ resistor to GROUND, and the External Clock Register programmed to 0. The clock phase adjustment still operates when an external clock source is used.

through a

D

102

Q522 : AD9888

Mnemonic Description

CKINV Sampling Clock Inversion (Optional)

This pin may be used to invert the pixel sampling clock, which has the effect of shifting the sampling phase 180°. This is in support of Alternate Pixel Sampling mode, wherein higher frequency input signals (up to 410 Msps) may be captured by first sampling the odd pixels, then capturing the even pixels on the subsequent frame.

This pin should be exercised only during blanking intervals (typically vertical blanking) as it may produce several samples of corrupted data during the phase shift.

CKINV should be grounded when not used.

Outputs

D

RA7–0

RB7–0

GA7–0

GB7–0

BA7–0

BB7–0

Data Output, Red Channel, Port A Data Output, Red Channel, Port B Data Output, Green Channel, Port A Data Output, Green Channel, Port B Data Output, Blue Channel, Port A Data Output, Blue Channel, Port B

These are the main data outputs. Bit 7 is the MSB.

Each channel has two ports. When the part is operated in single-channel mode (Channel Mode bit (15H, Bit 7) = 0), all data are presented to Port A, and Port B is placed in a high impedance state.

Programming the Channel Mode bit to 1 establishes dual-channel mode, wherein alternate pixels are presented to Port A and Port B of each channel. These will appear simultaneously; two pixels are presented at the time of every second input pixel, when the Output Mode bit (15H, Bit 6) is set to 1 (parallel mode). When the Output Mode bit is set to 0, pixel data appear alternately on the two ports, one new sample with each incoming pixel (interleaved mode.)

In dual-channel mode, the first pixel after HSYNC is routed to Port A. The second pixel goes to Port B, the third to A, and so on. This can be reversed by setting the A/B Invert bit to 1 (15H, Bit 5).

The delay from pixel sampling time to output is fixed. When the sampling time is changed by adjusting the PHASE register, the output timing is shifted as well. The DATACK, DATACK, and HSOUT outputs are also moved, so the timing relationship among the signals is maintained.

DATACK Data Output Clock

DATACK Data Output Clock Complement

These are differential data clock output signals to be used to strobe the output data and HSOUT into external logic.

They are produced by the internal clock generator and are synchronous with the internal pixel sampling clock.

When the AD9888 is operated in single-channel mode, the output frequency is equal to the pixel sampling frequency. When operated in dual-channel mode, the clock frequency is one-half the pixel frequency, as is the out put data frequency.

When the sampling time is changed by adjusting the PHASE register, the output timing is shifted as well. The Data, DATACK, DATACK, and HSOUT outputs are all moved, so the timing relationship among the signals is maintained.

Either or both signals may be used, depending on the timing mode and interface design employed.

HSOUT Horizontal Sync Output

This is reconstructed and phase-aligned version of the Hsync input. Both the polarity and duration of this output can be programmed via serial bus registers.

By maintaining alignment with DATACK, DATACK, and Data, data timing with respect to horizontal sync can always be determined.

SOGOUT Sync-On-Green Slicer Output

This pin can be programmed to output either the output from the Sync-On-Green slicer comparator or an unprocessed but delayed version of the Hsync input. See the Sync Processing Block Diagram (Figure 25) to view how this pin is connected. (Note: Other than slicing off SOG, the output from this pin gets no other additional processing on the AD9888. Vsync separation is performed via the sync separator.)

REF BYPASS Internal Reference BYPASS

This bypass for the internal 1.25 V band gap reference should be connected to ground through a 0.1 μF capacitor. The absolute accuracy of this reference is ±4%, and the temperature coefficient is ±50 ppm, which is adequate for most AD9888 applications. If higher accuracy is required, an external reference may be employed instead.

RMIDSCV RED Channel Midscale Voltage BYPASS

BMIDSCV BLUE Channel Midscale Voltage BYPASS

These bypasses for the internal midscale voltage references should each be connected to ground through 0.1 μF capacitors. The exact voltage varies with the gain setting of the BLUE channel.

103

Q522 : AD9888

Mnemonic Description

FILT External Filter Connection

For proper operation, the pixel clock generator PLL requires an external filter. Connect the filter shown in Figure 6 to this pin. For optimal performance, minimize noise and parasitics on this node.

Power Supply

V

D

Main Power Supply These pins supply power to the main elements of the circuit. It should be as quiet and filtered as possible.

V

DD

Digital Output Power Supply A large number of output pins (up to 52) switching at high speed (up to 110 MHz) generates a lot of power supply transients (noise). These supply pins are identified separately from the V minimize output noise transferred into the sensitive analog circuitry. If the AD9888 is interfacing with lower volt

PV

age logic, V

D

Clock Generator Power Supply

may be connected to a lower supply voltage (as low as 2.5 V) for compatibility.

DD

The most sensitive portion of the AD9888 is the clock generation circuitry. These pins provide power to the clock PLL and help the user design for optimal performance. The designer should provide “quiet,” noise-free power to these pins.

GND Ground

The ground return for all circuitry on chip. It is recommended that the AD9888 be assembled on a single solid ground plane, with careful attention paid to ground current paths.

Serial Port (2-Wire)

SDA Serial Port Data I/O SCL ISerial Port Data Clock A0 Serial Port Address Input 1

For a full description of the 2-wire serial register and how it works, refer to the Control Register section.

pins, so special care can be taken to

D

Q513 : TC74HC4052AFT

104

Q529 : µPD64011BGM

10 BIT VIDEO DECODER

105 106

13. EXPLODED VIEW AND PARTS LIST

365G

x4

391G

361G

390G

340G

5128

3X8(U)

x6

UN02

485G

POWER SUPPLY

5182 2X(U)

x3

5182 2X4(U)

x3

5128 3X6(A)

373G

193G

215G

477G

x2

x4

205G

x2

UN01

LAMP BALLAST

5128 3X6(A)

x7

392G

463G

415G

5128 3X6(A)

338G

x2

520G

H

J

5128

3X10(A)

x6

UN04

OPTICAL ENGINE (DMD PWB:P301)

154G

460G

137G

x2

5126 3X10(A)

5110 3X6(A)

x2

380G

5128 3X15(A)

x2

035G

P904

5128 3X5(U)

5128

3X6(A)

x2

306G

305G

150G

5148 3X8(A)

x2

5128 3X6(A)

x4

003B

LU-12VPS3

LAMP UNIT (include UN03)

180G

5128 3X6(A)

x5

IO PWB

P501

180G

102B

220G

241G

226G

x2

UN03

224G

x4

107B

521G

516G

115B

100B

110B

109B

x2

P902

IR-REAR PWB

371G

370G

465G

185B

483G

5128 3X6(A)

x3

051S

5110 3X8(K)

5128 3X6(A)

x2

191G

130B

G

F

486G

UONLY

058S

135B

145B

053S (N,U ON LY )

350G

053S (K ONLY )

x3

UN02

POWER SUPPLY

494G

496Gx2

490G

492G

160B

165B

170B

5128

2.6X 8(A) x3

150B

5 110 3X8(K)

x2

154B

5110 3X6(A)

498G

030C

UN01

LAMP

502G

BALLAST

506Gx2

500G 504G

J

H

M704

5150 3X8(K)

x4

x2

040C

025C

156B

051B

x2 041C

x2

481G

035C

x2

5128

3X15(A)

x2

157B

001C

x2

523G

5128 3X8(U)

5128

3X8(K)

x4

x2

5128 3X5(U)

A

G

525G

482G

5110 3X6(A)

041B

x4

055S

U O NLY

05 7S

5110 3X6(A)

x4

5110 4X6(K)

x4

031B

035B

038B

039B

032B

5128 3X8(U)

034B

5128 3X8(U)

x4

5128 3X8(U)

x4

013B

053B

025Bx3

015B

018B

019B

017B

04 0B

P 901

IR FRONT PWB

B

P 903

KEY PWB

5128 3X6(A)

SY MBOL STYLE

5110

5126

5128

51 48

5150

51 82

54 02

B

001G

5110 4X10(A)

x4

51 28 3X8(U)

x2

395G

061B

x2

396G

050B

5128 3X8(K)

055B

x2

x4

001B

F

200G

344G

A

346G

+B .H.M.SCREW

+B .H.T AP TI TE SCREWW /WAS HER

+B .H.TAP TI TE SCREW( B T YPE)

+B .H.M .S CRE W( W/ WA SH ER )

+F .H .TAP TITE S CREW( B TYPE)

+P.H .M .SCRE W( MINUTE)

FL AT WASH ERS

34 5G

PAR TS NA ME

348G

x2

5128 3X6(A)

x7

MARK MATERIAL/ FINISH

(U ) STEEL /BLACK

(A ) STEEL /CHROMAT E

(K ) STEEL /NICKE L

108107

5128 3X25(U)

x2

M702

FORMATTER PWB

EXTEND PWB

P400 x2

132G

x4

(DMD PWB:P301)

UN04

5128 3X6(A)

x9

301G

x3

P101

5128 3X 6(A)

133G

5128 3X6(A)

FAN PWB

P201

x4

484G

138G

x3

5128 3X 6(A)

x3

x4

5128

3X20(U)

x2

5128 3X6(A)

x6

310G

312G

393G

014G

5128 3X6(A)

464G

450G

M701

x2

332G

047C

367G

x4

394G

LEAF SW PWB

P202

524G

360G

x7

515G

PK00

PWB KIT (P701+P801)

5128 3X6( A)

400G

5128 3X6(A)

139G

x2

A

001G

SSB2 PWB

P801

245G

P701

SSB1 PWB

5128 3X6(A)

x2

230G

x2

342G

5128 3X6(A)

x9

5110 3X6(A)

x6

x3

5128 3X8(U)

361G

300G

x6

042G

034G

P 904

INLET PWB

P601

HDMI PWB

236Gx4

044Gx2

038G

036G

048G

030G

048G

5128 3X6( A)

x2

237Gx4

241Gx2

239G

235G x2

A

M703

046Gx3

040Gx2

M705

048G

032G x2

109

(

)

(MZ)

(

)

(

)

(EX)

pnsp

VP-15S1

P.W.B.

NAME

POS. NO.

001B 00M29AV064010 00M29AV064010 CASE CASE TOP B 003B 00M413V003390 00M413V003390 PERFORATED PERFORATED FOR TOP B 013B 00M413V270310 00M413V270310 BUTTON BUTTON MAIN FRAME B 015B 00M15AV270020 00M15AV270020 BUTTON BUTTON KEY TOP POWER 025B 00M413V151010 00M413V151010 INTRODUCER INTRODUCER LED 01 031B 00M29AV154010 00M29AV154010 KNOB KNOB 4-DIRECTION B 032B 00M413V354020 00M413V354020 LEVER LEVER FOR 031B KNOB 034B 00M413V104070 00M413V104070 RETAINER RETAINER FOR 035B RING 035B 00M413V353310 00M413V353310 RING RING 4-DIRECTION B 039B 00M413V115010 00M413V115010 SPRING SPRING FOR 4DIRECTION KNOB 050B 00M28AV064020 00M28AV064020 CASE CASE BOTTOM B 051B 00M413V003380 00M413V003380 PERFORATED PERFORATED FOR BOTTOM B 053B 00M413V158210 00M413V158210 WINDOW WINDOW IR FRONT 055B 00M413V057010 00M413V057010 LUG EYELET LEG FOR CASE BOTTOM 100B 00M15AV250310 00M15AV250310 REAR PANEL REAR PANEL I/O TERMINAL B 107B 00M183J010010 00M183J010010 SCREW SCREW FOR IR REAR PWB 110B 00M413V158020 00M413V158020 WINDOW WINDOW IR REAR 115B 00M29AV063010 00M29AV063010 ESCUTCHEON ESCUTCHEON I/O TERMINAL B 130B 00M15AV257350 00M15AV257350 LID LID LAMP LID B 135B 00M413V010020 00M413V010020 SCREW SCREW LAMP LID 150B 00M29AV053010 00M29AV053010 COVER COVER FRONT VP-15S1 B 154B 00M15AV257360 00M15AV257360 LID LID FOR COVER FRONT B 160B 00M15AV154340 00M15AV154340 KNOB KNOB ZOOM RING M B 165B 00M19AV154330 00M19AV154330 KNOB KNOB FOCUS RING MIDDLE BLACK 170B 00M19AV063020 00M19AV063020 ESCUTCHEON ESCUTCHEON FOR FOCUS RING MIDDLE 185B 00M15AV154320 00M15AV154320 KNOB KNOB LENS SHIFT B 001C 00M413V164510 00M413V164510 ADJUSTER ADJ LEG ASSY 035C 00M413V057010 00M413V057010 LUG EYELET LEG ADJ. LEG 035G 00MZK29AV0060 00MZK29AV0060 UNIT KIT P/N 102299690 CW 98MM 6SEGMENTS 9000RPM 105G 00MYJ90014710 00MYJ90014710 JACK 8448-001 CLGA 355 CONTACTS 150G 00M413V064030 00M413V064030 CASE CASE LAMP HOUSE 165G 00M413V116010 00M413V116010 LEAF SPRING LEAF SPRING LAMP FIX 224G 00M396B010030 00M396B010030 SCREW SCREW FOR D-SUB TERMINAL 344G 00M413V056010 00M413V056010 EYELET BUFFER FOR 200G DUCT LID 345G 00M413V056250 00M413V056250 EYELET BUFFER FOR 200G 346G 00M413V056020 00M413V056020 EYELET BUFFER FOR DUCT BOTTOM 348G 00M413V056030 00M413V056030 EYELET BUFFER FOR DUCT L/R SIDE 350G 00M413V056040 00M413V056040 EYELET BUFFER FOR OPT ENGIN AND DUCT 395G 00M413V056100 00M413V056100 BUFFER BUFFER FOR BOTTOM CASE 515G 00M19AV056010 00M19AV056010 BUFFER BUFFER FOR SSB-FMT 516G 00M19AV056010 00M19AV056010 BUFFER BUFFER FOR I/O CABLE 520G 00M29AV107100 00M29AV107100 GASKET GASKET FOR DMD CHASSIS 521G 00M29AV107110 00M29AV107110 GASKET GASKET FOR I/O CABLE 523G 00M29AV157010 00M29AV157010 AL SHEET AL SHEET FOR FOCUS/IRIS CABLE 524G 00M29AV157020 00M29AV157020 AL SHEET AL SHEET FOR MAIN-FAN COVER 525G 00M29AV157030 00M29AV157030 AL SHEET AL SHEET FOR KEY CABLE FC02 00MFC90180010 00MFC90180010 FERRITE CORE FERRITE CORE FC03 00MFC90210010 00MFC90210010 FERRITE CORE FERRITE CORE FC04 00MFC90210010 00MFC90210010 FERRITE CORE FERRITE CORE FC05 00MFC90180010 00MFC90180010 FERRITE CORE FERRITE CORE M701 00MMM01200410 00MMM01200410 D.C MOTOR FBE06T12HSA M702 00MMM01201090 00MMM01201090 D.C MOTOR E0720H12B5AS-X M703 00MMM01201070 00MMM01201070 D.C MOTOR D09F-12SH M704 00MMM01200120 00MMM01200120 D.C MOTOR FBL06A12H FRONT FAN M705 00MMM01201080 00MMM01201080 D.C MOTOR D05F-12PH P101 99MZZ29AV1000 99MZZ29AV1000 PWB ASSY FORMATTER PWB P201 ns P202 ns P301 ns P400 00MWE19AV4000 00MWE19AV4000 FLEXIBLE PWB Y-FLEX YFB-A104307 P501 ns P601 99MZZ29AV6000 99MZZ29AV6000 PWB ASSY HDMI PWB P701 99MZZ29AV7000 99MZZ29AV7000 PWB ASSY SSB1 PWB P801 99MZZ27AV8000 99MZZ27AV8000 PWB ASSY SSB2 PWB ASSY P901 ns P902 ns P903 ns

VERS.

COLOR

PART NO.

FOR EUR

PART NO.

PART NAME DESCRIPTION

E04SR150718

PWB ASSY FAN PWB ASSY PWB ASSY DOOR SW PWB ASSY PWB ASSY DMD PWB

PWB ASSY I/O PWB ASSY

PWB ASSY IR-FRONT PWB ASSY PWB ASSY IR-REAR PWB ASSY PWB ASSY KEY PWB ASSY

NOTE : "nsp" PART IS LISTED FOR REFERENCE ONLY, MARANTZ WILL NOT SUPPLY THESE PARTS.

110

(

)

(MZ)

pnsp

(

)

p

)

p

)

p

)

p

/

p

/

p

VP-15S1

P.W.B.

NAME

PACKING

NOT STANDARD SPARE PART

POS. NO.

P904 ns PK00 99MZZ29AVSSB0 99MZZ29AVSSB0 PWB ASSY P701 AND P801 PAIR PWB ASSY KIT TH02 00MFR30090010 00MFR30090010 CIRCUIT BREAKER 67L110 UN01 00MZK19AV0020 00MZK19AV0020 UNIT KIT PS214A-LC220-20C-REV2 UN02 00MZK19AV0030 00MZK19AV0030 UNIT KIT SU-041R A POWER SUPPLY UNIT UN03 00MZK07AV0040 00MZK07AV0040 UNIT KIT SHP 200WDC UN04 00MZK29AV0070 00MZK29AV0070 UNIT KIT OPTICAL ENGINE UNIT VP15S1 W001 ns W002 ns W031 ns

001T F B ns 001T 001T 001Z 00MZK19AV0010 00MZK19AV0010 UNIT KIT RC05 REMOCON RC-11VPS1 040Z F B ns 040Z 040Z

010S ns 015S ns 021S ns 023S ns 035S ns 039S ns 035Z ns

VERS.

COLOR

N1B 00M29AV851250 00M29AV851250 USER GUIDE USER GUIDE VP-15S1 U U1B ns

N1B 00MZC02003190 00MZC02003190 MAINS CORD # MAINS CORD 3P FOR N 10A 250V AC U1B ns

PART NO.

FOR EUR

PART NO.

00MYU50045590 FPC ASCUJ(0.5)-50G-45-6S4(B)-M(2896 00MYU08200520 FPC 1.0MM FFC 8P 200MM (J224-CW 00MYU60080510 FPC FFC 0.5X60P (JE03-J505

00M29AV851110 USER GUIDE USER GUIDE VP-15S1 F

00M29AV851250 USER GUIDE USER GUIDE VP-15S1 U

00MZC01801070 MAINS CORD # MAINS POWER CABLE 125V 7A

00MZC01802110 MAINS CORD # MAINS CORD 3P FOR U 10A 125V AC

00M413V809010 CUSHION CUSHION LEFT 00M413V809020 CUSHION CUSHION RIGHT 00M07AV809110 CUSHION CUSHION BOTTOM 00M07AV809120 CUSHION CUSHION TOP 00M29AV801010 PACKING CASE PACKING CASE VP-15S1 00M07AV805010 MASS CARTON MASTER CARTON 00M413V067010 CAP CAP PRODUCTION LENS

PART NAME DESCRIPTION

PWB ASSY INLET PWB ASSY

LAMP

NOTE : "nsp" PART IS LISTED FOR REFERENCE ONLY, MARANTZ WILL NOT SUPPLY THESE PARTS.

111

(

)

(MZ)

(

)

(

)

(EX)

pnsp

VP-15S1L

P.W.B.

NAME

POS. NO.

001B 00M29AV064010 00M29AV064010 CASE CASE TOP B 003B 00M413V003390 00M413V003390 PERFORATED PERFORATED FOR TOP B 013B 00M413V270310 00M413V270310 BUTTON BUTTON MAIN FRAME B 015B 00M15AV270020 00M15AV270020 BUTTON BUTTON KEY TOP POWER 025B 00M413V151010 00M413V151010 INTRODUCER INTRODUCER LED 01 031B 00M29AV154010 00M29AV154010 KNOB KNOB 4-DIRECTION B 032B 00M413V354020 00M413V354020 LEVER LEVER FOR 031B KNOB 034B 00M413V104070 00M413V104070 RETAINER RETAINER FOR 035B RING 035B 00M413V353310 00M413V353310 RING RING 4-DIRECTION B 039B 00M413V115010 00M413V115010 SPRING SPRING FOR 4DIRECTION KNOB 050B 00M28AV064020 00M28AV064020 CASE CASE BOTTOM B 051B 00M413V003380 00M413V003380 PERFORATED PERFORATED FOR BOTTOM B 053B 00M413V158210 00M413V158210 WINDOW WINDOW IR FRONT 055B 00M413V057010 00M413V057010 LUG EYELET LEG FOR CASE BOTTOM 100B 00M15AV250310 00M15AV250310 REAR PANEL REAR PANEL I/O TERMINAL B 107B 00M183J010010 00M183J010010 SCREW SCREW FOR IR REAR PWB 110B 00M413V158020 00M413V158020 WINDOW WINDOW IR REAR 115B 00M29AV063010 00M29AV063010 ESCUTCHEON ESCUTCHEON I/O TERMINAL B 130B 00M15AV257350 00M15AV257350 LID LID LAMP LID B 135B 00M413V010020 00M413V010020 SCREW SCREW LAMP LID 150B 00M29AV053010 00M29AV053010 COVER COVER FRONT VP-15S1 B 154B 00M15AV257360 00M15AV257360 LID LID FOR COVER FRONT B 160B 00M19AV154360 00M19AV154360 KNOB KNOB ZOOM RING L B 165B 00M19AV154330 00M19AV154330 KNOB KNOB FOCUS RING MIDDLE BLACK 170B 00M19AV063120 00M19AV063120 ESCUTCHEON ESCUTCHEON FOR FOCUS RING LONG 185B 00M15AV154320 00M15AV154320 KNOB KNOB LENS SHIFT B 001C 00M413V164510 00M413V164510 ADJUSTER ADJ LEG ASSY 035C 00M413V057010 00M413V057010 LUG EYELET LEG ADJ. LEG 035G 00MZK29AV0060 00MZK29AV0060 UNIT KIT P/N 102299690 CW 98MM 6SEGMENTS 9000RPM 105G 00MYJ90014710 00MYJ90014710 JACK 8448-001 CLGA 355 CONTACTS 150G 00M413V064030 00M413V064030 CASE CASE LAMP HOUSE 165G 00M413V116010 00M413V116010 LEAF SPRING LEAF SPRING LAMP FIX 224G 00M396B010030 00M396B010030 SCREW SCREW FOR D-SUB TERMINAL 344G 00M413V056010 00M413V056010 EYELET BUFFER FOR 200G DUCT LID 345G 00M413V056250 00M413V056250 EYELET BUFFER FOR 200G 346G 00M413V056020 00M413V056020 EYELET BUFFER FOR DUCT BOTTOM 348G 00M413V056030 00M413V056030 EYELET BUFFER FOR DUCT L/R SIDE 350G 00M413V056040 00M413V056040 EYELET BUFFER FOR OPT ENGIN AND DUCT 395G 00M413V056100 00M413V056100 BUFFER BUFFER FOR BOTTOM CASE 515G 00M19AV056010 00M19AV056010 BUFFER BUFFER FOR SSB-FMT 516G 00M19AV056010 00M19AV056010 BUFFER BUFFER FOR I/O CABLE 520G 00M29AV107100 00M29AV107100 GASKET GASKET FOR DMD CHASSIS 521G 00M29AV107110 00M29AV107110 GASKET GASKET FOR I/O CABLE 523G 00M29AV157010 00M29AV157010 AL SHEET AL SHEET FOR FOCUS/IRIS CABLE 524G 00M29AV157020 00M29AV157020 AL SHEET AL SHEET FOR MAIN-FAN COVER 525G 00M29AV157030 00M29AV157030 AL SHEET AL SHEET FOR KEY CABLE FC02 00MFC90180010 00MFC90180010 FERRITE CORE FERRITE CORE FC03 00MFC90210010 00MFC90210010 FERRITE CORE FERRITE CORE FC04 00MFC90210010 00MFC90210010 FERRITE CORE FERRITE CORE FC05 00MFC90180010 00MFC90180010 FERRITE CORE FERRITE CORE M701 00MMM01200410 00MMM01200410 D.C MOTOR FBE06T12HSA M702 00MMM01201090 00MMM01201090 D.C MOTOR E0720H12B5AS-X M703 00MMM01201070 00MMM01201070 D.C MOTOR D09F-12SH M704 00MMM01200120 00MMM01200120 D.C MOTOR FBL06A12H FRONT FAN M705 00MMM01201080 00MMM01201080 D.C MOTOR D05F-12PH P101 99MZZ29AV1000 99MZZ29AV1000 PWB ASSY FORMATTER PWB P201 ns P202 ns P301 ns P400 00MWE19AV4000 00MWE19AV4000 FLEXIBLE PWB Y-FLEX YFB-A104307 P501 ns P601 99MZZ29AV6000 99MZZ29AV6000 PWB ASSY HDMI PWB P701 99MZZ29AV7000 99MZZ29AV7000 PWB ASSY SSB1 PWB P801 99MZZ27AV8000 99MZZ27AV8000 PWB ASSY SSB2 PWB ASSY P901 ns P902 ns P903 ns

VERS.

COLOR

PART NO.

FOR EUR

PART NO.

PART NAME DESCRIPTION

E04SR150718

PWB ASSY FAN PWB ASSY PWB ASSY DOOR SW PWB ASSY PWB ASSY DMD PWB

PWB ASSY I/O PWB ASSY

PWB ASSY IR-FRONT PWB ASSY PWB ASSY IR-REAR PWB ASSY PWB ASSY KEY PWB ASSY

NOTE : "nsp" PART IS LISTED FOR REFERENCE ONLY, MARANTZ WILL NOT SUPPLY THESE PARTS.

112

(

)

(MZ)

pnsp

(

)

p

)

p

)

p

)

/

p

VP-15S1L

P.W.B.

NAME

PACKING

NOT STANDARD SPARE PART

POS. NO.

P904 ns PK00 99MZZ29AVSSB0 99MZZ29AVSSB0 PWB ASSY P701 AND P801 PAIR PWB ASSY KIT TH02 00MFR30090010 00MFR30090010 CIRCUIT BREAKER 67L110 UN01 00MZK19AV0020 00MZK19AV0020 UNIT KIT PS214A-LC220-20C-REV2 UN02 00MZK19AV0030 00MZK19AV0030 UNIT KIT SU-041R A POWER SUPPLY UNIT UN03 00MZK07AV0040 00MZK07AV0040 UNIT KIT SHP 200WDC UN04 00MZK29AV0090 00MZK29AV0090 UNIT KIT OPTICAL ENGINE UNIT VP15S1L W001 ns W002 ns W031 ns

001T 00M29AV851250 00M29AV851250 USER GUIDE USER GUIDE VP-15S1 U 001Z 00MZK19AV0010 00MZK19AV0010 UNIT KIT RC05 REMOCON RC-11VPS1 040Z 040Z

010S ns 015S ns 021S ns 023S ns 035S ns 039S ns 035Z ns

VERS.

COLOR

N1B 00MZC02003190 00MZC02003190 MAINS CORD # MAINS CORD 3P FOR N 10A 250V AC U1B 00MZC01802110 00MZC01802110 MAINS CORD # MAINS CORD 3P FOR U 10A 125V AC

PART NO.

FOR EUR

PART NO.

00MYU50045590 FPC ASCUJ(0.5)-50G-45-6S4(B)-M(2896 00MYU08200520 FPC 1.0MM FFC 8P 200MM (J224-CW 00MYU60080510 FPC FFC 0.5X60P (JE03-J505

00M413V809010 CUSHION CUSHION LEFT 00M413V809020 CUSHION CUSHION RIGHT 00M07AV809110 CUSHION CUSHION BOTTOM 00M07AV809120 CUSHION CUSHION TOP 00M29AV801010 PACKING CASE PACKING CASE VP-15S1 00M07AV805010 MASS CARTON MASTER CARTON 00M413V067010 CAP CAP PRODUCTION LENS

PART NAME DESCRIPTION

PWB ASSY INLET PWB ASSY

LAMP

NOTE : "nsp" PART IS LISTED FOR REFERENCE ONLY, MARANTZ WILL NOT SUPPLY THESE PARTS.

113

14. ELECTRICAL PARTS LIST

PARTS INFORMATION

RESISTORS

1) 00MGD05 × × × 140, Carbon film fixed resistor, ±5% 1/4W

2) 00MGD05 × × × 160, Carbon film fixed resistor, ±5% 1/6W

Examples ;

Resistance value

➀

0.1 Ω .... 001 10 Ω .... 100 1 kΩ .... 102 100 kΩ .... 104

0.5 Ω .... 005 18 Ω .... 180 2.7 kΩ .... 272 680 kΩ .... 684

1 Ω .... 010 100 Ω .... 101 10 kΩ .... 103 1 MΩ .... 105

6.8 Ω .... 068 390 Ω .... 391 22 kΩ .... 223 4.7 MΩ .... 475

Note : Please distinguish 1/4W from 1/6W by the shape of parts

used actually.

CAPACITORS

CERAMIC CAP.

3) 00MDD1 × × × × 370 Ceramic capacitor

Examples ;

Tolerance (Capacity deviation)

➁

Tolerance of COMMON PARTS handled here are as follows :

Capacity value

➂

CERAMIC CAP.

4) 00MDK16 × × × 300, High dielectric constant ceramic

Examples ;

Capacity value

➃

ELECTROLY CAP. ( ) .

5) 00MEA

Examples ;

Capacity value

➄

Working voltage

➅

FILM CAP.

6) 00MDF15 × × × 350 Plastic film capacitor 00MDF15 × × × 310 One-way type, Mylar ±5% 50V 00MDF16 × × × 310 Plastic film capacitor

Examples ;

Capacity value

➆

0.001 µF (1000 pF) ....... 102 0.1 µF .... 104

0.0018 µF ........................ 182 0.56 µF .... 564

0.015 µF ........................ 153

{

Capacity value Tolerance

{

Capacity value

{

➅

Working voltage Capacity value

{

Resistance value

Disc type Temp.coeff.P350 N1000, 50V

capacitor Disc type Temp.chara. 2B4, 50V

One-way lead type, Tolerance ±20%

2200 µF ....228

One-way type, Mylar ±10% 50V

Capacity value

➀

{

➁

➂

±0.25 pF .... 0

±0.5 pF .... 1

±5% .... 5

0.5 pF 5 pF .... ±0.25 pF

6 pF 10 pF .... ± 0.5 pF

12 pF 560 pF .... ±5%

0.5 pF .... 005 3 pF .... 030 100 pF .... 101

1 pF .... 010 10 pF .... 100 220 pF .... 221

1.5 pF .... 015 47 pF .... 470 560 pF .... 561

➃

100 pF .... 101 1000 pF .... 102 10000 pF .... 103

470 pF .... 471 2200 pF .... 222

× × × × × × 10, Electrolytic capacitor

{

➄

0.1 µF .... 104 4.7 µF .... 475 100 µF ....107

0.33 µF .... 334 10 µF .... 106 330 µF ....337

1 µF.... 105 22 µF .... 226 1100 µF .... 118

6.3V .... 006 25V .... 025

10V .... 010 35V .... 035

16V .... 016 50V .... 050

( )

➆

0.01 µF ........................ 103 1 µF .... 105

NOTE ON SAFETY FOR FUSIBLE RESISTOR :

The suppliers and their type numbers of fusible resistors are as follows;

1. KOA Corporation Part No. (MJI) Type No. (KOA) Description 00MNH05 × × × 140 RF25S × × × × ΩJ(±5% 1/4W) 00MNH05 × × × 120 RF50S × × × × ΩJ(±5% 1/2W) 00MNH85 × × × 110 RF73B2A × × × × ΩJ(±5% 1/10W) 00MNH95 × × × 140 RF73B2E × × × × ΩJ(±5% 1/4W)

2. Matsushita Electronic Components Co., Ltd Part No. (MJI) Type No. (MEC) Description 00MNF05 × × × 140 ERD-2FCJ × × × (±5% 1/4W) 00MRF05 × × × 140 00MNF02 × × × 140 00MRF02 × × × 140

Examples ;

Resistance value

0.1 Ω .... 001 10 Ω .... 100 1 kΩ .... 102 100 kΩ .... 104

0.5 Ω .... 005 18 Ω .... 180 2.7 kΩ .... 272 680 kΩ .... 684

6.8 Ω .... 068 390 Ω .... 391 22 kΩ .... 223 4.7 MΩ .... 475

{

Resistance value

ERD-2FCG

{

Resistance value

1 Ω .... 010 100 Ω .... 101 10 kΩ .... 103 1 MΩ .... 105

{

Resistance value (0.1 Ω − 10 kΩ)

× × × (±2% 1/4W)

{

Resistance value

ABBREVIATION AND MARKS

ANT. : ANTENNA BATT. : BATTERY

CAP. : CAPACITOR CER. : CERAMIC

CONN. : CONNECTING DIG. : DIGITAL

HP : HEADPHONE MIC. : MICROPHONE

µ-PRO : MICROPROCESSOR REC. : RECORDING

RES. : RESISTOR SPK : SPEAKER

SW : SWITCH TRANSF. : TRANSFORMER

TRIM. : TRIMMING TRS. : TRANSISTOR

VAR. : VARIABLE X’TAL : CRYSTAL

NOTE ON FUSE :

Regarding to all parts of parts code 00MFS20xxx2xx, replace only with Wickmann-Werke GmbH, Type 372 non glass type fuse.

NOTE ON SAFETY :

Symbol Fire or electrical shock hazard. Only original

parts should be used to replaced any part marked with

symbol . Any other component substitution (other

than original type), may increase risk of fire or electrical

shock hazard.

114

040623ecm

P.W.B.

(

)

(MZ)

(

)

p

(1A)

)

NAME

POS. NO.

VERS.

COLOR

PART NO.

FOR EUR

PART NO.

PART NAME DESCRIPTION

FAN PWB P201

00MWI29AV201-

P201 C202 00MEY47601620 00MEY47601620 ELECT CAP. 47UF/ 16V P201 C203 ns P201 C205 ns P201 C206 ns P201 C208 ns

00MDK96104300 CER. CAP. C1608X7R1H104K 00MDK96104300 CER. CAP. C1608X7R1H104K 00MDK96104300 CER. CAP. C1608X7R1H104K

00MDK96104300 CER. CAP. C1608X7R1H104K P201 C211 00MEY47601620 00MEY47601620 ELECT CAP. 47UF/ 16V P201 C212 ns P201 C215 ns

00MDK96104300 CER. CAP. C1608X7R1H104K

00MDK96104300 CER. CAP. C1608X7R1H104K P201 C216 00MEY10601070 00MEY10601070 TANTL.CAP CHIP 10UF/ 10V P201 C221 00MEY47601620 00MEY47601620 ELECT CAP. 47UF/ 16V P201 C222 ns

00MDK96104300 CER. CAP. C1608X7R1H104K P201 C231 00MEY47601620 00MEY47601620 ELECT CAP. 47UF/ 16V P201 C232 ns

00MDK96104300 CER. CAP. C1608X7R1H104K P201 C241 00MEY47601620 00MEY47601620 ELECT CAP. 47UF/ 16V P201 C242 ns

00MDK96104300 CER. CAP. C1608X7R1H104K P201 C251 00MEY47601620 00MEY47601620 ELECT CAP. 47UF/ 16V P201 C252 ns P201 C260 ns P201 C261 ns P201 C262 ns P201 C263 ns P201 C264 ns P201 C265 ns P201 C266 ns P201 C267 ns P201 C268 ns P201 C269 ns P201 C271 ns P201 C283 ns P201 C286 ns P201 C290 ns

00MDK96104300 CER. CAP. C1608X7R1H104K

00MDD95101300 CER. CAP. 100 PF +-5% CG 50V GR39

00MDK96104300 CER. CAP. C1608X7R1H104K

00MDD95101300 CER. CAP. 100 PF +-5% CG 50V GR39

00MDK96104300 CER. CAP. C1608X7R1H104K

00MDK96104300 CER. CAP. C1608X7R1H104K P201 D200 00MHZ21105000 00MHZ21105000 CHIP DIODE 1SS361 DAN222 P201 D210 00MHZ20032050 00MHZ20032050 CHIP DIODE U1BC44 P201 D220 00MHZ20032050 00MHZ20032050 CHIP DIODE U1BC44(1A P201 D230 00MHZ20032050 00MHZ20032050 CHIP DIODE U1BC44(1A P201 D240 00MHZ20032050 00MHZ20032050 CHIP DIODE U1BC44(1A P201 D250 00MHZ20032050 00MHZ20032050 CHIP DIODE U1BC44(1A P201 D252 00MHZ21105000 00MHZ21105000 CHIP DIODE 1SS361 DAN222 P201 D261 00MHZ21105000 00MHZ21105000 CHIP DIODE 1SS361 DAN222 P201 D262 00MHZ21105000 00MHZ21105000 CHIP DIODE 1SS361 DAN222 P201 D280 00MHZ21105000 00MHZ21105000 CHIP DIODE 1SS361 DAN222 P201 D281 00MHZ21105000 00MHZ21105000 CHIP DIODE 1SS361 DAN222 P201 J221 00MYJ07026380 00MYJ07026380 JACK CFP0508-0201 P201 Q201 00MHC007505K0 00MHC007505K0 IC TC74VHCT08AFT EL X4 2INPUT AND P201 Q202 00MBA21107000 00MBA21107000 TRS. DTC114YE / RN1107 P201 Q203 00MBA21107000 00MBA21107000 TRS. DTC114YE / RN1107 P201 Q204 00MBA30003210 00MBA30003210 TRS. UMD9NTR P201 Q205 00MHC401521I0 00MHC401521I0 IC BU4015BF-E2 P201 Q206 00MBA21107000 00MBA21107000 TRS. DTC114YE / RN1107 P201 Q207 00MBA21107000 00MBA21107000 TRS. DTC114YE / RN1107 P201 Q208 00MHC700737S0 00MHC700737S0 IC SN74LVC1G07DCKRG4 P201 Q210 00MHC91915210 00MHC91915210 IC BA00ASFP P201 Q211 00MBA30003210 00MBA30003210 TRS. UMD9NTR P201 Q212 00MBA30003210 00MBA30003210 TRS. UMD9NTR P201 Q220 00MHC91915210 00MHC91915210 IC BA00ASFP P201 Q221 00MBA30003210 00MBA30003210 TRS. UMD9NTR P201 Q222 00MBA30003210 00MBA30003210 TRS. UMD9NTR P201 Q223 00MBA30003210 00MBA30003210 TRS. UMD9NTR P201 Q224 00MBA30003210 00MBA30003210 TRS. UMD9NTR P201 Q230 00MHC91915210 00MHC91915210 IC BA00ASFP P201 Q231 00MBA30003210 00MBA30003210 TRS. UMD9NTR P201 Q232 00MBA30003210 00MBA30003210 TRS. UMD9NTR P201 Q233 00MBA30003210 00MBA30003210 TRS. UMD9NTR P201 Q234 00MBA30003210 00MBA30003210 TRS. UMD9NTR P201 Q240 00MHC91915210 00MHC91915210 IC BA00ASFP P201 Q241 00MBA30003210 00MBA30003210 TRS. UMD9NTR

NOTE : "nsp" PART IS LISTED FOR REFERENCE ONLY, MARANTZ WILL NOT SUPPLY THESE PARTS.

115

P.W.B.

(

)

(MZ)

(

)

p

NAME

POS. NO.

VERS.

COLOR

PART NO.

FOR EUR

PART NO.

PART NAME DESCRIPTION

P201 Q242 00MBA30003210 00MBA30003210 TRS. UMD9NTR P201 Q243 00MBA30003210 00MBA30003210 TRS. UMD9NTR P201 Q244 00MBA30003210 00MBA30003210 TRS. UMD9NTR P201 Q250 00MHC91915210 00MHC91915210 IC BA00ASFP P201 Q251 00MBA30003210 00MBA30003210 TRS. UMD9NTR P201 Q252 00MBA30003210 00MBA30003210 TRS. UMD9NTR P201 Q253 00MBA30003210 00MBA30003210 TRS. UMD9NTR P201 Q254 00MBA30003210 00MBA30003210 TRS. UMD9NTR P201 Q260 00MHC96303320 00MHC96303320 IC PQ1U331M2ZPH 3.3V 300MA P201 Q262 00D2622608901 00D2622608901 IC TC74VHC123AFT +C P201 Q263 00MHC12246210 00MHC12246210 IC BA6951FS-E2 P201 Q264 00D2622608901 00D2622608901 IC TC74VHC123AFT +C P201 Q265 00MHC12246210 00MHC12246210 IC BA6951FS-E2 P201 Q270 00MHC10096090 00MHC10096090 IC NJM2903M P201 R201 ns P201 R203 ns P201 R204 ns P201 R205 ns P201 R206 ns P201 R208 ns P201 R209 ns P201 R210 ns P201 R211 ns P201 R212 ns P201 R213 ns P201 R214 ns P201 R215 ns P201 R216 ns P201 R217 ns P201 R218 ns P201 R219 ns P201 R220 ns P201 R221 ns P201 R222 ns P201 R223 ns P201 R224 ns P201 R225 ns P201 R226 ns P201 R227 ns P201 R228 ns P201 R229 ns P201 R230 ns P201 R231 ns P201 R232 ns P201 R233 ns P201 R234 ns P201 R235 ns P201 R236 ns P201 R237 ns P201 R238 ns P201 R239 ns P201 R240 ns P201 R241 ns P201 R242 ns P201 R243 ns P201 R244 ns P201 R245 ns P201 R246 ns P201 R247 ns P201 R248 ns P201 R249 ns P201 R250 ns P201 R251 ns P201 R252 ns P201 R253 ns P201 R254 ns P201 R255 ns

00MNN05473610 CHIP RES. 47K OHM +-5% 1/16W 00MNN05473610 CHIP RES. 47K OHM +-5% 1/16W 00MNN05473610 CHIP RES. 47K OHM +-5% 1/16W 00MNN05103610 CHIP RES. 10K OHM +-5% 1/16W 00MNN05683610 CHIP RES. 68K OHM +-5% 1/16W 00MNN05473610 CHIP RES. 47K OHM +-5% 1/16W 00MNN05473610 CHIP RES. 47K OHM +-5% 1/16W 00MNN05103610 CHIP RES. 10K OHM +-5% 1/16W 00MNN05223610 CHIP RES. 22K OHM +-5% 1/16W 00MNN05222610 CHIP RES. 2.2K OHM +-5% 1/16W 00MNN05683610 CHIP RES. 68K OHM +-5% 1/16W 00MNN05124610 CHIP RES. 120K OHM +-5% 1/16W 00MNN05683610 CHIP RES. 68K OHM +-5% 1/16W 00MNN05124610 CHIP RES. 120K OHM +-5% 1/16W 00MNN05473610 CHIP RES. 47K OHM +-5% 1/16W 00MNN05473610 CHIP RES. 47K OHM +-5% 1/16W 00MNN05104610 CHIP RES. 100K OHM +-5% 1/16W 00MNN05103610 CHIP RES. 10K OHM +-5% 1/16W 00MNN05223610 CHIP RES. 22K OHM +-5% 1/16W 00MNN05222610 CHIP RES. 2.2K OHM +-5% 1/16W 00MNN05823610 CHIP RES. 82K OHM +-5% 1/16W 00MNN05274610 CHIP RES. 270K OHM +-5% 1/16W 00MNN05823610 CHIP RES. 82K OHM +-5% 1/16W 00MNN05274610 CHIP RES. 270K OHM +-5% 1/16W 00MNN05474610 CHIP RES. 470K OHM +-5% 1/16W 00MNN05104610 CHIP RES. 100K OHM +-5% 1/16W 00MNN05124610 CHIP RES. 120K OHM +-5% 1/16W 00MNN05103610 CHIP RES. 10K OHM +-5% 1/16W 00MNN05223610 CHIP RES. 22K OHM +-5% 1/16W 00MNN05222610 CHIP RES. 2.2K OHM +-5% 1/16W 00MNN05223610 CHIP RES. 22K OHM +-5% 1/16W 00MNN05124610 CHIP RES. 120K OHM +-5% 1/16W 00MNN05473610 CHIP RES. 47K OHM +-5% 1/16W 00MNN05104610 CHIP RES. 100K OHM +-5% 1/16W 00MNN05154610 CHIP RES. 150K OHM +-5% 1/16W 00MNN05104610 CHIP RES. 100K OHM +-5% 1/16W 00MNN05124610 CHIP RES. 120K OHM +-5% 1/16W 00MNN05103610 CHIP RES. 10K OHM +-5% 1/16W 00MNN05223610 CHIP RES. 22K OHM +-5% 1/16W 00MNN05222610 CHIP RES. 2.2K OHM +-5% 1/16W 00MNN05683610 CHIP RES. 68K OHM +-5% 1/16W 00MNN05823610 CHIP RES. 82K OHM +-5% 1/16W 00MNN05473610 CHIP RES. 47K OHM +-5% 1/16W 00MNN05104610 CHIP RES. 100K OHM +-5% 1/16W 00MNN05124610 CHIP RES. 120K OHM +-5% 1/16W 00MNN05104610 CHIP RES. 100K OHM +-5% 1/16W 00MNN05124610 CHIP RES. 120K OHM +-5% 1/16W 00MNN05103610 CHIP RES. 10K OHM +-5% 1/16W 00MNN05223610 CHIP RES. 22K OHM +-5% 1/16W 00MNN05222610 CHIP RES. 2.2K OHM +-5% 1/16W 00MNN05563610 CHIP RES. 56K OHM +-5% 1/16W 00MNN05124610 CHIP RES. 120K OHM +-5% 1/16W 00MNN05683610 CHIP RES. 68K OHM +-5% 1/16W

DUAL COMPARATER PFP

NOTE : "nsp" PART IS LISTED FOR REFERENCE ONLY, MARANTZ WILL NOT SUPPLY THESE PARTS.

116

P.W.B.

(

)

(MZ)

p

(

)

(

)

p

NAME

POS. NO.

P201 R256 ns P201 R257 ns P201 R258 ns P201 R259 ns P201 R261 ns P201 R262 ns P201 R263 ns

VERS.

COLOR

PART NO.

FOR EUR

PART NO.

PART NAME DESCRIPTION

00MNN05224610 CHIP RES. 220K OHM +-5% 1/16W

00MNN05823610 CHIP RES. 82K OHM +-5% 1/16W

00MNN05104610 CHIP RES. 100K OHM +-5% 1/16W

00MNN05124610 CHIP RES. 120K OHM +-5% 1/16W

00MNN05104610 CHIP RES. 100K OHM +-5% 1/16W

00MNN05473610 CHIP RES. 47K OHM +-5% 1/16W

00MNN05103610 CHIP RES. 10K OHM +-5% 1/16W P201 R264 00MNX05033140 00MNX05033140 CHIP RES. SR73K2BTD3.3J P201 R265 ns P201 R266 ns P201 R267 ns P201 R268 ns P201 R269 ns P201 R271 ns P201 R272 ns P201 R274 ns P201 R275 ns P201 R276 ns P201 R277 ns P201 R278 ns P201 R279 ns P201 R280 ns P201 R281 ns P201 R282 ns P201 R283 ns P201 R284 ns P201 R285 ns P201 R286 ns P201 R287 ns P201 R288 ns P201 R289 ns P201 R290 ns P201 R291 ns P201 R292 ns P201 R293 ns P201 R294 ns P201 R295 ns

00MNN05561610 CHIP RES. 560 OHM +-5% 1/16W

00MNN05332610 CHIP RES. 3.3K OHM +-5% 1/16W

00MNN05682610 CHIP RES. 6.8K OHM +-5% 1/16W

00MNN05222610 CHIP RES. 2.2K OHM +-5% 1/16W

00MNN05103610 CHIP RES. 10K OHM +-5% 1/16W

00MNN05472610 CHIP RES. 4.7K OHM +-5% 1/16W

00MNN05103610 CHIP RES. 10K OHM +-5% 1/16W

00MNN05104610 CHIP RES. 100K OHM +-5% 1/16W

00MNN05222610 CHIP RES. 2.2K OHM +-5% 1/16W

00MNN05332610 CHIP RES. 3.3K OHM +-5% 1/16W

00MNN05153610 CHIP RES. 15K OHM +-5% 1/16W

00MNN05332610 CHIP RES. 3.3K OHM +-5% 1/16W

00MNN05153610 CHIP RES. 15K OHM +-5% 1/16W

00MNN05332610 CHIP RES. 3.3K OHM +-5% 1/16W

00MNN05153610 CHIP RES. 15K OHM +-5% 1/16W

00MNN05332610 CHIP RES. 3.3K OHM +-5% 1/16W

00MNN05153610 CHIP RES. 15K OHM +-5% 1/16W

00MNN05332610 CHIP RES. 3.3K OHM +-5% 1/16W

00MNN05153610 CHIP RES. 15K OHM +-5% 1/16W

00MNN05222610 CHIP RES. 2.2K OHM +-5% 1/16W

00MNN05153610 CHIP RES. 15K OHM +-5% 1/16W

00MNN05103610 CHIP RES. 10K OHM +-5% 1/16W

00MNN05104610 CHIP RES. 100K OHM +-5% 1/16W

00MNN05473610 CHIP RES. 47K OHM +-5% 1/16W

00MNN05103610 CHIP RES. 10K OHM +-5% 1/16W P201 R296 00MNX05033140 00MNX05033140 CHIP RES. SR73K2BTD3.3J P201 R297 ns P201 R298 ns P201 R299 ns

00MNN05561610 CHIP RES. 560 OHM +-5% 1/16W

00MNN05332610 CHIP RES. 3.3K OHM +-5% 1/16W

00MNN05682610 CHIP RES. 6.8K OHM +-5% 1/16W

DOOR SW PWB P202

00MWI29AV202-

P202 S701 00MSC01010570 00MSC01010570 SW SPPB6A0400

00MWG15AV501-

P501 CL01 ns P501 CL02 ns P501 CL03 ns P501 CL04 ns P501 CL05 ns P501 CL06 ns P501 CL07 ns P501 CL08 ns P501 CL09 ns P501 CL10 ns P501 CL11 ns P501 CL12 ns P501 CL13 ns P501 CL14 ns P501 CL15 ns P501 CL16 ns

I/O PWB P501

00MDK96104200 CER. CAP. 0.1 UF +-10% B 10V

00MDK98224200 CER. CAP. GRM39F224Z16 0.22UF

00MDK96104200 CER. CAP. 0.1 UF +-10% B 10V

00MDK98224200 CER. CAP. GRM39F224Z16 0.22UF

00MDK96104200 CER. CAP. 0.1 UF +-10% B 10V

00MDK98224200 CER. CAP. GRM39F224Z16 0.22UF

00MDK96104200 CER. CAP. 0.1 UF +-10% B 10V

00MDK98224200 CER. CAP. GRM39F224Z16 0.22UF

00MDD95101300 CER. CAP. 100 PF +-5% CG 50V GR39

00MDD95101300 CER. CAP. 100 PF +-5% CG 50V GR39 P501 CL17 00MEY10702560 00MEY10702560 ELECT CAP. 100UF/ 25V P501 CL18 00MEY10601070 00MEY10601070 TANTL.CAP CHIP 10UF/ 10V P501 CL19 00MEY10701620 00MEY10701620 ELECT CAP. 100UF/ 16V P501 CL20 00MEY10701620 00MEY10701620 ELECT CAP. 100UF/ 16V P501 CL21 00MEY10601070 00MEY10601070 TANTL.CAP CHIP 10UF/ 10V P501 CL22 00MEY10701620 00MEY10701620 ELECT CAP. 100UF/ 16V P501 CL23 00MEY10701620 00MEY10701620 ELECT CAP. 100UF/ 16V

NOTE : "nsp" PART IS LISTED FOR REFERENCE ONLY, MARANTZ WILL NOT SUPPLY THESE PARTS.

117

P.W.B.

(

)

(MZ)

p

(1A)

)

(

)

(

)

NAME

POS. NO.

P501 CL24 ns P501 CL25 ns P501 CL26 ns

VERS.

COLOR

PART NO.

FOR EUR

PART NO.

PART NAME DESCRIPTION

00MDK96104200 CER. CAP. 0.1 UF +-10% B 10V 00MDK98224200 CER. CAP. GRM39F224Z16 0.22UF

00MDK98224200 CER. CAP. GRM39F224Z16 0.22UF P501 DL01 00MHZ20018050 00MHZ20018050 CHIP DIODE 1SS302 P501 DL02 00MHZ20018050 00MHZ20018050 CHIP DIODE 1SS302 P501 DL03 00MHZ20018050 00MHZ20018050 CHIP DIODE 1SS302 P501 DL04 00MHZ20018050 00MHZ20018050 CHIP DIODE 1SS302 P501 DL05 00MHZ20018050 00MHZ20018050 CHIP DIODE 1SS302 P501 DL06 00MHZ20018050 00MHZ20018050 CHIP DIODE 1SS302 P501 DL07 00MHZ20039050 00MHZ20039050 CHIP DIODE 1SS378 P501 DL08 00MHZ20018050 00MHZ20018050 CHIP DIODE 1SS302 P501 DL09 00MHZ20018050 00MHZ20018050 CHIP DIODE 1SS302 P501 DL10 00MHZ20018050 00MHZ20018050 CHIP DIODE 1SS302 P501 DL11 00MHZ20018050 00MHZ20018050 CHIP DIODE 1SS302 P501 DL12 00MHZ20018050 00MHZ20018050 CHIP DIODE 1SS302 P501 DL13 00MHZ20018050 00MHZ20018050 CHIP DIODE 1SS302 P501 DL14 00MHZ20018050 00MHZ20018050 CHIP DIODE 1SS302 P501 DL15 00MHZ30022050 00MHZ30022050 CHIP DIODE 02CZ24Y P501 DL16 00MHZ30022050 00MHZ30022050 CHIP DIODE 02CZ24Y P501 DL17 00MHZ30022050 00MHZ30022050 CHIP DIODE 02CZ24Y P501 DL18 00MHZ30022050 00MHZ30022050 CHIP DIODE 02CZ24Y P501 DL19 00MHZ30022050 00MHZ30022050 CHIP DIODE 02CZ24Y P501 DL20 00MHZ30022050 00MHZ30022050 CHIP DIODE 02CZ24Y P501 DL21 00MHZ30022050 00MHZ30022050 CHIP DIODE 02CZ24Y P501 DL22 00MHZ30022050 00MHZ30022050 CHIP DIODE 02CZ24Y P501 DL24 00MHZ21005000 00MHZ21005000 CHIP DIODE 1SS301 DAN202U UMT P501 DL25 00MHZ20032050 00MHZ20032050 CHIP DIODE U1BC44 P501 DL26 00MHZ20032050 00MHZ20032050 CHIP DIODE U1BC44(1A P501 DL27 00MHZ20018050 00MHZ20018050 CHIP DIODE 1SS302 P501 DL28 00MHZ20018050 00MHZ20018050 CHIP DIODE 1SS302 P501 DL29 00MHZ20018050 00MHZ20018050 CHIP DIODE 1SS302 P501 IC55 00MHC700405Q0 00MHC700405Q0 IC TC74HCT04AF

EL F P501 IC56 00MHC10028990 00MHC10028990 IC AT24C02N-10SI-2.7 2KBIT EEPROM P501 IC57 00MHC10219090 00MHC10219090 IC NJM2370 P501 IC58 00MHC10219090 00MHC10219090 IC NJM2370 P501 JL03 00MYT02011170 00MYT02011170 TERMINAL YKB11-3063V RCA YELLOW

YKB11-3003 P501 JL04 00MYJ11000640 00MYJ11000640 JACK YKF51-5648V DIN JACK WITH-SW P501 JL05 00MYT02030770 00MYT02030770 TERMINAL YKC21-5936V P501 JL06 00MYT02030770 00MYT02030770 TERMINAL YKC21-5936V P501 JL07 00MYT02150030 00MYT02150030 TERMINAL YKF42-8027N D-SUB15 P501 JL08 00MYT02090170 00MYT02090170 TERMINAL YKF42-7019N D-SUB9 P501 JL09 00MYJ01004680 00MYJ01004680 JACK YKB21-5164V 3.5MM-JACK MONO P501 JL10 00MYJ01004680 00MYJ01004680 JACK YKB21-5164V 3.5MM-JACK MONO P501 JL11 00MYJ01004680 00MYJ01004680 JACK YKB21-5164V 3.5MM-JACK MONO P501 JL12 00MYJ01004680 00MYJ01004680 JACK YKB21-5164V 3.5MM-JACK MONO P501 LL01 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R P501 LL02 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R P501 LL03 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R P501 LL04 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R P501 LL05 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R P501 LL06 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R P501 LL07 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R P501 LL08 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R P501 LL09 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R P501 LL10 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R P501 LL11 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R P501 LL12 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R P501 LL13 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R P501 LL14 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R P501 LL15 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R P501 LL16 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R P501 LL17 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R P501 LL18 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R P501 LL19 00MLU17103010 00MLU17103010 CHIP INDUCTANCE NLC322522 10UH P501 LL20 00MLU17103010 00MLU17103010 CHIP INDUCTANCE NLC322522 10UH P501 LL21 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R P501 LL22 00MFM31101020 00MFM31101020 EMI FILTER NFM2012R03C101R

NOTE : "nsp" PART IS LISTED FOR REFERENCE ONLY, MARANTZ WILL NOT SUPPLY THESE PARTS.

118

Marantz VP15S1, VP15S1L Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual