Sony HVRMRC-1 Service manual

HVR-MRC1

SERVICE MANUAL

Ver. 1.0 2008.01

Revision History

US Model

Canadian Model

AEP Model

E Model

Chinese Model

Japanese Model

Link

SPECIFICATIONS

SERVICE NOTE

DISASSEMBLY

BLOCK DIAGRAMS

The components identified by mark 0 or dotted line with mark 0 are critical for safety. Replace only with part number specified.

FRAME SCHEMATIC DIAGRAM

SCHEMATIC DIAGRAMS

PRINTED WIRING BOARDS

Les composants identifiés par une marque 0 sont critiques pour la sécurité. Ne les remplacer que par une pièce portant le numéro spécifié.

REPAIR PARTS LIST

ADJUSTMENTS

INSTRUCTION MANUAL

HVR-MRC1

Sony EMCS Co.

MEMORY RECORDING UNIT

2008A0500-1

Published by Kohda TEC9-852-266-11

SPECIFICATIONS

ENGLISH JAPANESE

System

File system FAT32 CompactFlash 133x 2 GB or more

The capacity is the value when 1 GB equals 1 billion bytes. The actual usable capacity may be slightly less because administrative files etc. are included.

File format HDV recording MPEG-2TS

(.m2t)

DVCAM/DV recording

AVI-Type1 (.AVI) RAW DV (.DV)

Input signal

HDV recording/playback

Video: MPEG-2TS

1080/60i, 30p, 24p 1080/50i, 25p

Audio: 2 CH MPEG 1 Audio

Layer2 Stereo (16 bit 48 kHz) (1/2 CH) 4 CH MPEG 2 Audio Layer2 Stereo (16 bit 48 kHz) (3/4 CH)

DVCAM/DV recording/playback

Video: DV embedded Audio: PCM digital

(12/16 bit, 32k, 48k)

Recordable time 2 GB Approx. 9 minutes

4 GB Approx. 18 minutes 8 GB Approx. 36 minutes 16 GB Approx. 72 minutes

General

Power requirement DC 7.2 V (battery pack)

DC 8.4 V (AC adaptor) Power consumption 2.2 W Operating temperature 0 °C to 40 °C (32 °F to 104 °F) Storage temperature –20 °C to +60 °C (–4 °F to +140 °F) Operating humidity 20 % (20 °C) to 90 % (35 °C)

(no condensation) Dimensions

HVR-MRC1 : Approx. 57 × 102 × 34 mm

(2 1/4 × 4 × 1 3/8 in.)

HVR-MRC1+HVRA-CR1: Approx. 77 × 106 × 51 mm

(3 × 4 1/8 × 2 in.)

(including the projecting parts)

(w/h/d) Mass

HVR-MRC1 : Approx. 130 g (4.5 oz) HVR-MRC1+HVRA-CR1: Approx. 210 g (7.4 oz)

(excluding CompactFlash and

battery pack) Input/output jack i.LINK

(IEEE1394 6-pin connector S400) Optional accessories AC adaptor/charger

AC-VQ1050B

Battery pack

NP-F570/F770/F970 Design and specifications are subject to change without

notice.

HVR-MRC1

— 2 —

概略仕様

ENGLISH JAPANESE

システム

ファイルシステム コンパクトフラッシュ

ファイルフォーマット

対応入力信号

記録再生時 ビデオ：

HDV

DVCAM/DV

記録再生時

FAT32

1 GBを10

記録時

以上

億バイトで計算し

MPEG-2TS（.ｍ2

記録時

AVI-Type1（.AVI RAW DV（.DV

ｔ）

）

133x 2 GB

容量は、 た場合の数値です。 また管理用ファイルなどを含むため、 実際使用できる容量は若干減少する場 合があります。

HDV DVCAM/DV

MPEG-2TS 1080/60i , 30p , 24p 1080/50i , 25p

オーディオ：

2CH MPEG1 Audio Layer2 Stereo (16bit 48KHz) (1/2CH) 4CH MPEG2 Audio Layer2 Stereo (16bit 48KHz) (3/4CH)

ビデオ：

DV embedded

オーディオ：

デジタル

PCM

（

12/16 bit,32k,48k)

録画可能時間

2GB 4GB 8GB 16GB約72

約9分 約18分 約36分

分

電源部・その他

電源電圧 バッテリー端子入力

端子入力  消費電力 動作温度 保存温度 動作湿度

外形寸法

DC

2.2 W 0 °C〜 40 °C

-20 °C〜+60 °C

％（

20

（結露がないこと）

HVR-MRC1

約

57×102×34

20 °C

8.4 V

）〜90％（

：

ｍｍ

HVR-MRC1+HVRA-CR1

質量

約

77×106×51

（最大突起部を含む） （幅／高さ／奥行き）

HVR-MRC1

：約

ｍｍ

130

HVR-MRC1+HVRA-CR1

（コンパクトフラッシュ、バッテリー含ま

ず）

入力出力端子

別売アクセサリー

i.LINK(IEEE1394 6

）

S400

アダプター/チャージャー 

AC AC-VQ1050

アクセサリーキット  バッテリーパック 

F970

7.2 V



）

35 °C

：

ｇ

：約

210

ピンコネクター

ACCKIT-D11B

NP-F570/F770/

ｇ

HVR-MRC1

— 3 —

本機の仕様および外観は、改良のため予告なく変更すること がありますが、ご了承ください。

ENGLISH JAPANESE

SAFETY-RELATED COMPONENT WARNING!!

COMPONENTS IDENTIFIED BY MARK 0 OR DO TTED LINE WITH MARK 0 ON THE SCHEMATIC DIAGRAMS AND IN THE PARTS LIST ARE CRITICAL TO SAFE OPERATION. REPLACE THESE COMPONENTS WITH SONY PARTS WHOSE PART NUMBERS APPEAR AS SHOWN IN THIS MANUAL OR IN SUPPLEMENTS PUBLISHED BY SONY.

SAFETY CHECK-OUT

After correcting the original service problem, perform the following safety checks before releasing the set to the customer.

1. Check the area of your repair for unsoldered or poorly-soldered connections. Check the entire board surface for solder splashes and bridges.

2. Check the interboard wiring to ensure that no wires are "pinched" or contact high-wattage resistors.

3. Look for unauthorized replacement parts, particularly transistors, that were installed during a previous repair. Point them out to the customer and recommend their replacement.

4. Look for parts which, through functioning, show obvious signs of deterioration. Point them out to the customer and recommend their replacement.

5. Check the B+ voltage to see it is at the values specified.

6. Flexible Circuit Board Repairing

•Keep the temperature of the soldering iron around 270˚C during repairing.

• Do not touch the soldering iron on the same conductor of the circuit board (within 3 times).

• Be careful not to apply force on the conductor when soldering or unsoldering.

ATTENTION AU COMPOSANT AYANT RAPPORT

À LA SÉCURITÉ! LES COMPOSANTS IDENTIFÉS PAR UNE MARQUE 0 SUR LES DIAGRAMMES SCHÉMATIQUES ET LA LISTE DES PIÈCES SONT CRITIQUES POUR LA SÉCURITÉ DE FONCTIONNEMENT. NE REMPLACER CES COMPOSANTS QUE PAR DES PIÈSES SONY DONT LES NUMÉROS SONT DONNÉS DANS CE MANUEL OU DANS LES SUPPÉMENTS PUBLIÉS PAR SONY.

Unleaded solder

Boards requiring use of unleaded solder are printed with the leadfree mark (LF) indicating the solder contains no lead. (Caution: Some printed circuit boards may not come printed with the lead free mark due to their particular size.)

: LEAD FREE MARK

Unleaded solder has the following characteristics.

• Unleaded solder melts at a temperature about 40°C higher than

ordinary solder. Ordinary soldering irons can be used but the iron tip has to be applied to the solder joint for a slightly longer time. Soldering irons using a temperature regulator should be set to about 350°C. Caution: The printed pattern (copper foil) may peel away if the heated tip is applied for too long, so be careful!

• Strong viscosity

Unleaded solder is more viscous (sticky , less prone to flow) than ordinary solder so use caution not to let solder bridges occur such as on IC pins, etc.

•Usable with ordinary solder

It is best to use only unleaded solder but unleaded solder may also be added to ordinary solder.

HVR-MRC1

— 4 —

ENGLISH JAPANESE

サービス，点検時には次のことにご注意下さい。

1. 注意事項をお守りください。

サービスのとき特に注意を要する個所については，キャビネット，シャーシ，部品などにラベルや捺印で注意事項を表示しています。これらの注意書き及び取扱説明書等の注意事項を必ずお守り下さい。

2. 指定部品のご使用を

セットの部品は難燃性や耐電圧など安全上の特性を持ったものとなっています。従って交換部品は，使用されていたものと同じ特性の部品を使用して下さい。特に回路図，部品表に0印で指定されている安全上重要な部品は必ず指定のものをご使用下さい。

3. 部品の取付けや配線の引きまわしはもとどおりに

安全上，チューブやテープなどの絶縁材料を使用したり，プリント基板から浮かして取付けた部品があります。また内部配線は引きまわしやクランパによって発熱部品や高圧部品に接近しないよう配慮されていますので，これらは必ずもとどおりにして下さい。

4. サービス後は安全点検を

サービスのために取外したネジ，部品，配線がもとどおりになっているか，またサービスした個所の周辺を劣化させてしまったところがないかなどを点検し，安全性が確保されていることを確認して下さい。

5. チップ部品交換時の注意

• 取外した部品は再使用しないで下さい。

• タンタルコンデンサのマイナス側は熱に弱いため交

換時は注意して下さい。

6. フレキシブルプリント基板の取扱いについて

• コテ先温度を270℃前後にして行なって下さい。

• 同一パターンに何度もコテ先を当てないで下さい。

（3回以内）

• パターンに力が加わらないよう注意して下さい。

7. 無鉛半田について

無鉛半田を使用している基板には，無鉛（LeadFree）を意味するレッドフリーマークがプリントされています。（注意：基板サイズによっては，無鉛半田を使用して

いてもレッドフリーマークがプリントされていないものがあります）

：レッドフリーマーク

無鉛半田には，以下の特性があります。

• 融点が従来の半田よりも約40℃高い。従来の半田こてをそのまま使用することは可能ですが，少し長めにこてを当てる必要があります。温度調節機能のついた半田こてを使用する場合，約 350℃に設定して下さい。注意：半田こてを長く当てすぎると，基板のパター

ン（銅箔）がはがれてしまうことがありますので，注意して下さい。

• 粘性が強い従来の半田よりも粘性が強いため，IC 端子などが半田ブリッジしないように注意して下さい。

• 従来の半田と混ぜて使用可能無鉛半田には無鉛半田を追加するのが最適ですが，従来の半田を追加しても構いません。

HVR-MRC1

— 5 —

ENGLISH JAPANESE

1. SERVICE NOTE

ENGLISH JAPANESE

1-1. POWER SUPPLY DURING REPAIRS

In this unit, about 10 seconds after power is supplied to the battery terminal using the regulated po wer supply (8.4V), the power is shut off so that the unit cannot operate. These following method is available to prevent this.

Method:

Use the DC input terminal. (AC power adaptor/changer (AC-VQ1050B) and DK cable).

1-2. SELF-DIAGNOSIS FUNCTION

When an error occurs the following warning indicators may appear on the LCD screen. And this unit is sent error code to camera.

LCD screen

ERROR A:12:01

Self-diagnosis display: X:Yy:ZZ

X

i LINK I: ATA A: Power Supply P: MPEG/AVI M: Other X: Fatal Error F:

Self-diagnosis Code

X

Yy

ZZ

A

12

01

A

12

02

A

12

03

A

19

91

I

12

**

P

12

**

P

21

01

P

21

02

M

12

**

M

21

**

F

11

01

F

11

02

F

12

**

F

20

01

F

21

**

F

22

**

F

29

00

F

91

**

F

92

**

X

91

85

X

99

**

Note: ** is arbitrary value.

Y

Main 1y Sub 2y Other 9y

Cause

Cash overflow by transfer rate delay of CompactFlash.

The selection clip is not found. The filesystem of CompactFlash is broken. CompactFlash recognition error

Error related to i.LINK It is generated the error by the power supply

control from main CPU to sub CPU. It is generated the error by the power

supply control from sub CUP to each device.

It could not enter to the sleep mode. The input video stream is abnormal. The recording animation could not

correctly treat. Communication abnormality between

CompactFlash and main CPU. i.LINK error. It abnormal is generated by the file system. Reset failure of PHY (Physical Layer) Main CPU cannot be communicated with

sub CPU. Sub CPU cannot control each device. Sub CPU farm is not written. Fatal error of originating hardware. Fatal error of originating software. Reception buffer overflow. Error code of main CPU firmware.

Physical Y1 Logical Y2 Other Y9

y

When error is defined in the devise, the error code of it is displayed.

Be sure that the CompactFlash you are using is the recommended type. Be sure that the CompactFlash you are using is the recommended type.

Reformat the CompactFlash using this unit again, after reformatting the CompactFlash using personal computer.

Check the type you are using. Turn this unit off and then back on.

Turn this unit off and then back on.

Turn this unit off and then back on. Turn this unit off and then back on.

Turn this unit off and then back on.

Turn this unit off and then back on. Turn this unit off and then back on.

Reformat the CompactFlash using this unit. There is particularly no solution

Turn this unit off and then back on. Turn this unit off and then back on.

Turn this unit off and then back on. Turn this unit off and then back on. Turn this unit off and then back on. Turn this unit off and then back on. Turn this unit off and then back on.

ZZ

Corrective Action

HVR-MRC1

1-1

ENGLISH JAPANESE

1-1. 修理時の電源供給について

本機では，安定化電源（8.4Vdc）からバッテリ端子に電源を供給した場合，約 10秒後にシャットオフし，動作しなくなります。これを避けるため，下記の方法を用いてください。

方法：

DC入力端子を使用する。（ACアダプタ/チャージャ（AC-VQ1050）とDKケーブルを使用する。）

1-2. 自己診断機能

エラーが発生した場合は，エラー内容に合わせて LCD 画面にエラーコードが表示されます。また，カメラ側にエラーコードが送信されます。

LCD画面

ERROR A:12:01

自己診断表示：X:Yy:ZZ

X

i.LINK I: ATA A: 電源 P: MPEG/AVI M: その他 X: 致命的なエラー F:

Y

メイン 1y サブ 2y その他 9y

y

フィジカル Y1 ロジカル Y2 その他 Y9

デバイスにエラーの規定があれば，そのコードを表示する。

ZZ

自己診断コード X

Yy

ZZ

A

12

01

A

12

02

A

12

03

A

19

91

I

12

**

P

12

**

P

21

01

P

21

02

M

12

**

M

21

**

F

11

01

F

11

02

F

12

**

F

20

01

F

21

**

F

22

**

F

29

00

F

91

**

F

92

**

X

91

85

X

99

**

注：**は任意の値。

コンパクトフラッシュの転送速度遅延によるキャッシュオーバーフロー。

選択クリップが見つからない。

コンパクトフラッシュのファイルシステムが壊れている。

コンパクトフラッシュ認識エラー。 i.LINK関連のエラー。メインCPUからサブCPUへの電源制御で

エラー発生。サブCUPから各デバイスへの電源制御で

エラー発生。スリープモードに入れなかった。入力ビデオストリーム異常。記録動画を正しく処理できなかったコンパクトフラッシュ−メインCPU間通

信異常。 i.LINKエラー。ファイルシステムで異常発生。 PHY（PhysicalLayer）のリセット失敗。メインCPUがサブCPUとの通信ができな

い。サブCPUが各デバイスを制御できない。サブCP U ファームが書き込まれていな

い。ハードウェア起因の致命的なエラー。ソフトウェア起因の致命的なエラー。受信バッファオーバーフロー。メインCPUファームウェアのエラーコー

ド。

原因

HVR-MRC1

1-2E

対処

使用のコンパクトフラッシュが推奨のカードか確認する。

使用のコンパクトフラッシュが推奨のカードか確認する。パソコンでコンパクトフラッシュのフォーマットを行った

後，本機で再度コンパクトフラッシュのフォーマットを行う。

電源を切り，再度電源を入れ直す。電源を切り，再度電源を入れ直す。

電源を切り，再度電源を入れ直す。

電源を切り，再度電源を入れ直す。電源を切り，再度電源を入れ直す。電源を切り，再度電源を入れ直す。

電源を切り，再度電源を入れ直す。

電源を切り，再度電源を入れ直す。本機でコンパクトフラッシュのフォーマットを行う。電源を切り，再度電源を入れ直す。

電源を切り，再度電源を入れ直す。

特になし

電源を切り，再度電源を入れ直す。電源を切り，再度電源を入れ直す。電源を切り，再度電源を入れ直す。

電源を切り，再度電源を入れ直す。

2. DISASSEMBLY

Cut and remove the part of gilt which comes off at the point. (Be careful or some pieces of gilt may be left inside)

NOTE FOR REPAIR

• Make sure that the flat cable and flexible board are not cracked of bent at the terminal. Do not insert the cable insufficiently nor crookedly.

• When remove a connector, don’t pull at wire of connector. It is possible that a wire is snapped.

• When installing a connector, don’t press down at wire of connector. It is possible that a wire is snapped.

HVR-MRC1

2-1

2-1. IDENTIFYING PARTS

Memory Recording Unit

CF Base Cabinet

⋅ FP-202 Flexible Board

CF Main Cabinet

⋅ CF-110 Board ⋅ FP-201 Flexible Board ⋅ LC-095 Board ⋅ TK-071 Board

CF Door

⋅ SW-525 Board

- DISASSEMBLY FLOW -

2-2-1. BASE CABINET SECTION

⋅ CF Base Cabinet ⋅ TK-071 Board

i.LINK Cradle

Cabinet (BATT)

Cabinet (CF)

⋅ CR-090 Board

2-2-2. MAIN CABINET SECTION

⋅ CF-110 Board ⋅ LCD Block ⋅ SW-525 Board

- DISASSEMBLY FLOW -

2-2-3. ADAPTOR SECTION

⋅ CR-090 Board ⋅ Cabinet (BATT)

HVR-MRC1

2-2

HELP

EXPLODED VIEW

HELP

2-2. DISASSEMBLY

2-2-1. BASE CABINET SECTION

Follow the disassembly in the numerical order given.

1 CF Base Cabinet (1-1 to 1-4) 2 TK-071 Board (2-1 to 2-5)

1-1 (#53)

HARDWARE LIST

1 CF Base Cabinet

1-4

2-5

2-2

2-4

2-1 (#46)

2 TK-071 Board

1-2 (Claw)

Main Cabinet Section

(See Page 2-4)

2-3

1-3 (Claw)

HVR-MRC1

2-3

2-2-2. MAIN CABINET SECTION

EXPLODED VIEW

Follow the disassembly in the numerical order given.

1 CF-110 Board (1-1 to 1-5) 2 LCD Block (2-1 to 2-2) 3 SW-525 Board (3-1 to 3-9)

HARDWARE LIST

1-2 (#46)

1-3 (#11)

1-5

1 CF-110 Board

CF-110

Note: Don't touch grease.

3-6 (#46)

Note: On installation of the SW-525 board,

adjust the position of switch of CF door and S7010 of SW-525 board.

3-9

3-7 (#11)

SW-525

1-1

2 LCD Block

3-3 (#11)

A

3-8

3 SW-525 Board

3-4

3-1

3-2

(#2)

(Boss)

2-1

2-2

1-4 (Open)

HVR-MRC1

2-4

3-5

A

2-2-3. ADAPTOR SECTION

EXPLODED VIEW

Follow the disassembly in the numerical order given.

1 CR-090 Board (1-1 to 1-10) 2 Cabinet (BTT) (2-1 to 2-6)

1-1 (#2)

2-5

(Open)

HARDWARE LIST

2 Cabinet (BTT)

2-3

2-6

2-4

(#12)

1-8

1 CR-090 Board

1-10

1-3

HELP

1-6

1-4

HELP

2-2

2-1 (#12)

1-5 (#12)

1-7 (#12)

1-9 (#12)

1-2 (#12)

HVR-MRC1

2-5

HELP

Sheet attachment positions and procedures of processing the flexible boards/harnesses are shown.

DC-IN Connector/Battery Terminal Harness

Hook

Battery T erminal Harness

Terminal Retainer

DC-IN Connector Harness

HVR-MRC1

HELP

Link

3. BLOCK DIAGRAMS

OVERALL BLOCK DIAGRAM

POWER BLOCK DIAGRAM

HVR-MRC1

3. BLOCK DIAGRAMS

3-1. OVERALL BLOCK DIAGRAM ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.

i.LINK CRADLE MEMORY RECORDING UNIT

HDV/DV

CR-090 BOARD

CN9004

HDV-i.LINK, DV-i.LINK

TPA+, TPA-, TPB+, TPB-

6 - 3

FP-203 FLEXIBLE BOARD

CN9005

15, 14, 18, 17

SW-525 BOARD

S7001

CAM LINK

S7002

.M

S7003

s

STOP

S7004

MENU

S7005

H

EXEC

PLAY

S7007

REPEAT

>

m

S7008

S7010

POWER

ON

OFF

D7009 REC LAMP, CF ACCESS

CN903

HOT

SHOE

12, 11, 15, 14

REC

Q7001

LED DRIVE

z

S7009 S7006

CN902

HOT

SHOE

CN7001

CAM_LINK

REW

STOP

MENU

PLAY

REC_ON

REPEAT

SW_PWR

SW_OFF_CN

LED_ON

FLEXIBLE BOARD

12, 11, 15, 14

16

12

10

17

13

9

18

FF

14

6

8

5

TK-071 BOARD FP-202

CN4002

HDV-i.LINK, DV-i.LINK

TPA+, TPA-, TPB+, TPB-

15, 14, 18, 17

CN2001

CAM_LINK

5

REW

9

STOP

11

MENU

4

PLAY

8

REC_ON

12

REPEAT

3

FF

7

SW_PWR

15

SW_OFF_CN

13

LED_ON

16

X4001

24.576MHz

S3.3V

M3.3V

37 - 34

59

60

38

11

9

34

8

39

35

10

16

30

IC4003

HDV/DV i.LINK

INTERFACE

(1/5)

IC1005

RESET

(5/5)

IC1004

RESET

(5/5)

IC2001

SUB CPU

(4/5)

#RESET

IC4002

BUFFER

(1/5)

RESET SWITCH

4

IC2004 POWER

4

SWITCH

(4/5)

CF_NDASP CARD_DETECT LCD_SDA LCD_SCL COVER_STAT ENA

LD[0] - LD[7]

CTL0, CTL1

PCLK

LREQ

LPS

LKON

CNA

42

MAIN_TO_SUB

SUB_FLMOD

I2C_SDA I2C_SCL

IC2003

(4/5)

1 2

2 1

SUB_S_RESET

6 - 134, 5

2

1 15 19

3

53

POR-

14

MRESET MRESET_R

14

CNA

37

20 29 43

2 1

RESET

40

12

PWR_CF0

7

15

5 21 22 14 42

X5001 27MHz

C7, A6,

A5, B6

C6 D7 A12 B12

V3

D3 G1

Y5 Y4

C1

L1

B7, A7,

A10, A11,

MAIN CPU

C11, B11

IC5001

(2/5)

DD[1] - DD[15]

N19, P20, T20, T18,

T19, P19, N18, M18

V20, W17, Y17, V15

W16, V16, T17, U20,

DA0 - DA2 A00 - A02

W9, Y10, V9

U9

#CS1

Y8

#DIOR

Y15

#DIOW

V14

INTRQ

Y11

IORDY

W14

DMARQ

W15

#DMACK

W11

#RESET

V10

LCD_SDA

C2

LCD_SCL

B1

LCD_A0

F3

LCD_CS1

E3

LCD_RESET

E1

DDQ[0] - DDQ[31]

DA[0] - DA[12]

CLKD

C9 J1

SO, SI, SCK

D20, F18, E20E17, D19, C19

XCS, XWP, XRESET

8, 1, 24, 5, 3

IC3001

512M

SDRAM

(3/5)

IC5002

EEPROM

(2/5)

CN4001

D00 - D15

xCS0#CS0 xCS1

xIORD

xIORW

INTRQ

IORDY

xINPACK

xREG

xDASP

xCD

xRESET

COVER_STAT

CN2002

SDA

SCL

RES

ENA

FP-201 FLEXIBLE BOARD

3 - 12, 41, 43 - 46, 48

39, 37, 35

13 14 18 20 24 34 36 38 40

2

32 50

11 13

A0

9

CS

7 5

3

CF-110 BOARD

CN8002

4, 6 - 9, 11 ,40 - 49

13, 15, 17

39 38 34 32 28 18 16 14 12 50

20

COVER_STAT

2

4 2 6 8

10

12

CN8001

D00 - D15

A00 - A02

xIORD

xIORW

INTRQ IORDY

xINPACK

xREG

xDASP

xCD1

xCD2

xRESET

S8001

COVER

OPEN/CLOSE

SDA SCL

A0 CS

RES

ENA

2 - 6, 21 - 23, 27 - 31, 47 - 49

18 - 20

xCS0

7

xCS1

32 34 35 37 42 43 44 45 26 25 41

11 13

9 7 5

3

COMPACT

FLASH

LC-095 BOARD

CN6002CN8003CN8004

4 2 6 8

10

Q6001, Q6002

12

LED DRIVE

26

ND6001

27 38

LCD

42 39

D6001, D6002

(BACKLIGHT)

05

HVR-MRC1

ACV_UNREG

SET_UNREG

SW_OFF

IC1001

DC CONTROL

(5/5)

PWR_CF

3.0V H3.3V M3.3V M3.3VA S3.3V P3.3V

1.8V A1.8V

A : VIDEO/AUDIO SIGNAL

3-1

3-2. POWER BLOCK DIAGRAM ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.

i.LINK CRADLE MEMORY RECORDING UNIT

6

8

3

TK-071 BOARD

CN4002

ACV_

FB1001

UNREG

8, 96, 7

R1042

UNREG

CN2001CN7001

SW_PWR

15

SW_OFF_CN

13

3.3V

18

F1001

F1002

SET_UNREG

R1004

IC1001

DC CONTROL

Q1002

Q1001

D1003

2 3

VIN

5

VIN

(5/5)

Q1009

D1004

Q1008

Q1007, Q1010

DC IN

DETECT

Q1003, Q1006

BATTERY

DETECT

VOUT

23

VIN

28

RUN/SS1

13

RUN/SS2

IC1002

3.3V REG (5/5)

TG1 BG1

SW1

SENSE1+

SENSE1-

Vosense1

Vosense2

SENSE2-

SENSE2+

SW2

BG2 TG2

Q1012

Q1011

SW_OFF

26 22 25 30 31

11 12 15 18 14

FB1002

PWR_SUB_33

DCIN_AD

BATT_AD

IB_ENABLE

SLEEP

SW_PWR

SWITCHING

1

9

SWITCHING

FB1006

Q1004

Q1005

Q1013

32

25

26

33

17

16

L1001

P20/ANI0

P27/ANI7

P26/ANI6

P130

P15/TOH0 P16/TOH1

/INTP5

L1002

3.3V

IC2001

SUB CPU

(4/5)

FB2001

R1025,

R1026

R1023,

R1024

PWR_CF

POWER SWITCH

4

P75

P124/XT2/

EXCLKS

P140/PCL/

INTP6

P74

P33/TI51/

TO51/INTP4

FB1005

FB1004

FB1003

IC2004

(4/5)

6

41

36

7

5

Q1016

Q1015

5 4

VIN VOUT

Q1017

Q1018

2 1

PWR_MAIN_33

CARD_DETECT

IC2003

RESET SWITCH

(4/5)

R1040

Q1014

IC1003

3V REG

(5/5)

CONT

1

PWR_MAIN_33

CARD_DETECT

PWR_P33

PWR_LCD

PWR_CF0

PWR_P33

FB1007

PWR_LCD

FB1008

FB1009

PWR_CF0

IC1004

RESET

(5/5)

J901 DC IN

BT901

BATTERY

TERMINAL

CR-090 BOARD

CN9002

1 2 3

CN9001

1

2

3

4

F9002

F9001

PLUS MINUS_A MINUS_B

BATT(+)

+

S

−

SW

SIG

BATT(-)

CN9005

ACV_

UNREG

FP-203 FLEXIBLE BOARD

8, 96, 7

CN903

HOT

SHOE

5, 63, 4

CN902

HOT

SHOE

FP-202 FLEXIBLE BOARD

5, 63, 4

SW-525 BOARD

S7010

POWER

ON

OFF

D7009 REC LAMP, CF ACCESS

R7001

SW_OFF_CN

Q7001

LED DRIVE

SW_PWR

3.3V

M RESET

1 V34

S3.3VS3.3V

A1.8V

1.8V

FB5001

RST-VDD VOUT

FB5006

VDD VOUT

FB4006

FL4001

H3.3V

M3.3V

FB5002

FB5004

IC5001

MAIN CPU

(2/5)

IC1005

RESET

(5/5)

3.0V

POR-

P3.3V

FL4003

IC4003

FB4002FB4003

(1/5)

IC3001

512M

SDRAM

IC5002

EEPROM

(3/5)

FB3001

(2/5)

IC4002

BUFFER

(1/5)

FB4004

14

FL4002

HDV/DV i.LINK INTERFACE

M3.3VA

FB5003 FB1010

FB4005

FB4001

42

53

#RESET

CF-110 BOARD

CN2002

3.0V 1 14 14

FP-201 FLEXIBLE BOARD

Vcc

25

Vcc

26

Vcc(A06)

27

2

27 26 25 50

CN8004

3.0V

CN8003

CN8001CN8002CN4001

VCC

xCD1xCD xCD2

1

13 38

26 25

LC-095 BOARD

VDD1-VDD6

CN6002

Q6001, Q6002

COMPACT

FLASH

LED DRIVE

FB6001

ND6001

LCD

2, 8, 15, 25, 34, 40

R6004, R6005

D6001, D6002

(BACKLIGHT)

05

HVR-MRC1

3-2E

4-1. FRAME SCHEMATIC DIAGRAM

4. PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS

i.LINK CRADLEMEMORY RECORDING UNIT

ND6001

LCD

TK-071 BOARD (SIDE B)

114

CN2002

250

CN4001

151

1

CN7001

(FFC-157)

FLEXIBLE FLAT CABLE

20 1

CN2001

20

SW-525 BOARD

IC5002

(EEPROM)

(Not supplied)

TK-071 BOARD (SIDE A)

20

1

CN4002

16 1

FP-202 FLEXIBLE BOARD

20 1

CN902

HOT SHOE

Attaching

CN903

HOT SHOE

1

16

FP-203 FLEXIBLE BOARD

7

12

34

56

CN9004 HDV/DV

1

20

89

CN9005

1

20

CR-090 BOARD (SIDE A)

BT901

BATTERY

TERMINAL

4

1

CN9001 CN9002

3

1

S

J901

DC IN

(CompactFlash)

149

LC-095 BOARD (SIDE A)

CF-110 BOARD (SIDE A)

53

CN8001

COMPACTFLASH

CONNECTOR

54

05

51

1

26

2

49

25

50

52

CN6002

114

(FFC-159)

FLEXIBLE FLAT CABLE

114

CN8003

CF-110 BOARD (SIDE B)

CN8004

14

1

CN8002

51

50

2

1

LC-095 BOARD (SIDE B)

(FFC-159)

FLEXIBLE FLAT CABLE

151

FP-201 FLEXIBLE BOARD

51 1

HVR-MRC1

4-1

FRAME

Link

4-2. SCHEMATIC DIAGRAMS

TK-071 BOARD (1/5) (HDV/DV i.LINK INTERFACE)

TK-071 BOARD (2/5) (MAIN CPU)

TK-071 BOARD (3/5) (SDRAM)

TK-071 BOARD (4/5) (SUB CPU)

TK-071 BOARD (5/5) (DC/DC CONVERTER)

CF-110 BOARD (CF CONNECTOR)

COMMON NOTE FOR SCHEMATIC DIAGRAMS

LC-095 BOARD (LCD)

SW-525 BOARD (CONTROL SWITCH)

FP-202 FLEXIBLE BOARD (HOT SHOE (MEMORY RECORDING UNIT))

FP-203 FLEXIBLE BOARD (HOT SHOE (i. LINK CRADLE))

CR-090 BOARD (DC IN, HDV/DV CONNECTOR)

HVR-MRC1

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS (ENGLISH)

THIS NOTE IS COMMON FOR SCHEMATIC DIAGRAMS (In addition to this, the necessary note is printed in each block)

ENGLISH JAPANESE

(For schematic diagrams)

• All capacitors are in µF unless otherwise noted. pF : µ µF. 50 V or less are not indicated except f or electrolytics

and tantalums.

• Chip resistors are 1/10 W unless otherwise noted. kΩ=1000 Ω, MΩ=1000 kΩ.

• Caution when replacing chip parts. New parts must be attached after removal of chip. Be careful not to heat the minus side of tantalum capacitor, Because it is damaged by the heat.

• Some chip part will be indicated as follows.

Example C541 L452

22U 10UH TA A 2520

Kinds of capacitor

• Constants of resistors, capacitors, ICs and etc with XX indicate that they are not used. In such cases, the unused circuits may be indicated.

•Parts with ★ differ according to the model/destination. Refer to the mount table for each function.

• All variable and adjustable resistors ha v e characteristic curve B, unless otherwise noted.

• Signal name XEDIT → EDIT PB/XREC → PB/REC

• 2: non flammable resistor

• 5: fusible resistor

• C: panel designation

• A: B+ Line

• B: B– Line

• J : IN/OUT direction of (+,–) B LINE.

• C: adjustment for repair.

(Measuring conditions voltage and waveform)

•Voltages and waveforms are measured between the measurement points and ground. They are reference values and reference waveforms. (VOM of DC 10 MΩ input impedance is used)

•Voltage values change depending upon input impedance of VOM used.)

External dimensions (mm)

Case size

When indicating parts by reference number, please include the board name.

The components identified by mark 0 or dotted line with mark 0 are critical for safety. Replace only with part number specified.

Les composants identifiés par une marque 0 sont critiques pour la sécurité. Ne les remplacer que par une pièce portant le numéro spécifie.

HVR-MRC1

4-2

(JAPANESE)

4-2. SCHEMATIC DIAGRAMS

ENGLISH JAPANESE

回路図共通ノート（他に必要なノートは各ブロックに記載してあります）【回路図ノート】

・ケミコン，タンタルを除くコンデンサで，耐圧50V以下のもの

はその耐圧を省略。単位はすべてμF（pはpF）。

・チップ抵抗で指示のないものは，1／10W以下。

kΩ＝1000Ω，MΩ＝1000kΩ

・チップ部品交換時の注意

取り外した部品は再使用せず，未使用の部品をご使用くださ

い。

タンタルコンデンサのマイナス側は熱に弱いため注意してくだ

さい。

・チップ部品には下記のように表示したものがあります。

例 C541 L452

22U 10UH TA A 2520

↑↑ ↑

種類ケースサイズ外形寸法（mm）

・抵抗，コンデンサ，ICなど定数にXXがあるものは，使用して

いない事を示しています。このため，使用していない回路が記載されている事があります。

・★印のある部品は，機種などにより異なりますので機能別マウ

ント一覧表を参照してください。・可変抵抗と半固定抵抗で，B特性の表示を省略。・信号名表記について，下記のような場合があります。

XEDIT → EDIT PB/XREC → PB/REC ・2は不燃性抵抗。・1はヒューズ抵抗。・Cはパネル表示名称。・AはB＋ライン。・BはB−ライン。・JはBライン（＋，−）の入出力方向を示す。・Cは調整名称。

【電圧・波形測定条件ノート】

・電圧値及び信号波形は測定点対アース間の参考値。

（デジタルマルチメータ；入力インピーダンス DC10MΩ使

用）

・使用テスタの入力インピーダンスにより電圧値が多少異なりま

す。

0印の部品，または0印付きの点線で囲まれた部品は，安全性を維持するために重要な部品です。従って交換時は，必ず指定の部品を使用して下さい。

お願い図面番号で部品を指定するときは基板名又はブロックを併せて指定して下さい。

HVR-MRC1

4-3

1

2

3

4

5

6 9

7 10

8 11

12

A

xIORD

xIORW

INTRQ

IORDY

xDASP

FB4001

1

GND

xCD

2

D03

3

D11

4

D04

5

6

D12

D05

7

8

D13

9

D06

D14

10

11

D07

D15

12

xCS0

13

14

xCS1

15

16

17

18

19

20

C4002

21

B 10V

22

0.1u

23

24

Vcc

25

Vcc

26

27

C4003

28

B

10u

29

C4001

30

B 25V

0.01u

31

32

33

34

35

A02

36

A01

37

38

xREG

A00

39

40

D00

41

42

43

D01

44

D08

D02

45

D09

46

47

D10

48

49

50

GND

51

H3.3V

CN4001

B

51P

C

GND(A10)

GND(xVS1)

GND(xATA_SEL)

GND(A09)

CF-110

CN8002

Through the

FP-201 Flexible

(Page 4-9)

GND(A08)

GND(xWE)

GND(A07)

D

Vcc(A06)

GND(xCSEL)

GND(A05)

GND(xVS2)

GND(A04)

xRESET

GND(A03)

xINPACK

E E

xPDIAG

GND(xIOIS16)

GND(xCD2)

F

COVER_STAT

GND

M3.3V

R4040

100k

33

R4001

R4002

R4003

R4004

R4005

R4006

R4007

R4008

R4009

R4010

R4011

R4012

R4013

R4034

R4015

R4016

H3.3VVV

R4035 10k

R4018

R4037

6.3V

R4033 33

R4036

R4019

R4020

R4021

R4022

R4023

R4024

R4025

R4026

R4027

R4028

R4029

R4030

R4031

R4032

CARD_DETECT

33

DD[3]

DD[11]

33

DD[4]

DD[12]

33

DD[5]

33

DD[13]

33

DD[6]

DD[14]

33

DD[7]

33

DD[15]

33

10k

22

82

10k

4700

R4038

5600

82

33

82

33

22

33

DD[0]

33

XX

33

DD[1]

33

DD[8]

DD[2]

33

DD[9]

33

DD[10]

R4039

CARD_DETECT

DD[3]

DD[11]

DD[4]

DD[12]

DD[5]

DD[13]

DD[6]

DD[14]

DD[7]

DD[15]

#CS0

#CS1

#DIOR

#DIOW

INTRQ

GND

10k

#RESET

IORDY

DA2

DMARQ

DA1

#DMACK

DA0

CF_NDASP

DD[0]

#PDTAG

DD[1]

DD[8]

DD[2]

DD[9]

DD[10]

COVER_STAT

S3.3V

R4043

10k

IC4002

TC7S08FU(TE85R)

SUB_TO_PHY

POR-

P3.3V P3.3V

R4044

R4045

R4046

CL4004

LREQ

PCLK

CTL0

CTL1

LD[0]

LD[1]

LD[2]

LD[3]

LD[4]

LD[5]

LD[6]

LD[7]

XX

FB4002

CNA

LPS

LKON

BUFFER

3.3

123

3.3

R4047

10k

3.3

45

C4005

10V

0.1u

B

R4050 47

R4042 33k

R4049

3.3

R0/P3.3

R4048

XX

R4051

0.01u

C4007

C4006

1

2

3

4

5

6

7

8

99

10

11

12

13

14

15

16

4.7u

6.3V

1k

B

LREQ

SYSCLK

CNA

CTL0

CTL1

D0

D1

D2

D3

D4

D5

D6

D7

PD

LPS

NC

X4001

24.576MHz

25V

B

C4008

12p

B

0.1u

C4009

65

NC

R4055

R4054

R4053

R4052

12

50V

CH

FB4004

3.3

63

DGND364DGND4

DGND118DGND219C/LKON20PC021PC122PC223#ISO24CPS25DVDD126DVDD227TESTM28SE29SM30AVDD131AVDD232AGND1

17

0

10k

XX

43

R40560R4057

1.5

3.3

58

59XI60XO61

DVDD362DVDD4

3.3

50V

CH

0

FB4005

B

C4010

57

PLLGND1

PLLGND2

IC4003

TSB41AB2PAPR

HDV/DV i.LINK

INTERFACE

3.3

1k

33k

R4059

R4058

0.1u

3.301.3

56

3.3

FB4003

C4011

12p

C4013

PLLVDD

3.3

C4012

0.1u

B

FL4001

12

C4015

0.1u

AVDD452AVDD5

43

C4016

4.7u

B 6.3V

B

49

AGND550AGND6

AGND4

TPBIAS1

TPA1+

TPA1-

0.2

TPB1+

0.2

TPB1-

3.3

AVDD3

1.2

R1

0

R0

AGND3

TPBIAS0

TPA0+

TPA0-

TPB0+

TPB0-

AGND2

3.3

B

0.1u C4014

12

FL4002

B

0.1u

3.3

51

53

54

#RESET

FILTER055FILTER1

3.3

0

1k

3.3

R4061

R4060

P3.3VA

2

4

FL4003

3

48

47

46

45

R4073

44

R4072

43

42

R4062

6200

41

R4063

40

39

R1.8/P3.2

38

R1.8/P3.2

37

R1.8/P3.2

36

R1.8/P0

35

R1.8/P0

34

33

43

1

C4017

0.1u B

XX

C4018

150

1u

R4065

C4019 220p

FB4006

R4067

56

B

XX

0

1.6

1

0

0.4

0

3.2

R4064

R4066

CN4002 20P

REG_GND

1

REG_GND

2

REG_GND

3

REG_GND

4

N.C

SET_UNREG_CN

LF4001

R4069

0

R4070

0

R4071

0

5

6

7

8

D001

NSAD500H-T1-A

354 2 1

SET_UNREG

ACV_UNREG

R4068

56

1

2

3

4

56

5100

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

UNREG

ACV_UNREG

N.C

DETECT

REG_GND

TPA-

TPA+

REG_GND

TPB-

TPB+

REG_GND

FP-202

FLEXIBLE

LND001 – LND020

(Page 4-12)

A

B

C

D

F

G

H

05

HVR-MRC1

4-4

TK-071 BOARD (1/5)

HDV/DV i.LINK INTERFACE

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

R:REC MODE P:PB MODE

G

H

TK-071 (1/5)

1

M3.3V

FB5002

M3.3V

FB5001

1.8V

GND

A

C5001

4.7u

C5002

10u

C5003

10u

4.7u

B

C

C5005

0.1u

FB5006

FB5003

M3.3VA

A1.8V

0.1u

0.001u

0.1u

25V

6.3V

C5006

C5007

C5008

C5009

C5010

C5011

C5012 C5013

C5014

C5015

C5016

C5017

C5018

C5019

C5020 C5021

C5022

C5023

D

E E

F

A1.8V

M3.3VA

G

C5004

B

6.3V

B

6.3V

C5024

0.01uB

C5025

4.7u

2

B

6.3V

B

VSS4

M17

VSS5

A1

VSS6

D4

VSS7

D8

VSS8

D13

VSS9

D17

VSS10

H4

VSS11

H17

VSS12

J9

VSS13

J10

VSS14

J11

VSS15

J12

VSS16

K9

VSS17

K10

VSS18

K11

VSS19

K12

VSS20

L9

VSS21

L10

VSS22

L11

VSS23

L12

VSS24

M9

VSS25

M10

VSS26

M11

VSS27

M12

VSS28

N4

VSS29

N17

VSS30

U4

VSS31

U8

VSS32

U13

VSS33

U17

VDD181

D6

VDD182

D11

VDD183

D15

VDD184

F4

VDD185

F17

VDD186

K4

VDD187

L17

VDD188

R4

VDD189

R17

VDD1810

U6

VDD1811

U10

VDD1812

U15

VDD331

Y9

VDD332

Y1

VDD333

Y16

VDD334

R18

VDD335

N20

VDD336

G2

VDD337

P1

VDD338

V1

VDD339

Y2

VDD3310

U7

VDD3311

W12

VDD3312

Y19

VDD3313

P18

VDD3314

K17

VDD3315

F19

FB5004

VDD3316

B18

VDD3317

A13

VDD3318

B10

VDD3319

C3

VDD3320

T1

VDD3321

V6

VDD18_PLL1

L2

VDD18_PLL2

L4

VDD18_PLL3

D10

VDD18A

Y12

VDD33A

V11

P17

B16

XX

R5001

U14

VSS3

AV2_VALID

A16

XX

R5002

VSS2

AV2_SOP

W10

C16

VSS1

AV2_SOF

XX

R5003

B9

VSS_PLL3

AV2_DATA7

B13

M3

VSS_PLL2

C13

U11

L3

VSS_PLL1

AV2_DATA6

AV2_DATA5

A14

B14

3

D1

VSSA

AV2_DATA4

C14

#CS

#RAS

E2

CS-

RAS-

AV2_DATA3

AV2_DATA2

A15

#CAS

F2

CAS-

AV2_DATA1

B15

#WE

G4

WE-

AV2_DATA0

D14

XX

R5004

C15

XX

DQM3

AV2_CLK

L19

R5006XXR5005

DQM1

DQM2

AV1_VALID

AV1_SOP

L18

XX

R5007

H1

M20

XX

R5008

DQM0

DQM0H3DQM1G3DQM2F1DQM3

AV1_SOF

K20

R5009

BA1

E4

AV1_DATA7

K18

XX

R5010

BA0

BA0D2BA1

AV1_DATA6

J20

XX

DA[12]

AV1_DATA5

J19

XX

R5011

4

DA[11]

AV1_DATA4

J17

XX

R5012

DA[10]

A10J3A11T2A12

AV1_DATA3

H19

XX

R5013XXR5014

DA[3]

DA[8]

DA[9]

AV1_DATA2

AV1_DATA1

G20

XX

R5015

F20

XX

R5016

DA[7]

AV1_DATA0

L20

XX

R5017

DA[2]

DA[4]

4700

R5018

XX

R5019

4700

R5020

DA[1]

W2A0W1A1V2A2U3A3P4A4R2A5R1A6P2A7N2A8M4A9K1

4700

R5021

DA[0]

R5022 33

A17

CKE

4700

R5023

DA[6]

DA[5]

AV1_CLKT3AV3_CLKP3AV3_DATA0N3AV3_DATA1N1AV3_DATA2K3AV3_DATA3K2AV3_DATA4J1AV3_DATA5J2AV3_DATA6J4AV3_DATA7U1AV3_SOFT4AV3_SOPU2AV3_VALID

5

CLKE

CLKD

R5024 56

DDQ[0]

C9

CLKD

DDQ[1]

DDQ[0]

DDQ[1]

IC5001

IND60C32A

MAIN CPU

DDQ[2]

DDQ[3]

H2

DDQ[4]

AV3_IRC

XX

R5025

DDQ[5]

AV3_DREQ

R3

XX

R5026

DDQ[6]

W3

DDQ[6]

DDQ[7]

AV4_CLK

Y3

6 9

DDQ[13]

DDQ[12]

DDQ[11]

C17

DQ11

LD7

C11

DDQ[12]

DQ12

LD6

LD[6]

DDQ[13]

B17

A11

LD[5]

DDQ[15]

DDQ[16]

DDQ[17]

DDQ[14]

DDQ[18]

DDQ[19]

DDQ[18]

DDQ[17]

DDQ[16]

DDQ[15]

DDQ[14]

B19

A19

DQ15

DQ14

DQ13

LD3

LD4

LD5

A7

A10

LD[4]

LD[3]

E19

E18

C20

D18

B20

DQ19

DQ18

DQ17

DQ16

DD15

LD0

LD1

LD2

Y17

V15

C7

A6

B7

LD[2]

LD[1]

LD[0]

DD[15]

DDQ[7]

DDQ[8]

AV4_SOF

AV4_DATA

W4

DDQ[8]

C10

DDQ[9]

V4

DDQ[9]

A18

DQ9D9DQ8A8DQ7B8DQ6C8DQ5A4DQ4C5DQ3B4DQ2A3DQ1D5DQ0

AV4_SOP

DDQ[10]

D16

DQ10

AV4_VALID

B11

U5

DDQ[11]

LD[7]

7 10

DDQ[20]

DQ20

DD14

DD[14]

DDQ[21]

G17

W17

DD[13]

DQ21

DD13

DDQ[21]

DDQ[22]

G18

V20

DD[12]

DDQ[22]

G19

DQ22

DD12

T18

DDQ[23]

DQ23

DD11

DD[11]

DDQ[24]

H18

T20

DD[10]

DDQ[24]

DDQ[25]

H20

DQ24

DD10

P20

DD[9]

DDQ[25]

DQ25

DD9

DDQ[26]

J18

N19

DD[8]

DDQ[26]

K19

DQ26

DD8

M18

DDQ[27]

DQ27

DD7

DD[7]

DDQ[28]

R20

N18

DD[6]

DDQ[28]

R19

DQ28

DD6

P19

DDQ[29]

U18

DQ29

DD5

T19

DD[5]

DDQ[30]

DQ30

DD4

DD[4]

DDQ[31]

U19

U20

DD[3]

DDQ[31]

B5

DQ31

DD3

T17

DD[2]

8 11

B2

B3

C4

TDI

TCK

TDO

TMS

A2

TRST

SCLK

E20

SI

F18

SD

D20

SWE-

D19

SCS-

E17

SRESET-

C19

XPD15

U16

XPD14

Y14

XPD13

V13

XPD12

W13

XPD11

Y13

XPD10

U12

XPD9

V12

W8

XPO8

V8

XPD7

Y7

XPD6

W7

XPD5

V7

XPD4

Y6

XPD3

W6

XPD2

W5

XPD1

V5

XPD0

L1

CLK

C5026 220p

A9

PLL3FILTER

M2

PLL2FILTER

M1

PLL1FILTER

XPA0

XPA1

W19Y20

XPA2

V18

XPWR-

V17

XPRD-

W18

XPCS-

V19

XPRINT

W20

UART_RX

A20

UART_TX

C18

Y5

SDA

Y4

SCL

D3

GPIO0

C1

GPIO1

E3

GPIO2

E1

GPIO3

F3

GPIO4

B1

GPIO5

C2

GPIO6

G1

GPIO7

V3

RST-

LINKON

B12

PINT

D12

C6

PCLK

LPS

A12

D7

LREQ

A5

CTL0

B6

CTL1

LCLK

C12

ATAEN

Y18

PDIAG-

M19

IORDY

W14

INTRQ

Y11

DMAREQ

W15

RESET-

V10

Y8

CS1-

U9

CS0-

V9

DA2

DA1

Y10

W9

DA0

DMACK-

W11

DIOR-

Y15

DD0

DIOW-

DD2

DD1

V16

W16

V14

#DIOW

DD[1]

DD[0]

C5027 XX

C5029 XX

R5029

R5030

R5031

R5032 XX

R5033 XX

R5035 1k C5028

0.01u

R5027

R5028

R5034

B50V

XX

4700

0

33k

R5038

10k

R5040

R5039

R5036

R5037

10k

R5041

10k

C5030

0.1u

B

10V

Note:Two interchangeable kinds of IC

are used for IC5002. It is included in TK-071 complete board though neither of these are supplied.

0

1

SI

0

2

SCK

3.2

3

xRESET

3.2

4

xCS

IC5002 (Note) AT45DB081B-CNU AT45DB081D-SU

R5046

100

I2C_SDA

I2C_SCL

MAIN_TO_SUB

SUB_S_RESET

LCD_CS1

LCD_RESET

LCD_A0

LCD_SCL

LCD_SDA

SUB_FLMOD

MRESET_R

LKON

PCLK

LPS

LREQ

CTL0

CTL1

CL5043

#PDTAG

IORDY

INTRQ

DMARQ

#RESET

#CS1

#CS0

DA2

DA1

DA0

#DMACK

#DIOR

TK-071 BOARD (2/5)

JL5001

JL5002

JL5003

JL5004

JL5005

JL5006

JL5007

JL5008

JL5009

JL5010

JL5011

EEPROM

X5001 27MHz

3 2

12

TMS

TCK

TDI

TDO

TRST

VCC

GND

0.8

SO

8

GND

7

3.2

VCC

6

0

xWP

5

C5032

0.1uB10V

FB5005

4 1

C5031

0.1u B

10V

VCC

RXD

VSS

TXD

C5033

0.001u

C5034

0.1u B

10V

MAIN CPU

H

CL5001

CL5002

CL5003

CL5004

CL5005

CL5006

CL5007

CL5008

CL5009

CL5010

CL5011

CL5012

CL5013

CL5014

CL5015

CL5016

CL5017

CL5018

CL5019

LD[7]

LD[6]

LD[5]

LD[4]

LD[3]

LD[2]

LD[1]

LD[0]

DD[15]

DD[14]

DD[13]

DD[12]

DD[11]

DD[10]

DD[9]

DD[8]

DD[7]

DD[6]

DD[5]

DD[4]

DD[3]

DD[2]

DD[1]

DD[0]

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

A

B

C

D

F

G

H

05

HVR-MRC1

4-5

TK-071 (2/5)

1

2

3

4

5

6

A

512M SDRAM

IC3001

DA[0]

DA[1]

B

C

D

E

DA[2]

DA[3]

DA[4]

DA[5]

DA[6]

DA[7]

DA[8]

DA[9]

DA[10]

DDQ[0]

DDQ[1]

DDQ[2]

DDQ[3]

DDQ[4]

DDQ[5]

DDQ[6]

DDQ[7]

DDQ[8]

DDQ[9]

DDQ[10]

DDQ[11]

DDQ[12]

DDQ[13]

DDQ[14]

DDQ[15]

DDQ[16]

DDQ[17]

DDQ[18]

DDQ[19]

DDQ[20]

DDQ[21]

DDQ[22]

DDQ[23]

DDQ[24]

DDQ[25]

DDQ[26]

DDQ[27]

DDQ[28]

DDQ[29]

DDQ[30]

DDQ[31]

BA0

BA1

DA[0]

DA[1]

DA[2]

DA[3]

DA[4]

DA[5]

DA[6]

DA[7]

DA[8]

DA[9]

DA[10]

DDQ[0]

DDQ[1]

DDQ[2]

DDQ[3]

DDQ[4]

DDQ[5]

DDQ[6]

DDQ[7]

DDQ[8]

DDQ[9]

DDQ[10]

DDQ[11]

DDQ[12]

DDQ[13]

DDQ[14]

DDQ[15]

DDQ[16]

DDQ[17]

DDQ[18]

DDQ[19]

DDQ[20]

DDQ[21]

DDQ[22]

DDQ[23]

DDQ[24]

DDQ[25]

DDQ[26]

DDQ[27]

DDQ[28]

DDQ[29]

DDQ[30]

DDQ[31]

K4M513233C-DN75T

A0

G8

A1

G9

A2

F7

A3

F3

A4

G1

A5

G2

A6

G3

A7

H1

A8

H2

A9

J3

A10

G7

BA0

J7

BA1

H8

DQ0

R8

DQ1

N7

DQ2

R9

DQ3

N8

DQ4

P9

DQ5

M8

DQ6

M7

DQ7

L8

DQ8

L2

DQ9

M3

DQ10

M2

DQ11

P1

DQ12

N2

DQ13

R1

DQ14

N3

DQ15

R2

DQ16

E8

DQ17

D7

DQ18

D8

DQ19

B9

DQ20

C8

DQ21

A9

DQ22

C7

DQ23

A8

DQ24

A2

DQ25

C3

DQ26

A1

DQ27

C2

DQ28

B1

DQ29

D2

DQ30

D3

DQ31

E2

VSSQ

VDDQ

CASN

RASN

DQM3

DQM2

DQM1

DQM0

VSS

VDD

NC

A11

NC

A12

NC

CLK

CKE

WEN

CSN

M3.3V

GND

P8

P3

N1

M1

L9

E9

D1

C1

B8

B3

R3

L3

F1

A3

P7

P2

N9

M9

L1

E1

D9

C9

B7

B2

R7

L7

F9

A7

K3

K2

H9

H7

H3

E7

E3

J1

J2

K7

J9

K8

J8

F2

F8

K1

K9

C3002

C3003

C3004

C3005

C3006

C3007

C3013

C3008

C3009

C3010

C3011

C3012

C3014

C3015

C3001

FB3001

M3.3V

4.7u

6.3V B

0.1u

A

B

C

D

E

HVR-MRC1

DQM0

DQM1

DQM2

DQM3

#CS

#WE

DA[12]

DA[11]

#RAS

#CAS

CLKE

CLKD

R3001

R3002

CL3003

33

F

G

TK-071 BOARD (3/5)

SDRAM

H

F

G

H

05

4-6

TK-071 (3/5)

1

2

3

4

5

6 9

7 10

8 11

12

20P

CN7001

GND

R2063

FB2001

R2004

R2002

R2001

33k

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

XX

123

R2064

0

R2003

33k

IC2005

45

R2006

R2008

R2005

R2009

33k

XX

33k

COVER_STAT

SW_OFF

R2059

R2065

R2010

33k

R2011

R2012

R2013

R2014

R2015

R2016

R2017

R2018

R2019

R2020

XX

MRESET_R

25V

1k

0.01u B

25V

C2001

SUB_TO_PHY

CARD_DETECT

C2004

0.1u

0.01u B

25V

C2002

I2C_SCL

I2C_SDA

PWR_P33

PWR_CF

10V

C2006

B

0.1u

0.01u B

C2003

0.01u B

25V

C2005

C2007

C2023

0.1u

0.01u B

25V

C2008

XX

R2057

TC7S32FU(TE85R)

POWER SWITCH

3.3

0

45

10V

B

R2058

IC2004

0.01u B

25V

C2010

C2009

C2011

R2021

3300

XX

0

123

0

33k

R2007 220k

C2024

0.01u B

25V

C2012

C2013

R2022

3300

XX

R2056

R2055 10k

CF_NDASP

MAIN_TO_SUB

LCD_SDA

LCD_SCL

SLEEP

R2053

33k

R2034

3300

R2035

3300

R2036

3300

R2037

3300

R2038

3300

R2039

C2022

0.1u

XX

IC2003

TC7S32FU(TE85R)

SWITCH

3.3

45

10V

B

PWR_MAIN_33

IB_ENABLE

PWR_SUB_33

PWR_BATT

SUB_FLMOD

BATT_AD

DCIN_AD

RESET

R2040

33k

R2043

33k

R2041

33k

R2044

33k

R2046

33k

R2049

R2042 33k

3.2

123

0

R2045 10k

R2047

R2048

0

XX

CL2004

CL2012

PWR_LCD

CNA

10k

R2028

C2017

0.1u

B

10V

C2018

4.7u

B

6.3V

3.2

1.3

1.8

2.9

3.3

1

P60/SCL0

2

P61/SDA0

0

3

P62/EXSCL0

4

P63

0

5

P33/TI51/TO51/INTP4

6

P75

0

7

P74

8

P73/KR3

9

P72/KR2

P71/KR1

10

P70/KR0

11

0

P32/INTP3/OCD1B

12

R2026

R2023

10k

XX

R2027

10V

B

C2016

1u

3.3

44

45

46

47

48

VSS

VDD

REGC

P121/X1/OCD0A

P122/X2/EXCLK/OCD0B

UPD78F0513GA(S)-8EU-E2-A

SUB CPU

P31/INTP2/OCD1A14P30/INTP115P17/TI50/TO5016P16/TOH1/INTP517P15/TOH018P14/RxD619P13/TxD620P12/SO1021P11/SI10/RxD022P10/xSCK1/TxDO23AVREF24AVSS

13

00000

43

IC2001

R1/P0.6

FLMOD

3.30102.5

42

P123/XT1

R1/P0.5

3.3

40

41

RESET

P124/XT2/EXCLKS

3.2

R0/P3.2

CL2026

3.3

3.2

3.3

38

3.2

R0/P3.3

37

P4139P40

P120/INTP0/EXLVI

P140/PCL/INTP6

P01/TI010/TO00

P00/TI000

P20/ANI0

P21/ANI1

P22/ANI2

P23/ANI3

P24/ANI4

P25/ANI5

P26/ANI6

P27/ANI7

0

36

3.3

35

3.3

34

3.3

P130

33

3.3

32

0

31

R0/P3.3

30

0

29

1

28

27

26

25

CL2041

1

CL2042

0.7

2

C2020

C2019

XX

RXD

TXD

R2032

R2050

R2031

33k

R2033

1k

XX

LCD_RESET

LCD_CS1

LCD_A0

LCD_SDA

LCD_SCL

SCL

SDA

A0

#CS_CN

#RES

ENA

3.0V

33k

JL2001

VCC

JL2002

FLMOD

JL2003

CLK

JL2004

RXD

JL2005

VSS

JL2006

RESET

JL2007

DATA

JL2008

TXD

CN2002

14

13

12

11

10

9

8

7

6

5

4

3

2

1

SUB_S_RESET

Flexible Flat Cable

TK-071 BOARD (4/5)

14P

GND

SCL

GND

SDA

GND

A0

GND

CS

GND

RES

GND

ENA

GND

3.0V

CF-110

CN8004

Through the

(FFC-159) (Page 4-9)

S3.3V

A

CN2001

GND

3.3V

GND

LED_ON

SW_PWR

GND

SW_OFF_CN

B

C

REC_ON

STOP

GND

REW

PLAY

FF

GND

CAM_LINK

MENU

REPEAT

GND

SW-525

Through the

Flexible Flat Cable

(FFC-157)

(Page 4-11)

D

E E

F

R2062XXR2061

G

MRESET

SUB CPU

H

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

R:REC MODE

P:PB MODE

A

B

C

D

F

G

H

05

HVR-MRC1

4-7

TK-071 (4/5)

• Refer to page 4-2 (English), 4-3 (Japanese) for mark 0.

1

A

B

ACV_UNREG

DCIN_AD

GND

SET_UNREG

IB_ENABLE

BATT_AD

C

2

C1001

10V

1u

B

C1002

10V

1u

B

R1042

3

F1001

FB1001

0

C1004

0.01u B

C1005

0.01u B

D1005

MAZS120008SO

F1002

C1006

0.01u B

C1007

0.01u B

D1006

MAZS120008SO

(1.4A/32V)

C1012 10u

C1013 10u

C

DTC144EMT2L

D

R1043

100k

Q1001

NVERTER

Q1002

INVERTER

6.1

0

C1003

C

10u

R1004

10

R1044

100k

6.1

0

R1002

56k

R1003

DTC115TMT2L

56k

DTC115TMT2L

E E

SLEEP

220k

F

R1001

D1001

RB520CS-30T2R

C1009

1u B

CL1001

B

10V

C1008

0.1u

D1002

RB520CS-30T2R

0.1uB

10V

C1010

8.2

BOOST2

17

2.8

BG2

18

PGND

19

10V

5

INTVCC

20

0.7

EXTVCC

21

3.5

BG1

22

7.8

VIN

23

6.8

BOOST1

24

0.1uB C1011

10V

G

4

C10V

C1014

0.1u 10V B

0

3.3

Q1003

B

10V

C1015

0.1u

Q1005

4

2.8

6 5 7 8

2

5.1

C1016

13

14

15NC16

6.1

5.1

3.3

TG2

SW2

LTC3728LXCUH#TR-R5

SW125TG126PGOOD27RUN/SS128NC29SENSE1+30SENSE1-31NC

1.8

2.9

1.5

25V

B

CL1002

2

2.9

8 7 5 6

1.8

1

3

4

3.5

8

1.8

Q1004 FDS6986AS SWITCHING

FDS6986AS SWITCHING

3.3

7.9

3.3

1u

RUN/SS2

C1017

3

1

B 10V

6.1

0.01u

R1005

R1006

DTA124EE-TL

2.3

R1007 120k

R1008

50V

3.3

12

SENSE2+

IC1001

CONTROL

5

R1009 3600

56k

Q1007

LSK3541FS8T2L

DC IN DETECT

R1010

1800

18k

2.3

BATTERY DETECT

Q1006

PWR_BATT

51k

C1018 1000p

C

3.3

11

SENSE2-

DC

1.8

1.7

50V

C1019 1000p

C

0

2.8

Q1003,Q1006

R1011

XX

0.8

9NC10

Vosense2

32 33

33VOUT

PLLFLTR

Vosense1

SGND

PLLIN

R1012

270k

Q1008

RTQ035P02TR

B+ SWITCH

2.3

ITH2

ITH1

FCB

6 5

4

2 1

7.2

3

0.6

8

3.3

7

6

1

5

0

4

0

3

5

2

0.8

1

0.001u

C1020

100p

CH50V

6 9

D1003

RSX101VA-30TR

D1004

RSX101VA-30TR

Q1009

RTQ035P02TR

B+ SWITCH

C1021

R1013

5600

C1022

6

2.7

5 2 1

10V

1u

B

Q1010

DTC115TMT2L DC IN DETECT

R1015

0

R1016

XX

C1023

0.001u

B50V

R1014

10k

L1002

L1001

4.7uH

C1024

8

4

C1025

R1020

XX

R1021

R1019

1M

7.2

0

1u

7.2

3

0

R1017

XX

R1018

XX

100p

CH50V

7 10

R1033

270k

SW_OFF

PWR_SUB_33

10V

B

R1023

0.051

R1022

XX

R1024

R1025

R1026

0.051

C1026

50V

C1027

50V

R1027 33k

C1028

R1030

R1031

R1032

R1028 10k

R1029 750

20k

16k

4.7u

C1029

4.7u

1k

27p

CH

27p

CH

8 11

B+ SWITCH

Q1012

B

R1034

1M

Q1011

DTC115EETL

INVERTER

8

2.3

C1030

C1031

10u

6.3V

FB1004

FB1005

10u

6.3V

RTQ035P02TR

4

B

3

0

DTC115EETL

INVERTER

FB1003

1.8V

C1032

4.7uB

Q1013

FB1002

8

6 5 2 1

3.3

A1.8V

B

C1033

4.7u

SPWR

C1034

0.1u 10V

B

0

PWR_LCD

PWR_CF

PWR_MAIN_33

S3.3V

PWR_P33

M3.3V

S3.3V

3.3V REG

R1035 1k

IC1002

S-812C33BPI-C4NTFG

8

ON/OFF

6

8

VIN

5

VSS

4

C1035

10u

C1036

10u

C1037

10u

S3.3V

C1038

0.1u

C1039

0.1u B

C1040

1u B

C1041

1u

B

12

S3.3V

B

FB1009

C1048

FB1006

3.0V

FB1007

H3.3V

FB1008

M3.3V

M3.3VA

FB1010

1u

R1041

47k

P3.3V

MRESET

POR-

1

NC

8

2

VIN

3.3

3

VOUT

C1042

1u

B 10V

IC1003

TK11130CSCL-G

3V REG

3.3

5

VIN

R1036 33k

B

R1037 33k

B

R1038 33k

B

3.3

DTC144EMT2L

Q1014

INVERTER

RESET

IC1004

BU4325FVE-TR

GND

VOUT

45

VDD

RESET

IC1005

BU4325FVE-TR

GND

VOUT

45

VDD

3.3

RTQ035P02TR

3.3

1.8

SUB

CT

SUB

CT

CONT2GND3NC

1

Q1017

4

0

Q1018

4

0

Q1016

RTF015P02TL

1.8

Q1015

RTF015P02TL

B+ SWITCH

0

123

3.2

3.3

1.8

3.3

1.9

VOUT

3

R1039

0

3

4

6 5 2 1

B+ SWITCH

33k

B+ SWITCH

R1045

3.3

C1043

0.01u B

C1044

0.1u B

C1045

0.1u

C1046

1u

3.3

C1047

1u

3.3

1k

R1040

2.2

C1049

1u

A

B

C

D

F

G

H

05

HVR-MRC1

4-8

TK-071 BOARD (5/5)

DC/DC CONVERTER

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

H

TK-071 (5/5)

1

2

3

4

5

6 9

7 10

8 11

12

A

Note: CN8001 is not supplied, but this is

included in CF-110 complete board.

CN8001

B

C

COMPACT

FLASH

D

E E

GND

F

xATA_SEL

xRESET

xINPACK

xPDIAG

xIOIS16

xIORD

xIORW

INTRQ

xCSEL

IORDY

xDASP

54

GND

1

xCD1

D03

D11

D04

D12

D05

D13

D06

D14

D07

D15

xCS0

xCS1

A10

xVS1

A09

A08

xWE

A07

Vcc

A06

A05

xVS2

A04

A03

A02

A01

xREG

A00

D00

D01

D08

D02

D09

D10

xCD2

GND

R8001

26

2

27

3

28

4

29

5

30

6

31

7

32

8

33

9

34

10

35

11

36

12

37

13

38

14

39

15

40

16

41

17

42

18

43

19

44

20

45

21

46

22

47

23

48

24

49

25

50

52

53

CL8001

CL8002

CL8003

51

OPEN/CLOSE

12

34

S8001 COVER

C

R8037

XX

EDZ-TE61-5.6B

D8001

R8002

R8003

R8004

R8005

R8006

R8007

R8008

R8009

R8010

R8011

R8012

R8013

R8015

R8016

R8017

R8018

R8019

R8021

R8022

R8023

R8024

R8025

R8026

R8027

R8028

R8029

R8030

R8031

R8032

R8033

R8034

R8036

R8038

C8001

0.01u

XX

CN8002

51

50

49

48

47

46

45

44

43

42

41

40

39

38

37

36

35

34

33

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

GND

xCD

D03

D11

D04

D12

D05

D13

D06

D14

D07

D15

xCS0

xCS1

GND(A10)

GND(xVS1)

xATA_SEL

xIORD

GND(A09)

xIORW

GND(A08)

GND(xWE)

GND(A07)

INTRQ

Vcc

Vcc(A06)

GND(xCSEL)

GND(A05)

GND(xVS2)

GND(A04)

xRESET

GND(A03)

IORDY

A02

xINPACK

A01

xREG

A00

xDASP

D00

xPDIAG

D01

D08

D02

D09

GND(xIOIS16)

D10

GND(xCD2)

COVER_STAT

GND

51P

LC-095

CN6002

Through the

Flexible Flat Cable

(FFC-159)

(Page 4-10)

TK-071

(1/5)

CN4001

Through the

FP-201 Flexible

(Page 4-4)

GND

14

SCL

13

GND

12

SDA

11

GND

10

A0

9

GND

8

CS

7

GND

6

RES

5

GND

4

ENA

3

2

GND

3.0V

1

CN800314P

GND

3.0V

CN8004 14P

1

2

3

4

5

6

7

8

9

10

11

12

13

14

GND

SCL

GND

SDA

GND

A0

GND

CS

GND

RES

GND

ENA

GND

3.0V

TK-071

(4/5)

CN2002

Through the

Flexible Flat Cable

(FFC-159)

(Page 4-7)

A

B

C

D

F

G

H

05

HVR-MRC1

4-9

CF-110 BOARD

CF CONNECTOR

XX MARK:NO MOUNT

G

H

CF-110

1

2

3

4

5

6 9

7 10

8 11

12

A

CL6030

B

14P

CN6002

C

CF-110

CN8003

Through the

Flexible Flat Cable

(FFC-159)

(Page 4-9)

GND

1

SCL

2

3

GND

SDA

4

GND

5

A0

6

7

GND

CS

8

GND

9

RES

10

GND

11

ENA

12

13

GND

3.0V

14

D

E E

F

FB6001

R6007

R6008

R6009

300k

390

Q6002

R6024

33k

DTC144EMT2L

Q6001

3.3

RTF015P02TL

3

0

C6002

0

Q6001, Q6002

LED DRIVE

R6003

XX

1u

R6001

XX

ENA

C6001

0.1u B

R6004

CL-271TLY-C-TS

R6005

470

D6001

CL-271TLY-C-TS

D6002

D6001, D6002 (BACKLIGHT)

C6003

C6004

C6005

C6006

C6007

C6008

C6009

C6010

C6011

1u C

0.1u B

0.1u

1u

1u C

SDA

SCL

A0

#RES

R6010 510k

150k

16V

10V

B

C

#CS

CL6001

CL6002

CL6003

CL6004

CL6005

CL6006

R6011

R6012

R6013

R6014

R6015

R6016

R6017

R6018

R6019

R6020

R6021

R6022

R6023

C6012

C6013

10u

0.1u

C

33k

ND6001

B

LCD

1

VSS

2

VDD1

3

P/S

4

C86

5

VSS2

6

CLS

7

M/S

8

VDD2

9

VR

V5

10

V4

11

V3

12

V2

13

V1

14

VDD3

15

VSS3

16

C2+

17

C2-

18

C1+

19

C1-

20

C3-

21

VOUT

22

VSS4

23

VSS5

24

VDD4

25

D7

26

D6

27

D5

28

D4

29

D3

30

D2

31

D1

32

D0

33

VDD5

34

RD

35

WR

36

VSS6

37

A0

38

RES

39

VDD6

40

CS2

41

CS1

42

VSS7

43

DOF

44

CL

45

FR

46

FRS

47

OSC2

48

OSC1

49

A

B

C

D

F

G

H

05

HVR-MRC1

4-10

LC-095 BOARD

LCD

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

G

H

LC-095

1

2

3

4

5

6 9

7 10

8 11

12

A

2

0.01u

C7001

C7002

C7003

4

13

CAM LINK

2

4

13

.

,

2

4

13

s

STOP

S7001

S7002

S7003

D7004

EDZ-TE61-5.6B

D7005

EDZ-TE61-5.6B

D7006

EDZ-TE61-5.6B

B

D7001

B

25V

EDZ-TE61-5.6B

C

D7002

B

25V

EDZ-TE61-5.6B

D

D7003

B

25V

EDZ-TE61-5.6B

E E

XX

S7010

D7011

7 8

43 2 1

POWER

T

5 6

OFFON

D7009

CL-196HR-CD-T

REC LAMP,

CF ACCESS

R7001

2

0.01u

4

13

MENU

2

4

13

H

PLAY

EXEC

2

4

13

z

R3.3/P0

Q7001

DTA144EMT2L

LED DRIVE

S7004

S7006 S7005

D7007

EDZ-TE61-5.6B

D7008

EDZ-TE61-5.6B

REC

R0/P3.3

3.3

C7004

B

25V

C7005

B

25V

C7006

B

25V

330

2

C7007

0.01u

B

25V

C7008

0.01u

B

25V

4

13

REPEAT

2

4

13

>

,

2

4

13

S7007

S7008

S7009

CN7001

20

19

18

17

16

15

14

13

12

11

10

20P

GND

REPEAT

MENU

CAM_LINK

GND

FF

PLAY

REW

GND

STOP

REC_ON

9

SW_OFF_CN

8

GND

7

SW_PWR

6

LED_ON

5

4

GND

3.3V

3

GND

2

GND

1

TK-071

(4/5)

CN2001

Through the

Flexible Flat Cable

(FFC-157)

(Page 4-7)

A

B

C

D

F

G

H

05

HVR-MRC1

4-11

SW-525 BOARD

CONTROL SWITCH

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

R:REC MODE P:PB MODE

F

G

H

SW-525

1

2

3

4

1

2

3

4

A

1Pin

LND001

LND002

LND003

LND004

B

TK-071

(1/5)

CN4002

(Page 4-4)

C

LND005

LND006

LND007

LND008

LND009

LND010

LND011

LND012

LND013

LND014

LND015

LND016

LND017

LND018

LND019

LND020

REG_GND

N.C

UNREG

ACV_UNREG

N.C

DETECT

REG_GND

TPA-

TPA+

REG_GND

TPB-

TPB+

REG_GND

20Pin

REG_GND

UNREG

ACV_UNREG

DETECT

REG_GND

TPA+

REG_GND

TPB+

REG_GND

TPA-

TPB-

16Pin

1Pin

N.C

LND101

LND102

LND103

LND104

LND105

LND106

LND107

LND108

LND109

LND110

LND111

LND112

LND113

LND114

LND115

LND116

CN902

HOT

SHOE

A

B

C

A

1Pin

LND001

LND002

LND003

LND004

B

CR-090

CN9005

(Page 4-13)

C

LND005

LND006

LND007

LND008

LND009

LND010

LND011

LND012

LND013

LND014

LND015

LND016

LND017

LND018

LND019

LND020

REG_GND

N.C

UNREG

ACV_UNREG

N.C

DETECT

REG_GND

TPA-

TPA+

REG_GND

TPB-

TPB+

REG_GND

20Pin

REG_GND

UNREG

ACV_UNREG

DETECT

REG_GND

TPA+

REG_GND

TPB+

REG_GND

1Pin

N.C

TPA-

TPB-

16Pin

LND021

LND022

LND023

LND024

LND025

LND026

LND027

LND028

LND029

LND030

LND031

LND032

LND033

LND034

LND035

LND036

CN903

HOT

SHOE

A

B

C

Note: CN902 (HOT SHOE) is not included in FP-202 flexible board.

D

E

D

E

D

E

Note: CN903 (HOT SHOE) is not included in FP-203 flexible board.

D

E

F

FP-202 FLEXIBLE BOARD

HOT SHOE (MEMORY RECORDING UNIT)

(PRINTED WIRING BOARD is omitted)

05

HVR-MRC1

F

FP-203 FLEXIBLE BOARD

F

HOT SHOE (i.LINK CRADLE)

(PRINTED WIRING BOARD is omitted)

05

4-12

FP-202, FP-203

• Refer to page 4-2 (English), 4-3 (Japanese) for mark 0.

1

2

3

A

Note:BT901 and J901 are not included

in CR-090 complete board.

BT901 BATTERY TERMINAL

B

CN9001

+

S

−

4P

1BATT(+)

2SW

3SIG

4BATT(-)

CL9001

CL9002

FB9001

C9003

0.01u B

C9004

0.01u B

F9001

MAZS120008SO

C

J901 DC IN

CN9002

3P

1PLUS

2MINUS_A

C9001

3MINUS_B

1u

C9002

1u

LF9001

2

1

3

10V C9005

B

10V

B

4

0.01u B

C9006

0.01u B

F9002 (1.4A/32V)

MAZS120008SO

(1.4A/32V)

D9001

D9002

4

5

REG_GND

N.C

123456789

CN9005 20P

UNREG

6 9

FP-203

FLEXIBLE

LND001 – LND020

(Page 4-12)

UNREG

ACV_UNREG

N.C

DETECT

REG_GND

1011121314151617181920

7 10

8 11

12

A

TPB+

TPB-

TPA-

TPA+

REG_GND

B

LD9002

CHASSIS_GND

LD9001

CHASSIS_GND

65

789

2

HDV/DV

1

C

1 3 5 7

RB9001

R9002

0

CN9004

TH9001

6

R9003

TPA+

5

TPA-

4

TPB+

TPB-

3

VG

2

VP

1

0

2 4 6 8

TH9002

TH9003

TH9004

C9007

XX

D

E E

F

G

D

F

G

H

05

HVR-MRC1

4-13

CR-090 BOARD

DC IN, HDV/DV CONNECTOR

XX MARK:NO MOUNT

H