Sony HVR-A1J, HVR-A1U, HVR-A1N, HVR-A1E, HVR-A1P Service Manual

...
HVR-A1J/A1U/A1N/A1E/A1P/A1C
RMT-831
SERVICE MANUAL
US Model
Ver. 1.7 2009.03
Revision History
Revision History
How to use
How to use
Acrobat Reader
Acrobat Reader
Revised-2
Replacement of the previously issued SERVICE MANUAL 9-876-892-13 with this manual.
N MECHANISM (MDX-N101)
Canadian Model
AEP Model
E Model
Chinese Model
Japanese Model
Link
Link
SPECIFICATIONS
MODEL INFORMATION TABLE
SERVICE NOTE
DISASSEMBLY
The components identified by mark 0 or dotted line with mark 0 are critical for safety. Replace only with part num­ber specified.
BLOCK DIAGRAMS
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-A1J/A1U/A1N/A1E/A1P/A1C
9-876-892-14
DIGITAL HD VIDEO CAMERA RECORDER
2009C0500-1
Sony EMCS Co.
Published by Kohda TEC
© 2009.3
These specifications are extracted from instruction manual of HVR-A1U/A1N.

SPECIFICATIONS

ENGLISH JAPANESE
ENGLISH JAPANESE
System
Video recording 2 rotary heads, Helical system (HDV) scanning system Video recording 2 rotary heads, Helical system (DVCAM scanning system (DV)) Still image Exif Ver. 2.2* recording system Audio recording Rotary heads, MPEG-1 Audio system Layer -2, Quantization: 16 bits (HDV) (Fs 48 kHz, stereo)
transfer rate: 384 kbps Audio recording Rotary heads, PCM system system (DVCAM Quantization: 12 bits (Fs 32 (DV)) kHz, stereo 1, stereo 2),
16 bits (Fs 48 kHz, stereo) Video signal NTSC color, EIA standards
1080/60i specification Usable cassette Mini DV cassette with the
cassette with the
mark printed Tape speed Approx. 18.812 mm/s (HDV) Tape speed Approx. 28.218 mm/s (DVCAM) Tape speed Approx. 18.812 mm/s (DVSP) Recording/ 63 min (using a PHDVM-63 playback time DM cassette) (HDV) Recording/ 41 min (using a PHDVM-63 playback time DM cassette) (DVCAM) Recording/ 63 min (using a PHDVM-63 playback time DM cassette) (DV SP) Fast forward/ Approx. 2 min 40 s rewind time (using a PHDVM-63 DM
cassette and rechargeable
battery pack)
Approx. 1 min 45 s (using a
PHDVM-63 DM cassette and
AC Adaptor) Viewfinder Electric viewfinder (color,
black and white) Image device 5.9 mm (1/3 type) CMOS
sensor
Gross: Approx. 2 969 000
pixels
Effective (movie, 4:3):
1 486 000 pixels
Effective (movie, 16:9):
1 983 000 pixels
Effective (still, 4:3):
2 764 800 pixels
Effective (still, 16:9):
2 073 600 pixels Lens Carl Zeiss Vario-Sonnar T*
10 × (Optical), 40 × (Digital) Focal length f=5.1 ~ 51.0 mm (7/32 ~
2 1/8 in.)
When converted to a 35 mm
still camera
In CAMERA-TAPE *
41 ~ 480 mm (1 5/8 ~ 19 in.)
(16:9),
50 ~ 590 mm (2 ~ 23 1/4 in.)
(4:3)
In CAMERA-TAPE when
setting [FULL SCAN] to
[ON]:
40 ~ 400 mm (1 5/8 ~ 15 3/4
in.) (16:9),
49.3 ~ 493 mm (2 ~ 19 1/2
in.) (4:3)
In CAMERA-MEMORY:
40 ~ 400 mm (1 5/8 ~ 15 3/4
in.) (16:9),
1
or Mini DVCAM
2
:
37 ~ 370 mm (1 1/2 ~ 14 5/8 in.) (4:3) F1.8 ~ 2.1 Filter diameter: 37 mm
Color temperature
Minimum 7 1x (lux) (F 1.8) illumination 0 lx (lux) (during NightShot
*1“Exif” is a file format for still images,
established by the JEITA (Japan Electronics and Information Technology Industries Association). Files in this format can have additional information such as your camcorder’s setting information at the time of recording.
*2The focal length figures are actual figures
resulting from wide angle pixel read-out.
*3Objects unable to be seen due to the dark can be
shot with infrared lighting.
(1 1/2 in.) [AUTO], [ONE PUSH], [INDOOR] (3 200 K), [OUTDOOR] (5 800 K)
3
function)*
Output connectors
Audio /Video 10-pin connector output Video signal: 1 Vp-p, 75
COMPONENT Y:1 Vp-p, 75 (ohms), OUT jack unbalanced
Headphones jack Stereo minijack (Ø 3.5)
(ohms), unbalanced Luminance signal: 1 Vp-p, 75 (ohms), unbalanced Chrominance signal: 327 mV (at load impedance 47 k (kilohms)), Output impedance with less than 2.2 k (kilohms)
PB/PR, CB/CR: 525 mVp-p (75 % color-bar)
Input/Output connectors
MIC jack Minijack, 0.388 mV low
LANC jack Stereo mini-minijack (Ø 2.5) INPUT1/ XLR3-pin, female, INPUT2 -60 dBu:3 k connectors +4 dBu:10 k
USB jack mini-B
HDV/DV jack i.LINK Interface
impedance with DC 2.5 to
3.0 V, output impedance 6.8 k (kilohms) (Ø 3.5 mm), Stereo type
(0 dBu=0.775 Vrms)
(IEEE 1394, 4-pin connector S100)
LCD screen
Picture 6.9 cm (2.7 type, aspect ratio
Total dot number 123 200 (560 × 220)
16:9)
General
Power DC 7.2 V (battery pack) requirements DC 8.4 V (AC Adaptor) Average power During camera recording using consumption the viewfinder with normal (when using the brightness with the XLR battery pack) adaptor attached:
HDV recording 6.4 W DVCAM (DV) recording
5.7 W During camera recording using the LCD with normal brightness with the XLR adaptor attached: HDV recording 6.6 W DVCAM (DV) recording
5.9 W
Operating 0 ºC to 40 ºC (32 ºF to 104 temperature ºF) Storage -20 ºC to + 60 ºC (-4 ºF to + temperature 140 ºF) Dimensions 71 × 103 × 191 mm (2 7/8 × (approx.) 4 1/8 × 7 5/8 in.) (w/h/d)
excluding the projecting parts
Mass (approx.) 670 g (1 lb 7 oz) main unit
only
1.1 kg (2 lb 8 oz) including the NP-FM50 rechargeable battery pack, PHDVM-63DM cassette, lens hood with lens cover, XLR adaptor and
microphone. Supplied “Memory Stick Duo” 16MB accessories (1)
Memory Stick Duo Adaptor
(1)
AC Adaptor (1)
Power cord (1)
Lens hood with lens cover (1)
Wireless Remote Commander
(1)
A/V connecting cable (1)
Component video cable (1)
USB cable (1)
Shoulder Strap (1)
XLR adaptor (1)
Wind Screen (1)
Microphone (1)
Rechargeable battery pack
NP-FM50 (1)
Operating Guide (1)
See page 5-40.
AC Adaptor AC-L15A
Power AC 100 - 240 V, 50/60 Hz requirements Current 0.35 - 0.18 A consumption Power 18 W consumption Output voltage DC 8.4 V* Operating 0 ºC to 40 ºC (32 ºF to 104 temperature ºF) Storage -20 ºC to + 60 ºC (-4 ºF to + temperature 140 ºF) Dimensions 56 × 31 × 100 mm (2 1/4 × (approx.) 1 1/4 × 4 in.)
(w/h/d) excluding the
projecting parts Mass (approx.) 190 g (6.7 oz) main unit only
* See the label on the AC Adaptor for other
specifications.
Rechargeable battery pack (NP-FM50)
Maximum output DC 8.4 V voltage Output voltage DC 7.2 V Capacity 8.5 Wh (1 180 mAh) Dimensions 38.2 × 20.5 × 55.6 mm (approx.) (1 9/16 × 13/16 × 2 1/4 in.)
(w/h/d) Mass (approx.) 76 g (2.7 oz) Operating 0 ºC to 40 ºC (32 ºF to 104 temperature ºF) Type Lithium ion
Design and specifications are subject to change without notice.
HVR-A1J/A1U/A1N/A1E/A1P/A1C
— 2 —
概略仕様
ENGLISH JAPANESE
ENGLISH JAPANESE
システム
録画方式 回転2ヘッドヘリカルスキャン
(HDV)
録画方式 回転2ヘッドヘリカルスキャン (DVCAM (DV))
静止画記録方 ExifVer.2.2*
録音方式 回転ヘッド (HDV) MPEG-1AudioLayer2
16ビットFs48kHz(ステレオ) 転送レート384kbps
録音方式 回転ヘッド (DVCAM 12ビットFs32kHz(ステレオ (DV))1、ステレオ2)
16ビットFs48kHz(ステレオ)
映像信号 NTSCカラー、EIA標準方式、
1080/60i方式 使用可能カ セット セットまたは マーク
のついたミニDVCAMカセット テープ速度 約18.812mm/秒
(HDV)
テープ速度 約28.218mm/秒
(DVCAM)
テープ速度 約18.812mm/秒
(DVSP)
録画/再生時 63分(PHDVM-63DM使用時) 間(HDV) 録画・再生時 41分(PHDVM-63DM使用時) 間(DVCAM) 録画/再生時 63分(PHDVM-63DM使用時) 間(DVSP) 早送り、 バッテリー使用時: 巻き戻し時間 約2分40秒(PHDVM-63DM使
用時)
ACアダプター使用時:
約1分45秒(PHDVM-63DM使
用時) ファインダー 電子ファインダー:カラー、
モノクロ 撮像素子 5.9mm(1/3型)CMOSセン
サー
総画素数:約297万画素
動画時有効画素数(4:3モード):
約149万画素
動画時有効画素数(16:9モー
ド):約198万画素
静止画時有効画素数(4:3モー
ド):約276万画素
静止画時有効画素数(16:9モー
ド):約207万画素 ズームレンズ カールツァイス バリオゾナー
T*
10倍(光学)、40倍(デジタル)
f=5.1〜51.0mm
35mmカメラ換算では
「CAMERA−TAPE」時*
41〜480mm(16:9モード)
(4:3モードでは50〜590mm) 「CAMERA−TAPE」FULL
SCAN時:
40〜400mm(16:9モード)
(4:3モードでは49.3〜493
mm)
「CAMERA−MEMORY」時:
40〜400mm(16:9モード)
(4:3モードでは37〜370
mm)
F1.8〜2.1
フィルター径37mm
1
マークのついたミニDVカ
2
色温度切り換[AUTO]、[ONEPUSH]、 え[INDOOR](3200K)、
最低被写体照 15lx(ルクス)(F1.8) 度0lx(ルクス)(NightShot時)
1
*
(社)電子情報技術産業協会(JEITA)にて制
定された、撮影情報などの付帯情報を追加 することができる静止画用のファイル フォーマット。
*2広角画素読み出しによる実動作値
[OUTDOOR](5800K)
出力端子
A/VOUT端子
COMPONENT OUT端子 PB/PR,CB/CR525mVp-p
ヘッドホン端子
10ピン特殊コネクター 映像:1Vp-p、75Ω不平衡 Y出力 1Vp-p、75Ω不平衡 C出力 0.286Vp-p、75Ω 不平衡 音声:327mV(47kΩ負荷 時)、出力インピーダンス2.2 kΩ以下 Y:1Vp-p、75Ω不平衝
(75%カラーバー)
ステレオミニジャック(φ3.5)
入/出力端子
MIC入力端子 ステレオミニジャック(φ3.5) LANC端子 ステレオミニミニジャック
INPUT1/ XLR3ピン、凹 INPUT2端子 -60dBu:3kΩ
USB端子 mini-B HDV/DV端 i.LINK(IEEE1394 4ピンコネ 子 クター S100)
(φ2.5)
+4dBu:10kΩ
(0dBu=0.775Vrms)
液晶画面
画面サイズ 6.9cm(2.7型、アスペクト比
総ドット数 123200ドット
16:9)
横560×縦220
電源部、その他
電源電圧 バッテリー端子入力7.2V
消費電力 ファインダー使用時、明るさ標準
動作温度 0℃〜+40℃ 保存温度 −20℃〜+60℃ 外形寸法 71×103×191mm
本体質量 約670g(本体のみ) 撮影時総質量 約1.1kg(バッテリー
DC端子入力8.4V
(XLRアダプター装着時):
HDV記録時6.4W DVCAM(DV)記録時5.7W 液晶画面使用時、明るさ標準
(XLRアダプター装着時):
HDV記録時6.6W DVCAM(DV)記録時5.9W
(最大突起部を除く)(幅×高さ×
奥行き)
NP-FM50、テープ(PHDVM­63DM)、レンズカバー付きフー ド、XLRアダプター、マイク含 む。)
付属品 “メモリースティック デュオ”
 アプター(1)
16MB(1) メモリースティック デュオ
ACアダプター(1) 電源コード(1) レンズカバー付きフード(1) ワイヤレスリモコン(1) AV接続ケーブル(1) コンポーネントビデオケーブル
(1)
USBケーブル(1) XLRアダプター(1) ウインドスクリーン(1) マイク(1) リチャージャブルバッテリー パックNP-FM50(1) 取扱説明書(1) 保証書(1) ソニー業務用製品ご相談窓口の ご案内(1)
ACアダプター AC-L15A
電源 AC100〜240V、50/60Hz 消費電力 18W 定格出力 DC8.4V* 動作温度 0℃〜+40℃ 保存温度 −20℃〜+60℃ 外形寸法 約56×31×100mm
質量 約190g(本体のみ)
* その他の仕様についてはA C アダプターの
ラベルをご覧ください。
(最大突起部をのぞく)(幅×高さ
×奥行き)
リチャージャブルバッテリーパック NP-FM50
最大電圧 DC8.4V 公称電圧 DC7.2V 容量 8.5Wh(1180mAh) 最大外形寸法 約38.2×20.5×55.6mm
質量 約76g 使用温度 0℃〜+40℃ 使用電池 Li-ion
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。
(幅×高さ×奥行き)
HVR-A1J/A1U/A1N/A1E/A1P/A1C
— 3 —
Model information table
Model HVR-A1J HVR-A1U HVR-A1N HVR-A1E HVR-A1P HVR-A1C
Destination J US, CND E AEP E CH
Color system NTSC NTSC NTSC PAL PAL PAL
•Abbreviation AR : Argentine model AUS: Australian model BR : Brazilian model CH : Chinese model CND : Canadian model EE : East European model HK : Hong Kong model J: Japanese model JE : Tourist model KR : Korea model NE : North European model
HVR-A1J/A1U/A1N/A1E/A1P/A1C
— 4 —
ENGLISH JAPANESE
ENGLISH JAPANESE
Danger of explosion if battery is incorrectly replaced.
CAUTION
Replace only with the same or equivalent type.
SAFETY-RELATED COMPONENT WARNING!!
COMPONENTS IDENTIFIED BY MARK 0 OR DOTTED 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-A1J/A1U/A1N/A1E/A1P/A1C
— 5 —
ENGLISH JAPANESE
ENGLISH JAPANESE
電池の交換は,正しく行わないと破裂する恐れがあり
注意
ます。電池を交換する場合には必ず同じ型名の電池 又は同等品と交換してください。
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-A1J/A1U/A1N/A1E/A1P/A1C
— 6 —

TABLE OF CONTENTS

Section Title Page
Section Title Page
1. SERVICE NOTE
1-1. Power Supply During Repairs ·········································1-1 1-2. To Take Out a Cassette when not Eject (Force Eject) ····· 1-1 1-3. Setting the “Forced Power On” Mode ·····························1-1 1-4. Using Service Jig ·····························································1-2 1-5. Self-diagnosis Function ··················································· 1-2
2. DISASSEMBLY
2-1. Disassembly ····································································· 2-3 2-2. The Method of Attachment of FP-248, 259
Flexible Board ································································· 2-7
3. BLOCK DIAGRAMS
3-1. Overall Block Diagram (1/8) ···········································3-1 3-2. Overall Block Diagram (2/8) ···········································3-3 3-3. Overall Block Diagram (3/8) ···········································3-5 3-4. Overall Block Diagram (4/8) ···········································3-7 3-5. Overall Block Diagram (5/8) ···········································3-9 3-6. Overall Block Diagram (6/8) ·········································3-11 3-7. Overall Block Diagram (7/8) ·········································3-13 3-8. Overall Block Diagram (8/8) ·········································3-15 3-9. Power Block Diagram (1/5) ··········································· 3-17 3-10. Power Block Diagram (2/5) ··········································· 3-19 3-11. Power Block Diagram (3/5) ··········································· 3-21 3-12. Power Block Diagram (4/5) ··········································· 3-23 3-13. Power Block Diagram (5/5) ··········································· 3-25
6. ADJUSTMENT
Before Starting Adjustments ····················································· 6-1 1-1. Adjusting Items when Replacing Main Parts and
Boards ·············································································· 6-2 1-2. List of Service Tools························································ 6-4 6-1. Camera Section Adjustments ··········································· 6-6 1-1. Preparations before Adjustments (CAMERA Section) ···6-6 1-2. Initialization of EEPROM Data ······································· 6-8 1-3. Camera System Adjustments ········································· 6-28 1-4. Electronic Viewfinder System Adjustments ·················· 6-58 1-5. LCD System Adjustments ············································· 6-63 6-2. Mechanism Section Adjustments ·································· 6-66
1. Preparations for Check, Adjustment and
Replacement of Mechanism Block································ 6-66
2. Periodic Inspection and Maintenance ···························· 6-66
3. Check, Adjustment and Replacement of
Mechanical Parts ··························································· 6-72
4. Adjustment ·································································· 6-105 6-3. Video Section Adjustments ········································· 6-112 3-1. Preparations Before Adjustments ································ 6-112 3-2. System Control System Adjustments ·························· 6-114 3-3. Servo and RF System Adjustments ····························· 6-116 3-4. Video System Adjustments·········································· 6-118 3-5. Audio System Adjustments ········································· 6-122 3-6. XLR Adaptor Adjustments ·········································· 6-123 6-4. Service Mode ·······························································6-126 4-1. Adjustment Remote Commander (RM-95) ················· 6-126 4-2. Adjustment Remote Commander (New Lanc Jig) ······ 6-127 4-3. Data Process ································································ 6-128 4-4. Service Mode ·······························································6-129
4. PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS
4-1. Frame Schematic Diagrams ············································· 4-1 4-2. Schematic Diagrams ························································4-5 4-3. Printed Wiring Boards ··················································· 4-91 4-4. Waveforms ··································································· 4-125 4-5. Mounted Parts Location ··············································4-135
5. REPAIR PARTS LIST
5-1. Exploded Views ·······························································5-2 5-2. Electrical Parts List ······················································· 5-17
* The color reproduction frame is shown on page 6-138 to 141.
HVR-A1J/A1U/A1N/A1E/A1P/A1C
— 7 —
ENGLISH JAPANESE
y
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 power 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 AC power adaptor (AC-L15A/L15B).
1-2. TO TAKE OUT A CASSETTE WHEN NOT EJECT (FORCE EJECT)
1 Refer to “2. DISASSEMBLY” to remove the mechanism deck block. 2 Supply +4.5V from the DC power supply to the loading motor and unload with a pressing the cassette compartment.
Loading motor
DC power suppl (+ 4.5Vdc)
1-3. SETTING THE “FORCED POWER ON” MODE
It is possible to turn on power by adjustment remote commander (RM-95 or NEW LANC JIG). Operate the VTR function using the adjustment remote commander.
1-3-1. Setting the “Forced Camera Power ON” Mode
1) Select page: 0, address: 01, and set data:01.
2) Select page: A, address: 10, set data:01 and press the “PAUSE (Write)” button of the adjustment remote commander.
1-3-2. Setting the “Forced VTR Power ON” Mode
1) Select page: 0, address: 01, and set data:01.
2) Select page: A, address: 10, set data:02 and press the “PAUSE (Write)” button of the adjustment remote commander.
1-3-3. Exiting the “Forced Power ON” Mode
1) Select page: 0, address: 01, and set data:01.
2) Select page: A, address: 10, set data:00 and press the “PAUSE (Write)” button of the adjustment remote commander.
3) Select page: 0, address: 01, and set data: 00.
HVR-A1J/A1U/A1N/A1E/A1P/A1C
1-1
1-4. USING SERVICE JIG
Connect the CPC-7 jig connector (J-6082-382-A) to the CN7005 of NN-001 board.
CPC-7
(J-6082-382-A)
ENGLISH JAPANESE
ENGLISH JAPANESE
NN-001 BOARD
(SIDE A)
CN7005
1-5. SELF-DIAGNOSIS FUNCTION
1-5-1. Self-diagnosis Function
When problems occur while the unit is operating, the self-diagnosis function starts working, and displays on the viewfinder or LCD screen what to do. This function consists of two display; self­diagnosis display and service mode display. Details of the self-diagnosis functions are provided in the Instruction manual.
Viewfinder or LCD screen
C : 3 1 : 1 1
16
1
9
8
16
1
1-5-2. Self-diagnosis Display
When problems occur while the unit is operating, the counter of the viewfinder or LCD screen shows a 4-digit display consisting of an alphabet and numbers, which blinks at 3.2 Hz. This 5-character display indicates the “repaired by:”, “block” in which the problem occurred, and “detailed code” of the problem.
Repaired by:
C : Corrected by customer H : Corrected by dealer E : Corrected by service
engineer
Blinks at 3.2Hz
3 1C
Block
Indicates the appropriate step to be taken. E.g.
31 ....Reload the tape.
32 ....Turn on power again.
1 1
Detailed Code
Refer to “1-5-3. Self-diagnosis Code Table”.
HVR-A1J/A1U/A1N/A1E/A1P/A1C
1-2
1-5-3. Self-diagnosis Code Table
Self-diagnosis Code
ENGLISH JAPANESE
ENGLISH JAPANESE
Repaired by:
C C C
C
C
C C C C C C C C C C C
C
C
C
C
C
C
C
C
C
C
C
C
C
Block
Function
04 21 22
31
31
31 31 31 31 31 31 31 31 31 31 31
32
32
32
32
32
32
32
32
32
32
32
32
32
Detailed
Code
00 00 00
10
11
20 21 22 23 30 31 40 41 42 43 44
10
11
20
21
22
23
30
31
40
41
42
43
44
Symptom/State
Non-standard battery is used. Condensation. Video head is dirty. LOAD direction. Loading does not
complete within specified time UNLOAD direction. Loading does not
complete within specified time T reel side tape slacking when unloading S reel
side tape slacking when unloading T reel fault. S reel fault. FG fault when starting capstan. FG fault during normal capstan operations. FG fault when starting drum. PG fault when starting drum. FG fault during normal drum operations. PG fault during normal drum operations. Phase fault during normal drum operations. LOAD direction loading motor time-
out. UNLOAD direction loading motor
time-out. T reel side tape slacking when
unloading. S reel side tape slacking when
unloading.
T reel fault.
S reel fault.
FG fault when starting capstan.
FG fault during normal capstan operations.
FG fault when starting drum.
PG fault when starting drum.
FG fault during normal drum operations.
PG fault during normal drum operations.
Phase fault during normal drum operations.
Correction
Use the InfoLITHIUM battery. Remove the cassette, and insert it again after one hour. Clean with the optional cleaning cassette.
Load the tape again, and perform operations from the beginning.
Load the tape again, and perform operations from the beginning.
.
Load the tape again, and perform operations from the beginning.
.
Load the tape again, and perform operations from the beginning. Load the tape again, and perform operations from the beginning. Load the tape again, and perform operations from the beginning. Load the tape again, and perform operations from the beginning. Load the tape again, and perform operations from the beginning. Load the tape again, and perform operations from the beginning. Load the tape again, and perform operations from the beginning. Load the tape again, and perform operations from the beginning. Load the tape again, and perform operations from the beginning. Load the tape again, and perform operations from the beginning. Remove the battery or power cable, connect, and perform
operations from the beginning. Remove the battery or power cable, connect, and perform
operations from the beginning. Remove the battery or power cable, connect, and perform
operations from the beginning. Remove the battery or power cable, connect, and perform
operations from the beginning. Remove the battery or power cable, connect, and perform
operations from the beginning. Remove the battery or power cable, connect, and perform
operations from the beginning. Remove the battery or power cable, connect, and perform
operations from the beginning. Remove the battery or power cable, connect, and perform
operations from the beginning. Remove the battery or power cable, connect, and perform
operations from the beginning. Remove the battery or power cable, connect, and perform
operations from the beginning. Remove the battery or power cable, connect, and perform
operations from the beginning. Remove the battery or power cable, connect, and perform
operations from the beginning. Remove the battery or power cable, connect, and perform
operations from the beginning.
HVR-A1J/A1U/A1N/A1E/A1P/A1C
1-3
Self-diagnosis Code
ENGLISH JAPANESE
ENGLISH JAPANESE
Repaired by:
E
E
E
E
E
Block
Function
61
61
61
62
62
Detailed
Code
00
10
11
00
01
Symptom/State
Difficult to adjust focus (Cannot initialize focus.)
Zoom operations fault (Cannot initialize zoom lens.)
Focus lens initializing failure and zoom lens initializing failure occur simulta­neously.
Steadyshot function does not work well. (With pitch angular velocity sensor output stopped.)
Steadyshot function does not work well. (With yaw angular velocity sensor output stopped.)
Correction
Inspect the lens block focus MR sensor (Pin ql, wa of CN7006 of NN-001 board) when focusing is performed when the focus ring is rotated in the focus manual mode and the focus motor drive circuit (IC7201 of NN-001 board) when the focusing is not performed.
Inspect the lens block zoom MR sensor (Pin qh, qj of CN7006 of NN-001 board) when zooming is performed when the zoom switch is operated and the zoom motor drive circuit (IC7201 of NN-001 board) when zooming is not performed.
Inspect the flexible board for breakage or loose connection.
If not faulty, inspect the focus and zoom motor drive circuit (IC7201 of NN-001 board).
Inspect pitch angular velocity sensor (SE6802 of EE-001 board) peripheral circuits.
Inspect yaw angular velocity sensor (SE6801 of EE-001 board) peripheral circuits.
HVR-A1J/A1U/A1N/A1E/A1P/A1C
1-4
ENGLISH JAPANESE
1. SERVICE NOTE
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(AC-L15A/L15Bなど)を使用する。)
1-2. イジェクトしない時のカセット取出し方法(強制イジェクト)
1 2.DISASSEMBLYを参照し,メカデッキを外す。 2 カセコン組立を押さえながら,安定化電源より+4.5Vをローディングモータに加え,アンローディングさせる。
ローディングモータ
安定化電源(+4.5Vdc)
1-3. 強制電源ONモードの設定
調整リモコン(RM-95またはNEWLANCJIG)を使用して,電源を入れることが出来ます。 VTR操作は調整リモコンで行えます。
1-3-1. 強制カメラ電源ONモードの設定
1) ページ:0,アドレス:01にデータ:01をセット。
2) ページ:A,アドレス:10にデータ:01をセットしPAUSE(Write)ボタンを押す。
1-3-2. 強制VTR電源ONモードの設定
1) ページ:0,アドレス:01にデータ:01をセット。
2) ページ:A,アドレス:10にデータ:02をセットしPAUSE(Write)ボタンを押す。
1-3-3. 強制電源ONモードの解除
1) ページ:0,アドレス:01にデータ:01をセット。
2) ページ:A,アドレス:10にデータ:00をセットしPAUSE(Write)ボタンを押す。
3) ページ:0,アドレス:01にデータ:00をセット。
HVR-A1J/A1U/A1N/A1E/A1P/A1C
1-5
1-4. 使用サービス治具
CPC-7治具コネクタ(J-6082-382-A)をNN-001基板CN7005に接続します。
CPC-7
(J-6082-382-A)
ENGLISH JAPANESE
ENGLISH JAPANESE
NN-001 BOARD
(SIDE A)
CN7005
1-5. 自己診断機能
1-5-1.自己診断機能について
本機の動作に不具合が生じたとき,自己診断機能が働き, ビューファインダまたはLC D 画面に,どう処置したらよい か判断できる表示を行います。「自己診断表示」と「サービス モード表示」の2つの表示があります。自己診断機能につい ては取扱説明書にも掲載されています。
16
1
9
8
16
1
1-5-2.自己診断表示
本機の動作に不具合が生じたとき,ビューファインダまたは LCD画面のカウンタ表示部分がアルファベットと数字の4桁 表示になり,3.2Hzで点滅します。この5文字の表示によっ て対応者分類および不具合の生じたブロックの分類,不具合 の詳細コードを示します。
ビューファインダまたはLCD画面
C : 3 1 : 1 1
対応者分類
C :お客さま自身で対応 H:販売店で対応 E :サービスエンジニア
で対応
対応方法の違いにより分類 例 31・・・テープを入れ直す 32・・・電源を入れ直す
3.2Hz点滅
3 1C
ブロック分類
1 1
詳細コード
「1-5-3.自己診断コード表」
を参照
HVR-A1J/A1U/A1N/A1E/A1P/A1C
1-6
1-5-3.自己診断コード表
自己診断コード
対 応 者
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
ブロック
機能
04
21
22
31
31
31
31
31
31
31
31
31
31
31
31
31
32
32
32
32
32
32
32
32
32
32
32
32
32
詳細
コード
00
00
00
10
11
20
21
22
23
30
31
40
41
42
43
44
10
11
20
21
22
23
30
31
40
41
42
43
44
症状/状態
標準でないバッテリを使用している 結露している ビデオヘッドが汚れている LOAD方向,ローディング所定時間
内終了せず UNLOAD方向,ローディング所定
時間内終了せず UNLOAD時,Tリール側テープ弛み UNLOAD時,Sリール側テープ弛み Tリール異常 Sリール異常 キャプスタン起動時FG異常 キャプスタン定常時FG異常 ドラム起動時FG異常 ドラム起動時PG異常 ドラム定常時FG異常 ドラム定常時PG異常 ドラム定常時位相異常 LOAD方向,ローディング所定時間
内終了せず UNLOAD方向,ローディング所定
時間内終了せず UNLOAD時,Tリール側テープ弛み UNLOAD時,Sリール側テープ弛み Tリール異常 Sリール異常 キャプスタン起動時FG異常 キャプスタン定常時FG異常 ドラム起動時FG異常 ドラム起動時PG異常 ドラム定常時FG異常 ドラム定常時PG異常 ドラム定常時位相異常
ENGLISH JAPANESE
ENGLISH JAPANESE
対応/方法
インフォリチウムバッテリを使用する カセットを取り出して,約1時間してからもう一度入れ直す 別売のクリーニングカセットできれいにする テープを入れ直し,再度操作し直す
テープを入れ直し,再度操作し直す
テープを入れ直し,再度操作し直す テープを入れ直し,再度操作し直す テープを入れ直し,再度操作し直す テープを入れ直し,再度操作し直す テープを入れ直し,再度操作し直す テープを入れ直し,再度操作し直す テープを入れ直し,再度操作し直す テープを入れ直し,再度操作し直す テープを入れ直し,再度操作し直す テープを入れ直し,再度操作し直す テープを入れ直し,再度操作し直す
バッテリまたは電源ケーブルを外して付け直し,再度操作し直す
バッテリまたは電源ケーブルを外して付け直し,再度操作し直す
バッテリまたは電源ケーブルを外して付け直し,再度操作し直す バッテリまたは電源ケーブルを外して付け直し,再度操作し直す バッテリまたは電源ケーブルを外して付け直し,再度操作し直す バッテリまたは電源ケーブルを外して付け直し,再度操作し直す バッテリまたは電源ケーブルを外して付け直し,再度操作し直す バッテリまたは電源ケーブルを外して付け直し,再度操作し直す バッテリまたは電源ケーブルを外して付け直し,再度操作し直す バッテリまたは電源ケーブルを外して付け直し,再度操作し直す バッテリまたは電源ケーブルを外して付け直し,再度操作し直す バッテリまたは電源ケーブルを外して付け直し,再度操作し直す バッテリまたは電源ケーブルを外して付け直し,再度操作し直す
HVR-A1J/A1U/A1N/A1E/A1P/A1C
1-7
自己診断コード
ブロック
機能
E
61
E
61
E
61
E
62
E
62
詳細
コード
00
10
11
00
01
(フォーカスの初期化ができない)
(PITCH角速度センサ出力張り付き)
(YAW角速度センサ出力張り付き)
症状/状態
フォーカスが合いにくい
ズーム動作の異常(ズームレンズの 初期化ができない)
フォーカスレンズ初期化異常,ズー ムレンズ初期化異常の同時発生
手振れ補正が効きにくい
手振れ補正が効きにくい
ENGLISH JAPANESE
ENGLISH JAPANESE
対応/方法
フォーカス手動モードでフォーカスリングを回した時, フォーカス動作をすればレンズブロックのフォーカスMRセ ンサ(NN-001基板CN7006ql,waピン)を点検。フォーカス 動作をしなければフォーカスモータドライブ回路(NN-001 基板IC7201)を点検。
ズームレバーを操作した時,ズーム動作をすればレンズブ ロックのズームMRセンサ(NN-001基板CN7006qh,qjピ ン)を点検。ズーム動作をしなければズームモータドライブ 回路(NN-001基板IC7201)を点検。
フレキシブル基板の切れ,半挿しを点検。 問題がなければフォーカス,ズームモータドライブ回路
(NN-001基板IC7201)を点検。
PITCH角速度センサ(EE-001基板SE6802)周辺回路点検
YAW角速度センサ(EE-001基板SE6801)周辺回路点検
HVR-A1J/A1U/A1N/A1E/A1P/A1C
1-8E
2. DISASSEMBLY
Link
Link

DISASSEMBLY

THE METHOD OF ATTACHMENT OF FP-248, FP-259 FLEXIBLE BOARD
HELP
HVR-A1J/A1U/A1N/A1E/A1P/A1C
NOTE FOR REPAIR
2. DISASSEMBLY
2. DISSASSEMBLY
• 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, dont’ pull at wire of connector. It is possible that a wire is snapped.
• When installing a connector, dont’ press down at wire of connector. It is possible that a wire is snapped.
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 DISCONNECTING THE HARNESS (COAXIAL CABLE)
When disconnecting the harness (coaxial cable), do not pull the harness part but pull off the connector body with tweezers etc.
Harness (coaxial cable)
Tw eezers etc.
HVR-A1J/A1U/A1N/A1E/A1P/A1C
2-1
The following flow chart shows the disassembly procedure.
2-1. DISASSEMBLY
2. DISASSEMBLY
HELP
HELP
3
1
5
5
8
1 Open the LCD. 2 Screw (M1.7) 3 Lifting up the EVF lens block. 4 Screw (M1.7) 5 Screw (M1.7) 6 Tu rn down the EVF lens block. 7 Claw
8 Cabinet (upper) block
x1
7
5
2
x1
x1 x3
3
4
1
6
5
3
8
6
1
1 Screw (M1.7) 2 Screw (M1.7) 3 Spring 4 P2 lock ace screw 5 Accessory shoe 6 Claw 7 Cold shoe cabinet 8 Screw (M1.7)
x1
4
7
qs
x2 x7
x2
2
qa
2
9 Open the jack
0 Screw (M1.7)
x4
qa Remove the cabinet
qs Flexible board
qd Cabinet (R) block
qd
cover (rear).
(R) block .
8
x1
x2
9
2
0
1 Tape (A) 2 Screw (M1.7) 3 Flexible board
4 Battery panel block
x1
x2
x1
4
2
3
1
to Page 2-5
4
1
5
8
9
4
6
2
7
0
qa
1 Screw (M1.7) 2 Claw 3 P cabinet (C) assembly 4 Flexible board 5 P2 lock ace screw
6 PP-001 board
7 P2 lock ace screw 8 Panel frame 9 Panel insulating sheet
0 D9001, LCD9001
qa Panel cushion
x2
x2
x5
x1
x2
6
9
2
1 Connector 2 Screw (M1.7) 3 Claw 4 Flexible board
5 External connector
3
7
5
4
x1
x1
x1
x1
8
1
7
6 Sheet (HS) 7 Flexible board 8 P2 lock ace screw
9 OO-001 board
x1
HELP
x2
x1
1
1 Screw (M1.7) 2 Screw (M1.7) 3 Boss
4 Cold shoe frame
x1
4
x2 x1
2
3
HVR-A1J/A1U/A1N/A1E/A1P/A1C
2-3 2-4
2. DISASSEMBLY
1
HELP
HELP
from Page 2-4
9
5
9
5
6
1 P2 lock ace screw 2 Claw 3 Flexible board 4 DC-IN connector
5 Flexible board 6 Connector
x1
x1
section
x3
x1
Refer to page 2-1 " Note for disconnecting the harness (coxial cable) ".
7 P2 lock ace screw
x1
8 Remove the TT board. 9 Flexible board
0 TT board
2
7
5
1
8
0
3
x2
4
x2
9
4
8
5
1 Lifting up the lens block. 2 Screw (M1.7) 3 Screw (M1.7) 4 Screw (M1.7) 5 Boss 6 Remove the EVF lens block. 7 Tape (A) 8 Flexible board
9 EVF lens block
6
x1 x1 x1
x2
x1
5
7
x1
2
3
2
4
2
1 Flexible board 2 Flexible board 3 P2 lock ace screw 4 Hook
5 NN board
x3
5
4
x2 x6
2
4
3
HELP
x1
1
HVR-A1J/A1U/A1N/A1E/A1P/A1C
1 Flexible board
1
2 Claw
1
3
2
5
4
2-5 2-6
3 Tape (A) 4 P2 lock ace screw
5 Lens block assembly
x2
x1
x2
x1
1 Screw (M1.7) 2 P2 lock ace screw 3 Screw (M1.4x1.5)
x1
5
2
1
4 MD frame assembly
x3
5 Mechanism deck
x3
2
3
4
2. DISASSEMBLY
2-2. THE METHOD OF ATTACHMENT OF FP-248, FP-259 FLEXIBLE BOARD
– FP-248 FLEXIBLE BOARD –
FP-248 flexible board
3An angle is folded.
Fold
Hinge cover (rear)
Fold
– FP-259 FLEXIBLE BOARD –
1The A and A, B and B section are united
and an angle is folded.
FP-259 flexible board
Fold
Adhesive tape
A
Adhesive tape
2An angle is folded.
Adhesive tape
Fold
to Page 2-8
B
Fold
HVR-A1J/A1U/A1N/A1E/A1P/A1C
2-7
from Page 2-7
2. DISASSEMBLY
4Set the hinge assembly in the shown below.
Hinge assembly
3Flexible clamp
5Roll the the FP-259 flexible board 1.5 times,
in the direction of arrow
A
A.
Adhesive tape
7Hinge cover
Claw
(rear)
6Hinge cover
(front)
HVR-A1J/A1U/A1N/A1E/A1P/A1C
8Screw
Claw
2-8E

HELP

Sheet attachment positions and procedures of processing the flexible boards/harnesses are shown.
TT board
Sheet (DD)
Fold
FP-261 flexible board
Shield sheet (BT)
Fold
FP-251 flexible
FP-250 flexible
Sheet (HS)
Fold
Fold
Sheet (HS) (Inserts it between the OO-001 board and the cabinet)
OO-001 board
Fold
HVR-A1J/A1U/A1N/A1E/A1P/A1C
HELP
Link
Link
3. BLOCK DIAGRAMS
OVERALL BLOCK DIAGRAM (1/8)
OVERALL BLOCK DIAGRAM (2/8)
OVERALL BLOCK DIAGRAM (3/8)
OVERALL BLOCK DIAGRAM (4/8)
OVERALL BLOCK DIAGRAM (5/8)
OVERALL BLOCK DIAGRAM (6/8)
OVERALL BLOCK DIAGRAM (7/8)
OVERALL BLOCK DIAGRAM (8/8)
POWER BLOCK DIAGRAM (1/5)
POWER BLOCK DIAGRAM (2/5)
POWER BLOCK DIAGRAM (3/5)
POWER BLOCK DIAGRAM (4/5)
POWER BLOCK DIAGRAM (5/5)
HVR-A1J/A1U/A1N/A1E/A1P/A1C
3. BLOCK DIAGRAMS
3-1. OVERALL BLOCK DIAGRAM (1/8)
EE-001 BOARD
LENS BLOCK
42
(SHUTTER)
ND FILTER
METER
FOCUS
MOTOR
ZOOM
MOTOR
LENS TEMP
IRIS
IRIS
METER
M
H
M
H
M
FOCUS MR
SENSOR
M
ZOOM MR
SENSOR
NF MOTOR
M
SENSOR
CN9205
7 1
2 4
3 5
14
8
11
9
12 10
24 25
21 19
30
ı
33
16 17
26
ı
29
23
CN9206
FOCUS ±
F_MR_A,
F_MR_B ZOOM_A,
ZOOM_B, Z00M_XA, ZOOM_XB
Z_MR_A,
Z_MR_B
NN-001 BOARD (1/4)
CN7006
7
27
1
33
2
32
4
30
3
31
5
29
14
20
8
26
11
23
9
25
12
22
10
24
24
10
25
9
21
13
19
15
30
4
ı
ı
33
1
16
18
17
17
26
8
ı
ı
29
5
23
11
YAW SENSOR
PITCH SENSOR
7 1
7 1
ı
39
IC6601
CMOS
7 ı
IMAGER
10
11 12 38 37
23
16 17
27
19 18 15
SE6801
SE6802
I_DRIVE±
I_BIAS±
I_HALL±
ND_DRIVE±
ND_BIAS±
ND_HALL±
IC7205
NOISE FILTER
(1/5)
IC7203 IC7204 NOISE FILTER
(1/5)
NF_DRIVE±
TEMP OUT
TGHD_1, TGVD_1
AHS_SO_1,
AHS_SCK_1,
XCS_AHS_1
6
10
2
2
( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
TT-001 BOARD (1/7)
IC6406
IC6407
20
16
17
CN6401
1, 37, 5
6, 3, 12, 5, 7
YAW_AD
PITCH_AD
VST_C_RESET
CN7008
(1/3)
K12 L12
K11 J11 H12 J12
H11
K9 L9 M9
J9
L8 M8
14
ı
11
10
ı
7
6
ı
3
1 1
26 27
20 20
30
ı
28
23
24
22
78 67 66
68 66 63 73
75
74 72 70
71 69
53
DRVOUT_GB1, DRVOUT_GB2,
DCOUT_GB1, DCOUT_GB2
DRVOUT_GR1, DRVOUT_GR2,
DCOUT_GR1, DCOUT_GR2
DRVOUT_R, DRVOUT_B,
DCOUT_R, DCOUT_B
CHCK CHCK
XSYS_RST XSYS_RST
IC6801
PITCH/YAW
SENSOR
AMP
IC7201
(1/5)
H1
J1
IRIS
DRIVE,
C6
HALL
A5
AMP
C5 B6
K2 L2
ND
FILTER
A11
DRIVE,
A9
HALL
C10
AMP
B11
F3
FOCUS
MOTOR
DRIVE
B1 C4
K6
ZOOM
F1
MOTOR
DRIVE
E12 E10
L6
NF MOTOR
DRIVE
L7
CN1013
DRVOUT_GB1, DRVOUT_GB2,
14
DCOUT_GB1, DCOUT_GB2
ı
11
DRVOUT_GR1, DRVOUT_GR2,
10
DCOUT_GR1, DCOUT_GR2
ı
7
DRVOUT_R, DRVOUT_B,
6
ı
3
26 27
30
ı
28
23
24
22
77
67 65 62 72
74
73 71 69
70 68
52
DCOUT_R, DCOUT_B
TGHD, TGVD
89.010 MHz : NTSC
74.250 MHz : PAL
CN1001 (1/3)
PNDCK CAM_VD
CAM_SI, CAM_SO, CAM_SCK, XCS_IC_7201
XRST_IC_7201
EN1, DIRA1, DIRB1
NF_EN, NF_SW
LENS TEMP AD
A9 A10 B9 B10
E9 E10 F9 F10
J9 J10 K9 K10
A_2.8V
X1401
CAM_LATCH_VD
A3 – D3 A4 – E4 A5 – E5
B1 – H1 B2 – H2
J2 – J4
K2 – K4
F3 – F5
G3 – G5
H3 H4
F7
IC1201
CONVERTER
(1/21)
AHS_SO, AHS_SCK, XCS_AHS
YAW AD PITCH AD VST C RESET
TG_FLD
E6 E7
CDS,
A/D
H5
G6 F6
D6 D7 K5
IC1403
1 5
CLOCK
GENERATOR
(2/21)
130 129 40
185 181 203
78 77 75 161
183
132 131
127
IC5802
CAMERA
CONTROL
(16/21)
RIN0 – RIN13
GIN0 – GIN13
BIN0 – BIN13
ADC_SO, ADC_SCK, XCS_ADC_0
CLPOB
TGHD, TGVD
XSYS_RST
CAM_LATCH_VD
CHCK
XSYS_RST
EN1, DIRA1, DIRB1
CAM_LATCH_VD
XCS_IC_1401_BUS IC_1401_BUS_CLK
D24A00_SS – D31A07_SS,
DXXA08_SS – DXXA12_SS
XFTR_NR
SYS_V SYS_V ZOOM_VR_AD ZOOM_VR_AD
HI_SI, HI_SO, XHI_SCK
XCS_CAM_COM
52 – 45 33 – 29
17 20
186
201 135
65 66 63
64
9 8
CHCK
PNDCK
CAM_VD
TG_FLD
108
116
120
119
125
123
126
133
141
136
155
160
170
163
29 32
CAMERA
107
41
PROCESSOR 43 44
195
78 142
39 40 34
100 91
ı
93
80 79 33
77 54
73 – 70
67 – 60 58
IC1401
SIGNAL
(2/21)
6 – 9
12 – 15
18 – 20 24 – 28
232
239
245
251
198
– –
204
210
215 216
50
ı
52
229 225
234 242
SD_DQ0 – SD_DQ15
248 255
SD_A0 – SD_A11,
201
SD_BA0, SD_BA1
207 213
4
82
XSYS_RST
IFI_Y0 – IFI_Y7
CAMERA
IFI_C0 – IFI_C7
IFI_HDO, IFI_VDO, IFI_OEO
3 5 6 8 9 11
IC1801
12 14 77 79 80 82 83 85
128M
86 88 32 34
SDRAM
35 37 38 40
(3/21)
41 43 48 50 51 53 54 56
57 59
22 – 28 63 – 69
SD_CK
SD_XCS
EXT_STROBE_ON
SRCKO
17 34
53 49 50 46 47 43 44 40 13
33 32 29 30 27 26 24 23 22 21 31 20
71 21
SDM_DQ0 – SDM_DQ31
SDM_A0 – SDM_A11, SDM_BA0, SDM_BA1
IC1402
SDRAM
11 10 8
7 5 4 2
36 35
128M
(2/21)
SDM_CK
SD_XCS
116 114 112
107 105
109
100
102
208
ı
201
JPEG ENCODER,
MS SIGNAL
15
PROCESSOR
17 19
135 148
170
162
158
160
153
156
179
191
173
175
144
137
128
133
177 63
IC1601
(3/21)
115 113 111
106 103
108
99
101
34 – 27
22 20 18 16
14 – 11
HDI_Y0 – HDI_Y7
CAMERA, MS,
HDV PB, HDV-i.LINK
91
98
117
119
61
83
76
72
65
84
86
62
44
192
25 36
58 59
60
48 47
46
ı
ı
ı
ı
ı
9
ı
2
HDI_C0 – HDI_C7
HDI_HD, HDI_VD, HDI_OE
AUIN3
HDO_Y0 – HDO_Y7
HDV PB, HDV-i.LINK,
DV PB, DV-i.LINK
HDO_C0 – HDO_C7
HDO_HD, HDO_VD, HDO_OE_MH
IC_2201_ADAO2
CK56MFO2
SRCKO
VCK
MS
D0_VM – D15_VM
A16_VM – A23_VM
DSCK_MH
XCS_MH_VM
SFD_LRCK
KASYAON
VSP_SO, XVSP_SCK
XCS_MH_MZ
XSYS_RST
EXT_STROBE_ON
HI_SI, HI_SO, XHI_SCK
XCS_CAM_COM
VCK
CK64FSO
XFTR_NR
SYS_V
135 361 136
137 363
362
140
355 130 356
133 359
358
134
161 382 386
196
374 376 151
152 378
377
153
141 144 370
371 146
145
373
156 381 155
202
143 132 22
1
2
3
4
5
6
366
360
379
148
IC2201
(1/5)
BASE BAND
SIGNAL
PROCESSOR
(4/21)
OVERALL (3/8)
(PAGE 3-5)
OVERALL (2/8)
(PAGE 3-3)
OVERALL (6/8)
(PAGE 3-11)
OVERALL (4/8)
(PAGE 3-7)
OVERALL (7/8)
(PAGE 3-13)
OVERALL (5/8)
(PAGE 3-9)
FP-246 FLEXIBLE BOARD
05
PH001, 002
MANUAL
FOCUS/ZOOM
SENSOR
CN9204
4 2
1
MF_A, MF_B
YY-001 BOARD (1/2)
HVR-A1J/A1U/A1N/A1E/A1P/A1C
MF_LED
CN9201
(1/2)
3
X5801 20MHz
CN1006 (1/2)
3 5
6
25 23
22
MF_LED
MF_A, MF_B
Q5801
LED
DRIVE
142
210 211
1
10 87
86 84
XCS EEP
CAM_EEP_SI,
CAM_EEP_SO,
CAM_EEP_SCK
7 6
64k EEPROM 3 2
IC5801
(16/21)
A : VIDEO SIGNAL
A : AUDIO SIGNAL
A : VIDEO/AUDIO SIGNAL
3-1 3-2
3-2. OVERALL BLOCK DIAGRAM (2/8) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
TT-001 BOARD (2/7)
IC2201
(2/5)
BASE BAND
SIGNAL
PROCESSOR
(4/21)
169 395 170
171 397
396
398
172
164 390 165
166 392
391
393
167
107 339 108
109 341
340
342
110
102 334 103
104 336
335
338
105
IC_2607_Y0 – IC_2607_Y7
HDV REC, HDV-i.LINK
IC_2607_C0 – IC_2607_C7
174
IC_2607_HDO, IC_2607_VDO, IC_2607_FLDO
399 173
162 163
115 344 347
111
IC_2607_CK27MFOL IC_2607_CK56MFO3
IC3001
IC3002
128M SDRAM
(6/21)
VY[0] – VY[7]
HDV PB, HDV-i.LINK
VC[0] – VC[7]
DHD, DFD, DF_SYNC
CK_IC_3201_O2
IC3401
128M SDRAM
(Y)
(8/21)
IC3402
128M SDRAM
(C)
(8/21)
BMDT00 – BMDT31
BMDT32 – BMDT63
OMAD00 – OMAD10,
OMADB0, OMADB1
OMCE0X
OMCLK
MYD0 – MYD31
MYA0 – MYD10
MYCKO
MCD0 – MCD31
MCA0 – MCD10
MCCKO
8 – 12
14 – 16
18 19
21 – 26
IC2607
3
HDV-MPEG
2
VIDEO
4
ENCODER
60
(5/21)
1 89 90 92 – 96
98 –
100 102 103
105 106 108 110
111
113
115 117
118 120 121 122
120
124
126
128 130 131
175 176 178 180 181 183 185 186
188 189 191
195
197
201
203
205 207 208
210
214 216 217
154 156 157 159 160 162 163 165 166 168
169 172 173 136 133
269
267
261
263
256
257
289 281 280
276 277
283
272
275
IC3201
287 286
HDV-MPEG
251
VIDEO
DECODER
(7/21)
252
8 13 3 11 9 14
16 18 34 33 35
21 24 6 23 4 59
71 58 80 69 84 68 89 90 74 85 79 82 72 75 63
47 49 61 64 66 53 52 55
44 42 48
41
99 111 97 109 100 110 118 – 116 105 113 95 104 94 103
92 148 156 150 160 158 161 155 172 175 170 176 171 173 168
166 165
145 147 151 163 134 135 137 124
123 115 144
125
78 79
81 – 86
251
– –
256
242 243 245
215 225 223
220 231
221
227
179 185
189 192
191 193 194
196 199
204
205 207 210 211 213 218
254 259
246
224
– –
181 187
201
75 76 77
248 249 241
247
73 260
232 236 226
222 208 219 216 202 190
291
EBS[0] – EBS[7]
KCLK ERDY ERDY
ERE ERE
IC2605
3
ı
LEVEL
10
SHIFTER
(5/21)
IC2601
4
D-FFs (5/21)
BS[0] – BS[7]
BSEN BSERR DJCLK
XCS_IC_3201 IC_3201_XPS
IC_5601_WR0X
IC_5601_RDX
XRST_IC_3201
INT_IC_3201
DSCK_VM
21
ı
14
2
22
1 2
HDAT[0] – HDAT[7]
HADR[0] – HADR[13]
HDAT[0] – HDAT[7]
IC2801
ı
IC2806
BUFFER
(5/21)
IC2606
(5/21)
24
HADR[0] – HADR[3]
IC2602
(5/21)
42
DATA BUS
ADDRESS BUS
IC2603
(5/21)
7
3
IC_5601_MCLK
XRST_IC_2607
INT_IC_2607
HDAT[0] – HDAT[7]
HADR[0] – HADR[13]
1 2
6 5
4
IC2604
(5/21)
IC_5601_WR0X IC_5601_RDX
XCS_IC_3601 XRST_IC_3801_0 XCS_IC_3201 XCS_IC_2607 IC_5601_MCLK IC_5601_WR0X IC_5601_RDX IC_3201_XPS XRST_IC_3201 XRST_IC_3601 XRST_IC_2607 INT_IC_2607 INT_IC_3201
2 1
15 16 17 20 24 25
26 154 155 156 207 208
52
ı
45
44 – 37
33 – 28
XCS_IC_2607
IC_5601_WR0X
IC_5601_RDX
HDAT[0] – HDAT[7]
HADR[0] – HADR[7]
IC5601
HDV-LSI
CONTROL
(18/21)
152
153 212
204 203
18
3
1
65 66 63 64
9 8
X5601
20MHz
FRRV, TRRT
OVERALL (3/8)
(PAGE 3-6)
IC_5601_XCS_IC_3801
XRST_IC_3801_1
INT_IC_3801
7
HDV REC, HDV-i.LINK
EBS[0] – EBS[7]
KCLK
DV REC
CRECDT CRECCK
CRECA1, CRECA2
HDV PB, HDV-i.LINK
BS[0] – BS[7]
BSEN
BSERR
DJCLK
296
ı
304
296 316 321
73 74
76 77
IC3801
HDV STREAM
PROCESSOR
(10/21)
256 257 259 260
264 265 266
262
241 243 244 245
248 249 251
246
253 254
11 13 14 17 18 21
22 23
27 28 10
240 40 230 348 232 268
HDV REC, DV REC
80
189
195
213 214 217 222
204
– –
207
187 –
82
84 85
71 72
193
197
185 200 201 199
219 224
205
235 229 228
RECA1, RECA2
HDV PB
HDV-i.LINK
PD10 – PD17
D24A00 – D31A07, DXXA08 – DXXA10
FRRV, TRRT, DRP
RECDT
RECCK
VITDT VITCK
XPACC1
PCLK1
DIR1
XPEN1
8
9
10
OVERALL (4/8)
(PAGE 3-7)
OVERALL (3/8)
(PAGE 3-5)
OVERALL (3/8)
(PAGE 3-5)
418
416
17
IC_2201_PCRERR
99
IC_2201_SRCH
100
IC_2201_CK27MFO1
189
IC_2201_FLD27MF
332
SFD_LRCK
198
CK64FSO
188
OVERALL (4/8)
(PAGE 3-7)
OVERALL (1/8)
05
(PAGE 3-2)
18
CK13MFO2
SFD_LRCK CK64FSO
2
HVR-A1J/A1U/A1N/A1E/A1P/A1C
AUIN21
CK13MFO2
ADATAIN 0
SFD_LRCK
CK64FSO
45
74
97
43 73 41 71
IC3601
MPEG
AUDIO
SIGNAL
PROCESSOR
(9/21)
36 44 53 54
38 42 48 49
58 69 81 95 120 124 135
62 18 39 46
127 129
6
59 60
35 47
98 17
AUDAI, AUENI
AUDAO, AUENO
IC_5601_WR0X
IC_5601_RDX
XRST_IC_3601
XCS_IC_3601
AUSYN
DJCLK
HDAT[0] – HDAT[7]
HADR[0] – HADR[3]
DATA BUS
ADDRESS BUS
XSYS_RST
VSP2_SI, VSP2_SO, XVSP2_SCK, XCS_IC_5601
AUDAI, AUENI
AUDAO, AUENO
IC_2201_PCRERR IC_2201_SRCH IC_2201_CK27MFO1 IC_2201_FLD27MF
A : VIDEO SIGNAL
A : AUDIO SIGNAL
A : VIDEO/AUDIO SIGNAL
A : VIDEO/AUDIO/SERVO SIGNAL
3-3 3-4
AUSYN
276 277
279 281
287
3 5 1 7
VSP2_SI, VSP2_SO, XVSP2_SCK, XCS_IC_5601
203 225
SCWIN_IC_3801
IC_2201_CK27MFO1
XCS_IC_3801
XSYS_RST
DSCK_VM
ADATAIN0
SFD_LRCK
CK64FSO
SFD_LRCK
CK64FSO
11
12
13
14
OVERALL (4/8)
(PAGE 3-7)
OVERALL (7/8)
(PAGE 3-13)
OVERALL (3/8)
(PAGE 3-5)
OVERALL (6/8)
(PAGE 3-11)
3-3. OVERALL BLOCK DIAGRAM (3/8) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
TT-001 BOARD (3/7)
OVERALL (2/8)
(PAGE 3-4)
VITDT
9
VITCK
HDV PB
IC2201
(3/5)
BASE BAND
SIGNAL
PROCESSOR
(4/21)
290
53
291 292
288
51
289
52
50 287
419 201
45
283
46
285
43
281
44
282
280 41
277
RYI0 – RYI3
RCI0 – RCI3
ADATAOUT0, ADATAOUT1
RYO0 – RYO3
RCO0 – RCO3
FLAT_SYNC_FYO0
VLAT_SYNC_FCI
VLAT_IN_FYO1
DV PB
HYI, HCI
DV REC
HYO, HCO
ADATAIN1
IC_2201_CK27MFO1
ADATAIN0
VCK
CK64FSO
SFD LRCK
86 30
13 72 14 73
123 166 124 125
12 75
167 126
119 162 120 163
70
121
71
122
164 165
127197 168
1848 7639 77
143
15
21 78
IC4001
DV SIGNAL
PROCESSOR
(11/21)
54 55
149 186 150 187
107 152 189 153 190 109
192
155
58
111 59
112
RFIN
139
CRECDT
45
CRECCK
41
CRECA1, CRECA12
48 47
DV-i.LINK
LBUS0 – LBUS3
104 51 106 151
10
OVERALL (2/8)
(PAGE 3-4)
XCS_IC_4001_BUS
188
XCS_IC_4001
158
XRST_IC_4001 XRST_IC_4001
62
SWP
60
FRRV, TRRT, TRRV, DRP
157
VSP_SI, VSP_SO, XVSP_SCK
114
3
TRCKO
DIR XENA XACC
HDV-i.LINK
PD10 – PD17 PCLK1 DIR1 XPEN1 XPACC1 FRRV, TRRT, DRP
D24A00 – D31A07, DXXA08 – DXXA10
FRRV, TRRT
D24A00 – D31A07, DXXA08 – DXXA11
95
ı
98
104 91 76 75
77 – 79 81 – 85
87 91 76 75
105 108
51 – 56
58 59
61 – 64
HDV PB, DV PB
IC4201
HDV/DV
i.LINK
INTERFACE
(12/21)
DV REC
149
150
139
ı
136
5 50 76 88
106
14
151
D24A00 – D31A07, DXXA08 – DXXA11D24A00 – D31A07, DXXA08, DXXA09
XCS_IC_4001_BUS
VSP_SI, VSP_SO, XVSP_SCK
CRECA1, CRECA2
X4201
24.576MHz
IC_4201_PLL_ON
RFIN
CRECDT
CRECCK
HDV-i.LINK, DV-i.LINK
TPA±, TPB±
XCS_IC_4201
XIC_4201_INT
FR1
OFR2
XRST_VTR
XCS_IC_4001
SWP
FRRV, TRRT,
TRRV, DRP
16
7
17
OVERALL (4/8)
(PAGE 3-7)
OVERALL (2/8)
(PAGE 3-4)
CN1003
OVERALL (4/8)
(PAGE 3-7)
(1/4)
RR-001 BOARD (1/4)
CN9001 (1/4)
35 37 33 31
45 43 47 49
CN9003
TPA±, TPB±
9
ı
12
9 ı
12
II-001 BOARD
CN102
NTPA, TPA, NTPB, TPB
CN103
1
ı
4
HDV/DV
05
OVERALL (1/8)
(PAGE 3-2)
OVERALL (7/8)
(PAGE 3-13)
OVERALL (2/8)
(PAGE 3-4)
1
15
13
MS
D0_VM – D15_VM
A16_VM – A23_VM
VCK
XCS_MH_VM DSCK_MH
XRST_PLL XSYS_RST
DSCK_VM IC_2201_CK27MFO1 ADATAIN 0 CK64FSO SFD_LRCK
254 255
258 257 19
207 428
440
15
252
14
251
13
250
12
249
11
10
234 452 233 451 232 450 231 449 230 448 229 447 228 445 226
248
247
9
246
8
245
444 224 442 223
FRRV, TRRT, TRRV
VSP_SI, VSP_SO, XVSP_SCK
XRST_VTR
XRST_PLL
XCS_SZ
DSCK_VM
XSYS_RST
21 22
455
2 33 32 56 31 55 30 54 29 53 28 52 27 26 24 23
D0_SZ – D15_SZ
IC2001
BUS BRIDGE
(15/21)
7 38 8 10 40 11 41 12 42 43 14 44 15 45 16 18
A1_VM – A19_VM
20
6
DSCK_MH
XCS_MH_VM
D0_VM – D15_VM
64M SDRAM
20 – 26 29 – 35
A1_VM – A14_VM
DSCK_MH
XCS_SZ_SI
IC5001
(15/21)
2 4 5 7 8 10 11 13 42 44 45 47 48 50 51 53
D0_VM – D15_VM
D0_VM – D15_VM
A1_VM – A23_VM
XCS_SDRAM_VM
19
38
DSCK_MH
XCS_MH_VM
XCS_FLASH
SFD_LRCK
7319
71
DS CONTROL,
16 – 18 21 – 24 27 – 35
279 – 286 289 – 292 1 – 4 7 – 13
74 122 309 307
69
124
IC4802
(1/3)
FLASH (14/21)
185 186
168
177
81 85 78
80
277
USB_DET
USB_CLK
USB_D±
X4801
24
IC4803
OSC DRIVE
(14/21)
MS_DIO, MS_BS, MS_SCLK
MS_LED_ON
48MHz
XMS_IN
42 44
41 39
38
USB_D±
36
D9006
WW-001 BOARD
CN1011
6 7 4
5
14 14
CN301
6 7
MS_DIO, MS_BS, MS_SCLK
4
5
MS_INSERT
Q301
LED
DRIVER
A : VIDEO SIGNAL
A : AUDIO SIGNAL
A : VIDEO/AUDIO SIGNAL
A : VIDEO/AUDIO/SERVO SIGNAL
4 3
6
(MS ACCESS)
D301
4 3
6
CN302
4 2 8
6
D±
VCC
CN104
3 2
1
MEMORY
STICK
DUO
(USB)
HVR-A1J/A1U/A1N/A1E/A1P/A1C
3-5 3-6
3-4. OVERALL BLOCK DIAGRAM (4/8) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
HVR-A1J/A1U/A1N/A1E/A1P/A1C
TT-001 BOARD (4/7)
OVERALL (3/8)
(PAGE 3-6)
OVERALL (2/8)
(PAGE 3-4)
OVERALL (2/8)
(PAGE 3-3)
OVERALL (7/8)
(PAGE 3-13)
OVERALL (3/8)
(PAGE 3-6)
OVERALL (1/8)
(PAGE 3-2)
OVERALL (6/8)
(PAGE 3-11)
OVERALL (5/8)
(PAGE 3-9)
OVERALL (2/8)
(PAGE 3-4)
OVERALL (6/8)
(PAGE 3-11)
OVERALL (6/8)
(PAGE 3-12)
OVERALL (7/8)
(PAGE 3-14)
05
NN-001 BOARD (2/4)
RFIN
RECDT RECCK
RECA1, RECA2
HDV PB, DV PB
HDV REC, DV REC
16
8
18
IC5402
32k EEPROM
(17/21)
XSYS_RST
19
XRST_VTR IC_4201_PLL_ON XCS_IC_4201 XIC_4201_INT FR1 OFR2
D24A00 – D31A07, DXXA08 – DXXA11
17
XCS_IC_4001_BUS XCS_IC_4001 XRST_IC_4001 SWP
FRRV, TRRT, TRRV, DRP
VSP_SI, VSP_SO, XVSP_SCK
VSP_SO, XVSP_SCK
XCS_MH_MZ
4
XFTR_NR SYS_V
XPWAD, XPWDA
VSP_SO, XVSP_SCK XCS_IC_4401
20
XCS_AUVOL XEXT_MIC_ON HP_JACK_IN
VD_SI, VD_SO, XVD_SCK
XCS_EVF XCS_LCD
21
HI_SI, HI_SO. XHI_SCK
XCS_IC_5401 REC_PROOF CHIME_SDA, CHIME_SCK
XCS_IC_3801 SCWIN_IC_3801
11
VSP2_SI, VSP2_SO. XVSP2_SCK. XCS_IC_5601
XCS1_IC_2201 XCS2_IC_2201 LINE_OUT_VD
22
IC_2201_HOSDVD
XLINE_CNT1A, XLINE_CNT1B, XLINE_CNT2, XLINE_CNT3A, XLINE_CNT3B
XD4CN
23
XPSV_D4
24
7 6
3
EEP_SI, EEP_SO, EEP_SCK
2
XCS EEP
172
29 28
10 87
86 84
9
100 154
18 157 159 199
52 – 45
33 – 30
26 215
12 164
171 178
179
70
69
67
11 117 181
96
97
43 168 134 158
83
82
80
39
38
63
65
66
64
16 170
74 73
71
213 214 201 206
152 131
ı
128 127 133
4
54 50 56 58
27 57 55
47
34 11 13
9
26
30
31 29
33 35
21
22
16 18 20
38 39
36
19
17
25
23
15
37 44 43
73 52 75 56 78 77
79
CN7008 (2/3)
VSP_SO, XVSP_SCKVSP_SO, XVSP_SCK
CN7009 (1/3)
35
IC7401
34
(3/3)
38
(3/5)
36
SERIAL
INTERFACE
37
44
41
Q7403
XFFREW_UP
REC_PROOF, CHIME_SDA, CHIME_SCK
LPF
XCC_DOWNXCC_DOWN
REC_CRRT0, REC_CRRT1
SWP
VO10BVO10B
FRRV
CONT1, SW_PS, ALL_PSCONT1, SW_PS, ALL_PS
DRUM_ERROR
45
CAP_ERROR
43
RECA1, RECA2
D7001
CN1001
(2/3)
3
53 49 55 57
26 56 54
CK13MFO2CK13MFO2
46
XRST_VTR
33 10 12
20
88
89
IC5401
MECHA
CONTROL
(17/21)
163
202
3
1
197 198
166 165
190
119
106
MODE_SW_A – MODE_SW_C
ı
108
15 13
138
196
195
192
193
180
XFFREW_UP
85
REC_CRRT0,
81
REC_CRRT1
177
XCS_IC_7401
DRUM_PWM
CAP_PWM
X5401 20MHz
CAP_FWD, CAP_ON
LOAD, UNLOAD
LM_LIM_DET LM_LIM_DET
TAPE_LED_ON
REC_CRRT0,
REC_CRRT1
DRUM_FG DRUM_PG
CAP_FG
DEW_DET
TAPE_END
TAPE_TOP
TREEL_FG
SREEL_FG
CN1004
FRRV
(1/3)
8
25
29
30 28
32 34
20
21
15 17 19
37 38
35
18
16
24
22
14
36 43 42
72 51 74 55 77 76
78
RFIN
RECDT RECCK
XRST_VTR
9
4 3
9
4 3
IC7002
DRUM
PWM DRIVE
(3/5)
IC7001
CAPSTAN
PWM DRIVE
(3/5)
25
12
12
OVERALL (5/8)
(PAGE 3-10)
3-7 3-8
RF_MON
SWP
LOAD, UNLOAD
TAPE_END
TAPE_TOP
TREEL_FG
SREEL_FG
Q7402
LED
DRIVE
35
46 44 40 42
39 37 45
30 38
DRUM_VS
DRUM_FG
DRUM_PG
CAP_VS
CAP_FWD,
CAP_ON
CAP_FG
IC7601
REC/PB AMP
(2/5)
10
9
4 3
IC7401
(1/3) (3/5)
DRUM
64 67
53
50
75 77
1
80
4
32 33
31
21 20
19
29
25
63
MOTOR
65
DRIVE
68
FG AMP
52
PG AMP
49
74 76
CAPSTAN
78
MOTOR
DRIVE
10 15
FG AMP
MODE_SW_A – MODE_SW_C
IC7401
(2/3) (3/5)
69
LOADING
72
MOTOR
DRIVE
TAPE END
DETECT
TAPE TOP
18
DETECT
T REEL
26
FG AMP
27
22
S REEL
23
FG AMP
CHIME_SDA, CHIME_SCK
REC_CRRT0, REC_CRRT1
XODD, YODD
XEVEN, YEVEN
DRUM_U, DRUM_V, DRUM_W
DRUM_FG_SENS
DRUM_PG_SENS
CAP_U, CAP_V, CAP_W
ı
7 8
DEW_DET
TAPE_END_C
TAPE_TOP_C
T_REEL_±
S_REEL_±
TAPE_LED_K
REC_PROOF
XCC_DOWN
UHE±, VHE±, WHE±
FG1, FG2
LM ±
RF_MON
CN7003
CN7001
CN7004
CN7002
CN7005
(1/2)
SWP
FRRV
N MECHA DECK
(MDX-N101)
VIDEO HEAD
5 6 9 8
M9001
5
ı
10
1
2
9
ı
20
2
ı
7
27 24
6
7
ı
9
1
ı
4
28
16
20 19
22 23
25
11
13 14
18
DRUM MOTOR
M
DRUM FG
DRUM PG
M9003
CAPSTAN MOTOR
M
HU, HV, HW
CAPSTAN FG
DEW SENSOR
S9003
MODE SWITCH
M9002
LOADING MOTOR
M
Q9001
TAPE END
SENSOR
Q9002
TAPE TOP
SENSOR
H9002
T REEL
SENSOR
H9001
S REEL
SENSOR
MIC9003
S9002
REC PROOF
4PIN
CONNECTOR
S9001
CC DOWN
A : VIDEO/AUDIO/SERVO SIGNAL
A : SERVO SIGNAL
11
9
CPC
12
(FOR CHECK) 14 13
ODD
EVEN
TAPE LED
LED9001
3-5. OVERALL BLOCK DIAGRAM (5/8) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
TT-001 BOARD (5/7)
IC2201
(4/5)
BASE BAND
SIGNAL
PROCESSOR,
D/A CONVERTER
(4/21)
73 72 74
297 65
Q2404 – 2406
BUFFER
EVRE EVGR EVBL
CN1004
(2/3)
CN1001
(3/3)
XCS_EVF
VD_SI, VD_SO, XVD_SCK
NN-001 BOARD (3/4) UU-001 BOARD
CN7009 (2/3)
70
69
68
67
66
65
XEHD, XEVDXEHD, XEVD
76
75
74
73
CN7008 (3/3)
11
12
7
8
13
14
9
10
1
48
HDO
2
GENERATOR
44
VD_SI, VD_SO, XVD_SCK
IC7802
TIMING
(4/5)
23 – 20 18 – 13
EVRE EVGR
EVBL
45 46
VD_SI, VD_SO, XVD_SCK
42
8
30
36
XCS_EVF
48 47 46
EVF DRIVER
40 39
41
XRST_VTR
IC7801
(4/5)
Q7803
20 22 24 12
27
35
VR VG VB
COM
Q7808, 7809
25
PSIG
DRIVE
Q7807
OVERALL (4/8)
(PAGE 3-8)
CN7801
26 25 24 27
1 27
22 20
ı
13
2
3 25
4
CN7005 (2/2)
EVF_COM_DC
EVF_VG EXT_DA
EVF_VCO
CN9803
2 3 4 1
6
HCK1, HCK2, HST, RGT, DWN, EN,
8
ı
15 26
LED_ON/OFF
LED_DA
24
IC9801
EVF BACKLIGHT
CONTROL
1
5 3
PSIG
6 4
COM
PSIG
STB, VCK, VST, PCG
CPC
(FOR CHECK)
VR VG
VB
Q9801
BACKLIGHT
CONTROL
1
3
EVF
+ –
CN9802
15 16 14 18
17
12
ı
3
Q9802
4
EVF
BACKLIGHT
DRIVE
LCD9002
COLOR
EVF
UNIT
D9801
(EVF BACKLIGHT)
OVERALL (4/8)
(PAGE 3-7)
OVERALL (1/8)
(PAGE 3-2)
OVERALL (7/8)
(PAGE 3-14)
OVERALL (6/8)
(PAGE 3-11)
21
6
26
27
XCS_EVF
REC_PROOF
CHIME_SDA, CHIME_SCK
HI_SI, HI_SO. XHI_SCK XCS_IC_5401
HI_SI, HI_SO. XHI_SCK XCS_CAM_COM
BL_CONT
BEEP
EXT_MIC_JACK_IN ZOOM_MIC_CONT_V XMIC_MONO SHOE_STEREO
Q4801, 4802
MODULATOR
MELODY
MELODY ENV
RR-001 BOARD (2/4) PP-001 BOARD (1/2)
TP_X TP_Y
CN9004
(1/2)
26 25 27
16 15
9 6 7
17
10 12
11
CN1003
XCS_LCDXCS_LCD
BL_CONT
TP_X TP_Y
TP_SEL1
(2/4)
1 3 5
19 21
25 28 27
17
231
135 136 243
97
ı
99
234
230
227
249
237 154 238 260
244
Q2401 – 2403
BUFFER
IC4802
(2/3)
HI CONTROL
(14/21)
68 69 67
64 56
XPHD, XPVD
137 138
245
246
233 232
103 – 105
PLRE PLGR PLBL
TP_SEL2
XCS_EEP, EEP_XRDY, EEP_RXD3, EEP_SCK3.
EEP_TXD3
VD_SI, VD_SO, XVD_SCKVD_SI, VD_SO, XVD_SCK
Q4806
TP SELECT
SWITCH
2 – 4
6 7
IC4801
64k EEPROM
(14/21)
CN9001 (2/4)
79 77 75
61 59
55 52 53
5426
63
5624 5822
5723
PANEL_R PANEL_G PANEL_B
PANEL_HD, PANEL_VD
VD_SI, VD_SO, XVD_SCK
TP_SEL1
CN8701 (1/2)
PANEL_R
2
PANEL_G
3
PANEL_B
1
PANEL_XHD, PANEL_XVD
12 13
19 22
VD_SI, VD_SO, XVD_SCK
21
XCS_LCDXCS_LCD
208
BL_CONTBL_CONT
11
TP_X
18
TP_Y
16
TP_SEL1
17
EXTDA
PWM
Q8708, 8709
BACKLIGHT
CONTROL
37 36 35
52
2
46 49 48
47 34 20
IC8701
LCD DRIVER
6 – 13 16
18 31 26
MT_4.9V
22 23 24
29
Q8701, 8702
Q8706, 8707
BACKLIGHT
VR VG VB
COM
RGT, HCK1, HCK2, HST, PCG, XSTBY, DWN, EN,
VCK, VST, REF, VP
TOUCH
PANEL
I/F
DRIVE
BL_–15V
CN8704
CN8703
TP_TOP
TP_L
TP_R
TP_BOT
CN8705
BL_H
BL_L
4 5 3
1 23 24
2
6
ı
8 11
ı
14 19
ı
22
5
2
1
4
6
5
2
1
LCD9001
2.7 inch WIDE
COLOR
LCD
UNIT
TOUCH PANEL
D9001
BACKLIGHT
05
HVR-A1J/A1U/A1N/A1E/A1P/A1C
A : VIDEO SIGNAL
3-9 3-10
3-6. OVERALL BLOCK DIAGRAM (6/8) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
TT-001 BOARD (6/7)
OVERALL (4/8)
(PAGE 3-7)
OVERALL (7/8)
(PAGE 3-14)
OVERALL (2/8)
(PAGE 3-4)
OVERALL (4/8)
(PAGE 3-7)
OVERALL (1/8)
(PAGE 3-2)
OVERALL (5/8)
(PAGE 3-9)
22
28
14
20
3
27
XCS1_IC_2201 XCS2_IC_2201 LINE_OUT_VD IC_2201_HOSDVD
OSD_SO, XOSD_SCK, XCS_OSD
XSYS_RST
CK64FSO SFD_LRCK
XPWAD, XPWDA
VSP_SO, XVSP_SCK XCS_IC_4401 XCS_AUVOL XEXT_MIC_ON HP_JACK_IN
KASYAON
BEEP EXT_MIC_JACK_IN ZOOM_MIC_CONT_V XMIC_MONO SHOE_STEREO
OVERALL (8/8)
(PAGE 3-16)
1
ı
3 4
IC2402
HD-OSD
CONTROL
(4/21)
30
19
IC_2201_HOSDHD
20
IC_2201_COL_H0
8
ı
IC_2201_COL_H3
16 14
IC_2201_OSDP_H,
IC_2201_OSDR,
15
IC_2201_OSDL_H
13 11
IC_2201_CK14MFO
CN9001
(1/2)
HOT SHOE
(1/2)
RR-001 BOARD (3/4)
CN1003
D3CN
(3/4)
56 55 52
51 49 47
60 62 61
65
68 66
71 73
VSP_SO, XVSP_SCK
Q2407 – 2409
88
3
90
18 256
IC2201
190
(5/5)
80
BASE BAND
SIGNAL
PROCESSOR,
DOWN
CONVERTER
313
(4/21)
ı
83 85 315 317
314 86 82
818
MIC_FR
2
MIC_FL
3
2 3
CN1002 (1/2)
423 186
193
BUFFER
IC_2201_ADAO1
CK256FSO
AUIN11
XPWAD, XPWDA
9 11 10 12
CONVERTER
8
13 14
IC4601
AUDIO
AD/DA
(13/21)
LINE_IC_4401_Y LINE_IC_4401_C
PBIN_L
15
PBIN_R
16
RECOUT_L
3
RECOUT_R
2
VSP_SO, XVSP_SCK
10
7
VIDEO OUT,
31 30
35 34
23 24
25
65
IC4401
AUDIO IN/OUT
(13/21)
88
3
90
57 61
70 74
42 44
75 77
78
VSP_SO, XVSP_SCK
ZOOM_MIC_CONT_V
LNOY LNOPB LNOPR
OVERALL (4/8)
S_Y_I/O S_C_I/O
VIDEO_I/O
OVERALL (7/8)
AUDIO_L_I/O
AUDIO_R_I/O
SP±
CN1008
VOLOUT_L VOLOUT_R
Q4401, 4403
MUTE
SWITCH
XCS_AUVOL
XEXT_MIC_ON
HP_JACK_IN
EXT_MIC_JACK_IN
XMIC_MONO
SHOE_STEREO
SHOE_MIC_FR SHOE_MIC_FL
(PAGE 3-7)
(PAGE 3-13)
(1/2)
8 9
34 33
19 18
17
5
36
3 2 4 1
14 12
XLINE_CNT1A, XLINE_CNT1B, XLINE_CNT2, XLINE_CNT3A, XLINE_CNT3B
XD4CN
23
XPSV_D4
MULTIJACK_AD
29
CN8102 (1/2)
32 31
HP_L_OUT
6
HP_R_OUT
7
21 22
23 35
4
37 38 36 39
26 28
2
IC2401
4 6
COMPONENT
OUT AMP,
1
D-TERMINAL
DRIVER
48
ı
(4/21)
45 44 18
EXT_MIC_JACK_IN
ZOOM_MIC_CONT_V
XMIC_MONO
SHOE_STEREO
D3_LNO_Y
35
D3_LNO_PB
33
D3_LNO_PR
31
43
LINE_CNT1 – LINE_CNT3
ı
41
40
S_Y_I/O S_C_I/O
VIDEO_I/O
MULTIJACK_AD
AUDIO_L_I/O AUDIO_R_I/O
G3 G5 H6 H3
24 25 28
29 31 33
3248
20 18 19
15
12 14
9 7
VOLOUT_L VOLOUT_R
XCS_AUVOL
XEXT_MIC_ON
CN9001 (3/4)
CN9002
CN9006
SP±SP±
8 5
12 13
3
12 14 16
18
ı
20
10
9 8
6
3 4
2 1
IC8403
MIC LEVEL
CONTROL
(2/2)
HH-001 BOARD
CN101
12 14 16
18
CTRL1 – CTRL3
ı
20
2121
S_Y_I/O
10
S_C_I/O
9
VIDEO_I/O
8
JACK_AD
6
AUDIO_L
3
AUDIO_R
4
10
7
Y PB PR
SW
SP9001
SPEAKER
CN105
CN106
1 3 5
COMPONENT
6 ı 8
10
10
5 9
7
1 6
OUT
A/V OUT
J8502
(HEADPHONE)
J8501
MIC
(PLUG IN POWER)
MIC9001
MICROPHONE UNIT (R)
(FRONT R)
(REAR R)
MIC9002
MICROPHONE UNIT (L)
(FRONT L)
A : VIDEO SIGNAL
(REAR L)
A : AUDIO SIGNAL
HVR-A1J/A1U/A1N/A1E/A1P/A1C
FP-245 FLEXIBLE BOARD (1/2)
CN8501
2 3
5 6
CN8502
5 6
2 3
05
IC8301
MIC AMP
B2 B7
C1
C8
F1 F8
INT_MIC_R
INT_MIC_L
HP_R_OUT
HP_L_OUT
HP_JACK_IN
EXT_IN_R
EXT_IN_L
MIC_FR
MIC_RR
MIC_FL
MIC_RL
OO-001 BOARD (1/2)
CN8101 (1/2)
21
19 17
24
26
1
3
7
5
6
REVERSE
2
2
REVERSE
6
IC8201
AMP (1/2)
IC8202
AMP (1/2)
HP_R_OUT
HP_L_OUT
HP_JACK_IN
IC8204
2
6
7
1
1
7
1
LPF
DELAY
7
(1/2)
xREAR RIGHT d-REAR RIGHT
xREAR LEFT
IC8205
2
LPF
DELAY
6
(1/2)
IC8203
2
LPF
DELAY
6
(1/2)
1
7
1
7
IC8206
2
REVERSE
AMP
6
(1/2)
xFRONT RIGHT
xFRONT LEFT
d-REAR LEFT
1
7
d-FRONT RIGHT
d-FRONT LEFT
6
2
IC8208
REVERSE
AMP
(1/2)
SHOE_MIC_FR
SHOE MIC_FL
EXT_IN_R
EXT_IN_L
7
1
3-11 3-12
(2/2)
H2
G6
R_OUT
L_OUT
IC8402
(2/2)
7 6
7 6
1
5
IC8401
(2/2)
1
5
3-7. OVERALL BLOCK DIAGRAM (7/8) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
CONTROL KEY BLOCK (SB9000)
T
S8702
(ZOOM)
S8701
W
S8703
REC
START/STOP
J1001
(LANC)
PP-001 BOARD (2/2)
CN8701
CN8702
(2ndZOOM_T)
4
(2ndZOOM_W)
5
KEY_AD2(2nd_S/S)
3
KEY_AD2_5
KEY_AD2_3
KEY_AD2-7
(2/2)
FP-248 FLEXIBLE BOARD
S001
(PANEL REVERSE)
S002
PANEL
OPEN/CLOSE
CONTROL SWITCH BLOCK (CK12300)
RV2401
EXPOSURE/VOL
(ZOOM)
S0002
BACK LIGHT
S0003
EXPANDED
FOCUS
S0004
TELE MACRO
S0005
EXPOSURE/VOL
(ON/OFF)
MANUAL
S0001
FOCUS
KEY_AD3-2
KEY_AD3-3
KEY_AD3-4
AUTO ZOOM
KEY_AD3-5
KEY_AD3-6
CONTROL SWITCH BLOCK (PS12300)
S1004
REC
START/STOP
S1002
(PHOTO FREEZE)
PHOTO
(CHG)
POWER
MODE
S1001
(PHOTO REC)
S1003
ONOFF
>
D1002
CAMERA-TAPE
D1004
CAMERA-MEMORY
D1006
PLAY/EDIT
D1010
CHG
RV1001
W T
(ZOOM)
(POWER)
(MODE CHANGE)
LANC_SIG
FP-263 FLEXIBLE BOARD
S002
(EJECT)
OVERALL (1/8)
(PAGE 3-2)
OVERALL (2/8)
(PAGE 3-4)
OVERALL (4/8)
(PAGE 3-7)
OVERALL (3/8)
(PAGE 3-5)
OVERALL (6/8)
(PAGE 3-12)
27
26
5
12
19
15
29
RR-001 BOARD (4/4)
S9003
AUTO LOCK
CN9004
ON OFF
(2/2)
1
2
3
5
5
2
7
6
3
8
9
KEY_AD2
CN9005
KEY_AD4
KEY_AD5
CN9007
KEY_AD6 KEY_AD6
KEY_AD3
S9001 RESET
NN-001 BOARD (4/4)
CN7007
KEY_AD0
2
KEY_AD1-2
13
KEY_AD1
14
XPOWER_SW
4
XMODE_SW
3
XCAM_LED
12
XMEM_LED
11
XVTR_LED
10
XCHARGE_LED
7
ZOOM_VR_AD
17
XLANC_JACK_IN
21
22
CN7010
XEJECT_SW
3 4
ZOOM_VR_AD EXT_STROBE_ON INT_STROBE_ON XSYS_RST SYS_V
XSYS RST
XSYS RST
XSYS RST XRST_PLL
MULTIJACK_AD
S9002
DSPLAY/
BATT INFO
BT9001
LITHIUM
BATTERY
CN9001
(4/4)
CN7009
(3/3)
TT-001 BOARD (7/7)
CN1008
(2/2)
KEY_AD1-2KEY_AD1-2
39
KEY AD0
SYS V
XSYS_RST
OSD_V
XDS_RESET
XHIDSCON_MAD
HI_XRESET
Q5201
BATTERY
CHARGE
DETECT
KEY AD1 KEY AD2 KEY AD3 KEY AD4 KEY AD5 KEY AD6
CN1003 (3/3)
KEY_AD2
64
40
15
16
48
50
58
7
60
8
41
62
20
16
KEY_AD4
872
KEY_AD5
971
764
KEY_AD3
782
773
746
LI_3V LI_3V
791
CN1004 (3/3)
KEY_AD0
39
KEY_AD1-2
14
KEY_AD1
15
47
49
57
6
59
7
40
61
LANC_SIG LANC_SIG
19
5354
X5202
10MHz
X5201
32.768kHz
XBATT_INFO_SW
HI_XRESET
XPOWER_SW
XMODE_SW
XCAM_LED
XMEM_LED
XVTR_LED
XCHARGE_LED
XLANC_JACK_IN
XEJECT_SW
XSYS_RST
XRST_PLL
MULTIJACK_AD
SYS_V
28
29
51
52
6
73
HI CONTROL
1
2
10
11
12
9
34
4
18 32
36
56
IC5201
(19/21)
19 44 33
23
ı
26
16 41
54 55
77
37
38
42 43
39 40
7
79
20 21
35 67
5
IC_5201_TXD0, IC_5201_RXD0,
IC_5201_SCK0, IC_5201XCS0
139 140 141 142 143
IC4802
144
(3/3)
145
HI CONTROL
218
(14/21)
299
217
86
266
93
ı
96
XF_TALLY_LED
SIRCS_SIG
HOTSHOE_ID1, HOTSHOE_ID2
BATT/XEXT
FAST_CHARGE
INIT_CHARGE_ON
LANC_IN
LANC_OUT
XLANC_PWR_ON
XLANC_ON
HI_EVER_SO, HI_EVER_SCK
BATT_IN
VTR_DD_ON
XCS_MAIN_DD
Q6005, 6006
264
100
ı
102
250
SHOE CONT
257
OSD_SO, XOSD_SCK, XCS_OSD
ACV_UNREG, VTR_UNREG,
ST-UNREG,
SHOE_UNREG
BATT_UNREG
LI_3V
D2
B2
HI_XRESET
A3
LANC_SIG
VO10B
BL_CONT
K2
K3 L3 L2 J4
E2 E3
A231 D1 E4
J9
L9
IC6001
DC CONTROL,
RESET,
LANC DRIVER
(20/21)
XSYS_RST
Q6003, 6004
ACV_UNREG
A_1.5V D_1.5V_1 D_1.2V A_1.2V D_2.5V RP_2.8V A_2.8V EP_2.8V RP_4.6V A_4.6V AU_4.6V MT_4.9V D_2.8V D_1.5V_2 D_1.5V_3 PANEL_8V D4_-2.8V BL_-15V EP_13.5V EVER_3.0V VOUT LANC_DC
BL_CONT
VO10B
XCC_DOWN
OVERALL (6/8)
28
(PAGE 3-11)
HOTSHOE_ID1, HOTSHOE_ID2
SHOE_UNREG
Q6001, 6002
OVERALL (5/8)
26
(PAGE 3-9)
OVERALL (4/8)
24
(PAGE 3-7)
STROBE_LEDSTROBE_LED
CN1006
(2/2)
IR_ONIR_ON IR_ON
XF_TALLY_LED
SIRCS_SIG SIRCS_SIG
SHOE_CONT
EXT_STROBEEXT_STROBE_ON
LF6001
CN1002
LANC_SIG
CN1007
CN1009
(2/2)
9
4
11
5 8
9
10
6 7
16
1 ı 7
9 ı
15
1 ı 7
9
10
ı
16
OO-001 BOARD (2/2)
CN8102 (2/2)
KEY_AD1-2
1
SCHARGE_LED
337
YY-001 BOARD (2/2)
CN9201 (2/2)
1315
XF_TALLY_LED
19
24
CN9001
(2/2)
13
7
10
HOT SHOE
11
(2/2)
12
8 9
FP-262 FLEXIBLE BOARD
BATT/XEXT
ACV_UNREG
ACV_GND
FP-261 FLEXIBLE BOARD
BATT_UNREG
BATT_SIGBATT_SIG
BATT_GND
FP-245 FLEXIBLE BOARD (2/2)
CN8101
(2/2)
ASSIGN
12
Q8501
LED
9
DRIVE
FP-247 FLEXIBLE BOARD
CN9202
1
7
10
31
Q001
LED
DRIVE
OVERALL (8/8)
(PAGE 3-16)
+
S
S8501
J1001 DC IN
BT1001
BATTERY
TERMINAL
4
NIGHTSHOT
IC001
REMOTE SENSOR
S8502
ON
OFF
D8501
(ASSIGN)
D004, 005 IR EMITTER /NIGHTSHOT
D001
CAMERA
RECORDING
05
HVR-A1J/A1U/A1N/A1E/A1P/A1C
3-13 3-14
Loading...
+ 425 hidden pages