Sony HVR-HD1000U, HVR-HD1000N, HVR-HD1000E Service Manual
HVR-HD1000U
/
HD1000N
/
HD1000E
/
HD1000P
SERVICE MANUAL
Ver. 1.1 2007.12
Revision History
Revision History
Revised-1
Replace the previously issued
SERVICE MANUAL 9-852-240-11
with this manual.
N MECHANISM (MDX-N220)
/
HD1000C
US Model
Canadian Model
AEP Model
E Model
Chinese Model
Link
Link
SPECIFICATIONS
MODEL INFORMATION TABLE
SERVICE NOTE
DISASSEMBLY PRINTED WIRING BOARDS
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 spécifié.
BLOCK DIAGRAMS
FRAME SCHEMATIC DIAGRAMS
SCHEMATIC DIAGRAMS
REPAIR PARTS LIST
ADJUSTMENTS
INSTRUCTION MANUAL
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
DIGITAL HD VIDEO CAMERA RECORDER
2007L0500-1
Sony EMCS Co.
Published by Kohda TEC9-852-240-12
© 2007.12
These specifications are extracted
System
Video recording system (HDV)
2 rotary heads, Helical scanning system
Video recording system (DV)
2 rotary heads, Helical scanning system
Still image recording system
Exif Ver. 2.2*
1
Audio recording system ( HD V)
Rotary heads, MPEG-1 Audio Layer -2,
Quantization: 16 bits (Fs 48 kHz, stereo)
transfer rate: 384 kbps
Audio recording system ( DV)
Rotary heads, PCM system
Quantization: 12 bits (Fs 32 kHz, stereo 1,
stereo 2), 16 bits (Fs 48 kHz, stereo)
Video signal
PAL color, CCIR standa rds
1080/50i specification
Usable cassette
Mini DV cassette with the mark
printed
Tape speed (HDV)
Approx. 18.81 mm/s
Tape speed (DV)
SP: Approx. 18.81 mm/s
LP: Approx. 12.56 mm/s
Recording/playback time (HDV)
60 min (using a DVM60 cassette)
Recording/playback time (DV)
SP: 60 min (using a DVM60 cassette)
LP: 90 min (using a DVM60 cassette)
Fast forward/rewind time
Approx. 2 min 40 s (using a DVM60
cassette and rechargeable battery pack)
Approx. 1 min 45 s (using a DVM60
cassette and AC Adaptor)
Viewfinder
Electric viewfinder (color)
Image device
6.3 mm (1/2.9 type) CMOS sensor
Recording pixels (still, 4:3):
Max. 6.1 mega (2 848 × 2 136) pixels *
2
Gross: Approx. 3 200 000 pixels
Effective (movie, 16:9):
Approx. 2 280 000 pixels
Effective (movie , 4:3):
Approx. 1 710 000 pixels
Effective (still, 16:9):
Approx. 2 280 000 pixels
Effective (still, 4:3):
Approx. 3 040 000 pixels
Lens
Carl Zeiss Vario-Sonnar T
10 × (Optical), 20 × (Digital)
Focal length
f=5.4 ~ 54 mm (7/32 ~ 2 1/4 in.)
When converted to a 35 mm still camera
In TAPE: 40 ~ 400 mm (1 5/8 ~ 15 3/4 in.)
(16:9), 49 ~ 490 mm (1 15/16 ~ 19 3/8 in.)
(4:3)
In MEMORY: 40 ~ 400 mm (1 5/8 ~
15 3/4 in.) (16:9), 37 ~ 370 mm (1 1/2 ~
14 5/8 in.) (4:3)
F1.8 ~ 2.9
Filter diameter: 37 mm (1 1/2 in.)
Color temperature
[AUTO], [ONE PUSH], [INDOOR]
(3 200 K),
[OUTDOOR] (5 800 K)
Minimum illumination
5 lx (lux) ([AUTOSLW SHTR] [ON],
Shutter speed 1/25 sec)
0 lx (lux) (during NightShot func ti on)
*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 unique pixel array of Sony’s ClearVid
CMOS sensor and image processing system
(new Enhanced Imaging Processor) allows
for still image resolution equivalent to the
sizes described.
Input/Output connectors
VIDEO OUT jack
Pin jack
1 Vp-p, 75 Ω (ohms)
S VIDEO OUT jack
4pin mini DIN
Luminance signal: 1 Vp-p, 75 Ω (ohms)
Chrominance signal: 0.3 Vp-p, 75 Ω (ohms)
AUDIO OUT jack
Pin jack
Audio signal: 327 mV (at load impedance
47 kΩ (kilohms)), Output impedance with
less than 2.2 kΩ (kilohms)
COMPONENT OUT jack
Y: 1 Vp-p, 75 Ω (ohms)
P
B/PR
, CB/CR: ± 350 mV, 75 Ω (ohms)
HDMI OUT jack
Type A (19-pin)
Headphone jack
Stereo minijack (Ø 3.5 mm)
LANC jack
Stereo mini-minijack (Ø 2.5 mm)
USB jack
B
MIC (PLUG IN POWER) jack
Stereo minijack (Ø 3.5 mm)
HDV/DV jack
i.LINK Interface (IEEE1394, 4-pin
connector S100)
LCD screen
Picture
6.7 cm (2.7 type, aspect ratio 16:9)
Total dot number
211 200 (960 × 220)
General
Power requirements
DC 7.2 V (battery pack)
DC 8.4 V (AC Adaptor)
Average power consumption
During camera recording using the
viewfinder with normal brightness:
HDV recording 4.4 W
DV recording 4.2 W
During camera recording using the LCD &
viewfinder with normal brightness:
HDV recording 4.8 W
DV recording 4.6 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)
Dimensions (approx.)
265 × 231 × 460 mm
(10 4/8 × 9 1/8 × 18 1/8 in.) (w/h/d)
including the projecting parts
265 × 231 × 460 mm
(10 4/8 × 9 1/8 × 18 1/8 in.) (w/h/d)
including the projecting parts with the
supplied battery pack NP-F570 attached
Mass (approx.)
2.7 kg (6 lb 0 oz) main unit only
3.0 kg (6 lb 10 oz) including the NP-F570
rechargeable battery pack and cassette
(PHDVM-63DM), and lens hood with lens
cover, microphone.
Supplied accessories
See page 5-35.
AC Adaptor AC-L100
Power requirements
AC 100 V - 240 V, 50/60 Hz
Current consumption
0.35 - 0.18 A
Power consumption
18 W
Output voltage
DC 8.4 V*
Operating temp erature
0 °C to + 40 °C (32 °F to 104 °F)
Storage temperature
-20 °C to + 60 °C (-4 °F to + 140 °F)
Dimensions (approx.)
48 × 29 × 81 mm (1 15/16 × 1 3/16 ×
3 1/4 in.) (w/h/d) excluding the projecting
parts
Mass (approx.)
170 g (6.0 oz) excluding the power cord
(mains lead)
* See the label on the AC Adaptor for other
specifications.
Rechargeable battery pack (NP-F570)
Maximum output voltage
DC 8.4 V
Output voltage
DC 7.2 V
Capacity
15.8 Wh (2 200 mAh)
Dimensions (approx.)
38.4 × 20.6 × 70.8 mm
(1 9/16 × 13/16 × 2 7/8 in.)
Mass (approx.)
100 g (3.5 oz)
Operating temp erature
0 °C to + 40 °C (32 °F to 104 °F)
Type
Lithium ion
Design and specifications are subject to change
without notice.
from instruction manual of HVR-HD1000E/HD1000P.
SPECIFICATIONS
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
— 2 —
These specifications are extracted
from instruction manual of HVR-HD1000U/HD1000N.
SPECIFICATIONS
System
Video recording system (HDV)
2 rotary heads, Helical scanning system
Video recording system (DV)
2 rotary heads, Helical scanning system
Still image recording system
Exif Ver. 2.2*
Audio recording system ( HD V)
Rotary heads, MPEG-1 Audio Layer -2,
Quantization: 16 bits (Fs 48 kHz, stereo)
transfer rate: 384 kbps
Audio recording system ( DV)
Rotary heads, PCM system
Quantization: 12 bits (Fs 32 kHz, stereo 1,
stereo 2), 16 bits (Fs 48 kHz, stereo)
Video signal
NTSC color, EIA standards
1080/60i specification
Usable cassette
Mini DV ca ssette wit h the mark
printed
Tape speed (HDV)
Approx. 18.81 mm/s
Tape speed (DV)
SP: Approx. 18.81 mm/s
LP: Approx. 12.56 mm/s
Recording/playback time (HDV)
60 min (using a DVM60 cassette)
Recording/playback time (DV)
SP: 60 min (using a DVM60 cassette)
LP: 90 min (using a DVM60 cassette)
Fast forward/rewind time
Approx. 2 min 40 s (using a DVM60
cassette and rechargeable battery pack)
Approx. 1 min 45 s (using a DVM60
cassette and AC Adaptor)
Viewfinder
Electric viewfinder (color)
Image device
6.3 mm (1/2.9 type) CMOS sensor
Recording pixels (still, 4:3):
Max. 6.1 mega (2 848 × 2 136) pix el s *
Gross: Approx. 3 200 000 pixels
Effective (movie, 16:9):
Approx. 2 280 000 pixels
Effective (movie , 4: 3):
Approx. 1 710 000 pixels
Effective (still, 16 : 9):
Approx. 2 280 000 pixels
Effective (still, 4:3):
Approx. 3 040 000 pixels
Lens
Carl Zeiss Vario-Sonnar T
10 × (Optical), 20 × (Digital)
Focal length
f=5.4 ~ 54 mm (7/32 ~ 2 1/4 in.)
When converted to a 35 mm still camera
In TAPE: 40 ~ 400 mm (1 5/8 ~ 15 3/4 in.)
(16:9), 49 ~ 490 mm (1 15/16 ~ 19 3/8 in.)
(4:3)
In MEMORY: 40 ~ 400 mm (1 5/8 ~
15 3/4 in.) (16:9), 37 ~ 370 mm (1 1/2 ~
14 5/8 in.) (4:3)
F1.8 ~ 2.9
Filter diameter: 37 mm (1 1/2 in.)
Color temperature
[AUTO], [ONE PUSH], [INDOOR]
(3 200 K),
[OUTDOOR] (5 800 K)
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
1
2
Minimum illumination
5 lx (lux) ([AUTOSLW SHTR] [ON],
Shutter speed 1/30 sec)
0 lx (lux) (during NightShot func ti on)
*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 unique pixel array of Sony’s ClearVid
CMOS sensor and image processing system
(new Enhanced Imaging Processor) allows for
still image resolution equivalent to the sizes
described.
Input/Output connectors
VIDEO OUT jack
Pin jack
1 Vp-p, 75 Ω (ohms)
S VIDEO OUT jack
4pin mini DIN
Luminance signal: 1 Vp-p, 75 Ω (ohms)
Chrominance signal: 0.286 Vp-p, 75 Ω
(ohms)
AUDIO OUT jack
Pin jack
Audio signal: 327 mV (at load impedance
47 kΩ (kilohms)), Output impedance with
less than 2.2 kΩ (kilohms)
COMPONENT OUT jack
Y: 1 Vp-p, 75 Ω (ohms)
B/PR
, CB/CR: ± 350 mV, 75 Ω (ohms)
P
HDMI OUT jack
Type A (19-pin)
Headphone jack
Stereo minijack (Ø 3.5 mm)
LANC jack
Stereo mini-minijack (Ø 2.5 mm)
USB jack
B
MIC (PLUG IN POWER) jack
Stereo minijack (Ø 3.5 mm)
HDV/DV jack
i.LINK Interface (IEEE1394, 4-pin connector
S100)
LCD screen
Picture
6.7 cm (2.7 type, aspect ratio 16:9)
Total dot number
211 200 (960 × 220)
General
Power requirements
DC 7.2 V (battery pack)
DC 8.4 V (AC Adaptor)
Average power consumption
During camera recording using the
viewfinder with normal brightness:
HDV recording 4.6 W
DV recording 4.4 W
During camera recording using the LCD &
viewfinder with normal brightness:
HDV recording 5.0 W
DV recording 4.8 W
— 3 —
Operating temperature
0 °C to + 40 °C (32 °F to 104 °F)
Storage temperature
-20 °C to + 60 °C (-4 °F to + 140 °F)
Dimensions (approx.)
265 × 231 × 460 mm
(10 4/8 × 9 1/8 × 18 1/8 in.) (w/h/d)
including the projecting parts
265 × 231 × 460 mm
(10 4/8 × 9 1/8 × 18 1/8 in.) (w/h/d)
including the projecting parts with the
supplied battery pack NP-F570 attached
Mass (approx.)
2.7 kg (6 lb 0 oz) main unit only
3.0 kg (6 lb 10 oz) including the NP-F570
rechargeable battery pack and cassette
(PHDVM-63DM), and lens hood with lens
cover, microphone.
Supplied accessories
See page 5-35.
AC Adaptor AC-L100
Power requirements
AC 100 V - 240 V, 50/60 Hz
Current consumption
0.35 - 0.18 A
Power consumption
18 W
Output voltage
DC 8.4 V*
Operating temp erature
0 °C to + 40 °C (32 °F to 104 °F)
Storage temperature
-20 °C to + 60 °C (-4 °F to + 140 °F)
Dimensions (approx.)
48 × 29 × 81 mm (1 15/16 × 1 3/16 ×
3 1/4 in.) (w/h/d) excluding the projecting
parts
Mass (approx.)
170 g (6.0 oz) excluding the power cord
(mains lead)
* See the label on the AC Adaptor for other
specifications.
Rechargeable battery pack (NP-F570)
Maximum output voltage
DC 8.4 V
Output voltage
DC 7.2 V
Capacity
15.8 Wh (2 200 mAh)
Dimensions (approx.)
38.4 × 20.6 × 70.8 mm
(1 9/16 × 13/16 × 2 7/8 in.) (w/h/d)
Mass (approx.)
100 g (3.5 oz)
Operating temp erature
0 °C to + 40 °C (32 °F to 104 °F)
Type
Lithium ion
Design and specifications are subject to change
without notice.
Model information table
Model HVR-HD1000U HVR-HD1000N HVR-HD1000E HVR-HD1000P HVR-HD1000C
Destination US, CND E AEP E CH
Color system 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-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
— 4 —
Danger of explosion if battery is incorrectly replaced.
Replace only with the same or equivalent type.
CAUTION
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 P AR UNE MARQ UE 0 SUR LES
DIAGRAMMES SCHÉMA TIQ UES 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 pr one 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-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
— 5 —
1. SERVICE NOTE
y
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 (8.4 V), 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-L100).
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 +4.5 V from the DC power supply to the loading motor and unload with a pressing the cassette compartment.
Loading motor
DC power suppl
(+ 4.5 Vdc)
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-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
1-1
1-4. USING SERVICE JIG
Connect the CPC-15 jig connector (J-6082-564-A) and I/F unit for LANC control (J-6082-521 A) to the CN8102 on the US-014 board.
CPC-15
(J-6082-564-A)
8
1
I/F unit for LANC control
(J-6082-521-A)
VC-500 BOARD
(SIDE A)
CN1012
FP-786 Flexible
FLexible Flat Cable (FFC-107)
CN8003
CN8001 (SIDE B)
MS-379 BOARD
(SIDE A)
CN8101
8
1
CN8102
US-014 BOARD
(SIDE A)
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.
Details of the self-diagnosis functions are provided in the Instruction
manual.
Viewfinder or LCD screen
C : 3 1 : 1 1
Blinks at 3.2Hz
1 1
Refer to 1-5-3. Self-diagnosis Code Table .
Repaired by:
C : Corrected by customer
H : Corrected by dealer
E : Corrected by service
engineer
3 1C
Block
Indicates the appropriate
step to be taken.
E.g.
31 ....Reload the tape.
32 ....Turn on power again.
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.
Detailed Code
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
1-2
1-5-3. Self-diagnosis Code Table
Self-diagnosis Code
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
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
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
60
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.
Difficult to adjust focus.
(Cannot initialize focus.)
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.
Remove the battery or power cable, connect, and perform
operations from the beginning.
If it does not recover, inspect the focus MR sensor of lens block
(Pin qh, qk of CN5301 on the LD-229 board).
If not faulty, inspect the focus motor drive circuit
(IC5404 on the LD-229 board).
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
1-3
Self-diagnosis Code
Repaired by:
E
E
E
E
E
E
E
E
E
E
Block
Function
61
61
62
62
62
62
62
62
62
62
Detailed
Code
10
11
00
01
02
03
10
11
12
20
Symptom/State
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 v elocity sensor output
stopped.)
Abnormality of IC for steadyshot.
IC for steadyshot and micro controller
communication abnormality among.
Shift lens initializing failure.
Shift lens overheating (Pitch).
Shift lens overheating (Yaw).
Abnormality of thermistor.
Correction
Inspect the zoom MR sensor of lens block (Pin w;, wa of CN5301
on the LD-229 board) when zooming is performed when the zoom
switch is operated and the zoom motor drive circuit (IC5404 on
the LD-229 board) when zooming is not performed.
Check both C: 32: 60 and E: 61: 10 of the self-diagnosis code.
Inspect pitch angular velocity sensor (SE7202 on the CM-077
board) peripheral circuits.
Inspect yaw angular velocity sensor (SE7201 on the CM-077
board) peripheral circuits.
Refer to [1-7-1. E : 62 : 02 (Abnormality of IC for Steadyshot)
Occurred].
Inspect the steadyshot circuit (IC5703 on the LD-229 board).
Refer to [1-7-2. E : 62 : 10 (Shift Lens Initializing Failure)
Occurred].
Refer to [1-7-3. E : 62 : 11 (Shift Lens Overheating (Pitch))
Occurred].
Refer to [1-7-4. E : 62 : 12 (Shift Lens Overheating (Yaw))
Occurred].
Refer to [1-7-5. E : 62 : 20 (Abnormality of Thermistor)
Occurred].
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
1-4
1-6. METHOD OF COPING WITH SHIFT LENS ERROR
R5792
IC5703
R5721
R5737
IC1801
R1823
IC1801
R1823
LD-229 BOARD (SIDE A)
VC-500 BOARD (SIDE A)
Fig. 1
Measurement points on the LD-229 board
Fig. 3
Measurement points on the VC-500 board
about 330 msec
Note: The length of low section will vary a little depending on the
conditions.
Fig. 2
Change in output voltage of R5792 on the LD-229 board
1-6-1. E : 62 : 02 [Abnormality of IC for Steadyshot] Occurred
Order Procedure
1 Turn the power OFF.
While measuring with an oscilloscope the output voltage of R5792 in the periphery of IC5703 on the LD-229 board, turn the
2
power ON to check that the output voltage immediately after the power on change as shown in Fig. 2.
If the output voltage change as shown in Fig. 2, replace the lens block (Note). If it does not change as shown in Fig. 2, inspect
3
the camera control circuit (IC1801 of VC-500 board) periphery.
Note: When the lens block was replaced, execute a necessary adjustment items referring to “6. ADJUSTMENT”.
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
After the adjustment, make sure with the STEADYSHOT turned ON that the steadyshot functions appropriately in the
handheld operation.
1-5
1-6-2. E : 62 : 10 [Shift Lens Initializing Failure] Occurred
Connect the adjustment remote commander (RM-95 or NEW LANC JIG) and perform the following process.
Order Page Address Data Procedure
1 0 01 01
2 0 10 07
F
3
(7F)
F
4
(7F)
F
5
(7F)
06 Read the data value and assume it as D
06
06 D
Change the data and check that it has been changed. If no value changes or if value is 00 or FF, inspect
the EEPROM (IC1802 of VC-500 board). If value changes, proceed to the order 5.
06 Press PAUSE (Write) button.
06.
F
6
(7F)
F
7
(7F)
F
8
(7F)
07 Read the data value and assume it as D
07
07 D
Change the data and check that it has been changed. If no value changes or if value is 00 or FF, inspect
the EEPROM (IC1802 of VC-500 board). If value changes, proceed to the order 8.
07 Press PAUSE (Write) button.
07.
9 0 10 00
10 0 01 00
Perform “Hall Adjustment”. (Note 1)
11 If the lens does not move at all when adjusting it, proceed to the order 12. When the adjustment ends,
proceed to the order 16. (Note 1)
12 2 01 2D Press PAUSE (Write) button.
13 2 02
Read the data value. If value is not 01, inspect the EEPROM (IC1802 of VC-500 board). When v alue is
01, proceed to the order 14.
14 2 01 00 Press PAUSE (Write) button.
15 Turn the power OFF and ON again.
16 Check that no error occurs. If an error occurs, replace the lens block (Note 2).
Note 1: Perform adjustment by referring to “Hall Adjustment” in “6. ADJUSTMENT”. After the adjustment, be sure to perform
“Angular Velocity Sensor Sensitivity Adjustment”.
Note 2: When the lens block was replaced, execute the necessary adjustment items referring to “6. ADJUSTMENT”.
After the adjustment, make sure with the STEADYSHOT turned ON that the steadyshot functions appropriately in the
handheld operation.
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
1-6
1-6-3. E : 62 : 11 [Shift Lens Overheating (Pitch)] Occurred
Connect the adjustment remote commander (RM-95 or NEW LANC JIG) and perform the following process.
Order Page Address Data Procedure
1 0 01 01
2 0 10 06
B
3
(6B)
4 0 10 07
D
5
(7D)
D
6
(7D)
D
7
(7D)
D
8
(7D)
D
9
(7D)
D
10
(7D)
11 0 10 06
B
12
(6B)
13 0 10 00
14 0 01 00
15
16
17
18 Turn the power OFF.
19
20
B2 01 Press PAUSE (Write) button.
46 F0 Press PAUSE (Write) button.
48 01 Press PAUSE (Write) button. (Note 1)
48 00 Press PAUSE (Write) button.
46 10 Press PAUSE (Write) button.
48 01 Press PAUSE (Write) button. (Note 1)
48 00 Press PAUSE (Write) button.
B2 00 Press PAUSE (Write) button.
Check if the shift lens moves while setting the order 5 to 10. If the shift lens does not move, replace the
lens block (Note 2). When the shift lens moved, proceed to the order 16.
While setting the order 5 to 10, measure with an oscilloscope the output voltage of R5721 in the periphery
of IC5703 on the LD-229 board to check the output voltage varies.
If the output voltage does not vary, replace the lens block (Note 2). When the output voltage varied,
proceed to the order 18.
While measuring with an oscilloscope the output voltage of R5792 in the periphery of IC5703 on the
LD-229 board, turn the power ON to check that the output voltage immediately after the power on
change as shown in Fig. 2.
If the output voltage change as shown in Fig. 2, replace the lens block (Note 2). If it does not change as
shown in Fig. 2, inspect the camera control circuit (IC1801 of VC-500 board) periphery.
Note 1: Finish this operation within 10 seconds. If it is lik ely to take more than 10 seconds, set page: D (7D), address: 48, da ta:
00, and then retry.
Note 2: When the lens block was replaced, execute the necessary adjustment items referring to “6. ADJUSTMENT”.
After the adjustment, make sure with the STEADYSHOT turned ON that the steadyshot functions appropriately in the
handheld operation.
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
1-7
1-6-4. E : 62 : 12 [Shift Lens Overheating (Yaw)] Occurred
Connect the adjustment remote commander (RM-95 or NEW LANC JIG) and perform the following process.
Order Page Address Data Procedure
1 0 01 01
2 0 10 06
B
3
(6B)
4 0 10 07
D
5
(7D)
D
6
(7D)
D
7
(7D)
D
8
(7D)
D
9
(7D)
D
10
(7D)
11 0 10 06
B
12
(6B)
13 0 10 00
14 0 01 00
15
16
17
18 Turn the power OFF.
19
20
B2 01 Press PAUSE (Write) button.
47 F0 Press PAUSE (Write) button.
49 01 Press PAUSE (Write) button. (Note 1)
49 00 Press PAUSE (Write) button.
47 10 Press PAUSE (Write) button.
49 01 Press PAUSE (Write) button. (Note 1)
49 00 Press PAUSE (Write) button.
B2 00 Press PAUSE (Write) button.
Check if the shift lens moves while setting the order 5 to 10. If the shift lens does not move, replace the
lens block (Note 2). When the shift lens moved, proceed to the order 16.
While setting the order 5 to 10, measure with an oscilloscope the output voltage of R5737 in the periphery
of IC5703 on the LD-229 board to check the output voltage varies.
If the output voltage does not vary, replace the lens block (Note 2). When the output voltage varied,
proceed to the order 18.
While measuring with an oscilloscope the output voltage of R5792 in the periphery of IC5703 on the
LD-229 board, turn the power ON to check that the output voltage immediately after the power on
change as shown in Fig. 2.
If the output voltage change as shown in Fig. 2, replace the lens block (Note 2). If it does not change as
shown in Fig. 2, inspect the camera control circuit (IC1801 of VC-500 board) periphery.
Note 1: Finish this operation within 10 seconds. If it is lik ely to take more than 10 seconds, set page: D (7D), address: 49, da ta:
00, and then retry.
Note 2: When the lens block was replaced, execute the necessary adjustment items referring to “6. ADJUSTMENT”.
After the adjustment, make sure with the STEADYSHOT turned ON that the steadyshot functions appropriately in the
handheld operation.
1-6-5. E : 62 : 20 [Abnormality of Thermistor] Occurred
Order Procedure
1 Turn the power ON.
Check that R1823 in the periphery of IC1801 on the VC-500 board is 0 Ω and energ izes. If it is not ener gizes, replace the R1823.
2
When R1823 is 0 Ω and energizes, replace the lens block (Note).
Check that no error occurs, after replacing the lens block and performing the necessary adjustment. If an error occurs, inspect
3
the camera control circuit (IC1801 of VC-500 board) periphery.
Note: When the lens block was replaced, execute the necessary adjustment items referring to “6. ADJUSTMENT”.
After the adjustment, make sure with the STEADYSHOT turned ON that the steadyshot functions appropriately in the
handheld operation.
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
1-8E
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.
NOTE FOR DISCONNECTING THE HARNESS (HN-047)
When disconnecting the harness (HN-047), do not pull the
harness part but pull off the connector body with tweezers etc.
Harness (HN-047)
Tweezers etc.
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
2-1
2-1. IDENTIFYING PARTS
Handle Cover
⋅ FP-793 Flexible Board
Handle Lower Cover
⋅ MC-188 Board
Cabinet (L)
⋅ JK-355 Board
Grip
⋅ NS-022 Board
⋅ JS-033 Board
Handle Assy
Battery Panel
⋅ BA-008 Board
⋅ DC-110 Board
⋅ HP-150 Board
LCD Panel
⋅ PD-342 Board
⋅ RE-038 Board
Lens
⋅ CM-077 Board
⋅ EC-001 Board
⋅ LD-229 Board
- DISASSEMBLY FLOW -
2-2-1. OVERALL SECTION-1
⋅ Grip
⋅ Cabinet (R)
2-2-2. OVERALL SECTION-2
⋅ Lens
G Block
⋅ FP-785 Flexible Board
⋅ FP-786 Flexible Board
⋅ FP-787 Flexible Board
⋅ FP-788 Flexible Board
⋅ FP-789 Flexible Board
⋅ FP-867 Flexible Board
⋅ IF-155 Board
⋅ VC-500 Board
⋅ Mechanism Deck
US-014 Board
MS-379 Board
View Finder
⋅ BL-015 Board
⋅ BH-001 Board
⋅ FP-784 Flexible Board
⋅ HI-078 Board
Cabinet (R)
⋅ MO-027 Board
⋅ SP-048 Board
2-2-3. HANDLE (TALLY) SECTION
⋅ View Finder
2-2-4. VIEW FINDER SECTION
⋅ LCD Panel
⋅ VF Hinge
⋅ EVF Panel
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
2-2-5. HANDLE (COVER) SECTION
⋅ Handle Cover
⋅ Handle Lower Cover
⋅ Handle Assy
2-2-6. OVERALL SECTION-3
⋅ Battery Panel
⋅ G Block
⋅ Cabinet (L)
2-2-7. G BLOCK SECTION
⋅ IF-155 Board
⋅ VC-500 Board
⋅ Mechanism Deck
2-2
HELP
EXPLODED VIEW
HELP
2-2. DISASSEMBLY
2-2-1. OVERALL SECTION-1
Follow the disassembly in the numerical order given.
1 Grip (1-1 to 1-7)
2 Cabinet (R) (2-1 to 2-6)
1-3 (#100)
1-4 (#100)
1 Grip
1-1
1-6 (#103)
1-5
2-2
(#100)
HARDWARE LIST
Overall Section-2
(See Page 2-4)
2-5
(#104)
1-7
2 Cabinet (R)
2-6
1-2 (#37)
2-3 (#100)
2-4 (#49)
2-1
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
2-3
2-2-2. OVERALL SECTION-2
EXPLODED VIEW
Follow the disassembly in the numerical order given.
1 Lens (1-1 to 1-9)
Handle (Tally) Section
(See Page 2-5)
HARDWARE LIST
1-9
1-4
HELP 1
1-7 (#49)
1 Lens
1-8
Note: Refer to page 2-1 “Note
for disconnecting the
harness (HN-047)”.
1-6
(#49)
1-3
HELP 1
1-2
1-5
1-1 (#49)
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
2-4
2-2-3. HANDLE (TALLY) SECTION
EXPLODED VIEW
Follow the disassembly in the numerical order given.
1 View Finder (1-1 to 1-17)
1-7 (#102)
1-8
HARDWARE LIST
Handle (Cover) Section
(See Page 2-7)
1-12 (#49)
1-13
1-11 (#49)
1-14
1-15
1-17
1-16 (#49)
1-10 (#23)
1-5
1-2
1-1 (#37)
1 View Finder
(See Page 2-6)
1-6
1-9 (Slide)
1-4
1-3
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
2-5
2-2-4. VIEW FINDER SECTION
EXPLODED VIEW
Follow the disassembly in the numerical order given.
1 LCD Panel (1-1 to 1-20)
2 VF Hinge (2-1 to 2-2)
3 EVF Panel (3-1 to 3-3)
HARDWARE LIST
1-4 (#37)
1-3
(#49)
1-5
2 VF Hinge
1-6 (#37)
1 LCD Panel
1-1 (Rotate)
1-2 (#49)
1-18
1-19
1-7
(#37)
1-10
(#105)
2-2 (#37)
1-17
(#105)
1-8
HELP 2
1-15
1-11
1-20
1-14
1-12
1-13
3 EVF Panel
1-16
2-1
(Rotate)
3-1
3-2
(#37)
3-3
1-9
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
2-6
EXPLODED VIEW
2-2-5. HANDLE (COVER) SECTION
2 Handle Lower
Cover
1 Handle Cover
2-1 (#106)
2-2 (#106)
2-6 (#49)
2-3
2-4
2-5
1-1 (#107)
1-3 (#107)
1-5 (#37)
1-6
(Claw)
1-2
1-4
3-1 (#49)
3-6 (#49)
3-9 (#49)
3-10 (#49)
3-12 (#100)
3-14
(#100)
3-13
3-15
3-11
3-4 (#49)
3-7 (#49)
3-8
(Claw)
3-5 (#49)
3-2 (#49)
3-3
Overall Section-3
(See Page 2-8)
3 Handle Assy
HELP 3
Follow the disassembly in the numerical order given.
1 Handle Cover (1-1 to 1-6)
2 Handle Lower Cover (2-1 to 2-6)
3 Handle Assy (3-1 to 3-15)
HARDWARE LIST
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
2-7
EXPLODED VIEW
2-2-6. OVERALL SECTION-3
Follow the disassembly in the numerical order given.
1 Battery Panel (1-1 to 1-9)
2 G Block (2-1 to 2-15)
HARDWARE LIST
1 Battery Panel
2-10 (#49)
HELP 5
2-9 (Open)
2-11
2-12
(Open)
Cabinet (L)
1-1
2-13 (#1)
HELP 5
1-2
2 G Block
(See Page 2-9)
1-6
2-2
2-14
(#37)
2-15 (#37)
1-7 (#49)
1-4
2-6
2-1
1-3
HELP 5
HELP 5
1-9 (#49)
1-8 (#49)
1-5
HELP 5
2-4
(#37)
2-3
2-5 (#37)
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
2-7 (#37)
2-8
2-8
EXPLODED VIEW
2-2-7. G BLOCK SECTION
Follow the disassembly in the numerical order given.
1 IF-155 Board (1-1 to 1-11)
2 VC-500 Board (2-1 to 2-14)
3 Mechanism Deck (3-1 to 3-6)
3 Mechanism Deck
HARDWARE LIST
2-9
2-7
2-8
2-10
3-2
3-6
3-5 (#15)
3-3 (#1)
2 VC-500 Board
Note: Refer to page 2-1 “Note
for disconnecting the
harness (HN-047)”.
2-4
3-1 (#3)
1-7
3-4
VC-500
2-5
2-13
2-12
2-6 (#3)
2-11
HELP 4
2-2
(Claw)
1-11
1-9 (#49)
2-14
2-1 (#1)
2-3
(Claw)
1 IF-155 Board
1-6
1-10 (#37)
1-5
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
HELP 6
2-9E
1-3
1-4
1-1
HELP 6
1-8
1-2
HELP
Sheet attachment positions and procedures of processing the flexible boards/harnesses are shown.
HELP 1:
FFC-340
HELP 2:
LI-062/FFC-340
LI-062
Hinge Cover (Lower)
HELP 3:
FFC-329
HELP 4:
FFC-329
FP-787
RS-112/
HP-147
Hinge Cover (Lower)
BI-001
FP-787
IF Holder
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
HELP
HELP 5: IJ-001/IJ-002/DI-003/DI-004/DI-005
HELP 6: HN-047/FP-788
IJ-001IJ-002
DI-004
DI-005
DI-003
Tape AS
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
HN-047FP-788
HELP
Link
Link
3. BLOCK DIAGRAMS
OVERALL BLOCK DIAGRAM (1/7)
OVERALL BLOCK DIAGRAM (2/7)
OVERALL BLOCK DIAGRAM (3/7)
OVERALL BLOCK DIAGRAM (4/7)
OVERALL BLOCK DIAGRAM (5/7)
OVERALL BLOCK DIAGRAM (6/7)
OVERALL BLOCK DIAGRAM (7/7)
POWER BLOCK DIAGRAM (1/4)
POWER BLOCK DIAGRAM (2/4)
POWER BLOCK DIAGRAM (3/4)
POWER BLOCK DIAGRAM (4/4)
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
3. BLOCK DIAGRAMS
3-1. O VERALL BLOCK DIAGRAM (1/7) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
LENS BLOCK
IRIS
(SHUTTER)
IRIS
METER
M
H
ND FILTER
METER
M
H
FOCUS MOTOR
M
FOCUS MR
SENSOR
ZOOM MOTOR
M
ZOOM MR
SENSOR
NF MOTOR
M
LENS TEMP
SENSOR
CM-077 BOARD
I_DRIVE±
I_BIAS±
I_HALL±
ND_DRIVE±
ND_BIAS±
ND_HALL±
FOCUS±
F_MR_A,
F_MR_B
ZOOM_A,
ZOOM_B,
ZOOM_XA,
ZOOM_XB
Z_MR_A,
Z_MR_B
NF_DRIVE±
TEMP_OUT
OPTICAL IMAGE STABILIZER
THERM
PITCH±
PITCH_OUT± PITCH_HALL±
PITCH_IN±
YAW±
YAW_OUT±
YAW_IN±
PITCH
MOTOR
YAW
MOTOR
OIS TEMP
SENSOR
M
H
M
H
IC6701
6M CMOS
IMAGER
(1/3)
LD-229 BOARD (1/2)
CN5301
7, 12, 43, 514, 811, 912, 1024, 2516, 1851-4820, 2129-26
ZOOM MOTOR
7, 1
NOISE FILTER
23
31
40-43
33, 3932, 38
PITCH_HALLBIAS±
47-44
YAW_HALL±
34, 3536, 37
YAW_HALLBIAS±
05
IC5403
IC5402
(1/4)
27, 28
46, 45,
29, 30
44, 43,
31, 32
42, 41,
33, 34
40, 39,
2
10
7, 6, 8 5, 4
2
DRVOUT4, DCOUT4,
DRVOUT8, DCOUT8
DRVOUT3, DCOUT3,
DRVOUT7, DCOUT7
DRVOUT2, DCOUT2,
DRVOUT6, DCOUT6
DRVOUT1, DCOUT1,
DRVOUT5, DCOUT5
CHCK3/6M
XSYS_RST
TGVD, TGHD
AHS_SO, AHS_SCK, XCS_AHS
SE7202
PITCH
SENSOR
SE7201
YAW
SENSOR
H1, J1C6, A5C5, B6K2, L2A11, A9C10, B11E12, E10 B1, C4 F3, E3
K6, F1L6, L7
OPTICAL IMAGE
STABILIZATION
J3, J2 H2, J4 B1, D1
B10, D10
G6, J8 J9, J7
IC5404
(1/4)
IRIS
DRIVE
ND FILTER
DRIVE
FOCUS
MOTOR
DRIVE
ZOOM MOTOR
DRIVE
NF MOTOR
DRIVE
IC5703
DRIVE
(2/4)
6
10 16
IC7201
PITCH/YAW
SENSOR
AMP
(2/3)
C9
A4
A10
D10
K12
L12
J11, K11, H12
J12
H11
L8, M8 K9, L9, M9, J9
A5
A4, B4, B5
C9
G5
J5
D5
A6
A7
A3
CN6601
37-40
29-32
22-25
18-21
16
11
4, 5
1-3
20
7
8
17
9
CN5303
(1/2)
CAM_SO, CAM_SI, CAM_SCK
PITCH_AD
YAW_AD
VST_C_RESET
XRST_IC_5703_CPU
XDS_RESET
PITCH_AD
YAW_AD
VST_C_RESET
FP-787
FLEXIBLE
BOARD
(1/2)
42
25
33, 30, 32
12
24, 31, 29
16, 17
18
15
9
10
8
11
13
35
VC-500 BOARD (1/7)
CN1201
4-1
12-9
19-16
23-20
25
30
37, 3640-38
34
33
32
CN1010
(1/2)
PNDCK
10
CAM_VD
27
CAM_SI, CAM_SO, XCAM_SCK
19, 22, 20
XCS_IC_1801
3814
XRST_IC_1801
40
EN1, DIRA1, DIRB1
28, 21, 23
NF_EN, NF_SW
36, 35
LENS_TEMP_AD
34
THERM
37
PITCH_AD
43
YAW_AD
42
VST_C_RESET
44
XRST_IC_5703_CPU
41
XDS_RESET
39
DSCK_IC_5703DSCK_IC_5703
17
PITCH_AD
VST_C_RESET
YAW_AD
CHCK
TG_FLD
CAM_VD_HS
CAM_VD
CAM_SI, CAM_SO, XCAM_SCK
XCS_IC_1801
XRST_IC_1801
NF_EN, NF_SW
LENS_TEMP_AD
THERM
OVERALL (7/7)
14
(PAGE 3-7)
OVERALL (3/7)
15
(PAGE 3-3)
X1801
20MHz
K2 - K4
J2 - J4,
IC1201
CDS,
A/D
(1/23)
IC1301
CDS,
A/D
(2/23)
D13
D7
A7
C22
B14
R22
P22
F23
C1
D1
F3 - F5,
A3 - D3,
K2 - K4
J2 - J4,
F3 - F5,
A3 - D3,
X1701
AB10
AB11, Y11,
N22, N20
K10, K9
J10, J9,
B10, B9
A10, A9,
CONVERTER
K10, K9
J10, J9,
B10, B9
A10, A9,
CONVERTER
89.010989 MHz : NTSC
74.250000 MHz : PAL
H3, H4
G3 - G5
A5 - E5
A4 - E4,
ADC_SO, ADC_SCK, XCS_ADC0
F7, E6, E7
H5
ADC_TGHD, ADC_TGVD
G6, F6
D6
D7
K5
H3, H4
G3 - G5
A5 - E5
A4 - E4,
F7, E6, E7
H5
G6, F6
D6
D7
K5
IC1801
CAMERA
CONTROL
(19/23)
CAM_VD_HS
AD1_0 - AD1_13
AD3_0 - AD3_13
ADC_SO, ADC_SCK, XCS_ADC0
ADC_TGHD, ADC_TGVD
CAM_VD_HS
IC1701
1 5
CLOCK
GENERATOR
(3/23)
J1
K1
AA2, Y2,
P2, P1, N4,
V4, V2, W1,
W4, W2, Y1,
F2
F4
M22
A17
B8
B13
AC6
F1
AB14, AC14,
AD0_0 - AD0_13
AD2_0 - AD2_13
CLPOB
XSYS_RST
CHCK
CLPOB
XSYS_RST
CHCK
N2, N1, M4
ZOOM_SW_AD ZOOM_SW_AD
NTSC/XPAL_DET NTSC/XPAL_DET
SYS_V SYS_V
XSLOWSHUT_NR
HI_SI, HI_SO, XHI_SCK
Y7, AB7, AB6
XCS_CAMERA
XCS_EEP_C
AB13,
EEP_SI_C,
EEP_SO_C,
EEP_SCK_C
XSYS_RST
AHS_TGHD, AHS_TGVD
AHS_SO, AHS_SCK, AHS_XCS0
XCS_IC_1702_BUS
IC_1702_BUS_CLK
D24A00_CAM - D31A07_CAM,
DXXA08_CAM - DXXA13_CAM
1
IC1802
128k EEPROM
(19/23)
2, 5, 6
CHCK
PNDCK
EN1, DIRA1, DIRB1
CAM_VD
CAM_VD_HS
TG_FLD
AA13 - AA16,
AB12 - AB16,
AC14 - AC17,
U22, U23,
V21 - V23,
AA21 - AA23,
PROCESSOR
AA17 - AA20,
AB17 - AB21,
AC18 - AC21,
P21 - P23,
N21 - N23,
R21 - R23,
G23, J22, H21
K21
K23, M22J23, L22
AB4
T4
H23, K22, J21
U1
AC11
G22, E23, F21
AC7
AA6
L21
AA3
AC5
AA7 - AA9,
AB8 - AB10,
AA11, AA12,
Y13
Y21 - Y23
W21 - W23,
IC1702
CAMERA
SIGNAL
(3/23)
Y17
U20, U21
T21 - T23,
A16 - A21,
A5, A6, A8,
Y10, Y12
AC13, Y8,
AC8, AC9,
E2, E1,
D3 - D1,
H1,
G4 - G1,
A3
A10
D9
C4 - C9,
B17 - B22,
D6, D7, D17
B4, B6 - B9,
C17, C18, C20,
A11 - A15,
B12, B13, B15,
C12, C13, C15,
HI_SI, HI_SO, XHI_SCK
C3 - C1
F3 - F1
H4 - H2
SD_CK
SD_XCS
SD_CKE
SD_DQ0 - SD_DQ31 SD_DQ0 - SD_DQ15
D12, D13, D15
XSLOWSHUT_NR
XCS_CAMERA
A : VIDEO SIGNAL
HDI_Y0 - HDI_Y7
HDI_C0 - HDI_C7
HDI_HD, HDI_VD, HDI_OE
VCK
SD_A0 - SD_A11, SD_BA0, SD_BA1
SD_DQ0- SD_DQ31
A2, C3, A1, C2,
B1, D2, D3, E2
IC1901
(5/23)
11
12
13
G8, G9, F7, F3, G1,
G2, G3, H1, H2, J3,
G7, H9, J7, H8
OVERALL (7/7)
(PAGE 3-7)
OVERALL (4/7)
(PAGE 3-4)
OVERALL (5/7)
(PAGE 3-5)
J8J1J2
R8, N7, R9, N8, P9, M8,
M7, L8, L2, M3, M2, P1,
N2, R1, N3, R2, E8, D7,
D8, B9, C8, A9, C7, A8,
256M SDRAM
XSYS_RSTXSYS_RST
SYS_V
Y19, AD22,
AE20, W19,
AA22, AD23
AC19, AE21,
Y17, AC17,
Y18, AD20,
AB18, AC18
AD19, W18,
IC2101
AC22
(1/5)
AE22, AC20,
U1R1
BASE BAND
SIGNAL
PROCESSOR
AE23
(4/23)
V22
R19, T22, T24, T25,
R22, R23, P24, N19
T20, V25, U25, U23,
T23, P19, R20, N24,
Y25, U20
Y24, W22, U19,
AC25, V19, V20,
W20, AB25, Y23,
AB23, AD24, AB24,
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
3-1
3-2. O VERALL BLOCK DIAGRAM (2/7)
VC-500 BOARD (2/7)
L2, M7
L4, K7,
N2, M1
M2, M3,
K2, L3
M20, L20
P6, R2
P2, N1,
T2, R4
P1, P4,
IC2101
(2/5)
BASE BAND
SIGNAL
PROCESSOR
(4/23)
N3, P3
L24
N22
F10
C10
A3
IC_2201_YO0 - IC_2201_YO7
A20, C19
B17, F17,
C18, F18,
A19, G17,
IC_2201_CO0 - IC_2201_CO7
C22, G20
C21, C20,
B19, D19,
B20, D20,
A22, D21, B22
B24
D23
B21
L19, K24
P23, M24
L1
K1
P25
M25
Y16
IC_2101_PCRERR
F8
IC_2101_SRCH
D9
IC_2101_FLD27MF
G9
( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
RYI0 - RYI3
DV PB
RCI0 - RCI3
HYI, HCI
ADATAOUT0, ADATAOUT1
RYO0 - RYO3
DV REC
RCO0 - RCO3
HYO, HCO
FS_EDGE_REF
FRAT_REFO
THYRQ_FVDI
THCRQ_FHDI
TFS_FCO
MFLG_QRST
FLAT_SYNC_FYO0
VLAT_SYNC_FCI
VLAT_IN_FYO1
HDV REC/PB, HDV-i.LINK
IC_2201_HD,
IC_2201_VD, IC_2201_FLD
IC_2201_VF_SYNC
CK_IC_2201_0
CK_IC_2201_1
ADATAIN0, ADATAIN1
AUIN21, AUIN22
CK27MFO1
CKFSO
CK64FSO
MCLK
C23, D21
E24, E21,
D23, E23,
D20, D24,
A21, B18
B21, B20,
D18, C24,
B23, D17,
E14 - E16
E18
IC2201
F24
HDV-MPEG VIDEO
A22
ENCODER/DECODER,
MPEG AUDIO
SIGNAL PROCESSOR
(6/23)
M23, M21N23, N21
A20
P21
M24
P24
Y13, AC13,
AD15, AC16
AA14, AC14,
AA15, AC15,
AD12
AD16
AD17
AA16, Y17AC17, AC18
AD18
BMDT16 - BMDT47
AD6, AC4, AD5, AC5, AD4,
F1, H2, E2, D2, F2, G2, D7,
A4, B5, A5, B7, B6, D8, A6,
AA5, AD3, AB2, Y8, W2, Y9,
U2, AA2, W1, V2, V1, G1, H1,
OMAD00 – OMAD12,
OMADB0, OMADB1
P2, P1, N1, L5, M4
T1, U1, T2, R4, R2,
R1, P5, N5, N2, M2,
OMCEX
J1
OMCKE
L2 G1
OMCLK
L1
OMCLKX
K1 G3
RYI0 - RYI3
DV PB
RCI0 - RCI3
HYI, HCI
ADATAOUT0, ADATAOUT1
RYO0 - RYO3
DV REC
RCO0 - RCO3
HYO, HCO
ADATAIN0, ADATAIN1
FS_EDGE_REF
FRAT_REFO
THYRQ_FVDI
THCRQ_FHDI
TFS_FCO
MFLG_QRST
FLAT_SYNC_FYO0
VLAT_SYNC_FCI
VLAT_IN_FYO1
CK64FSO
CKFSO
CK27MFO1
HDV REC/PB, HDV-i.LINK
EBS[0] - EBS[7]
KCLK
ERDY
ERE
AUDAI, AUENI
AUDAO, AUENO
C3, B2, B3, A2
P3, R2, A8, B7, B8, C7, C8,
D7, D8, E7, E3, D2, D3, C2,
L7, L3, M2, M3, N2, N3, P2,
R8, P7, P8, N7, N8, M7, M8,
K3, J1, J2, J3, H1,
J8, J9, K7, K9, K1,
J7, H2, H3, H8, H9
H7
IC2401
256M
G2
DDR-SDRAM
(7/23)
IC_2101_PCRERR
IC_2101_SRCH
IC_2101_FLD27MF
A5, B5,
A7, C7,
F7, C8
C4, D3
E9, B9,
B11, C11,
A9, B10
E1, E3
C1
D2
A8
F9
C10
A3N7
F6B9
F3A9
F2F9
M3
L1
F1
M1
C18, F18,
A20
F16
F19
B16, C16B19, C19
C5
B3
G3
A4, B4
C6, B6
F8, C9
A10, E10
HDV STREAM
PROCESSOR,
MUX/DEMUX,
DV SIGNAL
PROCESSOR
F17, B17
B18, E19,
A18, C17,
IC2701
(8/23)
R1
W6
W1
U3, V3
PD00 - PD07
U20, U24
V23, V20,
V25, U23,
V24, W21,
T25
T23
R20
P20
U21
R25
24.576 MHz
C25
D23
D25
F23
F24
G23
J3
H24
A23
H23
FRRV, TRRT, TRRV, DRP
C24, E25
E24, D24,
DXXA00_SIM - DXXA10_SIM
M23, M24
R21, N20, P21,
N25, L20, M25,
N21, M20, N23,
D24A00_SIM - D31A07_SIM
J20, K23
K20, L24,
L23, K25,
K21, K24,
HDV-i.LINK,
DV-i.LINK
PCLK0
IDIR0
XPEN0
XIACC0
FCLR0
FR1
X3401
L11, K11,
L8
E12
M8
L9
M9
J8
J9
C1
C2
H11, G9
H9, H12,
K12, J11,
IC3401
HDV/DV
INTERFACE
i.LINK
(9/23)
HDV PB, DV PB
HDV REC, DV REC
A4 - A7
B8
E2
J6
D7
E7, E6,
D8, E11
J2, K2
F1, F2,
H2, J1,
G2, H1,
L6, L7
L2, L3,
M3, L4,
M4, M6,
TRRT
D12
RFIN
RECDT
RECCK
RECA1, RECA2
A : VIDEO SIGNAL
A : AUDIO SIGNAL
A : VIDEO/AUDIO SIGNAL
A : VIDEO/AUDIO/SERVO SIGNAL
HDV-i.LINK, DV-i.LINK
TPA+, TPA-, TPB+, TPB-
IC_3401_PLL_ON
XCS_IC_3401
XRST_LINK
XRST_PHY
PWD, CNA, LPS, OFR2
D24A00_SIM - D31A07_SIM
DXXA00_SIM - DXXA07_SIM
FRRV, TRRT, TRRV, DRP
DXXA00_SIM - DXXA10_SIM
D24A00_SIM - D31A07_SIM
ATF_LATCH
XCS_IC_2701_HD
XCS_IC_2701_DV
XRST_IC_2701_DV
XRST_IC_2701_1
XRST_IC_2701_2
SWP
SCWIN
16
17
18
OVERALL (4/7)
(PAGE 3-4)
OVERALL (6/7)
(PAGE 3-6)
OVERALL (4/7)
(PAGE 3-4)
05
35
OVERALL (4/7)
(PAGE 3-4)
19
OVERALL (3/7)
(PAGE 3-3)
SD_OSD_VD
VREF
IC_2101_OEREF
XCS_IC_2101_SIM
XRST_VTR
CK64FSO
CKFSO
AC14
AE15
AB16
AC15
D17
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
ALE_SIM
Y15
FRRV, TRRV, DRP
W17, W16, N20
DXXA08_SIM, DXXA09_SIM
W13, AD13
D24A00_SIM - D31A07_SIM
Y14, AD15,
W14, AB13,
AE13, AD14
AD16, AB14,
T20, T21,
T23, T24,
R20, R21,
N24
M20
D16
P20
D24A00_SIM - D31A07_SIM
R23, R24
ALE_SIM
XCS_IC_2201
XRST_IC_2201
INT_IC_2201
ALE_SIM
XCS_IC_2201
XRST_IC_2201
INT_IC_2201
MCLK
3-2
3-3. O VERALL BLOCK DIAGRAM (3/7) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
VC-500 BOARD (3/7)
IC2101
(3/5)
BASE BAND
SIGNAL
PROCESSOR
(4/23)
J1, K6,
H1, J7,
D3, F3,
G6, C3,
G4, F2,
H7, G2,
HM_Y0 - HM_Y7
G1, J6
H4, H2,
HM_R0 - HM_R7
C1, E3
E4, D2,
HM_B0 - HM_B7
E2, F4
H6, E1,
HM_HD, HM_VD
C2, D5
IC_2101_ADAO2
N25
IC_2101_ADAO1
M19
CK_HM
J3
CK74MFO
J2
CK256FSO
C24
HM_Y0 - HM_Y7
HM_R0 - HM_R7
HM_B0 - HM_B7
HM_HD, HM_VD
IC_2101_ADAO2
IC_2101_ADAO1
CK_HM
CK74MFO
CK256FSO
CK64FSO
CKFSO
D12, C12,
D1, C1,
B8 - B5,
C7, C6
E9
C11
E1
G1
D10
E10
E11
A10, A9
B12 - B9,
A4 - A2
B4 - B2,
A8 - A5
IC3101
HDMI
SIGNAL
PROCESSOR
(10/23)
K2, K12,
L1 - L11,
M3 - M11
J12, J1, K1,
J9, K10G9, G10
F12
H12
G11
F10
J10
F4
C2
D3, D2, F2
DE_HDMI, D0_HDMI - D23_HDMI
HSYNC_HDMI, VSYNC_HDMI
ADAO1_HDMI, ADAO2_HDMI
IDCK
256FS_HDMI
64FS_HDMI
FS_HDMI
HDMI_SDA, HDMI_SCL
HDMI_SDA, HDMI_SCL
XRST_HDMI
XCS_IC_3101
VSP_SI, VSP_SO, XVSP_SCK
C2, A1 - A10,
B1 - B10, C9,
C10, D9, D10
C1, D2
TRANSMITTER
F2, F1
D1
E1
H2
H1
F9, F10
IC3201
HDMI
(11/23)
21
K5, K4, K8,
K7, J10, K10
K2, K1
K3
G9, G10
OVERALL (4/7)
(PAGE 3-4)
CN3202
FP-867 FLEXIBLE
BOARD
TMDS DATA0± - TMDS DATA2±
12, 11, 15, 14, 18, 17
TMDS CLOCK±
9, 85, 6
2
HPD
SDA, SCL
CN001
19
7, 9, 4, 6, 1, 310, 1216, 15
A : VIDEO SIGNAL
A : AUDIO SIGNAL
A : VIDEO/AUDIO SIGNAL
HDMI
OUT
IC_2101_ADA01
CK256FSO
CK13MF01
J19, J18
F21, J21,
F20, G20,
J20, G19,
K18, H18,
L20, V20, V21,
T19, M18, R19
U20, P19, N18,
P18, W21, U19,
W20, N19, R18,
IC5101
(1/3)
DS CONTROL
(17/23)
CK64FSO
CKFSO
OVERALL (4/7)
(PAGE 3-4)
P1, N1
M2
L1
A14, C15, D14
A15
Y18
USB_DET
OVERALL (2/7)
R1
U2
C4
AE3
DSCK_VM
AD10
W4, AA2,
AE2, AC1,
AA4, AC3,
AB3, AC2,
AD3, AD2,
AE8, Y10, Y9,
AD8, AC8, AC7,
OVERALL (1/7)
(PAGE 3-1)
OVERALL (7/7)
(PAGE 3-7)
05
15
20
DSCK_IC_5703
XSYS_RST
U6, T4, T6
Y3, Y1, T7,
AD4
W8, AD6, Y7,
AB8, W9, AE6,
AE4, AC6, AC5,
AD7, AB6, AE5,
(PAGE 3-2)
13
19
A1_VM - A21_VM
2 - 11,
20 - 27,
30, 31, 55
IC5202
32M FLASH
(18/23)
CK64FSO
CKFSO
D0_VM - D15_VM
33 - 36,
39 - 46,
49 - 52
DACK1_IC_2101DACK1_IC_2101
XCS_IC_2101_VMXCS_IC_2101_VM
DSCK_VM
D0_VM - D15_VMD0_VM - D15_VM
A1_VM - A21_VMA1_VM - A19_VM
A13_VM
A1_VM - A11_VM,
19 - 24,
27 - 32
15
19
D0_VM - D15_VM
2, 3, 5, 6, 8, 9, 11,
12, 39, 40, 42, 43,
45, 46, 48, 49
IC5201
16M SDRAM
(18/23)
35
34
18
CKE_VM
XCS_SDRAM_VM
XCS_FLASH_UTA
D12
B16
A10
K20, F19,
H19, K21,
K19, H20,
Y19, W18, M19,
W19, AA19, AA18,
C18
C17
A18
OVERALL (6/7)
22
(PAGE 3-6)
OVERALL (4/7)
23
(PAGE 3-4)
RF_MON
SWP
24
USB_D±
X5101
24
IC5103
OSCILLATOR
DRIVE
(17/23)
MS_DIO, MS_BS, MS_SCLK
Q5101
LED
DRIVE
48 MHz
XMS_LED_ON
FP-786
FLEXIBLE
CN1012
BOARD (1/3)
(1/3)
RF_MON
24
SWP
26
USB_D±
21, 22
USB_DET
19 8
8, 10, 3
MS_INSERTXMS_IN
6
XACCESS_LED
13
MS-379 BOARD
(1/3)
CN8001
(1/3)
24
26
21, 22
19
DIO, BS, SCLK
8, 10, 3
6
13
D8003
(MS ACCESS)
CN8003
CN8004
INS
3, 4
1
4, 2, 8
6
US-014 BOARD
CN8101
36
18
6, 5
D8101
MEMORY
STICK
DUO
CN8102
RF_MON
SWP
CN8103
D±
VCC
1
2
(FOR CHECK)
3, 2
1
CPC
(USB)
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
3-3
3-4. O VERALL BLOCK DIAGRAM (4/7)
( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
VC-500 BOARD (4/7)
OVERALL (3/7)
(PAGE 3-3)
OVERALL (3/7)
(PAGE 3-3)
OVERALL (7/7)
(PAGE 3-7)
OVERALL (2/7)
(PAGE 3-2)
OVERALL (2/7)
(PAGE 3-2)
OVERALL (3/7)
(PAGE 3-3)
OVERALL (6/7)
(PAGE 3-6)
OVERALL (6/7)
(PAGE 3-6)
OVERALL (6/7)
(PAGE 3-6)
24
23
25
18
35
21
26
27
28
RF_MON
SWP
F1
XRST_VTR
IC2402
16M FLASH
(7/23)
B4
FLASH_A15 - FLASH_A20
B2, C3, D4
C6, D6, E6,
DXXA00_SIM - DXXA14_SIM
D5, B6, A6
A2, B5, A5, C5,
G6, E1, D1, C1,
A1, B1, D2, C2,
D24A00_SIM - D31A07_SIM
H2 - H5
E2 - E5,
NTSC/XPAL_DET
XSYS_RST
IC_3401_PLL_ON
XCS_IC_3401
XRST_LINK
XRST_PHY
PWD, CNA, LPS, OFR2
SWP
ATF_LATCH
SCWIN
XCS_IC_2701_HD
XCS_IC_2701_DV
XRST_IC_2701_DV
XRST_IC_2701_1
XRST_IC_2701_2
FRRV, TRRT, TRRV, DRP
DXXA00_SIM - DXXA10_SIM
D24A00_SIM - D31A07_SIM
ALE_SIM
XCS_IC_2201
XRST_IC_2201
INT_IC_2201
MCLK
XRST_VTR
SD_OSD_VD
VREF
IC_2101_OEREF
XCS_IC_2101_SIM
HDMI_SDA, HDMI_SCL
XRST_HDMI
XCS_IC_3101
VSP_SI, VSP_SO, XVSP_SCK
VSP_SO, XVSP_SCK
XCS_AUVOL
XLINE_CNT1A, XLINE_CNT1B, XLINE_CNT2,
XLINE_CNT3A, XLINE_CNT3B
XD4CN
XPSV_D4
DEM0, DEM1
XPWAD, XPWDA
XCS_IC_3001
HP_JACK_IN
XRST_VTR
XCS_FLASH
X4401
20MHz
A18, B5, A5
H2
AB5, Y5, AB4,
AB3, AC3, AB2
D1
C1
B4
F2
F4
F23
J2
E20
D22
A14, D9
Y10, AC9,
B21
B22
D18
H4
G1
G2
D13
B13
A16, A21
B18, D15,
T4, T2, U1,
U4, U2, V1,
R4, R2, P2,
Y1, V4,
W4, W2,
AA2, Y2,
K4
J1
E22
A6
K1
Y18
B8
B7
Y8
G4
D10, B10
Y15
AB10
AC7
AC8, AB8,
B19
N20
P20, F20,
P22, P23,
R22
N23
AC10, L23
AB17, Y17
AC17
D23
IC4401
MECHA
CONTROL
(20/23)
P1, N4, N2,
N1, M4, M2
V2, W1
RF_MON
CONT1, SW_PS, ALL_PSCONT1, SW_PS, ALL_PS
HDV PB, DV PB
(1/2)
RFIN
HDV REC, DV REC
RECDT
RECCK
RECA1, RECA2
C15, B15A13, A14
Q4607, Q4609
DRUM
PWM DRIVE
Q4608, Q4610
CAPSTAN
PWM DRIVE
CK13MF01CK13MF01
XRST_VTR
VSP_SO, XVSP_SCK
XCS_IC_4801
AB9
DRUM_PWM
Y14
CAP_PWM
AC15
XFFREWUP
AC13
A9
B9
CAP_FWD, CAP_ON
D19, B20
D11
DEW_DET
V23
MODE_SW_A - MODE_SW_C
AB22
-
AB20
LOAD, UNLOAD
D16, A17
LM_LIM_DET LM_LIM_DET
L22
TAPE_END
AB11
TAPE_TOP
Y11
TREEL_FG
B11
SREEL_FG
A11
TAPE_LED_ON
B15
D14
V22
Y12
Y13, AC12,
D6
D8
K22
AC6
AB6
Y7, AB7,
35
34
IC4801
38, 36
(3/3)
(16/23)
SERIAL
37
INTERFACE
44
LPF
41
Q4801
VD_SI, VD_SO, XVD_SCK
HI_SI, HI_SO, XHI_SCK
CHIME_SDA, CHIME_SCK
DRUM_ERROR
45
CAP_ERROR
43
DRUM_FG
DRUM_PG
CAP_FG
SYS_V
XSLOWSHUT_NR
XCS_EVF
XCS_LCD
EVF_OUT_EN
XCS_IC_4401
REC_PROOF
XCC_DOWN
OVERALL (2/7)
(PAGE 3-2)
E15
C14
B12
A11
OVERALL (1/7)
12
(PAGE 3-1)
OVERALL (5/7)
29
(PAGE 3-5)
OVERALL (7/7)
30
(PAGE 3-7)
16
IC4601
DRUM/
CAPSTAN
PWM DRIVER
(22/23)
SWP
30
38
39, 37, 45
35
46
44
40, 42
IC4901
REC/PB AMP
(15/23)
Q4803
DRIVE
CAP_FWD, CAP_ON
LOAD, UNLOAD
LED
DRUM_VS
DRUM_FG
DRUM_PG
CAP_VS
CAP_FG
TAPE_END
TAPE_TOP
TREEL_FG
SREEL_FG
10, 93, 4
IC4801
(1/3)
(16/23)
DRUM
MOTOR
64, 67
DRIVE
FG AMP
53
PG AMP
50
CAPSTAN
75, 771, 80
MOTOR
DRIVE
FG AMP
4
MODE_SW_A - MODE_SW_C
IC4801
(2/3)
(16/23)
LOADING
MOTOR
32, 33
DRIVE
31
TAPE END
21
DETECT
TAPE TOP
19
DETECT
T REEL
29
FG AMP
S REEL
25
FG AMP
CHIME_SDA, CHIME_SCK
XODD, YODD
XEVEN, YEVEN
DRUM_U, V, W
63, 65, 6874, 76, 78
DRUM_FG_SENS
52
DRUM_PG_SENS
49
CAP U, V, W
10 - 157, 8
FG1, FG2
DEW_DET
69, 7226, 2722, 23
TAPE_END_C
20
TAPE_TOP_C
18
T_REEL±
S_REEL±
TAPE_LED_K
REC_PROOF
XCC_DOWN
UHE±,
VHE±,
WHE±
LM±
CN4901
CN4802
CN4803
CN4801
XODD, YODD
6, 52, 3
XEVEN, YEVEN
DRUM_U, V, W
1 - 6
10
9
CAP U, V, W
20 - 92 - 77 - 91 - 420, 1922, 2313, 14 27, 24
6
XMODE_SW_A,
XMODE_SW_B,
XMODE_SW_C
LM_LOARD,
LM_UNLOAD
28
16
TAPE_LED_K
25
XREC_PROOF
11
CHIME_SDA,
CHIME_SCK
XCCDOWN_SW
18
N MECHANISM DECK
(MDX-N220)
VIDEO HEAD
M901
DRUM MOTOR
M
FG
PG
UHE±,
VHE±,
WHE±
FG1, FG2
DEW+
DRUM FG
DRUM PG
M903
CAPSTAN MOTOR
M
HU, HV, HW
CAPSTAN FG
DEW SENSOR
S903
MODE SWITCH
M902
LOADING MOTOR
M
TAPE_END
TAPE_TOP
TREEL±
SREEL±
A : VIDEO/AUDIO/SERVO SIGNAL
A : SERVO SIGNAL
Q901
TAPE END
SENSOR
Q902
TAPE TOP
SENSOR
H902
T REEL
SENSOR
H901
S REEL
SENSOR
MIC903
S902
(REC PROOF)
4PIN
CONNECTOR
S901
(CC DOWN)
ODD
EVEN
D902
(TAPE LED)
05
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
3-4
3-5. O VERALL BLOCK DIAGRAM (5/7)
VC-500 BOARD (5/7)
( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
OVERALL (7/7)
(PAGE 3-7)
OVERALL (4/7)
(PAGE 3-4)
OVERALL (1/7)
(PAGE 3-1)
OVERALL (6/7)
(PAGE 3-6)
31
29
13
32
XSYS_RST
IC2101
BASE BAND
SIGNAL
PROCESSOR,
D/A CONVERTER
(4/23)
VD_SI, VD_SO, XVD_SCK
XCS_EVF
EVF_OUT_EN
XCS_IC_4401
REC_PROOF
CHIME_SDA, CHIME_SCK
HI_SI, HI_SO, XHI_SCK
HI_SI, HI_SO, XHI_SCK
XCS_CAMERA
BEEP
ZOOM_MIC_CONT
SUB/INT_CTRL
XMIC_MONO
MIC_IN
(4/5)
K22
F24
J20
K25
J25
L22
B16, C17
Q5103, Q5104
MODULATOR
Q2104 - Q2106
BUFFER
Q2101 - Q2103
BUFFER
EP_XHD, EP_XVD EP_XHD, EP_XVD
P10
W10
C6, Y16,
A4, AA17
G10
C9, C10,
HI CONTROL
AA11
MELODY
MELODY_ENV
V10
V11
G2
Y14
W8
V9
EVRE
EVGR
EVBL
EP_XHD, EP_XVD
VD_SI, VD_SO, XVD_SCK
XCS_EVF
XSYS_RST
EVF_OUT_EN
B5
A3
IC5101
(17/23)
(2/3)
R11
Y12
TP_SEL2
34
33
32
48, 1
42, 45, 44
43
3
EXTDA
31
VD_SI, VD_SO, XVD_SCK
Q5108
TOUCH PANEL
SELECT
SWITCH
OVERALL (7/7)
(PAGE 3-7)
IC3701
EVF DRIVER
(12/23)
Q3701
EVF
BACKLIGHT
DRIVE
34
20
21
22
26
6 - 10, 12, 14,
PLRE
PLGR
PLBL
XCS_LCDXCS_LCD
TP_X
TP_Y
TP_SEL1
KEY_AD6
KEY_AD5
16, 30, 24
CN3701
CN1017
(1/2)
7
6
8
4
18 - 16, 14 - 9, 5
1
FP-789
FLEXIBLE
BOARD
(1/2)
25
27
29
23, 19
15, 14, 12
13
8
10
18
17
IF-155 BOARD
(1/5)
14
15
13
17
3 - 5, 7 - 12, 16
20
CN0118
(1/2)
PLRE
9
PLGR
7
PLBL
5
EP_XHD,
EP_XVD
11, 15
VD_SI,
VD_SO
XVD_SCK
19, 20, 22
XCS_LCD
21
TP_X
26
TP_Y
24
TP_SEL1
KEY_AD6
16
KEY_AD5
17
CN0104
VD_SI,
VD_SO
CN0105
XVD_SCK
4
3
5
20
14
13
12
20
18 - 16, 14 - 9, 2
7
14
13
12
5, 31, 2
9
4
3
7
5
6
1
BH-001 BOARD
4
3
5
EVF_STB, EVF_VST, EVF_VCK,
18 - 16, 14 - 9, 2
7
PANEL_VR
PANEL_VG
PANEL_VB
PANEL_XHD,
EP_XVD
5, 31, 2
9
CN6005
XVD_SCK
4
XCS_LCD
3
TP_X
7
TP_Y
5
TP_SEL1
6259
KEY_AD5
1
EVF_VR
EVF_VG
EVF_VB
EVF_COM
EVF_HST, EVF_HCK2,
EVF_HCK1, EVF_REF,
EVF_EN, EVF_PCG, EVF_PSIG
LED_K
CN6001
VD_SI,
VD_SO
KEY_AD6
Q6001,
Q6002
SWITCH
S6001
LCD
CN6006
BL-015 BOARD
CN5901CN0102 CN6003
7
7
6
6
8
8
4
4
18 - 16, 14 - 9, 5
18 - 16, 14 - 9, 5
1
1
PD-342 BOARD
CN6202CN6004
PANEL_R
20
20
21
22
18, 14
11, 10, 8
9
4
6
5
21
22
18, 14
11, 10, 8
9
4
6
5
PANEL_G
PANEL_B
PANEL_XHD,
PANEL_VD
VD_SI,
VD_SO,
XVD_SCK
XCS_LCD
BLON
EXTDA
TP_X
TP_Y
TP_SEL1
FP-784 FLEXIBLE BOARD
OPEN/CLOSE_SW
2
2
CN5902CN6002CN0103
D5901
(EVF BACKLIGHT)
58
57
IC6201
56
LCD DRIVER
71 - 69 63, 64
68
21
53
IC6202
LCD BACKLIGHT
CONTROL
IC801
OPEN/CLOSE
DETECT
18
19
17
21
5 - 7, 11 - 16, 20
27
28
29
TCOM1, TFTCOM1,
TFTCOM2, TCOM2
51
37 - 44,
47, 59, 60
Q6201, Q6202
TOUCH
PANEL
I/F
13
LCD902
COLOR
EVF
UNIT
CN6205
VR
6
VG
5
VB
4
SSP, SSPB, SCK,
SCKB, LR, PCTL,
INIT, UD, GCK2,
GCK1, GSP
CN6201
TP_TOP
TP_BOT
Q6203 - Q6206
LCD
BACKLIGHT
DRIVE
TP_L
TP_R
5
2
1
4
A : VIDEO SIGNAL
LCD901
2.7 inch
WIDE
COLOR
1, 2, 23, 247 - 10, 12, 13, 18 - 22
LCD
UNIT
TOUCH
PANEL
D6206 - D6208
(BACKLIGHT)
05
HVR-HD1000U/HD1000N/HD1000E/HD1000P/HD1000C
3-5
ON
OFF
CN6007
KEY_AD5
RE-038 BOARD
CN0851
11
S0851
(PANEL REVERSE)
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