established by the JEITA (Japan
Electronics and Information Technology
Industries Association). Files in this
format can have addition al information
such as your camcorder’s setting
information at the time of recording.
2
*
The 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.
3
*
The focal length figures are actual
figures resulting from wide angle pixel
read-out.
DC 6.8 V/7.2 V (battery pack)
DC 8.4 V (AC Adaptor)
Average power consumption
HDR-HC5:
During camera recording us ing the
viewfinder with normal brightness:
HDV recording 3.8 W
DV recording 3.5 W
During camera recording us ing the
LCD with normal brightness:
HDV recording 4.1 W
DV recording 3.8 W
HDR-HC5E:
During camera recording using the
viewfinder with normal brightness:
HDV recording 3.6 W
DV recording 3.3 W
During camera recording using the
LCD with normal brightness:
HDV recording 3.9 W
DV recording 3.6 W
HDR-HC7:
During camera recording us ing the
viewfinder with normal brightness:
HDV recording 4.2 W
DV recording 4.0 W
During camera recording us ing the
LCD with normal brightness:
HDV recording 4.5 W
DV recording 4.3 W
HDR-HC7E:
During camera recording using the
viewfinder with normal brightness:
HDV recording 4.0 W
DV recording 3.8 W
During camera recording using the
LCD with normal brightness:
HDV recording 4.3 W
DV recording 4.1 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.)
HDR-HC5/HC5E:
82 × 82 × 134 mm
(3 1/4 × 3 1/4 × 5 3/8 in.) (w/h/d)
including the projecting parts
82 × 82 × 134 mm
(3 1/4 × 3 1/4 × 5 3/8 in.) (w/h/d)
including the projecting part s w it h the
supplied battery pack NP-FH60
attached
HDR-HC7/HC7E:
82 × 82 × 138 mm
(3 1/4 × 3 1/4 × 5 1/2 in.) (w/h/d)
including the projecting parts
82 × 82 × 138 mm
(3 1/4 × 3 1/4 × 5 1/2 in.) (w/h/d)
including the projecting part s w it h the
supplied battery pack NP-FH60
attached
Mass (approx.)
HDR-HC5/HC5E:
530 g (1 lb 2 oz) main unit only
630 g (1 lb 6 oz) including the N P FH60 rechargeable battery pack and
DVM60 cassette.
HDR-HC7/HC7E:
550 g (1 lb 3 oz) main unit only
650 g (1 lb 6 oz) including the N P FH60 rechargeable battery pack and
DVM60 cassette.
Supplied accessories
AC Adaptor (1)
Power cord (1)
Wireless Remote Commander (1)
A/V connecting cable (1)
Component video cable (1)
i.LINK cable (1)
USB cable (1)
Rechargeable battery pack NP-FH60 (1)
ModelHDR-HC5HDR-HC5EHDR-HC7HDR-HC7E
DestinationUS, CND, E, KR,
AEP, UK, EE, NE,
E, AUS, CH, HKAUS, CH, HK, JE
US, CND, E, KR, JE, J
Color systemNTSCPALNTSCPAL
Recording pixels (Max.)4.0M pixels4.0M pixels6.1M pixels6.1M pixels
Steadyshotelectronicelectronicopticaloptical
HP jack/MIC jack××aa
Camera control dial/
Manual button
××aa
CM boardCM-076CM-076CM-077CM-077
FP-647 flexible board××aa
Control switch block
(AD11800)
•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
MX : Mexican model
NE : North European model
××aa
AEP, UK, NE, E,
HDR-HC5/HC5E/HC7/HC7E_L2
— 4 —
Page 5
ENGLISHJAPANESE
ENGLISHJAPANESE
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 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 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.
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
1-6. Process After Fixing Flash Error ·····································1-4
1-7. Method of Coping with Shift Lens Error (HC7/HC7E)··1-5
5-1. Exploded Views ·······························································5-2
5-2. Electrical Parts List ·······················································5-18
HDR-HC5/HC5E/HC7/HC7E_L2
— 7 —
Page 8
ENGLISHJAPANESE
y
1. SERVICE NOTE
ENGLISHJAPANESE
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-L200/L200B).
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.
HDR-HC5/HC5E/HC7/HC7E_L2
1-1
Page 9
ENGLISHJAPANESE
ENGLISHJAPANESE
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 CN8103 on the US-013 board.
CPC-15
(J-6082-564-A)
FLexible Flat Cable (FFC-107)
CN8103
CN8101
8
1
8
1
CN8003
CN8001 (SIDE B)
MS-361 BOARD
(SIDE A)
VC-500 BOARD
(SIDE A)
FP-649 Flexible
CN1012
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.
US-013 BOARD
(SIDE A)
I/F unit for LANC control
(J-6082-521-A)
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.
Viewfinder or LCD screen
C : 3 1 : 1 1
Repaired by:
C : Corrected by customer
H : Corrected by dealer
E : Corrected by service
engineer
Blinks at 3.2Hz
3 1C
1 1
Block
Indicates the appropriate
step to be taken.
E.g.
31 ....Reload the tape.
32 ....Turn on power again.
Detailed Code
Refer to 1-5-3. Self-diagnosis Code Table .
HDR-HC5/HC5E/HC7/HC7E_L2
1-2
Page 10
1-5-3. Self-diagnosis Code Table
Self-diagnosis Code
ENGLISHJAPANESE
ENGLISHJAPANESE
Block
Function
Repaired by:
C
04
C
21
C
22
C
31
C
31
C
31
C
31
C
31
C
31
C
31
C
31
C
31
C
31
C
31
C
31
C
31
C
32
C
32
C
32
C
32
C
32
C
32
C
32
C
32
C
32
C
32
C
32
C
32
C
32
C
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 ql, wa of CN5302 (HC5/HC5E) or Pin qh, qk of CN5301
(HC7/HC7E) on the LD-221 board).
If not faulty, inspect the focus motor dr ive circuit
(IC5404 on the LD-221 board).
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.)
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 qh, qk of CN5302
(HC5/HC5E) or Pin w;, wa of CN5301 (HC7/HC7E) on the LD221 board) when zooming is performed when the zoom switch is
operated and the zoom motor drive circuit (IC5404 on the LD-221
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 (SE8202 on the CM-076 board
(HC5/HC5E) or SE7202 on the CM-077 board (HC7/HC7E))
peripheral circuits.
Inspect yaw angular velocity sensor (SE8201 on the CM-076 board
(HC5/HC5E) or SE7201 on the CM-077 board (HC7/HC7E))
peripheral circuits.
Refer to [1-7-1. E : 62 : 02 (Abnormality of IC for Steadyshot)
Occurred] (HC7/HC7E only).
Inspect the steadyshot circuit (IC5703 on the LD-221 board)
(HC7/HC7E only).
Refer to [1-7-2. E : 62 : 10 (Shift Lens Initializing Failure)
Occurred] (HC7/HC7E only).
Refer to [1-7-3. E : 62 : 11 (Shift Lens Overheating (Pitch))
Occurred] (HC7/HC7E only).
Refer to [1-7-4. E : 62 : 12 (Shift Lens Overheating (Yaw))
Occurred] (HC7/HC7E only).
Refer to [1-7-5. E : 62 : 20 (Abnormality of Thermistor)
Occurred] (HC7/HC7E only).
E
91
Note: After repair, be sure to perform “1-6. PROCESS AFTER FIXING FLASH ERROR”.
01
Abnormality when flash is being charged.
Checking of flash unit or replacement of flash unit. (Note)
1-6. PROCESS AFTER FIXING FLASH ERROR
When “FLASH error” (Self-diagnosis Code E:91:**) occurs, to prevent any abnormal situation caused by high voltage, setting of the flash
is changed automatically to disabling charge and flash setting.
After fixing, this setting needs to be deactivated. Connect the adjustment remote commander (RM-95 or NEW LANC JIG) and perform the
following process.
Order Page Address DataProcedure
17 0175
27 0001Press PAUSE (Write) button.
37 02Check the data changes to “01”.
HDR-HC5/HC5E/HC7/HC7E_L2
1-4
Page 12
1-7. METHOD OF COPING WITH SHIFT LENS ERROR (HC7/HC7E)
IC5703
R5737
R5792
R5721
IC1801
R1823
IC1801
R1823
ENGLISHJAPANESE
ENGLISHJAPANESE
LD-221 BOARD (SIDE A)
VC-500 BOARD (SIDE A)
Fig. 1
Measurement points on the LD-221 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-221 board
1-7-1. E : 62 : 02 [Abnormality of IC for Steadyshot] Occurred
OrderProcedure
1Turn the power OFF.
While measuring with an oscilloscope the output voltage of R5792 in the periphery of IC5703 on the LD-221 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 Service Manual, ADJ.
After the adjustment, make sure with the STEADYSHOT turned ON that the steadyshot functions appropriately in the
handheld operation.
Connect the adjustment remote commander (RM-95 or NEW LANC JIG) and perform the following process.
Order Page Address DataProcedure
10 0101
20 1007
F
3
(7F)
F
4
(7F)
F
5
(7F)
06Read the data value and assume it as D
06
06D
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.
ENGLISHJAPANESE
ENGLISHJAPANESE
F
6
(7F)
F
7
(7F)
F
8
(7F)
07Read the data value and assume it as D
07
07D
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.
90 1000
1000100
Perform “Hall Adjustment”. (Note 1)
11If 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)
122012DPress PAUSE (Write) button.
13202
Read the data value. If value is not 01, inspect the EEPROM (IC1802 of VC-500 board). When value
is 01, proceed to the order 14.
1420100Press PAUSE (Write) button.
15Turn the power OFF and ON again.
16Check that no error occurs. If an error occurs, replace the lens block (Note 2).
Note 1: Perform adjustment by referring to “Hall Adjustment” in Service Manual, ADJ. After the adjustment, be sure to perf orm
“Angular Velocity Sensor Sensitivity Adjustment”.
Note 2: When the lens block was replaced, execute the necessary adjustment items referring to Service Manual, ADJ.
After the adjustment, make sure with the STEADYSHOT turned ON that the steadyshot functions appropriately in the
handheld operation.
Connect the adjustment remote commander (RM-95 or NEW LANC JIG) and perform the following process.
Order Page Address DataProcedure
10 0101
20 1006
B
3
(6B)
40 1007
D
5
(7D)
D
6
(7D)
D
7
(7D)
D
8
(7D)
D
9
(7D)
D
10
(7D)
1101006
B
12
(6B)
1301000
1400100
15
16
17
18Turn the power OFF.
19
20
B201Press PAUSE (Write) button.
46F0Press PAUSE (Write) button.
4801Press PAUSE (Write) button. (Note 1)
4800Press PAUSE (Write) button.
4610Press PAUSE (Write) button.
4801Press PAUSE (Write) button. (Note 1)
4800Press PAUSE (Write) button.
B200Press 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-221 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-221 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 likely to take more than 10 seconds, set page: D (7D), address: 48, data:
00, and then retry.
Note 2: When the lens block was replaced, execute the necessary adjustment items referring to Service Manual, ADJ.
After the adjustment, make sure with the STEADYSHOT turned ON that the steadyshot functions appropriately in the
handheld operation.
Connect the adjustment remote commander (RM-95 or NEW LANC JIG) and perform the following process.
Order Page Address DataProcedure
10 0101
20 1006
B
3
(6B)
40 1007
D
5
(7D)
D
6
(7D)
D
7
(7D)
D
8
(7D)
D
9
(7D)
D
10
(7D)
1101006
B
12
(6B)
1301000
1400100
15
16
17
18Turn the power OFF.
19
20
B201Press PAUSE (Write) button.
47F0Press PAUSE (Write) button.
4901Press PAUSE (Write) button. (Note 1)
4900Press PAUSE (Write) button.
4710Press PAUSE (Write) button.
4901Press PAUSE (Write) button. (Note 1)
4900Press PAUSE (Write) button.
B200Press 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-221 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-221 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.
ENGLISHJAPANESE
ENGLISHJAPANESE
Note 1: Finish this operation within 10 seconds. If it is likely to take more than 10 seconds, set page: D (7D), address: 49, data:
00, and then retry.
Note 2: When the lens block was replaced, execute the necessary adjustment items referring to Service Manual, ADJ.
After the adjustment, make sure with the STEADYSHOT turned ON that the steadyshot functions appropriately in the
handheld operation.
1-7-5. E : 62 : 20 [Abnormality of Thermistor] Occurred
OrderProcedure
1Turn the power ON.
Check that R1823 in the periphery of IC1801 on the VC-500 board is 0 Ω and energizes. If it is not energizes, 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 Service Manual, ADJ.
After the adjustment, make sure with the STEADYSHOT turned ON that the steadyshot functions appropriately in the
handheld operation.
注意: レンズブロックを交換した場合は,A D J 編を参照して必要な調整項目を実施すること。調整後は手振れ補正O N の状
態にして,手持ち動作で手振れ補正が適切に動作していることを確認する。
レンズブロックを交換する(注)。
HDR-HC5/HC5E/HC7/HC7E_L2
1-16E
Page 24
NOTE FOR REPAIR
2. DISASSEMBLY
• 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.
Cut and remove the part of gilt
which comes off at the point.
(Be careful or some
pieces of gilt may be left inside)
DISCHARGING OF THE ST-164 BOARD’S CHARGING CAPACITOR (C901)
The charging capacitor (C901) of the ST-164 board is charged
up to the maximum 330 V potential.
There is a danger of electric shock by this high voltage when the
capacitor is handled by hand. The electric shock is caused by
the charged voltage which is kept without discharging when the
main power of the unit is simply turned off. Therefore, the
remaining voltage must be discharged as described below.
Preparing the Short Jig
To preparing the short jig, a small clip is attached to each end of
a resistor of 1 kΩ /1 W (1-215-869-11).
Wrap insulating tape fully around the leads of the resistor to
prevent electrical shock.
1 kΩ/1 W
Note: High-voltage cautions
Discharging the Capacitor
Short-circuit between the two points
with the short jig about 10 seconds.
ST-164 Board
Wrap insulating tape.
C901
NOTE FOR DISCONNECTING THE HARNESS (HN-045/HN-046)
When disconnecting the harness (HN-045/HN-046), do not pull
the harness part but pull off the connector body with tweezers
etc.
Harness
(HN-045/HN-046)
R:1 kΩ/1 W
(Part code: 1-215-869-11)
HDR-HC5/HC5E/HC7/HC7E_L2
Tweezers etc.
2-1
Page 25
HELP
EXPLODED VIEW
HELP
2-1. DISASSEMBLY
2-1-1. OVERALL SECTION
Follow the disassembly in the numerical order given.
1 Bottom Cabinet Assy (1-1 to 1-2)
2 Cabinet (R) Block (2-1 to 2-5)
HARDWARE LIST
2 Cabinet (R) Block
2-5
2-1
2-4
(#1)
2-2 (#1)
2-3
(Open)
1-2 (Open)
1 Bottom Cabinet Assy
1-1 (#2)
HDR-HC5/HC5E/HC7/HC7E_L2
2-2
Page 26
2-1-2. TOP CABINET SECTION
EXPLODED VIEW
Follow the disassembly in the numerical order given.
1 Top Cabinet Block (1-1 to 1-6)
2 VF Block Assy (2-1 to 2-3)
1 Top Cabinet Block
HARDWARE LIST
1-4 (Open)
1-1 (#10)
1-2 (Open)
1-3 (#2)
1-5 (#2)
2 VF Block Assy
2-3 (#1)
1-6 (Pull Out)
2-2
2-1 (#1)
Note: High-voltage cautions
Discharging the Capacitor
Short-circuit between the two points
with the short jig about 10 seconds.
HDR-HC5/HC5E/HC7/HC7E_L2
ST-164 Board
R:1 kΩ/1 W
(Part code: 1-215-869-11)
2-3
Page 27
2-1-3. FRONT/BT SECTION
EXPLODED VIEW
Follow the disassembly in the numerical order given.
1 BT Panel Block Assy (1-1 to 1-5)
2 ST-164 Board (2-1 to 2-4)
3 F Panel + Lens Block Assy (3-1 to 3-9)
HARDWARE LIST
3-4
2-4 (#3)
3-1 (#1)
2 ST-164
Board
3 F Panel +
Lens Block Assy
3-9
2-1
2-2
3-6
(#2)
HELP
2-3
3-2
3-3
3-7 (#3)
3-5
Refer to page 2-1 “Note
for disconnecting the
harness (HN-045/HN-046)”.
1-4 (#23)
1-3
HDR-HC5/HC5E/HC7/HC7E_L2
3-8
1-1 (#2)
1 BT Panel Block Assy
2-4
1-5
1-2 (#23)
Page 28
2-1-4. MAIN BOARD SECTION
EXPLODED VIEW
Follow the disassembly in the numerical order given.
1 VC-500 Board (1-1 to 1-14)
HARDWARE LIST
1-14
1-6
1-12
1-8
1-7
1-13
1-5
(HC7/HC7E)
1-9
1-1 (Open)
1-2
(#2)
1-10
(#3)
1-11
(#3)
1-4
1-3
(#9)
HDR-HC5/HC5E/HC7/HC7E_L2
1 VC-500 Board
2-5
Page 29
EXPLODED VIEW
2-1-5. CABINET (L) BLOCK
Follow the disassembly in the numerical order given.
1 Mechanism Deck (1-1 to 1-3)
2 Control Switch Block (2-1 to 2-9)
2-1 (#2)
2-2 (#2)
HARDWARE LIST
2-3 (#2)
2-5
2 Control Switch Block
2-4 (Claw)
2-8
1 Mechanism
Deck
HELP
1-1
2-6 (#23)
2-7 (Claw)
1-3
(Open)
1-2
(#15)
2-9
HDR-HC5/HC5E/HC7/HC7E_L2
2-6
Page 30
2-1-6. FRONT PANEL/LENS SECTION (HC5/HC5E)
EXPLODED VIEW
Follow the disassembly in the numerical order given.
1 Front Panel Block (1-1 to 1-10)
1-10
HARDWARE LIST
1-7 (#3)
1-6
(#3)
1-1
1-8 (Boss)
1-4
1-3
1 Front Panel Block
CM076
1-9
(Boss)
1-2
1-5
(#3)
HDR-HC5/HC5E/HC7/HC7E_L2
2-7
Page 31
EXPLODED VIEW
2-1-7. FRONT PANEL/LENS SECTION (HC7/HC7E)
Follow the disassembly in the numerical order given.
1 Front Panel Block (1-1 to 1-11)
1-11
1-7
(#3)
1-8
(#3)
1-10
(Boss)
HARDWARE LIST
CM-077
1-9
(Boss)
1-4
1-3
1-1
1-2
1 Front Panel Block
1-6(#3)
1-5
HDR-HC5/HC5E/HC7/HC7E_L2
2-8
Page 32
2-1-8. CABINET (R) BLOCK
EXPLODED VIEW
Follow the disassembly in the numerical order given.
1 LCD Block (1-1 to 1-6)
2 Hinge Assy (2-1 to 2-17)
2-4
(#10)
2-5
HARDWARE LIST
2-3
(#10)
2-1 (#23)
2-16 (#10)
2-2
2-6
2-9 (#23)
2-11 (#1)
2-13 (#1)
2-8
HELP
2-7
2-15
2-17
2-14
(Claw)
2-10
2-12
1-1
(#23)
1-6
HDR-HC5/HC5E/HC7/HC7E_L2
2 Hinge Assy
1-2
(#10)
2-9E
1-3
(#10)
1-4
(Claw)
1 LCD Block
1-5
Page 33
HELP
Sheet attachment positions and procedures of processing the flexible boards/harnesses are shown.
THE METHOD OF ATTACHMENT OF FP-659 FLEXIBLE BOARD
1 Fold dotted line parts of the FP-659 flexible board as shown in figure.
Valley fold
Valley
fold
Mountain fold
2 Pass FP-659 flexible board through the flexible clamp
as shown in figure.
Stopper of FP-659 flexible board
Mountain fold
Valley
fold
Stick it together in the adhesive tape
while bending the FP-659 flexible board.
Adhesive tape
Adhesive
tape
3 Install the flexible clamp in the hinge assy
as shown in figure.
Unite
corners.
Flexible clamp
HDR-HC5/HC5E/HC7/HC7E_L2
Concave side
of hinge
Flexible clamp
HELP
Page 34
4 Roll the FP-659 flexible board 2.5 times in the hinge assy and put it on the hinge assy
with the adhesive tape as shown in figure.
Boss
Adhesive Tape
2.5 times
5 Fold dotted line parts of the FP-372 flexible board as shown in figure.
Valley fold
FP-372 flexible board
Switch
6 Install the FP-372 flexible board in the hinge cover (rear) as shown in figure.
FP-372 flexible board
Hinge cover (rear)
Switch
7 Install the hinge cover (rear) in the hinge assy as shown in figure.
Hinge cover (rear)
HDR-HC5/HC5E/HC7/HC7E_L2
Switch
FP-659 flexible board
Plate of hinge
HELP
Page 35
MS-361
board
Loud speaker
Harness arrangement
Harness arrangement
Hook
Cover (CMOS)
assy
Sheet (harness) guard
BT panel block
Front panel block
Lens barrier
flexible board
Tape
Flash unit
Spring
HookHook
HDR-HC5/HC5E/HC7/HC7E_L2
HELP
Page 36
HOW TO REMOVE THE LENS BARRIER ASSY
• NS knob is adjusted to the turning OFF side
• After the hand is affixed under the lens barrier assy,
and the lens barrier assy is pushed on in parallel,
it removes in the direction of the arrow A as shown in figure.
Lens barrier assy
.
NS knob
A
HOW TO INSTALL THE LENS BARRIER ASSY
• NS knob is adjusted to the turning OFF side
• The lens barrier assy is put in the diagonal to avoid
the ground plate andthe NS knob, and the boss is matched.
NS knob
Boss
.
Ground
plate
Boss
Lens barrier assy
HDR-HC5/HC5E/HC7/HC7E_L2
HELP
Page 37
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)
HDR-HC5/HC5E/HC7/HC7E_L2
Page 38
3. BLOCK DIAGRAMS
3-1. OVERALL BLOCK DIAGRAM (1/8)( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
HC5/HC5EHC7/HC7E
LENS BLOCK
IRIS
(SHUTTER)
SE8201
YAW SENSOR
SE8202
PITCH SENSOR
LD-221 BOARD (1/3)
IRIS
METER
ND FILTER
METER
FOCUS
MOTOR
FOCUS MR
SENSOR
ZOOM
MOTOR
ZOOM MR
SENSOR
NF MOTOR
LENS TEMP
SENSOR
LENS BARRIER
LENS COVER
MOTOR
LENS COVER
SENSOR
05
I_DRIVE±
M
I_BIAS±
H
I_HALL±
ND_DRIVE±
M
ND_BIAS±
H
ND_HALL±
M
M
M
FOCUS ±
F_MR_A,
F_MR_B
ZOOM_A,
ZOOM_B,
Z00M_XA,
ZOOM_XB
Z_MR_A,
Z_MR_B
NF_DRIVE±NF_EN, NF_SW
TEMP_OUT
UNIT
MM
OPEN
CN5302
7, 12, 43, 514, 811, 912, 10
IC5401
7, 1
NOISE FILTER
29, 2824 - 2730 - 3321, 1918, 16
23
CN5305
1 - 4
8
(1/3)
IC5402 IC5403
7, 1
NOISE FILTER
(1/3)
SHUTTER_A, SHUTTER_B,
SHUTTER_XA, SHUTTER_XB
LENS_COVER_OPENLENS_COVER_OPEN
2
2
IC6901
4M CMOS
IMAGER
10
IC8201
PITCH/YAW
SENSOR
6
AMP
IC5404
(1/3)
IRIS
DRIVE,
HALL
AMP
ND
FILTER
DRIVE,
A11, A9C10, B11E12, E10
HALL
AMP
F3
FOCUS
MOTOR
DRIVE
B1, C4
ZOOM
F1, K6L6, L7H1, J1C6, A5C5, B6K2, L2
MOTOR
DRIVE
NF MOTOR
DRIVE
IC5801
LENS COVER
MOTOR
DRIVER
F2, F3, E6, D6
(3/3)
7, 8, 42, 419, 10, 40, 39 11, 12, 38, 37
23
16, 17
27
19, 18, 15
16
20
17
C9
A4
A10
D10
K12
L12
K11, J11, H12
J12
H11
K9, L9, M9, J9
L8, M8
B6, C6, C5
CN6801
27 - 3023 - 2619 - 22
17
5, 4
11
AHS_SO, AHS_SCK, XCS_AHS
1 - 3
8
7
9
FP-648 FLEXIBLE BOARD (1/4)
CN5303
(1/3)
42
25
CAM_SI, CAM_SO, XCAM_SCK
33, 30, 32
14
12
16, 1726 - 2824, 31, 29
18
23
DRVOUT1, DCOUT1,
DRVOUT4, DCOUT4
DRVOUT3, DCOUT3,
DRVOUT6, DCOUT6
DRVOUT2, DCOUT2,
DRVOUT5, DCOUT5
CHCK2_4M
TGHD, TGVD
XSYS_RST
YAW_AD
PITCH_AD
VST_C_RESET
PNDCK
CAM_VD
XCS_IC_5404
XRST_IC_5404
EN1, DIRA1, DIRB1
LENS_TEMP_AD
EN0, DIRA0, DIRB0
1
2
5
6
OVERALL (2/8)
(PAGE 3-2)
OVERALL (2/8)
(PAGE 3-2)
OVERALL (2/8)
(PAGE 3-2)
OVERALL (2/8)
(PAGE 3-2)
LENS BLOCK
(SHUTTER)
ND FILTER
METER
FOCUS
MOTOR
ZOOM
MOTOR
ACTIVE LENS
ACTUATOR
PITCH
MOTOR
YAW
MOTOR
IRIS
IRIS
METER
M
H
M
H
M
FOCUS MR
SENSOR
M
ZOOM MR
SENSOR
NF MOTOR
M
LENS TEMP
SENSOR
THERMISTOR
M
H
M
H
I_DRIVE±
I_BIAS±
I_HALL±
ND_DRIVE±
ND_BIAS±
ND_HALL±
FOCUS ±
F_MR_A,
F_MR_B
ZOOM_A,
ZOOM_B,
Z00M_XA,
ZOOM_XB
Z_MR_A,
Z_MR_B
NF_DRIVE±NF_EN, NF_SW
TEMP_OUT
THERM
PITCH±
PITCH_IN±
PITCH_OUT±
YAW±
YAW_IN±
YAW_OUT±
CM-076 BOARD
CM-077 BOARD
YAW SENSOR
PITCH SENSOR
LD-221 BOARD (1/3)
CN5301
7, 12, 43, 514, 811, 912, 10
24, 2548 - 5126 - 2916, 1820, 2132, 3833, 39
IC5402 IC5403
7, 1
NOISE FILTER
(1/3)
23
31
PITCH±
40 - 43
PITCH_HALLBIAS±
PITCH_HALL±
44 - 47
36, 3734, 35
YAW±
YAW_HALLBIAS±
YAW_HALL±
SE7201
SE7202
2
IC6701
6.1M CMOS
IMAGER
10
IC7201
PITCH/YAW
SENSOR
6
AMP
IC5404
(1/3)
IRIS
DRIVE,
HALL
AMP
ND
FILTER
DRIVE,
A11, A9C10, B11E12, E10
HALL
AMP
FOCUS
F3, E3
MOTOR
DRIVE
B1, C4
ZOOM
MOTOR
F1, K6
DRIVE
NF MOTOR
DRIVE
L6, L7H1, J1C6, A5C5, B6K2, L2
IC5703
OPTICAL
J3, J2 B1, D1H2, J4
IMAGE
STABILIZATION
DRIVER
(2/3)
B10, D10
G6, J8
J9, J7
46, 45, 27, 2844, 43, 29, 3042, 41, 31, 32
40, 39, 33, 34
2
4, 5
10
6 - 8
16
20
17
C9
A4
A10
D10
K12
L12
CAM_SI, CAM_SO, CAM_SCK
K11, J11, H12
J12
H11
K9, L9, M9, J9
L8, M8
C9
A5
B4, A4, B5
A6
A7
A3
D5
G5
J5
CN6601
37 - 4029 - 3222 - 25
18 - 21
16
5, 4
11
AHS_SO, AHS_SCK, XCS_AHS
1 - 3
8
7
9
FP-648 FLEXIBLE BOARD (1/4)
CN5303
(1/3)
22
19
42
25
CAM_SI, CAM_SO, XCAM_SCK
33, 30, 32
14
12
16, 1726 - 2824, 31, 29
18
15
CAM_SI, CAM_SO, CAM_SCK
11
13
35
8
9
10
DRVOUT4, DCOUT4,
DRVOUT8, DCOUT8
DRVOUT3, DCOUT3,
DRVOUT7, DCOUT7
DRVOUT2, DCOUT2,
DRVOUT6, DCOUT6
DRVOUT1, DCOUT1,
DRVOUT5, DCOUT5
CHCK3_6M
TGHD, TGVD
XSYS_RST
YAW_AD
PITCH_AD
VST_C_RESET
IR_NOISE
ND_NOISE
PNDCK
CAM_VD
XCS_IC_5404
XRST_IC_5404
EN1, DIRA1, DIRB1
LENS_TEMP_AD
THERM
XRST_IC_5703_CPU
XDS_RESETXHIDS_RST
DSCK_IC_5703
VST_C_RESET
PITCH_AD
YAW_AD
3
4
7
8
9
OVERALL (2/8)
(PAGE 3-2)
OVERALL (2/8)
(PAGE 3-2)
OVERALL (2/8)
(PAGE 3-2)
OVERALL (2/8)
(PAGE 3-2)
OVERALL (2/8)
(PAGE 3-2)
A : VIDEO SIGNAL
HDR-HC5/HC5E/HC7/HC7E_L2
LENS BARRIER
LENS COVER
MOTOR
LENS COVER
OPEN
SENSOR
UNIT
CN5305
SHUTTER_A, SHUTTER_B,
MM
SHUTTER_XA, SHUTTER_XB
1 - 4
LENS_COVER_OPENLENS_COVER_OPEN
8
IC5801
LENS COVER
MOTOR
DRIVER
F2, F3, E6, D6
(3/3)
B6, C6, C5
EN0, DIRA0, DIRB0
OVERALL (2/8)
10
(PAGE 3-2)
23
3-1
Page 39
3-2. OVERALL BLOCK DIAGRAM (2/8)
HC5/HC5E
OVERALL (1/8)
(PAGE 3-1)
1
HC7/HC7E
OVERALL (1/8)
(PAGE 3-1)
3
A : VIDEO SIGNAL
HC5/HC5E
OVERALL (1/8)
(PAGE 3-1)
2
HC7/HC7E
OVERALL (1/8)
(PAGE 3-1)
4
FP-648 FLEXIBLE BOARD (2/4)
HC7/HC7E
OVERALL (1/8)
(PAGE 3-1)
7
HC5/HC5E
OVERALL (1/8)
(PAGE 3-1)
5
HC7/HC7E
OVERALL (1/8)
(PAGE 3-1)
8
DRVOUT1, DCOUT1, DRVOUT4, DCOUT4
DRVOUT3, DCOUT3, DRVOUT6, DCOUT6
DRVOUT2, DCOUT2, DRVOUT5, DCOUT5
CHCK2_4M
DRVOUT4, DCOUT4, DRVOUT8, DCOUT8
DRVOUT3, DCOUT3, DRVOUT7, DCOUT7
DRVOUT2, DCOUT2, DRVOUT6, DCOUT6
DRVOUT1, DCOUT1, DRVOUT5, DCOUT5
CHCK3_6M
TGHD, TGVD
XSYS_RST
AHS_SO, AHS_SCK, XCS_AHS
YAW_AD
PITCH_AD
VST_C_RESET
IR_NOISE
ND_NOISE
PNDCK
CAM_VD
XCS_IC_5404
XRST_IC_5404
EN1, DIRA1, DIRB1
CN1201
12 - 936,37
14
19 - 16
23 - 20
25
30
40 - 384 - 18 - 5
33
34
32
CN1010
(1/3)
30
33
10
27
19, 22, 20
38
40
VC-500 BOARD (1/7)
CHCK
YAW_AD
PITCH_AD
VST_C_RESET
EN1, DIRA1, DIRB1
( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
K10, K9
J10, J9,
B10, B9
A10, A9,
F10, F9
E10, E9,
IC1201
CDS,
A/D
CONVERTER
(1/20)
K10, K9
J10, J9,
B10, B9
A10, A9,
IC1301
CDS,
A/D
CONVERTER
(2/20)
X1701
80.9191 MHz : HC5
62.3700 MHz : HC5E
89.010989 MHz : HC7
74.25000 MHz : HC7E
CAM_SI, CAM_SO, XCAM_SCKCAM_SI, CAM_SO, XCAM_SCK
K2 - K4
J2 - J4,
F3 - F5,
A3 - D3,
K2 - K4
J2 - J4,
F3 - F5,
A3 - D3,
A_2.8V
TG_FLD
CAM_VD_HS
CAM_VD
H3, H4
G3 - G5
A5 - E5
A4 - E4,
B2 - H2
B1 - H1,
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,
ADC_SO, ADC_SCK, XCS_ADC0
F7, E6, E7
H5
ADC_TGHD, ADC_TGVD
G6, F6
D6
D7
K5
15
D13
D7
A7
P20
AB10
AB11, Y11,
C22
B14
CLPOB
XSYS_RST
CAM_VD_HS
CHCK
AD1_0 - AD1_13
AD3_0 - AD3_13
CLPOB
XSYS_RST
CAM_VD_HS
CHCK
IC1701
CLOCK
GENERATOR
(3/20)
AA2, Y2,
IC1801
CAMERA
CONTROL
(16/20)
AD0_0 - AD0_13
AD2_0 - AD2_13
AD1_0 - AD1_13
XSYS_RST
AHS_TGHD, AHS_TGVD
AHS_SO, AHS_SCK, AHS_XCS0
CHCK
PNDCK
EN1, DIRA1, DIRB1
CAM_VD
CAM_VD_HS
TG_FLD
J1
K1
P2, P1, N4,
N2, N1, M4
V4, V2, W1,
W4, W2, Y1,
F2
F4
ZOOM_SW_ADZOOM_SW_AD
M22
SIRCS_SIGSIRCS_SIG
A10
NTSC/XPAL_DETNTSC/XPAL_DET
A17
SYS_VSYS_V
B8
XCS_IC_1702_BUS
IC_1702_BUS_CLK
D24A00_CAM - D31A07_CAM,
DXXA08_CAM - DXXA13_CAM
AA13 - AA16,
AB12 - AB16,
AC14 - AC17,
U22, U23,
V21 - V23,
AA21 - AA23,
AA17 - AA20,
AB17 - AB21,
AC18 - AC21,
P21 - P23,
N21 - N23,
R21 - R23,
G23, J22, H21
K21
K23, M22J23, L22
AB4
T4
H23, K22, J21G22, E23, F21
U1
AC11
AC7
AA6
L21
AA3
AC5
AA7 - AA9,
AB8 - AB10,
AA11, AA12,
Y13
Y21 - Y23
W21 - W23,
Y17
IC1702
CAMERA
SIGNAL
PROCESSOR
(3/20)
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,
B4, B6 - B9,
C17, C18, C20,
A11 - A15,
B12, B13, B15,
C12, C13, C15,
F23
H22
C3 - C1
F3 - F1
H4 - H2
HDI_Y0 - HDI_Y7
HDI_C0 - HDI_C7
HDI_HD, HDI_VD, HDI_OE
VCK
HC5/HC5E
IC1902
128M SDRAM
(3/20)
A8, B9, B8, C9,
H7, H8, J8, J7,
C8, D9, D8, E9,
J3, J2, H3 - H1,
E1, D2, D1, C2,
G9
F2
F2
SD_CK
SD_XCS
SD_CKE
SD_DQ0 - SD_DQ31SD_DQ0 - SD_DQ15
D6, D7, D17
D12, D13, D15
SD_A0 - AD_A11, SD_BA0, SD_BA1
J8J1J2
G3, H9, G2, G7,
C1, B2, B1, A2
SD_DQ00 - SD_DQ31SD_DQ0 - SD_DQ15
G8, G9, F7, F3, G1,
R8, N7, R9, N8, P9, M8,
G2, G3, H1, H2, J3,
M7, L8, L2, M3, M2, P1,
N2, R1, N3, R2, E8, D7,
D8, B9, C8, A9, C7, A8,
256M SDRAM
A2, C3, A1, C2,
B1, D2, D3, E2
IC1901
(3/20)
G7, H9, J7, H8
G8
HC7/HC7E
U1R1
AE23
V22
STROBE_ON
EXT_STROBE_ON
XSYS_RSTXSYS_RST
Y19, AD22,
AE20, W19,
AA22, AD23
AC19, AE21,
Y17, AC17,
Y18, AD20,
AB18, AC18
AD19, W18,
AC22
AE22, AC20,
IC2101
(1/5)
BASE BAND
SIGNAL
PROCESSOR
(4/20)
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,
11
OVERALL (8/8)
(PAGE 3-8)
HDR-HC5/HC5E/HC7/HC7E_L2
HC5/HC5E
OVERALL (1/8)
HC7/HC7E
OVERALL (1/8)
HC7/HC7E
OVERALL (1/8)
05
(PAGE 3-1)
(PAGE 3-1)
(PAGE 3-1)
10
NF_EN, NF_SW
LENS_TEMP_AD
6
9
EN0, DIRA0, DIRB0
LENS_COVER_OPEN
THERM
XRST_IC_5703_CPU
XDS_RESET
DSCK_IC_5703
VST_C_RESET
PITCH_AD
YAW_AD
36, 3525, 24, 2628, 21, 23
34
CAM_EN0,
CAM_DIRA0, CAM_DIRB0
29
37
41
39
17
VST_C_RESET
44
PITCH_AD
43
YAW_AD
42
PITCH_AD
YAW_AD
VST_C_RESET
HC5/HC5E
N22, N20
R22
A14, A13,
B5
F23
P22
P23
T2
D12
XSLOWSHUT_NR
B13
HI_SI, HI_SO, XHI_SCK
Y7, AB7, AB6
XCS_CAMERA
AC6
C1
X1801
20MHz
D1
XCS_EEP_C
F1
AB13,
EEP_SI_C,
AB14, AC14,
EEP_SO_C,
EEP_SCK_C
IC1802
1
128k EEPROM
(16/20)
2, 5, 6
HI_SI, HI_SO, XHI_SCK
SYS_V
XSLOWSHUT_NR
XCS_CAMERA
XDS_RESET
DSCK_IC_5703
12
13
14
15
OVERALL (5/8)
(PAGE 3-5)
OVERALL (6/8)
(PAGE 3-6)
HC7/HC7E
OVERALL (8/8)
(PAGE 3-8)
OVERALL (4/8)
(PAGE 3-4)
3-2
Page 40
3-3. OVERALL BLOCK DIAGRAM (3/8)
VC-500 BOARD (2/7)
RYI0 - RYI3
L2, M7
IC2101
(2/5)
BASE BAND
SIGNAL
PROCESSOR
(4/20)
L4, K7,
M2, M3,
P2, N1,
P1, P4,
L24
N22
F10
C10
A3
B17, F17,
C18, F18,
A19, G17,
C21, C20,
B19, D19,
B20, D20,
B24
D23
B21
L1
K1
P25
M25
Y16
F8
D9
G9
N2, M1
K2, L3
M20, L20
P6, R2
T2, R4
N3, P3
A20, C19
C22, G20
A22, D21, B22
L19, K24
P23, M24
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
IC_2201_YO0 - IC_2201_YO7
HDV REC/PB, HDV-i.LINK
IC_2201_CO0 - IC_2201_CO7
TRN_HD, TRN_VD, TRN_FLD
TRN_VF_SYNC
CKTRNO
CKTRNI
ADATAIN0, ADATAIN1
AUIN21, AUIN22
CK27MFO1
CKFSO
CK64FSO
MCLK
IC_2101_PCRERR
IC_2101_SRCH
IC_2101_FLD27MF
( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
C23, D21
E24, E21,
D23, E23,
D20, D24,
A21, B18
B21, B20,
D18, C24,
B23, D17,
E14 - E16
E18
F24
HDV-MPEG VIDEO
A22
ENCODER/DECODER,
MPEG AUDIO
SIGNAL PROCESSOR
M23, M21N23, N211
A20
P21
M24
P24
Y13, AC13,
AA14, AC14,
IC2201
(5/20)
AD6, AC4, AD5, AC5, AD4,
AA5, AD3, AB2, Y8, W2, Y9,
U2, AA2, W1, V2, V1, G1, H1,
T1, U1, T2, R4, R2,
AD15, AC16
AA15, AC15,
AD12
AD16
AD17
AA16, Y17AC17, AC18
AD18
BMDT16 - BMDT47
F1, H2, E2, D2, F2, G2, D7,
A4, B5, A5, B7, B6, D8, A6,
OMAD00 – OMAD12,
OMADB0, OMADB1
P2, P1, N1, L5, M4
R1, P5, N5, N2, M2,
OMCEX
J1
OMCKE
L2G1
OMCLK
L1
OMCLKX
K1G3
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
(5/20)
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
MUX/DEMUX,
F17, B17
B18, E19,
A18, C17,
IC2701
PROCESSOR,
DV SIGNAL
PROCESSOR
(6/20)
R1
W6
W1
U3, V3
U20, U24
V23, V20,
V25, U23,
V24, W21,
T25
T23
R20
P20
U21
R25
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
PD00 - PD07
PCLK0
IDIR0
XPEN0
XIACC0
FCLR0
FR1
X3401
24.576 MHz
L11, K11,
L8
E12
M8
L9
M9
J8
J9
C1
C2
H11, G9
H9, H12,
K12, J11,
HDV/DV
INTERFACE
IC3401
i.LINK
(7/20)
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,
D12
TRRT
HDV-i.LINK, DV-i.LINK
TPA+, TPA-, TPB+, TPB-
D24A00_SIM - D31A07_SIM
DXXA00_SIM - DXXA07_SIM
FRRV, TRRT, TRRV, DRP
DXXA00_SIM - DXXA10_SIM
D24A00_SIM - D31A07_SIM
A : VIDEO SIGNAL
A : AUDIO SIGNAL
A : VIDEO/AUDIO SIGNAL
A : VIDEO/AUDIO/SERVO SIGNAL
RFIN
RECDT
RECCK
RECA1, RECA2
16
17
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
18
OVERALL (5/8)
(PAGE 3-5)
OVERALL (7/8)
(PAGE 3-7)
OVERALL (5/8)
(PAGE 3-5)
05
HDR-HC5/HC5E/HC7/HC7E_L2
D24A00_SIM - D31A07_SIM
R23, R24
T20, T21,
T23, T24,
R20, R21,
ALE_SIM
N24
XCS_IC_2201
M20
XRST_IC_2201
D16
INT_IC_2201
P20
FRRV, TRRV, DRP
W17, W16, N20
DXXA08_SIM, DXXA09_SIM
W13, AD13
D24A00_SIM - D31A07_SIM
Y14, AD15,
W14, AB13,
AE13, AD14
AD16, AB14,
ALE_SIM
Y15
SD_OSD_VD
AC14
VREF
AE15
IC_2101_OEREF
AB16
XCS_IC_2101_SIM
AC15
XRST_VTRXRST_VTR
D17
3-3
ALE_SIM
XCS_IC_2201
XRST_IC_2201
INT_IC_2201
MCLK
SD_OSD_VD
VREF
IC_2101_OEREF
XCS_IC_2101_SIM
CKFSO
CK64FSO
19
OVERALL (4/8)
(PAGE 3-4)
Page 41
3-4. OVERALL BLOCK DIAGRAM (4/8)
( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
THIS NOTE IS COMMON FOR SCHEMATIC DIAGRAMS
(In addition to this, the necessary note is printed in each block)
ENGLISHJAPANESE
ENGLISHJAPANESE
(For schematic diagrams)
• All capacitors are in µF unless otherwise noted. pF : µ
µF. 50 V or less are not indicated e xcept f or electrolytics
and tantalums.
• Chip resistors are 1/10 W unless otherwise noted.
kΩ=1000 Ω, MΩ=1000 kΩ.
• Caution when replacing chip parts.
New parts must be attached after removal of chip.
Be careful not to heat the minus side of tantalum
capacitor, Because it is damaged by the heat.
• Some chip part will be indicated as follows.
ExampleC541L452
22U10UH
TA A2520
Kinds of capacitor
External dimensions (mm)
Case size
• Constants of resistors, capacitors, ICs and etc with XX
indicate that they are not used.
In such cases, the unused circuits may be indicated.
•Parts with ★ differ according to the model/destination.
Refer to the mount table for each function.
• All variable and adjustable resistors ha ve char acteristic
curve B, unless otherwise noted.
• Signal name
XEDIT→ EDITPB/XREC → PB/REC
• 2: non flammable resistor
• 5: fusible resistor
• C: panel designation
• A: B+ Line
• B: B– Line
•J : IN/OUT direction of (+,–) B LINE.
• C: adjustment for repair.
• A: not use circuit
(Measuring conditions voltage and waveform)
•Voltages and waveforms are measured between the
measurement points and ground when camera shoots
color bar chart of pattern box. The y are reference v alues
and reference waveforms.
(VOM of DC 10 MΩ input impedance is used)
•Voltage values change depending upon input
impedance of VOM used.)
1. Connection
Pattern box
Pattern box PTB-450
J-6082-200-A
or
Small pattern box
PTB-1450
J-6082-557-A
L = 1 m (PTB-450)
L = 40 cm (PTB-1450)
Pattern box
Color bar chart
L
For PTB-450:
J-6020-250-A
For PTB-1450:
J-6082-559-A
Front of the lens
Camera
2. Adjust the distance so that the output waveform of
Fig. a and the Fig. b can be obtain.
Precautions for Replacement of Imager
• If the imager has been replaced, carry out all the adjustments
for the camera section.
•As the imager may be damaged by static electricity from
its structure, handle it carefully like for the MOS IC.
In addition, ensure that the receiver is not cover ed with
dusts nor exposed to strong light.
HDR-HC5/HC5E/HC7/HC7E_L2
When indicating parts by reference number, please
include the board name.
The components identified by mark 0 or dotted line with
mark 0 are critical for safety.
Replace only with part number specified.
Les composants identifiés par une marque 0 sont
critiques pour la sécurité.
Ne les remplacer que par une pièce portant le numéro
spécifie.
when replacing the lithium battery (BT8001) on
the MS-361 board. (The battery holder removed
once cannot be used again.)
When mounting these parts, mount new battery holder first and attach new lithium battery
next.
•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
placing the lithium battery (BT8001) on the MS-361 board.
(The battery holder removed once cannot be used again.)
When mounting these parts, mount new battery holder
first and attach new lithium battery next.
701X-2024-478-1 PENDULUM ASSY
7022-342-917-02 LED BASE
7037-627-850-77 SCREW, PRECISION +P 1.4X1.8
7043-079-366-11 RELEASE, REEL LOCK
7053-703-816-08 SCREW (M1.4X1.4), SPECIAL HEAD
761X-2024-476-1 ARM ASSY, PINCH
7622-342-906-01 SPRING (PINCH RETURN), TORSION
755
7632-342-626-01 SPRING (RETURN TG6), EXTENSION
764A-1083-002-A BLOCK ASSY, TG6
765X-2024-468-3 ARM ASSY (S), GL
766X-2024-465-1 COASTER (S) ASSY
7672-342-612-01 RAIL
7683-703-816-13 SCREW (M1.4X2.0), SPECIAL HEAD
769X-2024-466-1 COASTER (T) ASSY
770X-2024-469-1 ARM (T) ASSY, GL
7712-342-716-01 SPRING (T), TORSION COIL
7723-703-816-08 SCREW (M1.4X1.4), SPECIAL HEAD
HDR-HC5/HC5E/HC7/HC7E_L2
5-16
(for adjustment)
Page 98
5. REPAIR PARTS LIST
801
802
803
804
804
810
812
813
814
815
815
816
817
818
811
806
807
808
809
ns
ns
ns
H901
D902
Q902
S901
M902
Q901
MIC903
H902
819
820
821
FP-031
(Note 1)
FP-031
(Note 1)
FP-032
(Note 1, 2)
Note1:The FP-031 and FP-032 are supplied as the assembled part of
the MD (N100) sub ass'y A by attaching them with the adhesive agent.
These parts are not separately supplied because assembling of
these parts requires high accuracy.
Note2:The mode switch (S903) function works when the contactor of the FP-032
contacts with the bottom surface of wiper of the mode gear ass'y.
(Note2)
5. REPAIR PARTS LIST
5-1-16. LS/MECHANICAL CHASSIS BLOCK ASSEMBLY-2
ns: not supplied
8162-342-689-01 WORM SHAFT (2J)
8172-637-947-01 BASE, MOTOR HOLDER
8181-677-049-11 FP-228 FLEXIBLE BOARD (DEW SENSOR)
8192-342-686-01 COVER, CAPSTAN
8202-541-984-01 MIC COVER
8213-703-816-13 SCREW (M1.4X2.0), SPECIAL HEAD
D9026-500-652-01 DIODE GL453SE0000F (TAPE LED)
H9018-719-067-74 ELEMENT, HOLE HW-105A-CDE-T (S REEL)
H9028-719-067-74 ELEMENT, HOLE HW-105A-CDE-T (T REEL)
M902X-2024-464-1 MOTOR ASSY (LOADING)