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User Manual: GRDX307E
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SERVICE MANUAL
DIGITAL VIDEO CAMERA
4
2004
YF046

GR-DX107EK, GR-DX107EX, GR-DX107EY,
GR-DX107EZ, GR-DX307EK, GR-DX307EX,
GR-DX307EY, GR-DX307EZ, GR-DX317EX

GR-DX107EK, GR-DX107EX, GR-DX107EY, GR-DX107EZ[M4D3S9]
GR-DX307EK, GR-DX307EX, GR-DX307EY, GR-DX307EZ, GR-DX317EX[M4D3M9]

For disassembling and assembling of MECHANISM ASSEMBLY, refer to the SERVICE MANUAL No.86700(MECHANISM ASSEMBLY).

TABLE OF CONTENTS
1
2
3
4
5

PRECAUTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-3
SPECIFIC SERVICE INSTRUCTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-5
DISASSEMBLY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-6
ADJUSTMENT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-15
TROUBLE SHOOTING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-18

COPYRIGHT © 2004 VICTOR COMPANY OF JAPAN, LIMITED

No.YF046
2004/4

SPECIFICATION

1-2 (No.YF046)

SECTION 1
PRECAUTIONS
1.1

SAFTY PRECAUTIONS

Prior to shipment from the factory, JVC products are strictly
inspected to conform with the recognized product safety and
electrical codes of the countries in which they are to be
sold.However,in order to maintain such compliance, it is equally
important to implement the following precautions when a set is
being serviced.
1.1.1 Precautions during Servicing
(1) Locations requiring special caution are denoted by labels
and inscriptions on the cabinet, chassis and certain parts of
the product.When performing service, be sure to read and
comply with these and other cautionary notices appearing
in the operation and service manuals.
(2) Parts identified by the symbol and shaded (
) parts
are critical for safety.
Replace only with specified part numbers.
NOTE :
Parts in this category also include those specified to
comply with X-ray emission standards for products
using cathode ray tubes and those specified for
compliance with various regulations regarding
spurious radiation emission.
(3) Fuse replacement caution notice.
Caution for continued protection against fire hazard.
Replace only with same type and rated fuse(s) as
specified.
(4) Use specified internal wiring. Note especially:
• Wires covered with PVC tubing
• Double insulated wires
• High voltage leads
(5) Use specified insulating materials for hazardous live parts.
Note especially:
• Insulation Tape
• PVC tubing
• Spacers
• Insulation sheets for transistors
• Barrier
(6) When replacing AC primary side components (transformers,
power cords, noise blocking capacitors, etc.) wrap ends of
wires securely about the terminals before soldering.

emission. Consequently, when servicing these products,
replace the cathode ray tubes and other parts with only the
specified parts. Under no circumstances attempt to modify
these circuits.Unauthorized modification can increase the
high voltage value and cause X-ray emission from the
cathode ray tube.
(12) Crimp type wire connectorIn such cases as when replacing
the power transformer in sets where the connections
between the power cord and power trans former primary
lead wires are performed using crimp type connectors, if
replacing the connectors is unavoidable, in order to prevent
safety hazards, perform carefully and precisely according
to the following steps.
• Connector part number :E03830-001
• Required tool : Connector crimping tool of the proper
type which will not damage insulated parts.
• Replacement procedure
a) Remove the old connector by cutting the wires at a
point close to the connector.Important : Do not
reuse a connector (discard it).

cut close to connector

Fig.1-1-3
b) Strip about 15 mm of the insulation from the ends
of the wires. If the wires are stranded, twist the
strands to avoid frayed conductors.
15 mm

Fig.1-1-4
c) Align the lengths of the wires to be connected.
Insert the wires fully into the connector.
Metal sleeve

Connector

Fig.1-1-1
(7) Observe that wires do not contact heat producing parts
(heatsinks, oxide metal film resistors, fusible resistors, etc.)
(8) Check that replaced wires do not contact sharp edged or
pointed parts.
(9) When a power cord has been replaced, check that 10-15
kg of force in any direction will not loosen it.
Power cord

Fig.1-1-5
d) As shown in Fig.1-1-6, use the crimping tool to crimp
the metal sleeve at the center position. Be sure to
crimp fully to the complete closure of the tool.

1.2
5
2.0
5.5

Fig.1-1-6
e) Check the four points noted in Fig.1-1-7.
Not easily pulled free

Fig.1-1-2
(10) Also check areas surrounding repaired locations.
(11) Products using cathode ray tubes (CRTs)In regard to such
products, the cathode ray tubes themselves, the high
voltage circuits, and related circuits are specified for
compliance with recognized codes pertaining to X-ray

Crimping tool

Crimped at approx. center
of metal sleeve

Conductors extended
Wire insulation recessed
more than 4 mm

Fig.1-1-7
(No.YF046)1-3

1.1.2 Safety Check after Servicing
Examine the area surrounding the repaired location for damage
or deterioration. Observe that screws, parts and wires have been
returned to original positions, Afterwards, perform the following
tests and confirm the specified values in order to verify
compliance with safety standards.
(1) Insulation resistance test
Confirm the specified insulation resistance or greater
between power cord plug prongs and externally exposed
parts of the set (RF terminals, antenna terminals, video and
audio input and output terminals, microphone jacks,
earphone jacks, etc.).See table 1 below.
(2) Dielectric strength test
Confirm specified dielectric strength or greater between
power cord plug prongs and exposed accessible parts of
the set (RF terminals, antenna terminals, video and audio
input and output terminals, microphone jacks, earphone
jacks, etc.). See Fig.1-1-11 below.
(3) Clearance distance
When replacing primary circuit components, confirm
specified clearance distance (d), (d') between soldered
terminals, and between terminals and surrounding metallic
parts. See Fig.1-1-11 below.

(4) Leakage current test
Confirm specified or lower leakage current between earth
ground/power cord plug prongs and externally exposed
accessible parts (RF terminals, antenna terminals, video
and audio input and output terminals, microphone jacks,
earphone jacks, etc.).
Measuring Method : (Power ON)Insert load Z between
earth ground/power cord plug prongs and externally
exposed accessible parts. Use an AC voltmeter to
measure across both terminals of load Z. See Fig.1-1-9
and following Fig.1-1-12.

a

Externally
exposed
accessible part

Z

A

b
c

V

Fig.1-1-9
(5) Grounding (Class 1 model only)
Confirm specified or lower grounding impedance between
earth pin in AC inlet and externally exposed accessible
parts (Video in, Video out, Audio in, Audio out or Fixing
screw etc.).Measuring Method:
Connect milli ohm meter between earth pin in AC inlet and
exposed accessible parts. See Fig.1-1-10 and grounding
specifications.

d
d'
Chassis
Power cord
primary wire

Exposed accessible part

AC inlet

Fig.1-1-8
Earth pin
MIlli ohm meter
Grounding Specifications
Region

Grounding Impedance ( Z )

USA & Canada

Z

0.1 ohm

Europe & Australia

Z

0.5 ohm

Fig.1-1-10
AC Line Voltage
100 V
100 to 240 V

Region

Insulation Resistance (R)

Japan

110 to 130 V

USA & Canada

110 to 130 V
200 to 240 V

Europe & Australia

R
1M

1 M /500 V DC
R

R

12 M /500 V DC

10 M /500 V DC

Dielectric Strength
AC 1 kV 1 minute
AC 1.5 kV 1 minute

Clearance Distance (d), (d')
d, d'
3 mm
d, d'

4 mm

AC 1 kV 1 minute
AC 3 kV 1 minute
(Class )
AC 1.5 kV 1 minute
(Class )

d, d'
3.2 mm
d
4 mm
d'
8 m m (Power cord)
d'
6 m m (Primary wire)

Leakage Current (i)

a, b, c

Fig.1-1-11
AC Line Voltage
100 V

Japan

110 to 130 V

USA & Canada

110 to 130 V
220 to 240 V

Load Z

Region

Europe & Australia

i

1 mA rms

Exposed accessible parts

i

0.5 mA rms

Exposed accessible parts

2

i
i

0.7 mA peak
2 mA dc

Antenna earth terminals

50

i
i

0.7 mA peak
2 mA dc

Other terminals

1
0.15
1.5

Fig.1-1-12
NOTE :
These tables are unofficial and for reference only. Be sure to confirm the precise values for your particular country and locality.

1-4 (No.YF046)

SECTION 2
SPECIFIC SERVICE INSTRUCTIONS
The following table indicate main different points between models GR-DX107EK, GR-DX107EX, GR-DX107EY, GR-DX107EZ,
GR-DX307EK, GR-DX307EX, GR-DX307EY, GR-DX307EZ and GR-DX317EX.
MODEL

GR-DX107EK

GR-DX107EX

GR-DX107EY

GR-DX107EZ

GR-DX307EK

LCD MONITOR

2.5INCH

2.5INCH

2.5INCH

2.5INCH

3.0INCH

BODY COLOR

Silver & Silver

Silver & Black

Silver & Black

Silver & Black

Silver & Black

AC CORD

BS PULG

CEE PULG

CEE PULG

CEE PULG

BS PULG

BN-V107U-S

BN-V107U-S

BN-V107U-S

BN-V107U-S

BN-V107U-S

GR-DX307EX

GR-DX307EY

GR-DX307EZ

GR-DX317EX

LCD MONITOR

3.0INCH

3.0INCH

3.0INCH

3.0INCH

BODY COLOR

Silver & Black

Silver & Black

Silver & Black

D.Gray & Black

BATTERY PACK
MODEL

AC CORD
BATTERY PACK

CEE PULG

CEE PULG

CEE PULG

CEE PULG

BN-V107U-S

BN-V107U-S

BN-V107U-S

BN-V107U

(No.YF046)1-5

SECTION 3
DISASSEMBLY
3.1

BEFORE ASSEMBLY AND DISASSEMBLY

3.1.1 Precautions
• Be sure to disconnect the power supply unit prior to mounting
and soldering of parts.
• Prior to removing a component part that needs to disconnect
its connector(s) and its screw(s), first disconnect the wire(s)
from the connector(s), and then remove the screw(s).
• When connecting/disconnecting wires, pay enough attention
not to damage the connectors.
• When inserting the flat wire to the connector, pay attention to
the direction of the flat wire.
• Be careful in removing the parts to which some spacer or
shield is attached for reinforcement or insulation.
• When replacing chip parts (especially IC parts), first remove
the solder completely to prevent peeling of the pattern.
• Tighten screws properly during the procedures. Unless
specified otherwise, tighten screws at a torque of 0.088N·m
(0.9kgf·cm). However, 0.088N·m (0.9kgf·cm) is a value at the
time of production. At the time of service, perform the
procedure at a torque 10% less than 0.088N·m (0.9kgf·cm).
(See "SERVICE NOTE" as for tightening torque.)

• Torque driver

3.1.2 Destination of connectors

3.2.1 Assembly and disassembly
When reassembling, perform the step(s) in reverse order.

Two kinds of double-arrows in connection tables respectively
show kinds of connector/wires.
: Flat wire
: Wire
: Board to board (B-B)
: The connector of the side to remove
CONN. No.

CONNECTOR

PIN No.

CN2a

MAIN

CN101

MONI BW

CN761

40

CN2b

MAIN

CN103

MINI BW

CN762

10

3.1.3 Disconnection of connectors (Wires)

FPC Connector
· Pull both ends of the connector in the arrow
direction, remove the lock and disconnect the flat
wire.

Lock
FPC Connector
· Extend the locks in the direction of the arrow for
unlocking and then pull out the wire. After
removing the wire, immediately restore the locks
to their original positions because the locks are
apt to come off the connector.

B-B Connector
B-B Connector
· Pull the both ends of the board in the direction of the arrow, and remove the B-B Connector.

Fig.3-1-1
3.1.4 Tools required for disassembly and assembly
Torque driver
YTU94088

• Bit
This bit is slightly longer than those set in conventional torque
drivers.

• Tweezers
To be used for removing and installing parts and wires.

• Chip IC replacement jig
To be used for replacement of IC.

• Cleaning cloth
Recommended cleaning cloth to wipe down the video heads,
mechanism (tape transport system), optical lens surface.

3.2

ASSEMBLY AND DISASSEMBLY OF MAIN PARTS

STEP
No.
[1]
[2]

PART

[8]

TOP COVER ASSY
UPPER ASSY
(Inc. VF ASSY,
SPEAKER/MONITOR)
E.VF UNIT(B/W)

( 1)

( 2)

Fig.
No.

POINT

Fig.C1 4(S1a), 3(L1a),CN1a
Fig.C2-1 (S2a),2(S2b),3(S2c)
2(SD1a),
L2,CN2a,b
Fig.C2-2 2(S8),L8,CN8a

( 3)

( 4)

Bit
YTU94088-003

Cleaning cloth
KSMM-01

Fig.3-1-2
1-6 (No.YF046)

-

NOTE 8

( 5)

Tweezers
P-895

(∗1) Order of steps in Procedure
When reassembling, preform the step(s) in the reverseorder.
These numbers are also used as the identification (location)
No. of parts Figures.
(∗2) Part to be removed or installed.
(∗3) Fig. No. showing Procedure or Part Location.
C = CABINET
(∗4) Identification of part to be removed, unhooked, unlocked,
released, unplugged, unclamped or unsoldered.
S = Screw
L = Lock, Release, Hook
SD = Solder
CN = Connector
[Example]
• 4 (S1a) = Remove 4 S1a screws.
• 3 (L1a) = Disengage 3 L1a hooks.
• 2 (SD1a) = Unsolder 2 SD1a points.
• CN1a = Remove a CN1a connector.
(∗5) Adjustment information for installation.

Chip IC replacement jig
PTS40844-2

NOTE

Wire

Wire

B-B Connector

Be sure to use to fastening the mechanism and exterior parts
because those parts must strictly be controlled for tightening
torque.

3.2.2 ASSEMBLY/DISASSEMBLY OF CABINET PARTS AND ELECTRICAL PARTS
zDisassembly procedure
STEP
No.
[1]
[2]
[3]
[4]
[5]
[6]
[7]
[8]
[9]
[10]
[11]
[12]
[13]
[14]
[15]
[16]

PART NAME

Fig.
No.

POINT

CASSETTE COVER ASSY Fig.C1 GRIP BELT ASSY,2(S1),HOOK(F)
(S1),L1a,COVER(ADJ),4(S1),L1b
Fig.C2 (S2a),(S2b),L2a,L2b
SIDE COVER(R)
2(S3),2(L3)
TOP COVER
SIDE COVER(L)ASSY Fig.C3 6(S4a),(S4b),(S4c),COVER(DV)ASSY
JACK COVER ASSY
UPPER CASE ASSY Fig.C4 (S5),L5,COVER(JIG CON),4(S5),CN5
FRONT COVER ASSY Fig.C5 5(S6),CN6
2(S7)
MIC ASSY
REAR COVER ASSY Fig.C6 2(S8),L8a,2(L8b),L8c,CN8
Fig.C7 2(S9),3(L9a),BKT(TOP)ASSY
MONITOR BOARD
CN9a,b,6(S9),L9b,2(L9c)
Fig.C8 CN10,(S10)
SD BOARD ASSY
CN11a,b,c,d,e,3(S11)
LOWER UNIT ASSY
(INCLUDE VF ASSY/OP BLOCK ASSY)
Fig.C9 4(S12)
VF ASSY
(S13),2(L13)
OP BLOCK ASSY/CCD BOARD ASSY
MAIN BOARD ASSY Fig.C10 2(S14),2(L14a),SHIELD COVER
CN14a,b,c,L14b
MDA BOARD ASSY Fig.C11 CN15a,b,c,d,2(S15)
(S16a),BKT(PRE-REC),3(S16b)
MECHANISM ASSY
BKT(MECHA)ASSY

NOTE
NOTE1
NOTE4a, b
NOTE5
NOTE6
NOTE7
NOTE8
NOTE9
NOTE12a, b
NOTE13
NOTE14
NOTE16

NOTE1:
Before removing the CASSETTE COVER ASSEMBLY, remove the GRIP BELT ASSEMBLY.

NOTE13:
For the disassembly procedure of the OP BLOCK ASSEMBLY/CCD BOARD ASSEMBLY, see "3.2.5 DISASSEMBLY
of [13] OP BLOCK ASSMBLY/CCD BOARD ASSEMBLY"
NOTE14:
In removing the MAIN BOARD ASSEMBLY, remove the SPACER.
NOTE16:
Be careful in handling the parts.

zDestination of connectors
CN.NO.

PIN
NO.

CONNECTOR

CN5

MAIN

CN115

SUB OPE UNIT

-

6

CN6

MAIN

CN111

MIC ASSY

-

4

CN8

MAIN

CN109

CAMERA OPE UNIT

-

13

CN9a

MAIN

CN104

MONITOR

CN9b

MAIN

CN108

POWER OPE UNIT

CN10

MAIN

CN114

CN11a MAIN

CN112

CN7601 39/20,
/CN7602

20

-

7

SD

CN701

12

FRONT

CN401

12

CN11b MAIN

CN107

OP BLOCK ASSY

CN11c MAIN

CN102

CCD

-

28

CN5501

20

CN11d MAIN

CN101

BATT. TERM.

-

21

NOTE4a:
During the procedure, be careful in handling the parts.

CN11e MAIN

CN113

VF FPC ASSY

-

22/20

CN14a MAIN

CN106

SENSOR

-

16

NOTE4b:
In attaching the SIDE COVER (L) ASSEMBLY, attach the
COVER (JACK, DV) ASSEMBLY at the same time.

CN14b MAIN

CN103

MDA

CN305

30

CN14c MAIN

CN110

HEAD

-

8

CN15a MDA

CN301

CAPSTAN MOTOR

-

18

NOTE5:
In removing the UPPER CASE ASSEMBLY, be careful not
to damage connectors.

CN15b MDA

CN302

DRUM MOTOR

-

11

CN15c MDA

CN303

ROTARY ENCODER SW

-

6

CN15d MDA

CN304

LOADING MOTOR

-

6

NOTE6:
In attaching the FRONT COVER ASSEMBLY, be careful not
to cut or damage wires.
NOTE7:
In attaching the MIC ASSEMBLY, be careful not to cut or
damage wires.
NOTE8:
When attaching the REAR COVER ASSEMBLY, be careful
about the position of switch.
NOTE9:
For the disassembly procedure of the MONITOR ASSEMBLY,
see "3.2.3 DISASSEMBLY of [9] MONITOR ASSEMBLY"
NOTE12a:
Pull out the VF ASSEMBLY, and remove one screw (No.46).
NOTE12b:
For the disassembly procedure of the VF ASSEMBLY, see
"3.2.4 DISASSMBLY of [12] VF ASSEMBLY"

(No.YF046)1-7

2 1
(S1)(S1)
b a

[1]
L1b

NOTE1

4
(S1)

L1a

5
(S1)

3
(S1)
COVER(ADJ)

HOOK(F)
NOTE1

7
(S1)
6
(S1)

ab
Fig.C1

[3]

L3

a
b
a
b

11
(S3)

[4]

10
(S3)

NOTE4a
12
(S4a)
13
a
(S4a)

e

L2b

c

b

8
(S2a)

d
d

Fig.C2

1-8 (No.YF046)

d
g

c

9
(S2b)

[2]

e 16
(S4a)

c

19
(S4c)

L2a

a

b

f

h

AV
DC

f 17
(S4a)

COVER(DV)
ASSEMBLY
NOTE4b h

JACK COVER ASSEMBLY

c
d 14
(S4a)
15
(S4a)
g

18
(S4b)

NOTE4b

Fig.C3

[5]

21
(S5)
a

CN5
b

22
(S5)

NOTE5

L5
a
b
24
(S5)

23
(S5)

20
(S5)

COVER(JIG CON)

: 0.078N.m(0.8kgf.cm)
Fig.C4

e

25
NOTE6 (S6)
BKT(MIC) ASSEMBLY a

[6]

30
(S7)

[7]
NOTE7

a

27
(S6)

b

c

c

d

b
26
(S6)

CN6

31
(S7)

e

28
(S6)

d
29
(S6)

Fig.C5

(No.YF046)1-9

[8]

L8a

[10]
42
(S10)

[11]

CN8
45
(S11)

L8b

43
(S11)
CN11a

44 a
(S11)

NOTE8

NOTE11

CN10
b

a
32
(S8)
33
(S8)

L8c

Fig.C8

47
(S12)
46 b
(S12)
a

BKT(TOP)ASSEMBLY
L9a

36
(S9)
CN9a
b
CN9b

[12]
NOTE12a, b
48
(S12)
49
(S12)

50
(S13)

L9b

[9]
NOTE9

b

a

L9c

[13]
NOTE13

41
(S9)

37
(S9)
39
(S9)

Fig.C7

1-10 (No.YF046)

CN11d

CN

Fig.C6

35 34
(S9) (S9)
a
L9a

CN11e

CN11b
CN11c

b

ba

38
(S9)

L13

40
(S9)

Fig.C9

52
(S14)
51
(S14)

SHIELD COVER

a
a

b

b

CN14c

L14a

NOTE14
SPACER(A)
CN14a

[14]

CN14b
L14b

: 0.069N.m(0.7kgf.cm)
Fig.10

[16]
NOTE16
BKT(PRE-REC)

b
a
55
(S16a)

CN16d

56
(S16b)

CN16c

CN16b
57
(S16b) CN16a
58
(S16b)

a

BKT(MECHA)ASSEMBLY

[15]

53
(S15)

b
54
(S15)

: 0.069N.m(0.7kgf.cm)
: 0.078N.m(0.8kgf.cm)
Fig.C11

(No.YF046)1-11

3.2.3 DISASSEMBLY of [9] MONITOR ASSEMBLY
zCAUTIONS
(1) During the procedure, be careful in handling the LCD
MODULE,etc., especially not to damage or soil the monitor screen. If it is soiled with fingerprints, etc., gently
clean it with chamois or the cleaning cloth.
(2) Since the BACKLIGHT is soldered to the BOARD ASSEMBLY (SD9), the BACKLIGHT should not be separated from the BOARD ASSEMBLY except when replacing
the BACKLIGHT.
(3) Remove the POWER (OPE) UNIT if necessary.

(3) While removing the five screws (6-10) in numerical order
and disengaging the two hooks (L9a and L9b) in alphabetical order, remove the MONITOR COVER ASSY.
(4) Remove the SWITCH BOARD from the MONITOR
CASE.
(5) Unlock the two connectors CN9a and CN9b, and raise
and remove the HINGE UNIT ASSEMBLY.

zDisassembly
(1) Remove the three screws (1-3) so that the FPC moves
easily.
(2) Remove the two screws (4 and 5), and remove the MONITOR ASSEMBLY from the FRAME (UP) ASSEMBLY.

(6)
(7)
(8)
(9)
(10)

NOTE9a:
During the procedure, be careful in handling the FPC
ASSEMBLY.
Unlock one connector CN9c, and remove the FPC.
Remove one screw (11), and remove the MONITOR
BOARD ASSEMBLY together with the BACKLIGHT.
Remove the LCD BRACKET (2).
Remove the LCD MODULE.
Remove the LCD BRACKET (1).

11
(S9f)

MONITOR COVER ASSEMBLY

CN9a
7
(S9d)

L9a
L9b

F3

8
(S9d)

e

SWITCH BOARD
ASSEMBLY

MONITOR BOARD
ASSEMBLY[0][5]

a
F1

F2
9
(S9e)

SD9

L9d

CN9b

CN9c

BACK LIGHT

6
(S9c)

10
(S9e)

LCD BKT (2)

4
(S9a)
3
(S9a)

For 3.0INCH

5
(S9a)
F2

2
(S9a)

F3
L9c

d
e

For 2.5INCH

LCD MODULE
F1

NOTE9a
HINGE UNIT ASSEMBLY

a

1
(S9a)

a

For 3.0INCH

For 2.5INCH

LCD BKT (1)
d

FRAME(UP)ASSEMBLY
MONITOR CASE

POWER(OPE)UNIT
Fig.3-2-3
1-12 (No.YF046)

: 0.098N.m(1.0kgf.cm)
: 0.196N.m(2.0kgf.cm)
: 0.246N.m(2.5kgf.cm)

3.2.4 DISASSMBLY of [12] VF ASSEMBLY
zDisassembly
(1) Remove the EYE CUP.

(7) Remove the FPC attached to the GUIDE (OUTER) little
by little so that the FPC moves easily, and remove the
COVER (VF) from the GUIDE (OUTER).

NOTE12a:
After the EYE CUP is removed, be careful of handling
the EYE CUP since the SHEET (LENS) is removed.

(2)
(3)
(4)

(5)
(6)

NOTE12c:
Be careful enough not to cut or damage the removed
FPC since the FPC is attached again.

NOTE12b:
In attaching the EYE CUP, be careful of the attachment direction of the SHEET (LENS).
Remove the three screws (1-3) and remove the HOLDER (EYE).
Remove one screw (4) and remove the BRACKET
(TOP2).
Remove the two screws (5 and 6), lift the VF COVER in
a direction of arrow, and remove the VF COVER from the
ZOOM UNIT.
Remove the FPC from one connector (CN12a), remove
one screw (7), and remove the ZOOM UNIT.
Remove the two screws (8 and 9), and remove the
BRACKET.

NOTE12d:
Disassemble the COVER (VF) if necessary. In an attachment procedure, confirm that the LEVER (1)
moves smoothly.
(8) Remove the two screws (10 and 11), and remove the
FRAME ASSEMBLY.
(9) Remove the SPACER (A), and remove the FPC from
one connector (CN12b).
(10) Remove the two screws (12 and 13), and remove the VF
BOARD ASSEMBLY.
NOTE12e:
Disassemble the FRAME ASSEMBLY if necessary. In
an assembly procedure, be careful not to insert foreign
materials inside the VF and not to soil the VF.

: 0.059N.m(0.6kgf.cm)
: 0.049N.m(0.5kgf.cm)

< FRAME ASSEMBLY >
NOTE12e

CASE(B.LIGHT)
SHEET(DIFF)

< CASE(VF) >

HOLDER(SHEET)
SPRING(LCD)

14
(S12e)

SHEET(POLA)

GUIDE(LCD)
LEVER(1)

NOTE12d

LEVER(2)

LCD MODULE

a

SHEET(POLA)
FRAME(VF)

a

LENS HOLDER
ASSEMBLY

STOPPER(POLA)
BRACKET

CN12b

4
BRACKET(TOP2) (S12b)
10
(S12d)

ZOOM UNIT

c

7
(S12c)

g

e

VF COVER
VF BOARD
ASSEMBLY
[0][6]

12
(S12d)
13
(S12d)
SPACER(A)

FPC
NOTE12c

g

f

f
F1

F1

5
(S12a)

11
(S12d)

8
(S12b)
9
(S12b)

1
(S12c)

c

CASE(VF)

d

e

GUIDE(OUTER)

d

NOTE12a,b
SHEET(LENS) 2
(S12a)
3
(S12a)

6
(S12c)
HOLDER(EYE)

EYE CUP

CN12a
Fig.3-2-4
(No.YF046)1-13

3.2.5 DISASSEMBLY of [13] OP BLOCK ASSMBLY/CCD BOARD ASSEMBLY
zCAUTIONS
(1) During the procedure, remove the OP BLOCK ASSEMBLY
if necessary. When removing the OP BLOCK ASSEMBLY,
be careful not to damage the lens.
(2) During the procedure, be careful in handling CCD
IMAGE SENSOR, OP LPF, lens, and so on. Be careful
not to damage or soil the surface of them.
If they are soiled with fingerprints, etc., gently clean them
with chamois or the cleaning cloth.
(3) When products are shipped from the factory, protection
seals are applied onto transparent glass of some CCD
image sensors. Leave the protection seal as it is, and
take it off just before assembling the CCD image sensor
to the OP BLOCK ASSEMBLY.
(4) When removing OP LPF, be careful of the attachment
direction of OP LPF. (Marking is attached to some OP
LPFs.) When reassembling OP LPF, reattach OP LPF to
the original position.

zAssembly procedure of OP BLOCK ASSEMBLY/CCD
BOARD ASSEMBLY
(1) Attach the OP LPF to the OP BLOCK ASSEMBLY, and
then the sheet to the OP BLOCK ASSEMBLY.
NOTE13c:
When attaching OP LPF to the OP BLOCK ASSEMBLY,
be careful about the attachment direction.
(2) Attach the CCD ASSEMBLY so that the sheet is not
shifted, and attach the CCD ASSEMBLY and the sheet
to the OP BLOCK ASSEMBLY by tightening them with
the two screws (1 and 2).
(3) Insert the CCD BOARD ASSEMBLY to the CCD BASE
ASSEMBLY, and solder the fourteen points (SD13).
zReplacement of service repair parts
Service repair parts of the OP BLOCK ASSEMBLY are as
follows. When replacing the parts, be careful not to cut or
damage the FPC, and not to damage the parts due to
soldering (overheat).
(1) FOCUS MOTOR
(2) ZOOM MOTOR
(3) IRIS MOTOR

zDisassembly procedure of OP BLOCK ASSEMBLY/CCD
BOARD ASSEMBLY
(1) Unsolder the fourteen soldered parts (SD13) on the CCD
BOARD ASSEMBLY, and remove the CCD BOARD
ASSEMBLY.
(2) Remove the two screws (1 and 2), and remove the CCD
BASE ASSEMBLY.

NOTE13d:
When replacing the FOCUS MOTOR or the ZOOM
MOTOR, lift the FPC approx.0.5mm away from the
jack to solder the FPC.

NOTE13a:
When removing the CCD BASE ASSEMBLY, be
careful in handling a sheet and OP LPF since a sheet
or OP LPF may be removed together with the CCD
BASE ASSEMBLY.

NOTE13e:
Iris motor unit contains the FPC ASSEMBLY and the
SENSOR × 2.

NOTE13b:
When replacing the CCD image sensor, don't remove the
CCD image sensor from the CCD BASE ASSEMBLY.
Instead, replace the entire CCD BASE ASSEMBLY.
9
(S13c)

OP LPF

7
(S13b)

CCD BOARD ASSEMBLY

1
(S13a)

Blue
CCD
side

8
(S13c)

2
(S13a)

SD13a

OP
side

IRIS MOTOR
NOTE13e

CCD BASE ASSEMBLY
NOTE13a,b
SHEET
OP LPF
NOTE13c
OP BLOCK ASSEMBLY

SENSOR
ZOOM MOTOR
NOTE13d

FOCUS MOTOR
NOTE13d

SD13c
SD13b
6
(S13b)

5
(S13b)

4
(S13b)
3
(S13b)

Fig.3-2-5
1-14 (No.YF046)

0.15N.m (1.5kgf.cm)
0.069N.m (0.7kgf.cm)

SECTION 4
ADJUSTMENT
4.1

PREPARATION

4.1.1 Precaution
Camera system and deck system of this model are specially
adjusted by using PC.
However, if parts such as the following are replaced, an
adjustment is required. The adjustment must be performed in a
Service Center equipped with the concerned facilities.
• OP BLOCK ASSEMBLY
• EEP ROM (IC1005 of MAIN board)
In the event of malfunction with electrical circuits, first find a
defective portion with the aid of proper test instruments as shown
in the following electrical adjustment procedure, and then
commence necessary repair/ replacement/adjustment.
• In observing chip TP, use IC clips, etc. to avoid any stress.
Prior to replacement of chip parts (especially IC), remove the
solder completely to prevent peeling of the pattern.
• Use a patch cord if necessary. As for a patch cord, see the
BOARD INTERCONNECTIONS.
• Since connectors are fragile, carefully handle them in
disconnecting and connecting the FPC.
4.1.2 REQUIRED TEST EQUIPMENT
• Personal computer (for Windows)
• Color TV monitor
• Oscilloscope (dual-trace type, observable 100MHz or higher
frequency). The one observable 300 MHz or higher frequency
is recommended.
• Digital voltmeter
• DC power supply or AC adapter
• Frequency counter (with threshold level adjuster)

4.1.3 TOOLS REQUIRED FOR ADJUSTMENT
Torque Driver

Bit

Tweezers

YTU94088

YTU94088-003

P-895

Chip IC Replacement Jig

Cleaning Cloth

Guide Driver (Hexagonal)

PTS40844-2

KSMM-01

D-770-1.27

INF Adjustment Lens

INF Adjustment Lens Holder

Camera Stand

YTU92001B

YTU94087

YTU93079

Light box Assembly

Gray Scale Chart

Color Bar Chart

YTU93096A

YTU94133A

YTU94133C

Alignment Tape

PC Cable

Communication Cable

MC-2

QAM0099-005

YTU93107A

Service Support System

Jig Connector Cable

YTU94057-80

YTU93106C

Extension Connector
YTU94145D-40

• Torque driver
Be sure to use to fastening the mechanism and exterior parts
because those parts must strictly be controlled for tightening
torque.

• Bit
This bit is slightly longer than those set in conventional torque
drivers.

• Tweezers
To be used for removing and installing parts and wires.

• Chip IC replacement jig
To be used for adjustment of the camera system.

• Cleaning cloth
Recommended the Cleaning cloth to wipe down the video
heads, mechanism (tape transport system), optical lens surface.
(No.YF046)1-15

• Guide driver (Hexagonal)
To be used to turn the guide roller to adjustment of the linarity
of playback envelope.

• INF adjustment lens
To be used for adjustment of the camera system. For the
usage of the INF adjustment lens, refer to the Service Bulletin
No. YA-SB-10035.

4.2

JIG CONNECTOR CABLE CONNECTION

• Remove one screw (1), and remove the COVER (JIG CON).
• As the figure shows, insert JIG CONNECTOR CABLE in JIG
CONNECTOR by using the EXTENSION CONNECTOR so
that the wire side faces downward.
 Connection procedure

• INF lens holder
To be used together with the Camera stand for operating the
Videocamera in the stripped-down condition such as the status without the exterior parts or for using commodities that are
not yet conformable to the interchangeable ring. For the usage
of the INF lens holder, refer to the Service Bulletin No. YA-SB10035.

GUIDE ROLLER (SUP)

GUIDE ROLLER (TU)

• Camera stand
To be used together with the INF adjustment lens holder. For
the usage of the Camera stand, refer to the Service Bulletin
No. YA-SB-10035.

• Light box assembly
To be used for adjustment of the camera system. For the
usage of the Light box assembly, refer to the Service Bulletin
No. YA-SB-10035.

COVER(ADJ)

• Gray scale chart
To be used for adjustment of the camera system. For the
usage of the INF adjustment lens, refer to the Service Bulletin
No. YA-SB-10035.

SCREW(2)

• Color bar chart
To be used for adjustment of the camera system. For the
usage of the INF adjustment lens, refer to the Service Bulletin
No. YA-SB-10035.

• Alignment tape
To be used for check and adjustment of interchangeability of
the mechanism.

COVER(JIG CON)

• PC cable
To be used to connect the Videocamera and a personal computer
with each other when a personal computer issued for adjustment.

• Communication cable

SCREW(1)

EXTENSION CONNECTOR

Connect the Communication cable between the PC cable and
Jig connector cable when performing a PC adjustment.

• Service support system

JIG CONNECTOR CABLE

To be used for adjustment with a personal computer. Software
can be downloaded also from JS-net.

SERVICE SUPPORT SYSTEM

• Jig connector cable
Connected to JIG CONNECTOR of the main board and used
for electrical adjustment, etc.

MENU

RS232C

• Extension connector

PC CABLE

Connect this extension connector to the connector of the Jig
connector cable for extending the cable connector.

COM PORT

COMMUNICATION CABLE

FOR
COMMUNICATION CABLE

JIG CONNECTOR

COMMUNICATION CABLE

JIG CONNECTOR

RED

TO JLIP_RX
WHITE

TO ENV_OUT

BLACK

TO HID1

TO JLIP_TX
TO GND

1-16 (No.YF046)

PERSONAL COMPUTER

OSCILLOSCOPE

 Jig connector diagrams

4.3

MECHANISM COMPATIBILITY ADJUSTMENT

4.3.1 Tape pattern adjustment

JIG CONNECTOR CABLE (YTU93106C)
MAIN CN105
DDI
DD0
DMS
DCK
DRST
FL_MDO
RESET
AL_3VSYS
IF_TX
JLIP_TX
JLIP_RX
TMS_DSC
TCK_DSC
TDI_DSC
TRST_DSC
TDO_DSC
PB_CLK
ENV_OUT
MAIN_VCO
ATFI
HID1
DISCRI
FS_PLL
TXD2
SPA
SBE
RXD2
GND
GND
V_OUT
VCOM_M
CVF_B
CVF_R
CVF_G
HD_M
VCOM_E
NC
EMU1
KENTO
MVD

1
21
2
22
3
23

NOTE :
The JIG CONNECTOR BOARD uses
30 of the 40 pins of the MAIN BOARD.
10 Pins (1 to 5, 21 to 24 and 34) on
the JIG CONNECTOR BOARD on the
Main board are NC.

4
24
5
25
6
26
7
27
8
28
9
29
10
30
11
31
12
32
13
33
14
34
15
35
16
36
17
37
18
38
19
39
20
40

JIG CONN. BOARD
(PIN NO.)
JLIP_RX
6
7 TCK_DSC
8 TRST_DSC
PB_CLK
9
10 MAIN_VCO
HID1
11
FS_PLL
12
SPA
13
RXD2
14
GND
15
16 VCOM_M
CVF_R
17
HD_M
18
NC
19
KENTO
20
JLIP_TX
25
26 TMS_DSC
27 TDI_DSC
28 TDO_DSC
29 ENV_OUT
ATFI
30
DISCRI
31
TXD2
32
SBE
33
V_OUT
35
CVF_B
36
CVF_G
37
38 VCOM_E
EMU1
39
MVD
40

NOTE:
Prior to the adjustment, remove the COVER (ADJ).
(1) Play back the compatibility adjustment tape.
(2) While triggering the HID1, observe the waveform of
ENV_OUT.
(3) Set the manual tracking mode (ATF OFF).
(4) Confirm that the waveform is entirely parallel and straight,
and free from remarkable level-down, through the tracking
operation.
Make the confirmation as follows if necessary.
(5) If level-down is observed on the left hand side of the
waveform, straighten the level by turning the GUIDE
ROLLER (SUP).
If level-down is observed on the right hand side of the
waveform, straighten the
level by turning the GUIDE ROLLER (TU).
(6) After the adjustment, try the unloading motion once, and
confirm that the waveform is flat when the tape has been
played back again.
(7) Play back the self-recording.
(8) Confirm that the waveform is flat.

ENV_OUT

HID1

Fig.4-3-1

Flatten the waveform.
Misalignment of guide
roller height on the
supply side

Misalignment of guide roller
height on the take-up side

Fig.4-3-2

4.4

ELECTRICAL ADJUSTMENT

Electrical adjustment is performed by using a personal computer
and software for SERVICE SUPPORT SYSTEM. Read
README.TXT file to use the software properly.
As for the connection of cables, see "4.2 JIG CONNECTOR
CABLE CONNECTION".

(No.YF046)1-17

1-18 (No.YF046)
3
C1

[1]
4
5

6

7

26

[6]
27
C5

28

29

30

[7]
31

1

Removing order of screw
Place to stick screw
Reference drawing (Fig.No.)
Screw tightening torque

2

2

3

3

C9

[12]
47 48

[13]
50
C10

[14]
51 52

4

5

.
.
.

Φ

3-2-4

33

9

9

[15]
53 54

[12] VF ASSEMBLY
6
7
8
9

3-2-3

[9] MONITOR ASSEMBLY
4
5
6
7
8

49

C6

[8]

[2]

10

10

C2

[3]

11

11

36

12

.
.
.

12

13

[16]
56 57

35

11

C11

55

34

10

C7

[9]

.
.
.

14

58

37

13

38

14

:
:
:
:

.

.

0.088N m (0.9kgf cm)
0.098N m (1.0kgf cm)
0.019N m (0.2kgf cm)
0.15N m (1.5kgf cm)

.
.
.

: 0.078N m (0.8kgf cm)
: 0.196N m (2.0kgf cm)
: 0.059N m (0.6kgf cm)

NOTE:
1) * : Don't reuse the screw, because screw lock bond was applied to them.
2) Pay careful attention to tightening torque for each screw.

1

46

8

32

CABINET PARTS AND ELECTRICAL PARTS

25

Removing order of screw
Place to stick screw
Reference drawing (Fig.No.)
Screw tightening torque

Symbol No.
Removing order of screw
Place to stick screw
Reference drawing (Fig.No.)
Screw tightening torque

2

CABINET PARTS AND ELECTRICAL PARTS

1

CABINET PARTS AND ELECTRICAL PARTS

C3

[4]

40

16

41

17

[10]
42

18

43

19

C8

[11]
44

20

45

21
C4

[5]
22
23

.
.
.

.
.
.

: 0.069N m (0.7kgf cm)
: 0.246N m (2.5kgf cm)
: 0.049N m (0.5kgf cm)

3-2-5

[13] OP BLOCK ASSEMBLY / CCD BOARD ASSEMBLY
1
2
3
4
5
6
7
8
9

39

15

24

5.1

Symbol No.
Removing order of screw
Place to stick screw
Reference drawing (Fig.No.)
Screw tightening torque

Symbol No.
Removing order of screw
Place to stick screw
Reference drawing (Fig.No.)
Screw tightening torque

SECTION 5
TROUBLE SHOOTING

SERVICE NOTE

5.2

TAKE OUT CASSETTE TAPE

The following procedure is a method for taking out the cassette
tape in case the cassette tape cannot be ejected due to an electrical failure. The following procedure is a simplified method;
therefore, for more reliable operation, it is recommended that you
should remove exterior parts so that you can take out the tape
without excessive force.
(1) Remove the Power Unit (battery or DC cord) from the set.
(2) Open the CASSETTE COVER till it is completely opened
and fixed.
(3) Attach a PVC tape as shown in the figure.
NOTE:
Be careful of cassette tape damage caused because the
Cassette Housing Assembly is moved upward at the unloading end (Eject mode).
(4) To set the Slide Deck Assembly to the unloading end, apply DC 3V to the electrode (terminal) on the top surface of
the LOADING MOTOR that is seen through a space of VF
side.
NOTE:
Be careful not to attach grease or a similar substance to
the surface of the cassette tape on the tape transport
system.
(5) Wind the cassette tape by directly turning the Reel Disk Assembly (SUP) from the backside of the SLIDE DECK ASSEMBLY by using a sharp tool (Chip IC replacement tool).
(6) Confirm that the cassette tape is completely wound, and
then peel off the PVC tape from the CASSETTE HOUSING
ASSEMBLY and take out the cassette tape.
NOTE:
To confirm that the cassette tape is completely wound,
confirm that one REEL DISK ASSEMBLY (TU) rotates
as you rotate the other REEL DISK ASSEMBLY (SUP).
(7) Make sure that grease or a similar substance is not attached to the surface of the tape taken out in the procedure
(6). Similarly, also make sure that grease or a similar substance is not attached on the MECHANISM ASSEMBLY,
especially the tape transport system.

(DC3V)
CASSETTE COVER

TAPE

LOADING MOTOR
ASSEMBLY

CASSETTE HOUSING
ASSEMBLY

REEL DISK
ASSEMBLY (SUP)
SLIDE DECK
ASSEMBLY

Fig.5-2-1

(No.YF046)1-19

5.3

EMERGENCY DISPLAY

Example (in case of the error number E01):

Whenever some abnormal signal is input to the syscon CPU, an
error number (E01, as an example) is displayed on the LCD
monitor or (in the electronic view finder).In every error status,
such the message as shown below alter nately appear over and
over.
• In an emergency mode, all operations except turning on/off the
POWER switch are ineffectual.
LCD display

Emergencymode

E01
UNIT IN
SAFEGUARD MODE

Details

E01
REMOVE AND
REATTACH BATTERY

Possible cause

E01

LOADING

In the case the encoder position is 1. The mechanism is locked during mode shift.
not shifted to the next point though 2. The mechanism is locked at the mechanism loading end,
the loading motor has rotated in the
because the encoder position is skipped during
loading direction for 4 seconds or
mechanism mode shift.
more. This error is defined as [E01]. 3. No power is supplied to the loading MDA.

E02

UNLOADING

In the case the encoder position is 1. The mechanism is locked during mode shift.
not shifted to the next point though 2. The mechanism is locked at the mechanism loading end,
the loading motor has rotated in the
because the encoder position is skipped during
unloading direction for 4 seconds or
mechanism mode shift.
more. This error is defined as [E02].

E03

TU & SUP REEL FG In the case no REEL FG is
produced for seconds shown in the
table below or more in the capstan
rotation mode after loading was
complete, the mechanism mode is
shifted to STOP with the pinch roller
set off. This error is defined as
[E03].However, no REEL EMG is
detected in the SLW/STILL mode.
PB/REC
S-FWD
S-REW
FF
REW

REEL(SUP) REEL(TU)
3 SEC
3 SEC
3 SEC
0.3 SEC
0.3 SEC
3 SEC
3 SEC
0.1 SEC
0.1 SEC
3 SEC

1. The idler gear does not engage with the reel disk well.
2. Though the idler gear and reel disk are engaged with
each other, the tape is not wound because of overload
to the mechanism.
3. No FG pulse is output from the reel sensor.
4. No power is supplied to the reel sensor.
5. Tape transport operation takes place with a cassette
having no tape inside.
6. The tape slackens and no pulse is produced until the
slack is taken up and the tape comes into the normal
status.

E04

DRUM FG

In the case there is no DRUM FG 1. The drum cannot be started or drum rotation is stopped
because tape transport load is too high.
input in the drum rotation mode for
1) Tape tension is extremely high.
4 seconds or more. This error is
2) The tape is damaged or soiled with grease, etc.
defined as [E04], and the
2. The DRUM FG signal is not received by the syscon CPU.
mechanism mode is shifted to
1) Disconnection in the middle of the signal line.
STOP with the pinch roller set off.
2) Failure of the DRUM FG pulse generator (hall
element).
3. No drum control voltage is supplied to the MDA.
4. No power is supplied to the DRUM MDA.

E05

-

-

E06

CAPSTAN FG

In the case no CAPSTAN FG is
1. The CAPSTAN FG signal is not received by the syscon
produced in the capstan rotation
CPU.
mode for 2 seconds or more. This
1) Disconnection in the middle of the signal line.
error is defined as [E06], and the
2) Failure of the CAPSTAN FG pulse generator (MR
mechanism mode is shifted to
element).
STOP with the pinch roller set
2. No capstan control voltage is supplied to the MDA.
off.However, no CAPSTAN EMG is 3. The capstan cannot be started or capstan rotation is
detected in the STILL/FF/REW
stopped because tape transport load is too high.
mode.
1) Tape tension is extremely high. (Mechanical locking)
2) The tape is damaged or soiled with grease, etc. (Tape
tangling occurs, etc.)

-

Fig.5-3-1

1-20 (No.YF046)

VICTOR COMPANY OF JAPAN, LIMITED
AV & MULTIMEDIA COMPANY CAMCORDER CATEGORY 12, 3-chome, Moriya-cho, kanagawa-ku, Yokohama, kanagawa-prefecture, 221-8528, Japan

(No.YF046)
Printed in Japan
WPC

SCHEMATIC DIAGRAMS
DIGITAL VIDEO CAMERA
4
2004
YF046

GR-DX107EK, GR-DX107EX, GR-DX107EY,
GR-DX107EZ, GR-DX307EK, GR-DX307EX,
GR-DX307EY, GR-DX307EZ, GR-DX317EX
CD-ROM No.SML200405

GR-DX107EK, GR-DX107EX, GR-DX107EY, GR-DX107EZ[M4D3S9]
GR-DX307EK, GR-DX307EX, GR-DX307EY, GR-DX307EZ, GR-DX317EX[M4D3M9]

For disassembling and assembling of MECHANISM ASSEMBLY, refer to the SERVICE MANUAL No.86700(MECHANISM ASSEMBLY).

COPYRIGHT © 2004 VICTOR COMPANY OF JAPAN, LIMITED

No.YF046SCH
2004/4

CIRCUIT BOARD NOTES

CHARTS AND DIAGRAMS

1. Foil and Component sides

NOTES OF SCHEMATIC DIAGRAM
Safety precautions
The Components identified by the symbol
are
critical for safety. For continued safety, replace safety
critical components only with manufacturer's recommended parts.

4. Voltage measurement
1) Regulator (DC/DC CONV) circuits
REC : Colour bar signal.
PB : Alignment tape (Colour bar).
—
: Unmeasurable or unnecessary to measure.
2) Indication on schematic diagram
Voltage Indications for REC and PB mode on the schematic diagram are as shown below.

2. Parts location guides

1. Units of components on the schematic diagram
Unless otherwise specified.
1) All resistance values are in ohm. 1/6 W, 1/8 W (refer to
parts list).
Chip resistors are 1/16 W.
K: KΩ (1000Ω), M: MΩ (1000KΩ)
2) All capacitance values are in µF, (P: PF).
3) All inductance values are in µH, (m: mH).
4) All diodes are 1SS133, MA165 or 1N4148M (refer to parts
list).

1) Foil side (B side) :
Parts on the foil side seen from foil face (pattern face)
are indicated.
2) Component side (A side) :
Parts on the component side seen from component face
(parts face) indicated.

Parts location are indicated by guide scale on the circuit board.
1
REC mode

2.5
(5.0)

2

3

1.8

PB mode

REF No.

PB and REC modes
(Voltage of PB and REC modes
are the same)

Note: If the voltages are not indicated on the schematic
diagram, refer to the voltage charts.

Note: The Parts Number, value and rated voltage etc. in
the Schematic Diagram are for references only.
When replacing the parts, refer to the Parts List.

5. Signal path Symbols

2. Indications of control voltage

NOTE : The arrow is DVC unique object.

B : Foil side
(A : Component side)
C : Chip component
D : Discrete component)

Playback signal path

AUX or AUX(L) : Active at low.
Playback and recording signal path
Recording signal path
(including E-E signal path)

3. Interpreting Connector indications

Capstan servo path

1

Removable connector

2

Drum servo path

3

(Example)

1

Wire soldered directly on board

2
3

R-Y
Y

Playback R-Y signal path
Recording Y signal path

1

Non-removable Board connector

2
3

2

6. Indication of the parts for adjustments
The parts for the adjustments are surrounded with the circle as
shown below.

1

Board to Board
3

4

Connected pattern on board
The arrows indicate signal path
7. Indication of the parts not mounted on the circuit board
Note: For the destination of each signal and further line
connections that are cut off from the diagram,
refer to "BOARD INTERCONNECTIONS"

Category : IC
6A
Horizontal “A” zone
Vertical “6” zone

Note: For general information in service manual, please
refer to the Service Manual of GENERAL INFORMATION Edition 4 No. 82054D (January 1994).

The arrows indicate the signal path as follows.

AUX : Active at high.

IC101

LOCATION
IC
B C

“OPEN” is indicated by the parts not mounted on the circuit
board.
R216
OPEN

2-1

2-2

1

NOTE :
A
B

CN7601
RESET
V_BATT
AREG_SO
AREG_CLK
REG_CS
VF_CTL
CHRG_EVR
ADP_L
I_MTR
D_GAIN

CN104

:The number of patch cords are indicated by interconnected.

C

CN101

(Page 2-35)

CN301

YTU94074-18
YTU94077-18
CN302

YTU94074-11
YTU94077-11

2-3

D
CN303
CN304

YTU94074-6
YTU94077-6

2-4
CN110

YTU94074-6
YTU94077-6

E

T_REEL
S_REEL

YTU94074-30
YTU94077-30

(Page 2-19)

CN7602

YTU94074-8
YTU94077-8

F

T_REEL
S_REEL

CAM_CLK
CAM_OUT
CDS_CS

J105

GND

(Page 2-37)
RECCADJ
NOSIG_LV
ATF_GAIN
DUMP_CTL

CCD_CTL
TG_RST
TG_CS
CAM_CLK
CAM_OUT

HALL_AD
IRIS_O/C
VIFD_CLK
VIFD_OUT
VIFD_IN
IRIS_CS
IRIS_PS
TG_RST
IRIS_CLK
LENS_LED
F/Z_CS
CAM_OUT
CAM_CLK
Z_PTR_AD
F_PTR_AD
OP_THRMO

CCD_CTL
TG_RST
TG_CS
CAM_CLK
CAM_OUT

CPOB
PBLK
VDIN
HDIN
TG_36M
CLK9A

CAM_CLK
CAM_OUT
CDS_CS

ADIN[0-9]

POW_LED
DIAL_PB
DIAL_OFF
DIAL_AUTO
DIAL_MANU

GND

REG_3.6V

CCD_OUT

GND

REG_3.6V
REG_3.1V
REG+CCD
REG-CCD

RG
H1
H2
CCD-7.5V
SUB
CCD+15V
CCD_CTL
V4
V3
V2
V1

DRIVE+ND
DRIVE-ND
HGout+ND
HGVss-ND
HGout-ND
HGVcc+ND
Z_PTR_AD
Z_VCC
Z_LED
DRIVE+IS
DRIVE-IS
HGout-IS
HGVss-IS
HGout+IS
HGVcc+IS
OP_THRMO
F_PTR_AD
F_VCC
F_LED
FOCUS02
FOCUS03
FOCUS04
FOCUS01
ZOOM04
ZOOM03
ZOOM02
ZOOM01

GND

M_REG4.8
REG_4.8V
REG_3.1V

CN102

M_REG4.8
REG_3.1V

CN305

ADCLK
PBLK
CPOB
SHP
SHD
CDS_3V

HID3
HID1
PBH
RECH
MONI_CHG

CDDSTB
SYSVDSEL
OSD_VD

ADCLK
PBLK
CPOB
SHP
SHD
CDS_3V

S_RL[-]
S_RL[+]
T_RL[-]
T_RL[+]

T_BATT

(Page 2-27)

C_FRB
CAP_FG
MDA_PS
DRUM_PG
DRUM_FG
LD_ON
L_FRB
CAP_REF
DEW_SENS
DRUM_REF
CAM_SW_A
CAM_SW_B
CAM_SW_C

(Page 2-17)

S2_DET
S_IN_L
VIFD_IN
VIFD_OUT
VIFD_CLK
VENC_CS
TG_RST
VC0
VC1
VC2
VC3
BLKA
BLKB
BLKC
OSD_HD
OSD_VD
DOT_CLK
PSCTL
ASPECT1
ASPECT2
ANA_IN_H

ADDT[00-15]
CDWE
CDALE
MFLD
OMT
DSP_RST
CAM_CS
MVD

P_DET
REM_OUT
L_MUTE

HALL_AD
IRIS_O/C
VIFD_CLK
VIFD_OUT
VIFD_IN
IRIS_CS
IRIS_PS
TG_RST
IRIS_MCK
LENS_LED
F/Z_CS
CAM_OUT
CAM_CLK
Z_PTR_AD
F_PTR_AD
OP_THRMO

RECCADJ
NOSIG_LV
ATF_GAIN
DUMP_CTL

XAVD
XAHD
CAM_VD
CLK4M5
IRIS_PWM

(Page 2-25)

HID3
HID1
PBH
RECH
MONI_CHG

MMC_CS
MMC_DIN
MMC_CLK
MMC_CD
MMC_DOUT
SD_WP

LAMP_ON
TALLY
IR_RMC
IR_OUT
EJT_SW

ADDT[00-15]
CDWE
CDALE
MFLD
OMT
DSP_RST
CAM_CS
MVD

ADIN[0-9]

CPOB
PBLK
VDIN
HDIN
TG_36M
CLK9A

FSPLLCTL
M_VCOCTL
PBVCOCTL
PBPLLCTL

DOBCK2
DOMCK2
DOLRCK2
DODAT2
AIDAT2

REG_3.1V

GND

CN107

ENV_OUT
ATFI

REG_1.8V
REG_3.1V

RESET
V_BATT
AREG_SO
AREG_CLK
REG_CS
VF_CTL
CHRG_EVR
ADP_L
I_MTR
D_GAIN

(Page 2-23)

DV_CS
XINT
HID1
SPA
FRP
TSR
SRV_TRK
CLK27SEL
DV_RST
CDALE
CDWE
CDDSTB
DRWSEL
DV_WAIT
OUTV
ADDT[00-15]

(Page 2-31)

FLSH_RST
DSC_RST
DSC_CLK
DSC_DT_OUT
DSC_DT_IN
DSC_CS
MXDT_OUT
DSC_STS
CAPT_REQ
MMC_CD
DSC_WKUP

OUT_C[0-3]
OUT_Y[0-3]
OUT_HS
OUT_VS
TBCCTL
CLK27A
CLK27B

DSCIO[0-7]
DSYIO[0-7]
DSCO[0-7]
DSYO[0-7]
FLDDSC
HDDSC
VDDSC
CLKDSC
CLK27B

IR_OUT

M_RVS
LCD_CTL
LV_OUT
M_CS
LV_CLK
MONI_SW

CLK27B
CLK27A
TBCCTL
OUT_VS
OUT_HS
OUT_Y[0-3]
OUT_C[0-3]

DSCIO[0-7]
DSYIO[0-7]
DSCO[0-7]
DSYO[0-7]
FLDDSC
HDDSC
VDDSC
CLKDSC
CLK27B

A10
D[0-15]
FLSH_WE
FLSH_OE
EM_CS2
GIO15
GIO6
GIO3
USBDOWN

XAVD
XAHD
CAM_VD
CLK4M5
IRIS_PWM

GND

REG_4.8V

S_SHUT

AIDAT
AODAT
AIBCK
AIMCK
AILRCK

EM_AU/R
MD_AU/R
EM_AU/L
MD_AU/L

REG_4.8V
REG_3.1V
REG_2.5V

CN103
REC_CTL
VREF_1.1
AGC_OUT
VRB_AGC
VRB_ATF
ATFI
REF_CLK
REC_DATA
REC_CLK

REC_CTL
VREF_1.1
AGC_OUT
VRB_AGC
VRB_ATF
ATFI
REF_CLK
REC_DATA
REC_CLK
FLSH_RST
DSC_RST
DSC_CLK
DSC_DT_OUT
DSC_DT_IN
DSC_CS
MXDT_OUT
DSC_STS
CAPT_REQ
MMC_CD
DSC_WKUP

24M_DSC

DCO[0-3]
DYO[0-3]
INV
INH

DCO[0-3]
DYO[0-3]
INV
INH

S2_DET
S_IN_L
VIFD_IN
VIFD_OUT
VIFD_CLK
VENC_CS
TG_RST
VC0
VC1
VC2
VC3
BLKA
BLKB
BLKC
OSD_HD
OSD_VD
DOT_CLK
PSCTL
ASPECT1
ASPECT2
ANA_IN_H

3
TDA

S_SHUT

USBSENS
USB_DP
USB_DN

GND

YTU94074-28
YTU94077-28

GND

LITHIUM
24M_DSC

TMS_DSC
TCK_DSC
TDI_DSC
TRST_DSC
TDO_DSC
TXD2
RXD2
EMU1

TDA

2S
2F
1S
1F

(Page 2-29)
TMS
TCMK
TRST
TDI

GND

ADDT[00-15]
OUTV
DV_WAIT
DRWSEL
CDDSTB
CDWE
CDALE
DV_RST
CLK27SEL
SRV_TRK
TSR
FRP
SPA
HID1
XINT
DV_CS

(Page 2-33)

LOAD_REV
LOAD_FWD

BATT_+
ADP_DC
ADP_L
GND

(Page 2-15)
INH
INV
OUTH
OUTV
CLK27A
DYO[0-3]
DCO[0-3]
DYI[0-3]
DCI[0-3]

MVD

C_OUT
V_OUT
Y_OUT

GND
INH
INV
OUTH
OUTV
CLK27A
DYO[0-3]
DCO[0-3]
DYI[0-3]
DCI[0-3]

USBDOWN
DSC_RST

REG_3.1V
M_UNREG
CAP_ERR
CAP_PWR
DRUM_ERR
DRUM_PWR
M_REG4.8

J104
FSPLLCTL
M_VCOCTL
PBVCOCTL
PBPLLCTL

GND

REG_3.1V
REG_2.5V
REG_1.8V

DOBCK2
DOMCK2
DOLRCK2
DODAT2
AIDAT2

PB_CLK
MAIN_VCO
DISCRI
FS_PLL
SPA
SBE
C_OUT
V_OUT
Y_OUT

MD_DEM1
PWAD2
PWDA2

D_PG[-]
COIL_COM
D_COIL_W
D_COIL_V
D_COIL_U
D_FG[-]
D_PFG[+]

S401

(Page 2-5)
USBSENS
USB_DP
USB_DN

REG_3.1V
REG_1.8V

TPBTPB+
TPATPA+

EM_DET_L
AUDIO_CS
AU_DATA
BUZZER
A_MUTE
AU_CLK
SHUT_ATT
EXTM_H
PD_L

C_FRB
CAP_FG
MDA_PS
DRUM_PG
DRUM_FG
LD_ON
L_FRB
CAP_REF
DRUM_REF

CN112
TMS
TCMK
TRST
TDI

GND

(Page 2-39)
(Page 2-13)

A10
D[0-15]
FLSH_WE
FLSH_OE
EM_CS2
GIO15
GIO6
GIO3
USBDOWN

USBSENS
USB_DN
USB_DP
REG_3.1V

SPK+
SPK-

REG_4.8V
REG_3.1V
REG_2.5V
REG_1.8V

YTU94074-12
YTU94077-12
AU_SIG/L
AU_SIG/R

GND

TMS
TCMK
TRST
TDO

J103
AU_SIG/L
AU_SIG/R
P_DET
C_OUT
V_OUT
Y_OUT
EDIT

EM_AU/R
MD_AU/L
EM_AU/L
MD_AU/R

V_OUT

LCD_G
LCD_R
LCD_B
VDCVF
HDCVF

CN401
REG_4.8V
REG_3.6V
REG_3.1V

TMS
TCMK
TRST
TDO

J101

AU_SIG/L
AU_SIG/R

5

P_DET
REM_OUT
L_MUTE

CN111
( E_MIC_GND)
EM_DET_L
( E_MIC_L)
( E_MIC_R)

GND

AIDAT
AODAT
AIBCK
AIMCK
AILRCK

INT/R
INT_GND
INT/L

C_FG[+]
C_FG[-]
MDA_2.9V
C_COIL_W
C_COIL_U
C_COIL_V
HG_U[+]
HG_V[+]
HG_W[+]
HG_BS[+]
HG_BS[-]
HG_W[-]
HG_V[-]
HG_U[-]

2
M_UNREG
M_REG4.8
REG_4.8V
REG_3.6V
REG_3.1V
REG_2.5V
REG_1.8V
VFREG4.8
DRUM_PWR
DRUM_ERR
CAP_PWR
CAP_ERR
REG_8.5V
REG+CCD
REG-CCD
LIT_3V
AL_3.1V

BOARD INTERCONNECTION
YTU94074-20
YTU94077-20

(Page 2-43)
CN7002

(Page 2-11)
(Page 2-44)

YTU94074-7
YTU94077-7
CN7001

CN108

J102

USBDOWN
DSC_RST

(Page 2-21)
ZOOM_SW
VF_SW

4
MD_DEM1
PWAD2
PWDA2
GND

GND

CDDSTB
SYSVDSEL
OSD_VD

(Page 2-7)

REEL_VCC
TAPE_LED
CAS_SW
E_SENS
MIC_1
REC_SAFE
MIC_2
MIC_3
S_SENS

CN113

EM_DET_L
AUDIO_CS
AU_DATA
BUZZER
A_MUTE
AU_CLK
SHUT_ATT
EXTM_H
PD_L

YTU94074-22
YTU94077-22

REG_3.1V
AL_3.1V
LIT_3V
CN109

TRIG_SW
PHOTO_H
PHOTO_F
TELE_SW
MENU_SW
WIDE_SW
REW_SW
PLAY_SW
SET_SW
FF_SW
STOP_SW

P_MEDIA

HID1
JLIP_RX
JLIP_TX
IF_TX
AL_3VSYS
RESET
PRST
DCK
DMS
DD0
DDI

YTU94074-13
YTU94077-13

SELCT_SW
INFO_SW
INDEX_SW
NAVI_SW
S701

(Page 2-45)

CN702

CN114
CN701

YTU94074-12
YTU94077-12

CN115

(Page 2-9)

YTU94074-6
YTU94077-6

CN106
CN105

CN7603

(Page 2-41)

YTU94129A-39
YTU94109-39

YTU94074-16
YTU94077-16

y10459001a_rev0.1

G

REG_3.1V

A
B
DDI

㧖

C
D

PB_CLK

2-5
2-6

CN105

E
F

DIAL_OFF

R2002
6.8k

NOTE : The parts with marked ( ) is not used.

G

M_REG4.8

DIAL_PB

GND

DRUM_PWR

R2001
3.3k

DRUM_ERR

GND

DIAL_MANU

CAP_PWR

CAP_ERR

CAM_SW_C

R2007
22k

CAM_SW_B

GND

CAM_SW_A

DIAL_AUTO

DRUM_REF

DEW_SENS

CAP_REF

L_FRB

LD_ON

DRUM_FG

DRUM_PG

GND

GND

PCG

MONI_SW

GND

LV_CLK

M_CS

LV_OUT

LCD_CTL

REG_3.6V

VCOM_M

HD_M

HDCVF

VDCVF

LCD_B

LCD_R

LCD_G

VCOM_E

PSIG

CVF_G

CVF_R

CVF_B

GND

S_SENS

REG_3.1V

MIC3

MIC2

REC_SAFE

MIC1

E_SENS

CAS_SW

S_RL[-]

TAPE_LED

S_RL[+]

REEL_VCC

VFREG48.

VCOM_E

PSIG

CVF_G

CVF_R

CVF_B

PCG

LCD_EN

VCK

VST_E

STB_E

LCD_REF

REG_3.1V

HCK1

HCK2

HST_E

REG_8.5V

GND

VF_SW

ZOOM_SW

EJT_SW

MDA_PS

R2006
6.8k

CAP_FG

USBSENS

C_FRB

BATT_+

R2005
3.3k

LCD_EN

VCK

VST_E

STB_E

LCD_REF

HCK1

HCK2

HST_E

REG_8.5V

M_RVS

REG_4.8V

GND
T_RL[-]

CN106

M_UNREG

GND
T_BATT

D2801

REG_3.1V

MVD

KENTO

3

EMU1

GND

VCOM_E

PWR_LED

USB_DN

HD_M

SPK+

USB_DP

CVF_G

CVF_R

REM_OUT

SPK-

㧖

CVF_B

D2802

VCOM_M

V_OUT

GND

GND

L_MUTE

RXD2

R2805
3.3k

SBE

SPA

TXD2

FS_PLL

DISCRI

HID1

ATFI

MAIN_VCO

ENV_OUT

EDIT

TRST_DSC

Y_OUT

TDO_DSC

V_OUT

Y_OUT

TDI_DSC

V_OUT

TCK_DSC

C_OUT

JLIP_RX

C_OUT

TMS_DSC

820

JLIP_TX

AL_3VSYS

820

R2802

IF_TX

R2801

NQR0251-004X

RESET

NQR0251-004X

L2802

FL_MD0

LITHIUM

TL2003

R2813
0Ω

L2801

DRST

DCK

Q2801
UMX1N-W
R2803
560k

DMS

DDO

R2804
560k

TL2002

2
C2801
0.01

TDO

GND
C2802
0.01

TL2001

P_DET

TDI

GND

TRST

AU_SIG/L

TCMK

AU_SIG/R

TMS

QNZ0670-001

T_RL[+]

CN112

R2812

5

R2811

R2810

MAIN(MAIN_IF) SCHEMATIC DIAGRAM

CN113

REG_4.8V

IR_OUT

IR_RMC

TALLY

LAMP_ON

REG_4.8V

GND
CN104

4

QNZ0497-001
J102

CN108
CN115

CN109
GND

KEY_B
R2004
3.3k
TRIG_SW

KEY_A
R2003
22k
TELE_SW

C2803

㧖

D2803
MA8068-X

㧖
GND

GND

NC

KEY_C
MENU_SW

WIDE_SW

SET_SW

J103

AU_SIG/L

AU_SIG/R

P_DET

CN101

MMC_CS

CN114

MMC_CLK

MMC_DIN

MMC_DOUT

MMC_CD

SD_WP

REG_3.1V
P_MEDIA

GND

CN103

1

y20323001a_rev0.1

MAIN(SYSCON) SCHEMATIC DIAGRAM

100K

R1052
R1002

0.1

D1002
1SS376-X

JLIP_RX
JLIP_TX
IF_TX

R1028

R1026
4.7K

R1061

100K

R1044
100k
0.01

R1045
1M

Q1010
DTC144EE-X

TO CN108

DTC143XE-X

IF_RX
IC1009 R1084
1K
SN74AHC1G08K-X

TL1021

TL1022

TL1023

R1062
220K

Q1004
UMC3N-W

R1037

CHRG_LED

PWR_LED
510

TO FRONT

4

REMOTE

DSC_RST
DSC_CS
DSC_DT_IN
DSC_DT_OUT
DSC_CLK
DSC_STS
DSC_WKUP
USBDOWN
FLSH_RST
CAPT_REQ
MXDT_OUT
MMC_CD

TO AUDIO

EM_DET
EXTM_H
SHUT_ATT

LAMP_ONH

LAMP_ON

TO DSC

DSC_RST
DSC_CS
DSC_DIN
DSC_DOUT
DSC_CLK
DSC_STS
DSC_WKUP
USBDOWN
FLSH_RST
CAPT_REQ
MXDT_OUT
MMC_CD

R1060
Q1005

EM_DET_L
EXTM_H
SHUT_ATT

TO AUDIO AD/DA

PWDA2
PWAD2

TO JIG CONN
KENTO

PWDA2
PWAD2

BZ_FREQ

R1113

C1050
0.01

C1049
0.01

R1079 22k

R1078 39k

C1048
0.01

R1077100K

NAX0645-001X

C1001
8p

C1003
C1004
C1005
C1006
C1007
C1009
C1010
C1011
C1012

0.1
0.1
0.1
0.1
0.1

R1010 47K

R1090 22K

R1095 1K

IRIS_O/C

CHRG_EVR
C_REF
D_REF
EM_DET
EXTM_H
IRIS_CSS
AVREFOFF
DSP_RST
IRIS_PS
TRG_OUT
CHRG_LED
ANA_IN_H

P_DET
ADP_H
BATT_H
R1134 1K

DV_RST
PBH
RECH
HID3
CAM_CS
MONI_CHG
CLK27SEL
PSCTL
S_IN_L
LAMP_ONH
DV_WAIT

LENS_LED
DRWSEL
CDWE
DV_CS
SHUT_ATT

CDALE

TL1014
CDRE

0.1
0.1
0.1
0.1

C1002
10p

IC1001

PVDD
CVDD
AVREF

OP_THRMO
Z_PTR_LV
HALL_LV
F_PTR_LV
F/Z_CS
IRIS_PS
LENS_LED

UPD703166-M40
UPD70F3166M40

R1021 100K
R1022 100K

UPD70F3166M40A

VF_SW
DIAL_MANU
DIAL_AUTO
DIAL_OFF
DIAL_PB
EJT_SW
CAS_SW
MONI_SW
P_MEDIA
TRIG_SW
IR_DET
OP_THRMO
F_PTR_LV
Z_PTR_L
V
HALL_LV

TO CAMERA OPE

R1088

3.3K

3.3K
C1052
0.022

3.3K
C1053
0.022

R1086
3.3K

22K

R1126 1K

R1125 1K

R1121 1K
R1122 1K
R1123 1K
R1124 1K

R1120 1K

R1118 1K
R1119 1K

R1117 1K
R1138

C1054
0.022

C1022
C1023
C1024

R1087
R1089
C1051
0.022

10K

MENU
SET

R1094

RTC_INTR
FLD
DRUM_PG
SPA
SRV_TRK
TSR
FRP
MXDT_OUT
REMOTE
ASPECT1

TO MDA

D_GAIN
CAP_FG
DRUM_PG
DRUM_FG
DRUM_REF
CAP_REF

R1152 47K

TO REG

10K

LD_ON
MDA_PS
C_FRB1
C_FRB2
L_FRB1
L_FRB2
D_GAIN
CAP_FG
DRUM_PG
DRUM_FG
D_REF
C_REF

CAS_SW
EJT_SW
MONI_SW
DSC_CS
CHG_WKUP
IF_RX
VF_SW
DIAL_PB
DIAL_OFF
DIAL_AUTO
DIAL_MANU
VDO_OUT
VDO_IN
VDO_CLK
ALV_OUT
ALV_IN
ALV_CLK
MIC2
MIC3
IF/TX
IF_RX
EEP_OUT
EEP_IN
EEP_CLK
AREG_SO
RTC_IN
AREG_CLK
CAM_OUT
RTC_CS
CAM_CLK
DSC_DOUT
DSC_DIN
DSC_CLK
TG_CS
CDS_CS
DRUM_FG
CAP_FG
T_REEL
S_REEL

1

R1092

10K

R1091
L_FRB

10K

TO MDA

LD_ON
MDA_PS
C_FRB

TO CAMERA OPE

R1093

TO SUB OPE

SET_SW
ZOOM_SW
KEY_A
KEY_B
KEY_C

TO VF

CAS_SW
EJT_SW
MONI_SW
DSC_CS
CHG_WKUP
JLIP_INT
VF_SW
DIAL_PB
DIAL_OFF
DIAL_AUTO
DIAL_MANU
OSD_TBC_OUT
OSD_TBC_IN
OSD_TBC_CLK
ALV_OUT
ALV_IN
ALV_CLK
MIC_SDA
MIC_SCL
IF_TX
IF_RX
EEP_OUT
EEP_IN
EEP_CLK
REG_RTC_OUT
RTC_IN
REG_RTC_CLK
CAM_OUT
RTC_CS
CAM_CLK
DSC_DT_OUT
DSC_DT_IN
DSC_CLK
TG_CS
CDS_CS
DRUM_FG
CAP_FG
T_REEL
S_REEL
STRB_SEL
RTC_INTR
FLD
DRUM_PG
SPA
SRV_TRK
TSR
FRP
MXDT_OUT
REMOTE
ASPECT1
MENU_P_A
MENU_P_B
STO_OFF
ASPECT2
ZOOM_T
ZOOM_W
S_SENS
E_SENS
DEW_SENS
MIC3
MIC2
MIC1
V_BATT

MENU
SET
ZOOM_SW
KEY_A
KEY_B
KEY_C

MENU_SW

R1024 1K
R1025 1K

VF_SW
DIAL_MANU
DIAL_AUTO
DIAL_OFF
DIAL_PB
EJT_SW
CAS_SW
MONI_SW
P_MEDIA
TRIG_SW

UREG_SEL
SHOE_VON
D_GAIN
TALLY
XINT
OUTV
OMT
MVD
REEL_ON
LD_REV
LD_FWD
MDA_PS
CAP_BRK
CAP_RVS
LD_ON
TBC_CS
AUDIO_CS
MIC_CTL
OSD_CS
ROM_CS
DAC_CS
EEP_CS
REG_CS
F/Z_CS
MENU_SET
FOCUS_SW
PHOTO_SW
SHOE_DET
S2_DET
STRB_AD
I_MTR
T_BATT
KEY_C
KEY_B
KEY_A
ZOOM_SW

B

T_REEL
S_REEL

TO REG

TLED_ON

TGFZ_RST
CCD_CTL
BZ_ENV
BZ_FREQ
MMC_CD
USBDOWN
DSC_STS
CAPT_REQ
FLSH_RST
DSC_WKUP
DSC_RST

R1055

P_DET
ASPECT1
ASPECT2

TLED_ON
Q1003
UMC3N-W

REC_SAFE
CAM_SW_C
CAM_SW_B
CAM_SW_A

Q1002
UMC3N-W

S2_DET

RECH
PBH
HID3
MONI_CHG
DV_RST
CLK27SEL

RECH
PBH
HID3
MONI_CHG
DV_RST
CLK27SEL
XINT
DV_WAIT
CDWE
CDALE
DRWSEL
CDRE
ADDT00
ADDT01
ADDT02
ADDT03
ADDT04
ADDT05
ADDT06
ADDT07
ADDT08
ADDT09
ADDT10
ADDT11
ADDT12
ADDT13
ADDT14
ADDT15
DV_CS
CAM_CS

DV_WAIT
CDWE
CDALE
DRWSEL
CDRE
ADDT00
ADDT01
ADDT02
ADDT03
ADDT04
ADDT05
ADDT06
ADDT07
ADDT08
ADDT09
ADDT10
ADDT11
ADDT12
ADDT13
ADDT14
ADDT15
DV_CS
CAM_CS

C1041 0.1
I_MTR
1K R1129 T_BATT
1K R1027 KEY_C
1K R1128 KEY_B
1K R1127 KEY_A
ZOOM_SW

C1035
C1034
C1056
C1033
C1032
C1031
R1151
C1029
C1028
C1027

OP_THRMO
F_PTR_LV
Z_PTR_LV
HALL_LV

0.1
0.1
0.1
0.1
0.1
0.1
100K
0.1
0.1
0.1

C1026 0.1

TO REG

TO VIDEO I/O

TO PRE/REC

R1039

REEL_ON

EEP_CS
REG_CS
F/Z_CS

1.5K

TO BATT. TERMINAL

TO MAIN_IF

P_DET
ASPECT1
ASPECT2

D_GAIN
TALY_LED
OUTV
OMT
MVD
REEL_ON
L_FRB2
L_FRB1
MDA_PS
C_FRB2
C_FRB1
LD_ON
TBC_CS
AUDIO_CS
MIC_CTL
OSD_CS
ROM_CS

ADP_L
T_BATT
I_MTR
CHRG_EVR
REG_CS
AREG_CLK
AREG_SO

T_BATT
I_MTR
CHRG_EVR
REG_CS
AREG_CLK
AREG_SO

IR_WB

DSP_RST
MVD
FLD
OMT

DSP_RST
MVD
MFLD
OMT

TO DVMAIN

TO DVMAIN,
CAMERA_DSP

TO DVMAIN

TO CAMERA_DSP

TO CAMERA OPE

ZOOM_T
ZOOM_W

TELE_SW
WIDE_SW

TO SENSOR
REC_SAFE
CAM_SW_C
CAM_SW_B
CAM_SW_A
TAPE_LED
REEL_VCC
S_SENS
E_SENS
DEW_SENS
MIC3
MIC2
MIC1

S_SENS
E_SENS
DEW_SENS
MIC3
MIC2
MIC1

TO MDA

TO SENSOR

TO MDA

Q1001
DTA114EE-X
RN2102-X
PDTA114EE-X

MIC_CTL

SYSCON

NOTE : The parts with marked ( ) is not used.
A

TO REEL

T_REEL
S_REEL

C1025

C1046
1

22K

R1075
47K

X1001

R1015 100K
R1016 100K
R1017 100K
R1018 100K
R1011 100K
R1038 100K
R1040 100K
R1099 100K

TO CN113

1M
R1001

100

8.2k
10K
12k

R1080
R1081
R1082

R1020 10K

2

C1047
0.01

R1076 47K

OP_THRMO
Z_PTR_AD
HALL_AD
F_PTR_AD
F/Z_CS
IRIS_PS
LENS_LED

TO OP_DRV
TO SENSOR
TO MONITOR
TO SD

R1114

D1001
DA221-X

BUZZER

TO OP_DRV

TO POWER OPE

R1073
10K

BZ_ENV

Q1008
DTC124EE-X
PDTC124EE-X

R1074
4.7K

R1019 10K
R1014 10K
R1012 10K
R1013 10K

TO AUDIO

Q1007
2SC4617/QR/-X

R1097 100k

R1116 100K

M_UNREG
M_REG4.8
REG_3V
GND

R1071
2.7K
18K
R1072

150K

PD_L
HID1
SHOEGATE
TAPE_LED
GATEPULS
IR_WB
TGFZ_RST
CCD_CTL
BZ_ENV
BZ_FREQ
MMC_L
UDBDOWN
DSC_STS
CAPT_REQ
FLSH_RST
DSC_WKUP
DSC_RST

47K
47K
47K
47K
10K
10K

ROM_CS
ALV_IN

M_CS
M_BL_ON
LCD_CTL
VF_CTL
M_RVS

R1035
R1036
R1041
R1042
R1057
R1058

DDO

ADDT13
ADDT14
ADDT15
RESET
CKSEL1

M_BL_ON
VF_CTL
1K R1133 M_RVS
PD_L
HID1

PSCTL
ANA_IN_H

330k
3.3k
3.3k
3.3k

MODE0
FL_MD0
MODEJ
PLLSEL
X1
X2
TD0
TCK
TRST
TMS
TDI
Vdd
Vdd
Vdd
Vdd
Vdd
Vdd

R1006

S2_DET

R1031
R1032
R1033
R1034

47K

DCK
DMS
DDI
DRST

R1070

TO VIDEO I/O
S_IN_L
VENC_CS
VIFD_CLK
VIFD_OUT
VIFD_IN

PSCTL
ANA_IN_H

M_CS

75k

ADDT13
ADDT14
ADDT15
MRESET

R1030

R1069
100K

GND
REG_3V
M_REG4.8
M_UNREG

AUDIO_CS

S2_DET

M_BL_ON
VF_CTL
ALV_CLK
ALV_OUT

LCD_CTL
VF_CTL
LV_CLK
LV_OUT

TO JIG CONN

3

R1136 1K

R1137 1K

ADDT12
ADDT11
ADDT10
ADDT09
ADDT08
ADDT07
ADDT06
ADDT05
ADDT04
ADDT03
ADDT02
ADDT01
ADDT00
PWDA2
PWAD2
L_MUTE
A_MUTE
TRIG_SW
P_MEDIA
REC_SAFE
CAM_SW_C
CAM_SW_B
CAM_SW_A

M_CS
M_RVS

TO MAIN IF
TO AUDIO

S_IN_L
TBC_CS
VDO_CLK
VDO_OUT
VDO_IN

0.0068
0.0068
0.01

TO REG
TO MONITOR,
AUDIO

0R0 R1008

A_MUTE
L_MUTE
PD_L

AUDIO_CS

ASPECT2
ZOOM_T
ZOOM_W
S_SENS
E_SENS
DEW_SENS
MIC3
MIC2
MIC1
V_BATT
0.1

TO MONITOR

IR_WB
IRIS_CS
MRESET
TGFZ_RST
TG_CS
CDS_CS
CCD_CTL
CAM_OUT
CAM_CLK

TO AUDIO

A_MUTE
L_MUTE
PD_L

ADDT12
ADDT11
ADDT10
ADDT09
ADDT08
ADDT07
ADDT06
ADDT05
ADDT04
ADDT03
ADDT02
ADDT01
ADDT00
PWDA2
PWAD2
L_MUTE
A_MUTE
TRIG_SW
P_MEDIA
REC_SAFE
CAM_SW_C
CAM_SW_B
CAM_SW_A
KENTO1
ASTB
KENTO2
DSTB
STRB_CHG
LENS_LED
DRWSEL
CDWE
DV_CS
SHUT_ATT
ZMIC_ATT
DV_RST
PBH
RECH
HID3
CAM_CS
MONI_CHG
CLK27SEL
PSCTL
S_IN_L
LAMP_ON
DV_WAIT
S_DET
P_DET
ADP_H
BATT_H
HP_DET
IRIS_O/C
SHOE_PWM
CHRG_EVR
CAP_REF
DRUM_REF
EM_DET
EXTM_H
IRIS_CS
AVREFOFF
DSP_RST
IRIS_PS
TRG_OUT
CHRG_LED
ANA_IN_H

TO JIG CONN
TO OP_DRV
TO TG/VDR
TO CDS
TO CCD
TO CDS, TG/VDR,
OP DRV
TO JIG CONN

IRIS_O/C
IRIS_MCK
IRIS_CS
RESET
TG_RST
TG_CS
CDS_CS
CCD_CTL
CAM_OUT
CAM_CLK
FL_MD0
M_CS
M_RVS

TALY_LED

560
IRIS_O/C

22K
22K
22K
22K

TO OP_DRV

UMC3N-W

R1056

R1109
R1110
R1111
R1112

TALLY

R1083 22K

Q1011

TO FRONT

BLKC

IF/TX

R1067 330K

TO DVMAIN

V_BATT
TSR
FRP
SPA
SRV_TRK
HID1
OUTV

OSD_HD
OSD_VD
VC0
VC1
VC2
BLKA
VC3
BLKB

DOT_CLK

IR_RMC
V_BATT
TSR
FRP
SPA
SRV_TRK
HID1
OUTV

TO VIDEO I/O
SCLK HD
VD
CS
DATA VC0
RST VC1
VDD VC2
SDR BLKA
XD
VC3
EXD BLKB
TEST TST0
VSS BLKC

R1085
1K

TO FRONT
TO REG

0.1

IC1004
S-89220ACNC-W

0.01

82k

R1047

R1048
10k
C1038

EEP_OUT
EEP_CLK

IC1002
MB90097PFV153-X

C1037

T_BATT

C1018
0.1

C1021
0.1

IC1003
74HC1G00GW-X
SN74AHC1G00K-X
MC74HC1G00DF-X

R1043 1k

C1036

C1040
7p

RTC_INTR

VDO_CLK
OSD_CS
VDO_OUT
TGFZ_RST

CHG_WKUP

TRG_OUT

CS
VCC
SO HOLD
WP
SCK
VSS
SI

BATT_H
ADP_H

DTC143XE-X

CS
VDD
CLK
Xin
SIO Xout
VSS INTR

2.2K

IC1005
M95320-WDW6-X

100k

RTC_IN

C1043
0.1

IC1007
IC-PST3423U-X

C1020

C1017
22/ 6.3V

22/6.3V

TO JIG CONN

AVREFOFF

EEP_CS
EEP_IN

0R0

IC1010
C1019 R1160N251B-X

5

Q1009
2SJ347-X

X1002
NAX0564-001X

100k

R1054
MRESET

R1140

D

RTC_CS
AREG_CLK
AREG_SOR1053

R1050

100K

R1139

R1004
G

R1051 47K

Q1012

GND

S

C1039 0.01

L1002 10µ
C1042
0.1

R1049 62k
R1046

IC1006
RS5C314-X

L1001 10µ

R1003

REM_OUT
AL_3VSYS
AL_3.1V
REG_3.1V

R1096 47K

LIT_3V

TO MAIN_IF

y10460001a_rev0.1

C

2-7

D

2-8

E

F

G

MAIN(REEL) SCHEMATIC DIAGRAM

REEL
5

REG_3.1V

R1711
1K

R1712
1K

TO SYSCON
S_REEL
T_REEL

4

R1702
2.2K
R1701

R1710
120K

82K
R1709

0

0.1

R1713

R1703
2.2K

T

IC1702

C1702

C1703
10/6.3

0.1

M_REG4.8

C1701

3

10K

NJM2407R-W

IC1701

BA10358FVM-W

TO SYSCON
GND

T_RL[+]

2

R1707

T_RL[-]

10K

R1704
2.2K

S_RL[+]
S_RL[-]

R1706

R1708
120K

82K
R1705
2.2K

1

y30266001a_rev0.1

A

B

C

D

2-9

2-10

E

F

G

MAIN(AUDIO AD/DA) SCHEMATIC DIAGRAM

5

TO DSC

TO AUDIO
MD_AU/L

DOBCK2

MD_AU/R

DOMCK2
DOLRCK2

MCLK

LRCK

SDTI

DEM0

DEM1

SDTO

AOUTL

SCLK

AIDAT2

PWAD

EM_AU/L

PWDA

DODAT2

AOUTR

4

EM_AU/R

IC2101

R2101
470

C2106
0.1

R2102
470

VDD

VSS

AINL

3

AINR

VCOM

AK4550VT-X

C2107
0.1

TO SYSCON
PWDA2

C2102

1.0

C2101

1.0

PWAD2

C2104
0.0022

2

T

L2101
10µ

C2103
0.0022

C2108
4.7/6.3

TO REG
REG_3.1V

C2105
T 10/6.3
GND

1

y30281001a_rev0.1

A

B

C

2-11

D

2-12

E

F

G

MAIN(AUDIO) SCHEMATIC DIAGRAM
2SC5658-X

Q2403

TO
REG_3.6V
Q2401

L2401
10µ

2SC5658-X

5

REG_4.8V
REG_3.1V

R2401
4.7k

TO
J101
QNS0233-001

R2402
4.7k
C2402
T 10/6.3

D2652
EMZ6.8N-X
NQR0269-013X

T

C2401
10/6.3

R2408
OPEN

C2404
10/6.3

C2654
OPEN

R2231
1k

C2624
OPEN

C2617
#

R2614
#

100p
CH

OPEN

C2620

C2614

C2612
#
R2608 22k

R2602
2.2k

CN111
QGA1001F1-04X

L2603
NQR0269-013X

TO

C2201
0.1

C2203

C2405

1.0

R2616
#

C2223
0.1

1.0

R2612
#

1.0

C2619
#

C2205

R2605
#

1.0

R2201
220k

Q2601
#

R2603
#

R2202
560k

C2204

R2604
#

Q2201
DTC144EE-X

S_SHUT

L2653
NQR0269-013X

C2651
0.001

R2203
39k

R2204
150k

0.1

C2224
0.1

C2622
#

C2212

TO

0.1

EM_AU/R

R2228

R2610
#

C2216

0.1

C2610

0.001

C2656
0.047

C2211

0.1

C2606

0.0047

C2604
0.022

C2215

0.1

C2210

1.0

C2214

0.1

C2209

1.0

C2213

0.1

8.2k

R2230

33k

C2226
0.1

R2229

33k

C2225
0.1

R2601
2.2k

8.2k

MD_AU/R

EM_AU/L

R2227

MD_AU/L
AU_SIG/R

R2207
33k

R2209
22k

C2602
OPEN
L2602
NQR0269-013X
L2601

R2403
18k

T

R2232
OPEN

C2653
OPEN

C2652
0.001

D2651
UDZS6.8B-X

L2652
NQR0269-013X

C2202

L2651

4

GND

C2613

C2601
OPEN

NQR0269-013X

1.0

C2605

0.0047

C2603
0.022

C2609

0.001

C2655
0.047

3

AU_SIG/L
R2206
33k

R2208
22k

T

C2406
10 /6.3

R2407

TO

10
R2217
R2607
22k
CH

C2611
#

C2615
100p
C2616

C2618
#

#

R2611
#

R2613
#

AIDAT

10

R2609
#

AODAT
C2621
#

AIBCK

IC2201
AK4564VQ

R2615
#

AIMCK
AILRCK

C2623
OPEN

TO SYSCON
SHUT_ATT
BUZZER
LV_CLK
AUDIO_CS

2

LV_OUT
PD_L
A_MUTE
EM_DET_L

TO BATT.TERMINAL

EXTM_H

SPK+
L2402
10µ

R2213
2.7
C2218
0.1

C2217
0.1

R2212
2.7

SPK-

C2403
10/6.3

T

1

y20324001a_rev0.1

A

B

C

D

2-13

2-14

E

F

G

TO MAIN_IF

ADDT00

ADDT01

ADDT02

ADDT03

ADDT04

ADDT05

ADDT06

ADDT07

ADDT08

ADDT09

ADDT10

ADDT11

ADDT12

ADDT13

ADDT14

C3039
0.1

ADDT15

TRST

TDA

TCMK

TDO

CPUDSLOGIC
CPUWAITLOGIC

MON1

CPUWAIT

MON4

XCPUDSTB0

MON5

CPUALE

VSS

INV

MON6

INH

L3004
NQR0006-001X
C3005
10/6.3

DCO3
DCO2

MON11

BRSI1

DCO1

MON12

BRSI0

DCO0

VDDE

YSI3

DYO3

VDDI

YSI2

DYO2

MON13

YSI1

MON14

YSI0

MON15

BRSO3

MON16

BRSO2

MON17

BRSO1

MON18

BRSO0

MON19

YSO3

VSS

YSO2

MON20

YSO1

MON21

YSO0

MON22

AODAT0

MON23

AODAT1

IC3001

MON24
MON25
L3003 OPEN

C3044

DODAT

MON27

VDDI

JCY0152

L3001

NQR0129-002X

C3001
10/6.3

L3012

C3045

NQR0129-002X

C3008
10/6.3

AILRCK

N.C

DIDAT

VDDE

DIMCK

VDDI

OSC11I

VSS

OSC24O

VDDE

OSC24I

VDDE

VCXO12O

VDDI

VCXO12I

VSS

VCXO11O

VSS

VCXO11I

AODAT

AIBCK
AILRCK
10

R3034
2.2k

ADDT15
ADDT14
ADDT13
C3037

ADDT11

C3031

L3008
12µ

0.1
0.1

VDDE

PWR1

VDDE

R3027
10k
C3049

LPFOUT
VDDE

PHYAVD1

PHYAVS3

2200P

C3033
3p

ADDT07
ADDT06
CH

C3034

ADDT05
ADDT04
ADDT03
ADDT02
ADDT01
ADDT00

3p

ADDT15
ADDT14
ADDT13
ADDT12
ADDT11
ADDT10
ADDT09
ADDT08
ADDT07
ADDT06
ADDT05
ADDT04
ADDT03
ADDT02
ADDT01
ADDT00
DRWSEL
CDRE

R3037 C3048
680
0.047

R3036
10K

TO SYSCON

DV_WAIT

EC2C01C-TR-X
R3029
8.2k

CDWE
CDALE
DV_RST

C3029
0.01

CLK27SEL

PHYVDR

SRV_TRK

PHYVDA

TSR

XRESET

PHYFIL

PHYRF

PHYRO

PHYXTPB

PHYXTPA

TRKREF

FRREF

FRRES

VDDI

CLK135O

VSS

CLK27SEL

CLK27O

CLK27I

OSC27O

OSC27I

VDDE

PWM27O

VSS

ADVRL1

ADVRH1

ADAVS1

ADAVD1

ADVIN1

REFCLK

DISCRI

OSC4185O

OSC4185I

VSS

VDDE

VSS

SPA

RECCTL

RECCLK

RECDATA

HSP

HID

SBE

DAAVD1

DAAVS1

DAVREF1

DAVRO1

DAAOUT1

DAAVD0

DAAVS0

DAVREF0

DAVRO0

DAAOUT0

VDDP

VCI4185

VSSP

PBCLKI

PBCLKO

EXDATAI0

EXDATAI1

EXDATAI2

EXDATAI3

EXDATAI4

EXDATAI5

EXDATAI6

EXDATAI7

ADVRL0

ADVRH0

ADVIN0

VSS

ADAVS0

VDDI

PHYTPBIAS

PHYVSA

PHYTPB

VDDE

PHYTPA

PHYVSR
SERVOTRKREF

VSS

C3032
0.001

D3002

N.C
LPFIN

PHYAVD3

ADDT09
ADDT08

C3030

PWMAUDIO
VSS

ADDT10

C3036
8P

VSSP

PWR3

ADDT12

8P

X3002

[NAX0480-001X]

VDDP

SERVOFRREF

R3026
OPEN

TO AUDIO AD/DA
RA3003

VCIAUD

ADAVD0

C3006
1

R3078
OPEN

IC3004
OPEN

OPEN

DIBCK
OSC11O

PHYAVS1
0.01

C3040

DILRCK

VDDE

VDDI

C3046

C3071
OPEN

AIMCK

AIBCK

N.C

PWR2

C3009
1

0Ω
0.1

AIMCK

VSS

PHYAVS2

T

R3077

C3038

AIDAT

PMODE

Q3001
2SC5658/QRS/-X

CLK27A

AIDAT1

BUSRST

R3025
1K

DYI1

VSSP

PHYAVD2

RA3004 10k

DYI2

AIDAT0

MTEST

0.1

DYI3

DYI0

DOBCK

VSS

3

DCI0

47

VDDP

VSS

T

DCI1

RA3002

DOLRCK

N.C

DCI2

47

AOBCK

VDDA
D3004
RB551V-30-X

DYO0
DCI3

RA3001

AOLRCK

MON26
VDDE

0.1

C3004
T OPEN

DYO1

VSS

VDDE

T

OUTH

BRSI2

1000P

4

C3002
OPEN

C3075
OPEN

OUTV

MON10

D3003
EC2C01C-TR-X

C3007
T 47/4

10

OUTH

C3064

NQR0006-001X

R3006

INH

BRSI3

220k

L3005

10

MON9

R3031

0.01

R3005

MON8

220k

C3043

TO CAMERA DSP
INV

OUTV

MON7

C3042
0.01

DV_CS

R3030

GND

XCPUDSTB1

CH

C3003
1

XCPURW

MON3

CH

NQR0129-002X

MON2

R3032

REG_3.1V
REG_2.5V
REG_1.8V

TO SYSCON
XINT

XINT
XCPUCS

VDDI
L3002

R3022 0

CPUBUSTYPE

MON0
VDDE

TO REG

R3021
OPEN

AD0

AD1

AD2

AD3

AD4

AD5

AD6

AD7

AD8

AD9

AD10

AD11

AD12

AD13

AD14

AD15

VSS

VSS

VDDI

VDDE

ADRS0

ADRS1

ADRS2

VDDE

ADRS3

ADRS4

VSS

VDDI

ADRS5

BUSCLK

ADRS6

ADRS7

ADRS8

VSS

ADRS9

VSS

VDDI

ADRS10

EXTREQ

EXTFRP

N.C
C3047 0.1

EXTACCESS

VSS

VDDE

EXTDATA0

EXTDATA1

EXTDATA2

EXTDATA3

VSS

EXTDATA4

EXTDATA5

N.C

EXTDATA6

N.C

N.C

EXTDATA7

N.C

N.C

PBI

N.C

N.C

TTST

NC.

VPD

TBST

DCTEST0

VSS

TRST

N.C

DCTEST1

TDA

TDA

TDI

TRST

TCK

TDO

TCMK

TMS

TMS

TRST

1M

TDO
TMS
TCMK

5

TMS

TDO

MAIN(DVMAIN) SCHEMATIC DIAGRAM

FRP
SPA
HID1
C3050
0.01

TO JIG CONN
FS_PLL

270p

PB_CLK
DISCRI

CH

SBE

C3028

56

56

56

56

R3020 5.1k

R3019

R3018

R3017

R3016

C3027 R3015
0.0047 3.9k

0.01

2.4k

3.9k
R3014

C3055

AGC_OUT

R3013

C3026

1

0.1

MAIN_VCO

C3025

C3024
D3001
EC2C01C-TR-X0.001

CH
R3011
220k

33p

0.1
C3021

2.2µ

C3023

R3007

C3020

5.6k

0.1
C3017

0.1

L3007

150
R3057

0.1
C3016

10k

0.01

TO PRE/REC

R3004

C3015

C3013

R3002

0.01

0.1
C3012

C3011
0.1

10k

R3071 0

2

RA3005 0Ω
NRZ0040-0R0X

J105

2.2k

VREF_1.1

R3008

REC_DATA
REC_CLK
REC_CTL
REF_CLK

R3009
10k

R3010
10k

C3022
0.1

VRB_AGC

TL3001

ATFI
VRB_ATF

C3079
10/6.3

R3075 OPEN

T

L3015

R3051
R3039
OPEN

R3043 OPEN

C3081
OPEN

R3048
R3044

R3052
OPEN

OPEN

4.7k
C3077
0.1

C3078
1

R3050 560

R3046
180
R3047

C3080

㧖

0.001
R3049 560

R3038
10k

0Ω
R3045
OPEN

IC3007
SN74AHC1G04K-X
R3040
OPEN

C3076 OPEN

1

Q3003
2SC5658/QRS/-X
R3041

C3056
OPEN

OPEN

IC3006
JCY0177-W

R3042 OPEN

NQR0006-001X

C3082
0.01

TO OP DRV

R3053
0W

FSPLLCTL
M_VCOCTL
PBVCOCTL
PBPLLCTL

NOTE : The parts with marked ( ) is not used.
A
B

y10461001a_rev0.1

C

2-15

D

2-16

E

F

G

MAIN(VIDEO I/O) SCHEMATIC DIAGRAM

VIDEO I/O
5

L3701
10µ

T

OUT_C2
OUT_C3
OUT_Y0

IC3201

C3739
0.01

OUT_Y1

R3738
680

C3734
5p

CH

C3701
10/6.3

OUT_C1

Q3734
2SC5658/QRS/-X

OUT_C0

R3736
18k
Q3733
EMZ1-W

C3738

0.01

0.01

R3741
1k

C3227

R3739
820

CH

C3735
33p

C3732

R3733
560
CH

0.001

C3733
3p

Q3731
2SC5658/QRS/-X

C3736
0.001

R3732
100

R3740
820

R3731
4.7k

0.01

0.01

㧖

0.01

0.01

㧖

R3208

0.01

0Ω

0.01

C3230 C3229 C3228

0.01

CLK27B

R3207

C3237
0.01

CLK27A

C3234

TBCCTL

C3233 C3232 C3231

0.01
C3235

C3236

0.01

OUT_VS

R3735
1.8k

R3737
18k

JCP8075

OUT_Y3

8.2k

6.8µ

OUT_Y2
OUT_HS

R3734

L3731

C3238

㧖

VSS(8AD)

DCO0

CSO0

VDD(8AD)

DCO1

CSO1

CIN

CSO2

VRH

CSO3

VRL

100

DYO0
DYO1
DYO2
DYO3
INH
INV

RA3202
100
0.01
R3213 100
C3206

R3214 100

YSO0

VRM

YSO1

VDD(8AD)

YSO2

VSS(8AD)

YSO3

VYIN

VDD( I/O)

CLPY

OUTH

IREF1

OUTV

YCOUT

OUTH2

ABAR1

OUTV2

COMP1

ZCNT
C3207

YSOUT

SDOUT

0.01

VREF1

IC3201

VDD( CORE)

VSS(10DA)

VSS

VDD(10DA)

JCP8075

CLK

NC

SDIN

NC

SCLK

VSS(8DA)

VC1

VDD(8DA)

VC2

IREF2

VC3

CROUT

BLK1

ABAR2

BLK2

COMP2

BLK3

CBOUT

HDOUT

VREF2

VDOUT

COUT
VDD( CORE)

CLKOSD

0.1

C3223

0.1

C3222

0.1

Q3735
EMZ1-X

C3740
SW

R3748
470k

R3747
1k

R3745
1.5k

1
OUT

CH

C3745
33p

CH

C3741

C3221

1.0

C3220

0.1

C3219

0.1

VDD( 8DA)

HDCVF

1

SCANI1

AMUTE

RESHD

SCANI3

RESVD

VDD( CORE)

VSS

VDD( I/O)

SDR_ONH

WINH

WINV

WCSI3

WCSI2

WCSI1

WCSI0

WCLK

VSS

VDD( CORE)

MONI2

MONI1

WYSI3

WYSI2

WYSI1

WYSI0

VDD( CORE)

HRP2

HRP1

VDD( I/O)

IPTEST

VCC

ADDATEST

SCANEN

SCANMODE

VIFD_IN

CSYNC

VDD( I/O)

S_IN_L

R3743
100k

IC3731
MM1504XN-X

R3717
OPEN
IC3701
C3708
0.1

R3703
3.3k
C3706
1

BH7612FV

R3716
0

Q3701
EMT1-W

C3713
100/4

C3218

0.1

R3204

820

C3711

22/4

C3217

C3712
100/4

1.0

V_OUT

C3216

0.1

C3215

0.01

22/4
C3709
0.01

Q3701

R3704
300
D3701

VENC_CS

0.01

0.01

0.01

0.01

0.01

VC0

0.01

R3712
1M

TG_RST

R3202

R3203

18k

12k

VC1

Q3702
EMT1-W

R3724
4.7k

C3214

C3213

C3212

C3211

BLKA

C3210

VC3

C3209

C3208

VC2

R3715
10k
R3710
10k

BLKB
R3210
OPEN
TL3211

OSD_VD
DOT_CLK

R3718

0

L3702

OPEN

R3722
130

PSCTL
ANA_IN_H

L3203
NQR0006-001X

R3339
0Ω

L3202

T

1

C3705
OPEN

10µ

㧖

NQR0129-002X
C3202

C3241
OPEN

C3204
10/6.3

R3714
82k

㧖

L3204
R3206

C3201
10/6.3

R3713
100k

R3338

L3201
NQR0129-002X

REG_2.5V

R3711
10k

R3211
OPEN

Q3704
2SA2029/QRS/-X

BLKC
OSD_HD

REG_3.1V

R3707
68
C_OUT

VIFD_CLK

REG_4.8V

R3708
68

C3710

R3706 C3707
3.3k
0.01

VIFD_OUT

2

MAIN_IF

R3709
68

Y_OUT

R3701
270

VSS( 8DA)

VDCVF
VSS

IN2[H]

VCC
C3743
3p

150
820

R3742
100k

GND

R3744
560

R3212 C3240 100p
R3205

IN1[L]

L3732
6.8µ

VSS

100
S2_DET

0.1

C3224

C3744
5p

NC

VC0

SCANI2

R3201

C3225

NC

CS

3

C3747
0.01

0.1

R3746
2.2k

T

DCO3

RA3201

C3226

C3746
4.7

T

DCO2

R3730
4.7k

0.1
VSS

CH

CSI0

CSI1

VCCQ

VSSQ

CSI2

CSI3

VCCQ

VDD( I/O)

VSS

CSI4

CSI5

VDD( CORE)

CSI6

VSSQ

INV

INH

CSI7

VSS

VDD( CORE)

VCC

VDD( I/O)

VSS

YSI0

YSI1

VSSQ

YSI2

YSI3

YSI4

YSI5

VCCQ

VSSQ

YSI6

YSI7

RST

VDD( CORE)

VSS

㧖

VDD( I/O)

VCCQ

IC3202

4

C3731
0.01

C3742

R3209

T

T

C3716
T OPEN

C3205
47/4

C3715
0.01

R3726
4.7k

Q3706
DTC114EE-X

Q3707
DTC114EE-X

R3727
4.7k
LCD_G
LCD_B

C3203
1

Q3705
EMT1-W

LCD_R
VDCVF

REG_1.8V

HDCVF

GND
R3725
130

R3728
130

ASPECT1
ASPECT2

1

NOTE : The parts with marked ( ) is not used.
A
B

y10462001a_rev0

C

D

2-17

2-18

E

F

G

MAIN(PRE/REC) SCHEMATIC DIAGRAM

5
HID3
HID1
PBH
RECH

4

C3531
OPEN
C3530
OPEN

C3527
220p
C3518

R3508
22k

0.01
C3511

C3512
0.1

C3513
0.1

C3514
0.047

0.047

Q3501
OPEN

R3515
OPEN

IC3501
JCY0132

R3514
OPEN

C3532

ATFI

CH

ENV_OUT

R3513
OPEN

0.047

C3529
OPEN

C3515

TL3501

OPEN

TO JIG CONN.

C3516

MONI_CHG

C3517
0.01
0.01

C3519
0.001

TO OP DRV
DUMP_CTL
C3520
0.01

ATF_GAIN

R3507
240

NOSIG_LV
C3521
0.1

RECCADJ

TO HEAD
CN110

3

GND[P/R_GND]
R3506
240

2S
2F

C3522
4.7

GND[P/R_GND]
GND[P/R_GND]
R3505
240

1S
1F

C3523
0.01

GND[P/R_GND]

TO DVMAIN
C3524
0.01

REC_CTL
VREF_1.1

C3525
4.7

AGC_OUT

R3504
240

VRB_AGC
VRB_ATF
ATFI
REF_CLK
REC_DATA
REC_CLK
R3521

R3511
100

L3502

R3503

1k

R3526

C3509

C3510
0.1

0.01

0.01
C3508

R3502

100k

1

0.022

0.01
C3507

R3525

R3527

10µ
NQR0006-001X

L3503
L3504
L3505

TO REG

R3524

NQR0129-002X

L3501

1

R3523

C3506

SN74AHC1G04K-X

C3505

0.01
C3526

IC3502

C3504
0.047

R3522

C3528
0.01

R3501
470

2

NQR0006-001X
NQR0006-001X

C3501
10/6.3

T

C3502
10/6.3

T

C3503
10/6.3

T

REG_4.8V
REG_3.1V
REG_2.5V
GND

y20310001a_rev0.1

A

B

C

2-19

D

2-20

E

F

G

MAIN(CDS) SCHEMATIC DIAGRAM

TO TG/V_DRIVER

5

ADCLK
PBLK

IC4202
BH31FB1WHFV-W

CPOB
SHP
C4216
1

SHD
CDS_3V

VOUT VIN
GND

L4202
10µ

NC

STBY

L4201
10µ
CN102
QGF0532F2-20X

C4217
0.1

C4201
0.1

T C4204
47/4

T

TO CCD
RG

C4206
0.1

C4207

H1
H2
CCD-7.5V

REG_3.6V
GND

C4218 C4205
47/4
0.1

0.1

4

TO REG

R4202
51

CCD-7.5V

DVSS

DRVVDD

DVDD

ADCLK

PBLK

BIAS

D4

AVDD

D3

AVSS

D2

ADCI N

D1

VRM

C4214
0.1

V3
V2

ADIN7

NRZ0034-101W

ADIN6
ADIN5
ADIN4

RA4202 100

ADIN3

NRZ0034-101W

ADIN2

D0

V4

ADIN8

RA4201 100

D5

SCK

CCD_CTL

HD49340HNP-X

BLKC

SDATA

GND

ADIN9

D6

CS

GND

D9
D7

IC4201

CDSIN

C4208
0.012
R4203
33k
C4213
0.1

GND

OBP

BLKFB

DVSS

CCD_OUT

TO CAMERA_DSP
D8

DVDD

GND

SPBLK

BLKSH

C4210
1
C4211
1

VRB

GND

AVDD

VRT

GND

3

AVSS

C4209
0.1

CCD+15V

SPSIG

SUB
CCD+15V

R4204

100

R4205

100

ADIN1
ADIN0

TL4202
GND
TL4201
CCD_OUT

TO SYSCON

C4222
1

0.1

C4215
0.1

CAM_CLK

C4219

2

1

C4221
1

C4220

V1

CAM_OUT
CDS_CS

1

y30282001a_rev0.1

A

B

C

D

2-21

2-22

E

F

G

TDA

TDI

TRST

L4304
NQR0129-002X

TMS

TCMK

MAIN(CAMERA_DSP) SCHEMATIC DIAGRAM

L4305
NQR0129-002X

X4301
NAX0587-001X

TO MAIN_IF
TCMK
TRST

#

#

TMS
TDI

100

100

100

100

R4316

R4315

VSScore

VDDcore

GND

GND

TDO

TDI

TCK

TMS

TRST

GND

GND

VCC

GND

VCC

VCC

GND

VCC

VBGP

VBGEN

VBB_ENA

SECNT1

SECNT0

SERSTB

PLL_TEST

SCAN_ENA

ROM_TEST

SCAN_TEST

JTEST7

JTEST6

JTEST5

JTEST4

JTEST3

JTEST2

VCC

JTEST1

VCC

JTEST0

GND

GND

CCDSEL

CKSEL

USEL

VCC

GND

VCC

GND

TVSEL

OUT_C2
OUT_C1
VDANA

TG_36M

CLK36I

OUTVA

HDIN

HDTG

OUTHA

VDIN

VDTG

ACI3

PBLK

PBLK

ACI2

CPOB

OBCP

ACI1

TMS
TRST
TDI
TDA

OUT_C0

TL4317

OUT_Y3
OUT_Y2
OUT_Y1
OUT_Y0
TBCCTL

OUT_VS
OUT_HS
OUT_C3
OUT_C2
OUT_C1
OUT_C0
OUT_Y3
OUT_Y2
OUT_Y1
OUT_Y0
TBCCTL
CLK27B

ACI0

TL4318

ADIN9

ADIN9

ADIN9

ADIN9

AYI3

ADIN8

ADIN8

ADIN8

ADIN8

AYI2

ADIN7

ADIN7

ADIN7

ADIN7

AYI1

ADIN6

ADIN6

ADIN6

ADIN6

ADIN5

ADIN5

ADIN5

ADIN5

ADIN4

ADIN4

ADIN4

ADIN4

INVA

OUT_VS

INHA

OUT_HS
OUT_C3

AYI0

TO AUDIO

TL4321

ADIN3

ADIN3

ADIN3

ADIN3

ADIN2

ADIN2

ADIN2

ADIN2

ACO3

ADIN1

ADIN1

ADIN1

ADIN1

ACO2

RA4308

OUT_C2

ADIN0

ADIN0

ADIN0

ADIN0

ACO1

10

OUT_C1

VCC

ACO0

VCC

AYO3

GND

AYO2

RA4307

OUT_Y2

GND

AYO1

10

OUT_Y1

TO SYSCON

3

OUT_C3

CLK9BO

TL4311

TO CDS

VCC

CLK9AO

CLK9A

BIST_TEST

CPOB

AVSSP2

PBLK

AVSSP1

VDIN

AVDDP2

VDIN
PBLK

CLK54I

OUT_HS

CLK72O

HDIN

AVDDP1

OUT_VS

HDIN

R4304
22

TCMK

TO VIDEO I/O

TG_36M

CPOB

4

100

C4312
0.1

CLK9A

R4317

CLK9A
TG_36M

R4318

TO TG/V_DRIVER

R4319

TL4310

TL4309

R4303
22

TL4308

TDA

TL4307

OUT

T

C4305
1

R4302

GND

VDD

TL4314

NC

R4301

5

10/6.3

C4306

ADDT15

BUS15

BUS15

BUS15

ADDT14

BUS14

BUS14

BUS14

ADDT13

BUS13

BUS13

BUS13

ADDT12

BUS12

BUS12

BUS12

BUS11

BUS11

S_SHUT

OUT_C0
OUT_Y3

AYO0

OUT_Y0

ANACTL

TBCCTL

TO VIDEO I/O, DVMAIN
CLK27A

C4304
KO
VDDcore

IC4301

0.01

R4314
1k

VSScore

ADDT11

BUS11

ADDT10

BUS10

BUS10

BUS10

ADDT09

BUS9

BUS9

BUS9

CLK27BO

ADDT08

BUS8

BUS8

BUS8

CLK27CO

OUTV

OUTV

ADDT07

BUS7

BUS7

BUS7

CLK27I*

OUTH

OUTH

ADDT06

BUS6

BUS6

BUS6

VDDcore

DCI3

DCI3

ADDT05

BUS5

BUS5

BUS5

VSScore

DCI2

DCI2

ADDT04

BUS4

BUS4

BUS4

OUTV*

OUTV

DCI1

DCI1

ADDT03

BUS3

BUS3

BUS3

OUTH*

OUTH

DCI0

DCI0

ADDT02

BUS2

BUS2

BUS2

DCI3*

DCI3

DYI3

DYI3

ADDT01

BUS1

BUS1

BUS1

DCI2*

DCI2

DYI2

DYI2

ADDT00

BUS0

BUS0

BUS0

DCI1*

DCI1

DYI1

DYI1

CDWE

CDSTB

CDSTB

WE

DCI0*

DCI0

DYI0

DYI0

CDRE

CRWSEL

CRWSEL

RE

DYI3*

DYI3

INV

INV

CALE

CALE

AS

DYI2*

DYI2

INH

INH

MFLD

CAM_CS

CS

DYI1*

DYI1

HDCPU

DYI0*

DYI0

CDALE
MFLD
OMT

OMT

DSP_RST

DSP_RST

CAM_CS

CAM_CS

CLK27AO*

JCY0183

R4313

22

R4312

22

TO DVMAIN

TL4315

VDCPU
MFLD

TL4313

MVD
OMT
TL4320

TL4301

TL4319

DSP_RST

INV*

INV

FRP

INH*

INH

OMT

DCO3*

CLR

DCO2*

VCC

DCO1*

VCC

DCO0*

VCC

DYO3*

GND

DYO2*

GND

DYO1*

GND

DYO0*

FLDCPU

TO REG
GND

SDRV

TO OP DRV
XAVD

VSScore

CAM_VD

VDMDA

VDDcore

IRIS_PWM

PWM

CLK4M5

VSScore

GND

TO DSC

IC4302
DSYIO7

R1160N121B-X

DSYIO6
DSYIO5
EC

L4301
NQR0129-002X

DSYIO4

CE

DSYIO3

GND
Vout

VCC

VSScore

VDDcore

GND

VCC*

GND

VSScore

VDDcore

VCC

FLDDSC

VDDSC

HDDSC

CLKDSC

DSCIO7

DSCIO6

DSCIO5

DSCIO4

DSCIO3

DSCIO2

DSCIO1

DSCIO0

DSYIO7

DSYIO6

DSYIO5

DSYIO4

DSYIO3

DSYIO2

DSYIO1

DSYIO0

VSScore

VDDcore

GND

VCC*

VSScore

VDDcore

GND

VCC

DSCO7

DSCO6

DSCO5

DSCO4

DSCO3

DSCO2

DSCO1

DSCO0

DSYO7

C4311
0.1

DSYO6

VDDcore
DSYO5

GND

2

DSYO4

VSScore

DSYO3

GND

DSYO2

VDDcore

DSYO1

GND

DSYO0

IRIS_PWM

GND

VSScore

VCC

CLK4M5

VCC

VSScore

VSScore

VDDcore

VCC*

VCC

VSScore

VCC

VDDcore

CLK4M5
IRIS_PWM

REG_1.8V

GND

CLK45
R4306
22

CAM_VD

XAHD
CAM_VD

REG_3.1V

MDRV

DSYIO2

VDD

DSYIO1
DSYIO0

C4303
T 10/6.3

T

C4302
10/6.3

C4301
10/6.3

T

DSCIO7
DSCIO6
DSCIO5
DSCIO4
DSCIO3
DSCIO2

L4303
NQR0129-002X

100

RA4304

CLKDSC
HDDSC

C4307
T 10/6.3

T

C4308
10/6.3

VDDSC
FLDDSC
DSYO7

FLDDSC

VDDSC

HDDSC

CLKDSC

R4307
DSCIO7

DSCIO6

DSCIO5

DSCIO4

DSCIO3

DSCIO2

DSCIO1

DSCIO0

DSYIO7

DSYIO6

DSYIO5

DSYIO4

DSYIO3

DSYIO2

DSYIO1

DSYIO0

DSCO7

DSCO6

DSCO5

DSCO4

DSCO3

DSCO2

DSCO1

DSCO0

DSYO7

DSYO6

DSYO5

DSYO4

DSYO3

DSYO2

DSYO1

C4310
0.1

DSYO0

DSCIO1
DSCIO0

22

100

RA4303

100

RA4302

C4309
0.1

100

RA4301

L4302
NQR0129-002X

DSYO6
DSYO5
DSYO4
DSYO3
DSYO2
DSYO1
DSYO0
DSCO7
DSCO6
DSCO5
DSCO4

1

DSCO3
DSCO2
DSCO1
DSCO0

DSYIO7
DSYIO6
DSYIO5
DSYIO4
DSYIO3
DSYIO2
DSYIO1
DSYIO0
DSCIO7
DSCIO6
DSCIO5
DSCIO4
DSCIO3
DSCIO2
DSCIO1
DSCIO0
CLKDSC
HDDSC
VDDSC
FLDDSC
DSYO7
DSYO6
DSYO5
DSYO4
DSYO3
DSYO2
DSYO1
DSYO0
DSCO7
DSCO6
DSCO5
DSCO4
DSCO3
DSCO2
DSCO1
DSCO0

y10463001a_rev0.1

A

B

C

2-23

D

2-24

E

F

G

MAIN(OP DRV) SCHEMATIC DIAGRAM

OP DRV
R4720
R4719

IC4704
NJM3414AV-X

R4716

NJM2143R-X

GND

VCC

R4717
10k

R4718
100k

R4723
10k
R4724
10k

C4710

10k

330

R4722
33K

R4721

VCC

C4709
0.1
R4713

IC4703
TA75W01FU-X

68K

R4714

4.7k

R4709

R4707
24k

R4708

R4701
10k

R4715

GND

IC4702
TA75W01FU-X

1k

C4704
0.1

C4712

0.1
C4711

100k

R4711

C4708

VCC

C4707
0.1

Q4701
2SC4655/BC/-X

0.01

100k

GND

HGOUT_11M

R4712
4.7k

R4706
1M

C4706
R4710

HGVSS_1-

R4704
15k

GND

IC4701
TA75W01FU-X

VCC

R4703
68k

C4703
0.1

R4702

C4701

68k

5

R4705
560k

C4705 1µ

R4736

0.1

HGVCC_1+

T

HGOUT_1+

10 /10

C4702

NQL38DK-100X
L4701
10µ

0.1
HGOUT_1HGVSS_1HGOUT_1+
HGVCC_1+

TO SYSCON
HALL_AD
IRIS_O/C

4

IRIS_PWM

TO CAMERA_DSP

D4901

10 /10

REG_3.1V

0.1

NJM3414AV-X

R4911
100

C4917

R4907
1M

R4948

10K

R4910
100

C4904

10K

R4945
10K

R4936

REG_4.8V

0.1

VIFD_CLK
VIFD_IN
IRIS_CS
IRIS_PS

C4912
C4913

100

68K

R4914
100K

R4912

VIFD_OUT

IC4902

R4947
8.2K

C4910

R4908
4.7K

0.01
C4909
680K

R4906

C4911

C4907
C4908
0.1

T

TO SYSCON

3

R4922

C4903
0.1

0.1

8.2K

L4902
NQL38DK-100X
10µ

R4903

C4902

C4906
R4904 10K

24K
10K

T
10 /6.3

0.1

R4901
R4902

R4905
15K

L4901
NQR0129-002X
C4901
0.1

1M

R4909

RB751V-40-X

R4949

IC4901

TG_RST
JCY0207

IRIS_MCK

TO
CAMERA_DSP

XAVD
XAHD
IR_OUT
TL4903
R4935
100K

0.1
C4905

GND

2

R4923
12K
R4924
12K

C4916

DUMP_CTL

C4915 120p

ATF_GAIN
NOSIG_LV
FSPLLCTL
M_VCOCTL

TO
DVMAIN

C4914
68p

0.1

RECCADJ

TO
PRE/REC

TO OP BLOCK

PBVCOCTL

CN107

PBPLLCTL

Z_PTR_AD

4.7

R4957

4.7

270

C2( W3)

SCLK

VSEN_HB

FOCUS03
FOCUS04
FOCUS01
ZOOM04
ZOOM03
ZOOM02

B2( N4)

ZOOM01

ORSB

NQL38DK-100X
L4955
10µ
C4954

B1( N2)

RESET

FOCUS02

VMB

A2( N3)

OSCIN

ORSA

1K

VSEN_LB

NC

C4955
T

!
F4951
NMFZ007-R25X-K

C4951
0.1

C4952
10 /10

T

C4957
22p

T

C4958
22p

C4956

C4953
0.1

0.1

4.7

!
F4952
NMFZ007-R20X-K

R4960

OP_THRMO

REG_3.1V

NOTE : The parts with marked ( ) is not used.
A
B

R4954

SDATA

4.7

F_PTR_AD

GND

1K

F_PTR_AD

NC

R4959

F_PTR_AD
OP_THRMO

NC

NC

Z_PTR_AD

NQL38DK-100X
L4954
10µ

AN41902A

MCSELECT

VMD

Z_PTR_AD

M_REG4.8

R4953

VD

R4955 100

TG_RST

TO
SYSCON

1K
1K

A1( N1)

CLK4M5

CAM_CLK

IC4951

NC
NC

VCC3

R4952

VSEN_HA

1

F/Z_CS

TO CAMERA_DSP

VSEN_LC

VSEN_LA

R4951

CAM_VD
CAM_OUT

TEST3
NC

NQR0129-002X

TO CAMERA_DSP
TO
SYSCON

VSEN_HC

GND5D

L4953

TEST2

VCC5D

LENS_LED

OP_THRMO

VMC

TEST1

TO SYSCON

DTC114EM-X
Q4951

ORSC

C1( W1)

NC

ORSD

D2( W4)

NC

VMD

D1( W2)

VSEN_HD

TEST0

VSEN_LD

GND5A

VCC5A

R4956

R4961

10 /10

10 /6.3

y10464001a_rev0.1

C

D

2-25

2-26

E

F

G

MAIN(TG/V_DRIVER) SCHEMATIC DIAGRAM

5

SYSCOM
CCD_CTL
TG_RST
CAM_CLK
CAM_OUT
TG_CS
CN102
QGF0532F2-20X
L5006
10µ

L5007
NQR0129-002X

RG
H1

C5018
0.1

H2
CCD-7.5V

C5017
47/10

CCD-7.5V

T

C5016
10/10

REG+CCD
GND

SUB

4

REG_3.6V

T

C5021
4.7/20

CCD+15V

C5022
0.1

C5019
0.1

C5015
0.1

CCD+15V

T

C5010
4.7/20

REG-CCD
REG_3.1V

T

GND
GND

L5004
10µ

GND

L5005
NQR0129-002X

GND

CLKI

VDI

TEST3

HDI

WEN

SSI

VGAT

GND

SEN

GND

C5023
0.1
VDD3

CCD_CTL

C5014
0.1

V4

SGMOD

V3

VM

TEST2

V2

V2

XPBLK

V1

V4

VH

T

V3
SUB

D

NC

R5002

10

SHD

C5013

0.1

SHP

C5012

0.1

CPOB

AVD( H)

CL

CLD

GND

VDD1

RST

TEST1

GND

ADCLK

H2
R5020
10

L5001
NQR0129-002X
L5002
10µ

IC5002

L5003
10µ

CY2302SC-1-X

10

0.1

10

R5005

R5004

C5006

0.1

1

C5029
1
T
C5003
22/6.3

C5005

VOUT

IC5003
C5001
0.1

XSHP
AVD( CDS)
XCLPOB

C5004

VIN

PBLK

DSGAT

C5027
0.1

GND

10

VL

C5026
0.1

VDD4

STBY

R5003

XSHD

GND( H)

C5025
1/35

CXD3602AR

GND( RG)

3

CDS_3V

GND( CDS)

H1

C5024
0.1

T C5020
10/6.3

XCLPDM

IC5001

RG

R5019
100k

L5008
10µ

NC

AVD( RG)

D5001
1SS355-X

V1

C5028
0.1

VDD2

T

C5009
10/6.3

C5011
0.1
T
FBI

BH33FB1WHFV-W
C5007
0.1

IN

C5008
47/4

OUT2

R5017
100

GND

SGEN

GND

SSCK

CCD_OUT

VDD

GND OUT1
FS0

2

FS1

C5030
22p

CAMERA_DSP
HDIN
VDIN

R5006

10

CLK9A

R5010

10

TG_36M

R5009

10

1

y20325001a_rev0.1

A

B

C

2-27

D

2-28

E

F

G

MAIN(REG) SCHEMATIC DIAGRAM

TO SYSCON
TO
BATT. TERMINAL

I_MTR

BATT_+

82k
Q6701

J104

G

L6701
10m
C6101
0.1

!
F6101
2.0A

0.25W
NRV142F-R20X

DG1M3-X

33k

SSM3J14T-X

10µ

R6705

R6702
100k
D6701
DG1M3-X

L6102

C6702
1

NMFZ007-2R0X-K

QNA0037-002

TO SYSCON
V_BATT

C6701
1

L6101

R6704

R6701
0.2

D6702

D

S

5

10m

R6703
12k

TO SYSCON
ADP_L

C6103
0.1

TO MDA

R6113
1k

M_UNREG
RESET
AREG_SO
AREG_CLK

TO SYSCON

REG_CS
C6105
1

C6106
10/20

C6109
0.1

C6108
1

C6107
1

T

C6110
0.1
REG_3.6V

L6201

4

C6112
1

GND

C6111
1

C6114
1

A

CA

S

NC

G

D

39µ

Q6201
QS6U24-W

C6201
1

C6202
10

REG_2.5V

R6207
18k

R6204
13k

C6205
1

R6208
12k

R6241
0Ω

L6202

R6102
750

C6115
0.1

CS

SCLK

A

CA

S

NC

G

D

C6208
0.0047

Q6203
QS6U24-W

C6206
1

IN7+

FB10

IN7-

IN10-

R6210
12k

C6207
10

REG_4.8V
M_REG4.8

22µ Q6205
2SA1577/RS/-X

R6211
15k

VFREG4.8
R6216
10k

R6105
5.6k
FB7

OUT10

IN8+

PGND1

!

R6106
22k
C6116
0.1

IN8-

L6203

F6201
NMFZ007-1R25X-K

OUT7P

A

CA

S

NC

G

D

C6117
0.033

C6118
560p

3

REG_1.8V

39µ

L6204

VREG2

RST

SDATA

DGND

VCC1

VREF2

CREF

VREF1

IBW

VREG1

IN9-

FB9

IN9+

GND

R6104
33k

R6103
6.2k

CHRG_EVR

Q6202
2SA1577/RS/-X

C6204
560p

C6113
1
R6101
10k

TO SYSCON

REG_3.1V

R6206
1k

R6205
47k

R6202
27k

C6203
0.001

FB8

OUT7N

IN1-

OUT1

IC6101

FB1

C6119
0.0027

TO SYSCON

R6214

C6211
0.001

VF_CTL
Q6206
DTC124TM-X

C6228
C6210
10

R6215
4.7k

OUT2

FA3698F

OUT3

IN2FB2

C6120
560p

18k

Q6204
QS6U24-W

C6209
1

R6217
1.5k

R6213

39µ

OUT4

FB3

OUT5

CA

S

NC

G

OUT6

IN3-

A

L6205

TO MDA

47µ

DRUM_PWR
R6219
24k

D

C6212
1

R6222
DRUM_ERR

12k

C6213
1

Q6207
QS6U24-W

C6214
0.068

R6220
3k

R6221
100k

TO SYSCON

R6223

D_GAIN
10k

C6121
0.022

IN6-

PGND2

FB6

VCC2

C6134
1

R6107
4.7k

OUT11

CSS3

CSS2

CSS1

CSS5

CSS4

VDRV

CP

RT

GND

CT

FB5

IN5-

IN5+

FB4

IN4-

CA

S

NC

G

C6133
0.001

FB11

R6228
47k

R6225
47k

D

CAP_ERR

C6216
1

Q6208
QS6U24-W

C6215
1

CAP_PWR

47µ

C6217
1

R6226
5.6k

IN11-

SHUTDOWN

IN4+
C6122

TO MDA

L6206
A

Q6209 SSM3J14T-X

D

S

G
0.01

TO TG/V_DRIVER

Q6210
2SC5658/QRS/-X
C6219
1

C6221
0.001

D6201
RB480Y-W

C6218
1
C6224
1

C6132

0.01
C6131

0.01

0.01
C6130

C6129

0.047
C6128

0.1
C6127

0.047
C6126

C6123
0.1

R6110
15k

R6109
82k

C6125
100p

2

C6124
0.1

R6108
82k

R6227
27k

C6220
1

L6207
220m

R6230
47k

R6229
2.7k

R6231
3.3k

REG+CCD

L6208
10µ

R6232
12k

REG_8.5V

C6222
0.1

R6233
20k

C6223
R6236
10k
C6227
1

R6234
82k
D6203
RB480Y-W

TO TG/V_DRIVER

Q6212
EMT1-W

REG-CCD

C6225
1
R6235
82k

Q6211
2SC5658/QRS/-X

R6237
33k
R6240
1k

Q6001
FML9-W

!
F6001

!

R6001
220k

R6002
470

!

R6003
1k

E

Vss

Vin

Vout

C6002
1

R6004
680

C6003
150p

!
D6001
RB706D-40-X

L6001
Ca

EXT

R6005
51k

AL_3.1V

R6007
C6007

Vo
GND
CE

IC6001
XC6202P33M-X
R1224N102G
C6004
1

NOTE : The parts with marked ( ) is not used.
A
B

39m

IC6002

Vin
C6001
0.1

LIT_3V

C

B
A

1

!
D6002
RB715F-X

NMFZ007-1R0X-K

C6005
10

R6006
24k
T

C6006
10/6.3

TO FRONT

C6009

LITHIUM

y10465001a_rev0.1

C

D

2-29

2-30

E

F

G

MAIN(DSC) SCHEMATIC DIAGRAM

TO REG

L8005
NQR0129-002X

REG_1.8V
REG_3.1V

5

GND
T

R8017

R8018

C8022
10/6.3

10k
C8021
0.01

TL8015

TO SYSCON
FLSH_RST

0Ω

0Ω

R8021

R8019

D15

D14

D13

D12

D9

D11

D8

D10

D7

D6

D5

D4

D3

D2

D1

D0

A19

A18

A17

A16

A15

A14

A13

A12

A9

A11

A8

A7

A10

A6

A5

A4

A3

A2

A1

A0

FLSH_OE

EM_CS2

R8022
0‘

DSC_DT_OUT
DSC_DT_IN
DSC_CS
MXDT_OUT

A0

FLSH_CE

Vss

R8023
4.7K

DSC_STS
CAPT_REQ
MMC_CD

SDI1

SDO1

SDI2

SDO2

SCLK1

SCLK2

SDI3

SDO3

SCLK3

SDEN3

NC

RESERVE

ARM_D15

ARM_D14

ARM_D13

ARM_D12

ARM_D11

ARM_D10

ARM_D9

ARM_D8

ARM_D7

ARM_D6

ARM_D5

ARM_D4

ARM_D3

ARM_D2

ARM_D1

ARM_D0

ARM_A22

ARM_A21

ARM_A20

ARM_A19

ARM_A18

ARM_A17

ARM_A16

ARM_A15

ARM_A14

ARM_A13

ARM_A12

ARM_A11

ARM_A10

ARM_A9

ARM_A8

ARM_A7

ARM_A6

ARM_A5

ARM_A4

ARM_A3

ARM_A2

ARM_A1

ARM_A0

EM_OE

EM_WE

EM_RNW

EM_BEL

EM_BEH

EM_CS4

EM_CS3

EM_CS2

EM_CS1

PWDN

EM_CS0

RESET

EMU1

EM_WIDTH

R8027 10k

R8029 10k

R8030 10k

R8028 10k

A1

A2

A3

A4

A5

A6

DSC_WKUP

A7

A17

A18

RY/BY

NC

NC

RESET

FLSH_WE

NC

A19

A8

A9

A10

FLSH_OE

DQ0

DQ8

DQ1

DQ9

DQ2

DQ3

DQ10

Vcc

DQ11

DQ4

DQ12

DQ5

DQ13

DQ6

DQ14

DQ7

DQ15/A-1

IC8003
MR27T1602F1GULA
A11

A12

A16

Vss
A13

A14

A15

BYTE

R8025
4.7K

FLSH_WE

DSC_CLK
FLSH_CE

D0

D8

DSC_RST

R8032
0Ω

FLSH_OE

D1

D9

D2

D3

D10

D4

D11

D5

D12

D6

D13

D7

A16

D14

C8024
0.1
D15

C8023
0.1

TXD2

FLSH_CE

D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
A10
EM_CS2
FLSH_OE
FLSH_WE

D3
D4
D5
D6
D7
D8
D9
D10

DQ17

DQ18
DQ19
DQ20
DQ21
DQ22
DQ23

D11

DQ30

DQ18

DQ29

VDDQ

VSSQ

DQ19

DQ28

DQ20

DQ27

VSSQ

VDDQ

DQ21

DQ26

DQ22

DQ25

VDDQ

VSSQ

DQ23

DQ24

VDD

SDR_RAS

DQ31

SDR_CLK
DQ30

R8031 10

DQ29

HDIN

SDR_CS

VDIN

SDR_CAS

CLKIN1

SDR_RAS

CLKIN2

SDR_CLK

C8019

TO CAMERA_DSP
DSCIO0

DSCIO0

RA8004

DSCIO1

DSCIO1

100

DSCIO2

DSCIO2

DSCIO3

DSCIO3

DSCIO4

DSCIO4

RA8003

DSCIO5

DSCIO5

100

DSCIO6

DSCIO6

DSCIO7

DSCIO7

DSYIO0

DSYIO0

RA8002

DSYIO1

DSYIO1

100

DSYIO2

DSYIO2

DSYIO3

DSYIO3

DSYIO4

DSYIO4

RA8001

DSYIO5

DSYIO5

100

DSYIO6

DSYIO6

DSYIO7

DSYIO7

DSCO0

DSCO0

DSCO1

DSCO1

DSCO2

DSCO2

DSCO3

DSCO3

DSCO4

DSCO4

DSCO5

DSCO5

DSCO6

DSCO6

DSCO7

DSCO7

DSYO0

DSYO0

DSYO1

DSYO1

DSYO2

DSYO2

DSYO3

DSYO3

DSYO4

DSYO4

DSYO5

DSYO5

DSYO6

DSYO6

DSYO7

DSYO7

TL8005

FLDDSC

FLDDSC

TL8004

HDDSC

HDDSC

TL8003

VDDSC

VDDSC

R8012

0Ω

CLKDSC

CLKDSC

R8011

0Ω

TL8007

TL8006

DSCIO0
DSCIO1
DSCIO2
DSCIO3
DSCIO4
DSCIO5
DSCIO6
DSCIO7
DSYIO0
DSYIO1
DSYIO2
DSYIO3
DSYIO4
DSYIO5
DSYIO6
DSYIO7
DSCO0
DSCO1
DSCO2
DSCO3
DSCO4
DSCO5
DSCO6
DSCO7
DSYO0
DSYO1
DSYO2
DSYO3
DSYO4
DSYO5
DSYO6
DSYO7
FLDDSC
HDDSC
VDDSC
CLKDSC
CLK27B

R8008
560

DQ27
DQ26
DQ25
DQ24

VSS

D13
D15

C8020

R8009
1M

DQ28

D12
D14

MMC_DIN

MXO
MXI

DQ31
VDDQ

SDR_CKE

PLL_VDD1

D2

VDDQ

DQ16
VSSQ

SDR_CAS

TO SD

FID

PLL_VDD2

D1

VSV

YIN7

SDR_WE

PLL_GND1

D2

SDR_CS0

SDR_DQMLL

PLL_GND2

D1

DQ17

TL8014

YIN6

C8018
0.1

C8026
0.1

A10

R8005 22
C8014
0.1

22

2

D0

SDR_CKE

SDR_DQMHH

SDR_DQMLH

R8041

D0

SDR_WE

YIN5

C8013
0.1

VDDQ

DQ16

TO USB

SDR_A3

YIN4

SDR_DQMHL

C8012
0.1

VDD

DQM3

SDR_DQMLL

YIN3

SDR_DQMHH

DSP_CLKS

DQM2

SDR_A4

SDR_DQ0

22

SDR_DQMHL

SDR_DQMLH

YIN2

10k

SDR_A2

SDR_DQMHL

SDR_A5

SDR_DQ1

R8002

SDR_A1

SDR_A6

YIN1

C8003
0.1

SDR_A0

YIN0

SDR_DQ2

R8042

A3

SDR_DQMHH
SDR_A10

SDR_DQ3

DSP_BCLKX

A4

A2

DQ0

CIN7

DSP_BCLKR

A1

C8027
0.1

TL8013

CIN6

SDR_DQ4

DSP_BFSX

A5

DQ1

SDR_DQ5

DSP_BFSR

A0

SDR_A7

CIN5

DSP_BDX

A6

DQ2

CIN4

SDR_DQ6

DSP_BDR

A10

DQ3

SDR_A8

CIN3

SDR_DQ7

22

A7

SDR_A9

CIN2

SDR_DQ8

R8036

BA1

DQ4

SDR_DQ9

SCAN

A8

SDR_CKE

CIN1

TEST0

A9

BA0

DQ5

CIN0

SDR_DQ10

TEST1

VSSQ

SDR_CLK

SDR_DQ11

C8010
0.1

CKE

DQ6

YIO7

C8009
0.1

CLK

CS

DQ7

SDR_DQ12

C8008
0.1

SDR_A13

RAS

DQ8

SDR_DQMLH

YIO6

C8007
0.1

SDR_A14

NC

SDR_DQ13

CGND4

SDR_CS0

NC

YIO5

CGND5

SDR_RAS

VSS

CAS

DQ10
DQ9

DQM1

WE

SDR_A11

SDR_DQ14

CGND6

SDR_CAS

DQ11

YIO4

CGND7

A11

DQ8

SDR_DQ15

CGND8

DQ8

VSSQ
DQM0

SDR_WE

VDDQ

DQ7
VDD

SDR_DQMLL

DQ12

YIO3

CGND9

VSSQ

DQ7

DQ13

SDR_DQ16

DVDD1

DQ9

DQ14

DQ9

YIO2

DVDD2

DQ6

DQ10

YIO1

0.1

DQ10

DQ15

YIO0

SDR_DQ17

DVDD3

DQ5

TMS320DSC24GHKL

SDR_DQ18

DVDD4

VSSQ

CIO7

DVDD5

VDDQ

CIO6

SDR_DQ20

C8006

DQ11

DQ16

CIO5

SDR_DQ21

0.1

DQ4

DQ17

DQ11

CIO4

SDR_DQ22

SDR_DQ19

DQ18
DQ12

IC8001

DVDD6

DQ12

CIO3

C8005

VDDQ

DQ3

DQ19

SDR_DQ24

DVDD7

DQ13

VSSQ

DQ20

DQ13

CIO2

DVDD8

DQ2

DQ21
DQ14

SDR_DQ25
SDR_DQ23

DQ22

DQ15

CIO1

DVDD9

DQ6

DQ14

SDR_DQ26

C8004
0.1

DQ5

VSSQ

DQ1

CIO0

DVDD10

3

DQ4

DQ15

VDDQ

GIO0

SDR_DQ27

DVDD11

DQ3

DQ0

SDR_DQ28

DVDD12

DQ2

GIO1

DGND1

DQ1

VSS

GIO2

SDR_DQ29

DGND2

VDD

DQ0

DQ23

GIO3

SDR_DQ30

DGND3

T

GIO4

SDR_DQ31

TEST2

DQ24

GIO5

SDR_A0

TEST3

DQ25
C8025
10/6.3

GIO6

SDR_A1

TEST4

DQ26

SDR_A2

CVDD1

DQ27

SD_WP

CVDD2

DQ28

GIO7

CVDD3

DQ29

IC8002
K4S643233F-SE75

SDR_A3

CVDD4

DQ30

MMC_CD

CVDD5

DQ31

MMC_CS

GIO8

CVDD6

SDR_A0

GIO9

SDR_A4

CVDD7

SDR_A1

GIO10

SDR_A5

CVDD8

SDR_A2

SDR_A6

CVDD9

SDR_A3

MMC_DOUT

CVDD10

SDR_A4

MMC_CLK

GIO11

DGND4

SDR_A5

GIO12

DGND5

TDO_DSC

GIO13

SDR_A7

DGND6

SDR_A6

DGND7

TRST_DSC

GIO14

DGND8

SDR_A7

SDR_A8

DGND9

TDI_DSC

GIO15

SDR_A9

USB_DN

SDR_A8

SDR_A10

USB_DP

TCK_DSC

GIO16

SDR_A11

M48XO

SDR_A9

GIO17

SDR_A12

M48XI

TMS_DSC

GIO18

SDR_A13

CVDD11

SDR_A10

SDR_A14

CGND1

EMU1

GIO19

CGND2

SDR_A1
1

GIO20

TMS

CGND3

SDR_A13

RXD2

TCK

USB_VDD

A0

A1

A2

A3

A4

A5

A6

A7

A17

A18

FLSH_WE

A19

A8

A9

A10

A11

A12

A13

A14

A15

SDR_A14

L8006
NQR0006-001X

RESERVE

TDI

TXD2

R8033
0‘

TXD1

TDO

TO JIG CONN.

4

RXD1

TRST

TL8016

R8016
10K
RXD2

EMU0

512FS2

XO

512FS1

XI

DVDD AVDD
33M2

27M2

FSEL

27M1

33M1

VSS2

OE

VDD2

EM_CS2

IC8004
BU2360FV-X
C8001
10 /6.3

T

C8002
10 /6.3

T

R8037
220

R8007
1K

L8004
NQR0006-001X

DVSS AVSS

FLSH_OE
FLSH_WE

C8017
0.01

Q8001
2SA1774/RS/-X

C8016
1

C8015
0.1

T

USBDOWN
GIO3

C8011
10/6.3

GIO6
GIO15

L8003
NQR0129-002X

TO AUDIO AD/DA
DOMCK2

L8001

DOBCK2

NQR0129-002X

L8002

1

DOLRCK2

NQR0129-002X

DODAT2
AIDAT2

NOTE : The parts with marked ( ) is not used.
A

B

y10439001a_rev0.1

C

2-31

D

2-32

E

F

G

MAIN(USB) SCHEMATIC DIAGRAM

5
C8308

X8301
NAX0612-001X

REG_4.8V
C8301
10/6.3
GND

T

TO DSC

C8306
0.1

C8307
0.1

L8301
NQR0129-002X

TO REG

C8309

GIO3

GIO3
GIO6

GIO15

GIO15

EM_CS2

EM_CS2

FLSH_OE

FLSH_OE

FLSH_WE

FLSH_WE

D0

D0

D1

D1

D2

D2

FLSH_WE

D3

D3

FLSH_OE

D4

D4

A10

D5

D5

D0

D6

D6

R8314
1M
R8313
0Ω

4

EM_CS2

GL
GIO3

CS

WR
RD
A0

WAKEUP
10k

AD

SUSPEND

IC8301
ISP1181ABS

DREQ
DACK

D8

D1

D9

D9

D2

D10

D10

D3

D11

DATA3

INT

DATA4

READY

DATA5

DATA8

DATA9

DATA6

D8

D9

D10

D11

D12

D13

D14

D15

C8310

BCNF1

DATA15

BCNF0

VREF( 5.0)

SDRD

D11

D4

D12

D12

D5

D13

D13

D6

D14

D14

D15

D15

A10

A10

0.1

0.1

3

DATA2

GND

GIO6

C8311

GND
DATA1

SDWR

DATA10

10k

DATA11

R8306

DATA13

10k

DATA14

R8307

DATA12

10k

D7

D8

VCC( 3.3)

EOT
R8308

D7

DATA7

R8309

D7

GIO15

R8310
15k

ALE

RESET

GND

XTAL2

VCC

CLKOUT

VBUS

USBSENS

XTAL1

22

D-

0.1
C8305

REGGND

R8303

USB_DN

22

D+

R8302

VREG( 3.3)

TO MAIN_IF
USB_DP

DSC_RST

GIO6

TL8305
R8315
1M

DSC_RST

R8317
150k

TO SYSCON/DSC
USBDOWN

2

R8316
100k

1

NOTE : The parts with marked ( ) is not used.
A

B

y20312001a_rev0.1

C

D

2-33

2-34

E

F

G

A
B
C

2

2-35

D
2-36

E

M_REG4.8

4
CN304

LOAD_REV

LOAD_FWD

DEW_SENS

GND

F
G

TO LOADING MOTOR

GND

CAM_SW_A

CAM_SW_B

CAM_SW_C

GND

D_PFG[+]

D_FG[-]

D_COIL_U

D_COIL_V

D_COIL_W

COIL_COM

D_PG[-]

CN302

GND

DRUM_PWR

DRUM_ERR

GND

CAP_PWR

CAP_ERR

CAM_SW_C

CAM_SW_B

CAM_SW_A

DRUM_REF

DEW_SENS

CAP_REF

L_FRB

LD_ON

DRUM_FG

DRUM_PG

MDA_PS

CAP_FG

C_FRB

CN301

M_UNREG

REG_3.1V

HG_U[-]

HG_V[-]

HG_W[-]

HG_BS[-]

HG_BS[+]

HG_W[+]

HG_V[+]

HG_U[+]

C_COIL_V

C_COIL_U

C_COIL_W

MDA_2.9V

C_FG[-]

GND

C_FG[+]

MDA(MDA_IF) SCHEMATIC DIAGRAM

TO ROTARY ENCODER

5
CN303

3

CN305

1

y30270001a_rev0.1

MDA(MDA) SCHEMATIC DIAGRAM
TO SYSCON
DRUM_PG
DRUM_FG
R1630

0
TL1612

C_FRB

D1604
DAP222-X

TL1618

CAP_FG
CAP_REF

R1631

R1639

DRUM_ERR

0

C1632
0.47

DRUM_PWR

GND

TL1602
!

TL1613

0
C1607
0.047

LD_ON
L_FRB

R1640

0

NMFZ007-R20X-K
F1601

R20

560k

L1601
1
NQL382M-100X
C1631
TL1620
T 10/6.3

R1629

R1620

10k

TL1617

0

R1642

R1641

R1621

MDA_PS

68k

TL1619

0

5

TO REG

TL1601

DRUM_REF

F1602
R50
NMFZ007-R50X-K

CAP_ERR
CAP_PWR
M_UNREG
REG_3.1V

!

TO REG
M_REG4.8

0.0047

18k

0.22

C1626

C1628

R1603
4.7k

C1606

10µ/6.3

0.0047
C1627

R1624

TL1609

C1602

0.01

C1605
0.1

100p

C1624

4

C1625

TL1606

0.0015

T

C1603
10µ/6.3

TL1626

TO MECHA

R1601
680

R1604
100k

MDA_2.9V
C_FG[+]

D.FGIN-

D.PGAMP

D.V

D.PGSMT

D.RNF

C.HW-

D.W

C.HW+

LOAD_FWD

L.FRB

!

LOAD_REV

L.REF

IC1601

L.FWD
BD6637KV

NC

L.REV

C.W

C1619

0.0022

C1620

0.0022

HG_W[-]
HG_W[+]
HG_V[-]
HG_V[+]
HG_U[-]
HG_U[+]

0.022
C1622

R1611

390

R1610

390

C1617

HG_BS[-]

R1634

0.047

R1616

C1623

3.9k

0.22
C1629
0.22

C1616

C.PCV

C.PCI

C.EC

C.VS

C.VM

C.FRB

C.RCC

PS

GDX

GND

NC

CP2

NC

CP1

C.FGAMP

VG

R1613
1k

C.U

C1630

TL1605

0.0022

HG_BS[+]

TL1608

TL1629

COIL_COM

C.V

C.FGIN-

C.FGSMT

C1618

C.RNF

C.FGIN+

R1622 10k

D_PFG[+]

C1621
1

R1625

D_FG[-]
D_PG[-]

R1638

680

0

R1612
100k

TO MECHA

L.GND

NC

C1614
4.7
/10

C_COIL_W

NC

L.VM

T

D1602
DAP222-X

C.HUC.HU+

NC

3

C.HV+

C_COIL_V

TL1610

TL1607

C.HV-

NC

C_COIL_U

R1602
120k

D.FGAMP

VCC

D.FGSMT

D.DETECT

D.ISET

D.SL1

D.U

R1633

C1601
0.01

D.PGIN-

C1615

TO MECHA

0.33

D.PFGIN+

R1632

R1614

D.SL2

NC

D.COM

UNREG

D.VS

D.VM

D.EC

D.PCI

C_FG[-]
D.PCV

D_COIL_U
D_COIL_V
D_COIL_W

R1617

C1634

C1635

C1636

0.33

2

TO REG
GND

D1603
DAP222-X

Q1601
UMC3N-W R1635
3.3k

R1637
150K
C1633
0.47

R1636
12k

1

NOTE : The parts with marked ( ) is not used.
A

B

y20313001a_rev0.1

C

D

2-37

2-38

E

F

G

FRONT SCHEMATIC DIAGRAM

R6503
12

5

R6504
12

Q6503
EMT1-W

R6505
12

R6502
120

Q6502
EMT1-W

R6501
560

Q6501
DTC114EM- X

4

D6501
LWE67C/U2V/4/-X

D6503
LWE67C/U2V/4/-X

D6502
LWE67C/U2V/4/-X

CN401

3

IC401
RPM7138-S

2

R401
1.5k

R402
47

D401
SML-211UT-X
C402
0.1

Q401
RPM-22PB

L401
NQR0265-001X

C401
T 10/6.3

S401
NSW0122-001X

BT401
QAB0040-001

1

y30283001a_rev0.1

A

B

C

2-39

D

2-40

E

F

G

MONITOR SCHEMATIC DIAGRAM

TO LCD MODULE
CN7603

5

COM

JP7602

CS
VST

JP7603

VCK

JP7601

EN
DWN
VDD

TO MAIN

VSS

CN7601

M_RVS

VSSG

C7612
0.01

R7614
10

C7614
0.1

C7613
0.1

REG_4.8V

R7615
10

C7615
0.1

R7616
10

REG_4.8V( BL)

C7616
0.1

T

R7602

REG_4.8V( BL)

C7617
10/10

NC

REG_4.8V( BL)

XSTB
PCG
HST
REF

L7603
10µ

REG_8.5V

TEST

HST_E

STB_E
VST_E

TEST2

REF

B_OUT

FB_B

VCC2( 5V)

FB_G

HDO

HCK2

XSTB-E

HCK1
PSIG

COM-M

VST-E

COMDC-M

VST-M

GREEN

C7619
4.7

C7620
0.47

VCK

G_OUT

LCD_REF

4

VCOM-M

C7618
4.7

R_OUT

HCK1

FB_R

TEST1

GND2

WIDE

HCK2

RED
BLUE

LCD_EN

RGT

PCG

PSIG

VCK

TEST

CVF_B

DWN-M
IC7601
CXA3657R

C7622
4.7
COMDC-E

XSTB-M

VREG

TO MAIN

C7623
0.1

CN7602

VCC1( 3V)

HST-M

C7624
0.1

JP7604

C7607
10/6.3

R7606
0

T

R7607

GND

C7610
6800p

GND

VGS
R7612
0

L7602
10µ

R7601

GND

10k

GND

R7608

GND

R7611
0

L7601
10µ

LV_CLK

R7610
0

LV_OUT

R7609
0

LCD_CTL

M_CS

R7613
0

C7608
0.022

C7625
10/6.3

REG_3.6V

GND

HCK2

HD

T

VD

C7628
0.1

VCOM_M
REG_3.6V

HCK1

HST-E

RGT-M

G_IN

VDD( 3V)

C7627
0.1

B_IN

HD_M

SCK

WIDE

SDAT

R_IN

SEN

VDCVF
HDCVF

C7626
0.1

GND1

LCD_B

RPD

LCD_R

RESET

LCD_G

3

PCG

L7604
10

VCOM_E

C7630
1

EN

COM-E

C7629
1

VCOM-E

R7618
1M

C7621
1

PSIG

D7601
UDZS5.6B

CVF_R
CVF_G

C7611
0.1

T

GND

C7609
3.3/10

JP7503

2
IC7602

!

IC7603
MM1615AN
L7502
22µ

!

C7606
1

Q7504
2SC4617/QR/

R7507
47k
Q7506

Q7505

R7506
47k

C7507

R7509
R7510

R7505

C7509

C7501
15p

C7504
0.01

TO BACK LIGHT

C7503
0.018

Q7501
2SD1664/QR/

R7502
1K

R7508

C7508

C7605
0.01

C7502
15p

JP7501
Q7503
DTA144EE-X

T

C7603
1

C7602
0.01

L7501
68µ
C7505

R7511

C7604
0.01

C7601
0.01

T7501
NQS0060

Q7502
2SD1664/QR/

F7501
NMFZ007-R40X-K

C7510
10

MM1613BN-X

R7503
C7506
R7501 R7504
1K
JP7502

1

NOTE : The parts with marked ( ) is not used.
A

B

y20314001a_rev0.1

C

D

2-41

2-42

E

F

G

VF SCHEMATIC DIAGRAM

CCD SCHEMATIC DIAGRAM
NOTES : ٨For the destination of each signal and further line connections that are cut off from this diagram,
refer to "BOARD INTERCONNECTIONS".
٨When ordering parts, be sure to order according to the Part Number indicated in the Parts List.
٨IC5501 is incorporated in the CCD base assembly.
When IC5201 needs replacement, replace the CCD base assembly in whole becaouse it cannot
be replaced alone.

5
TO VF/FPC
/MAIN

TO
LCD
MODULE

CN7001

CN5201

VFBL4.8V

CN7002

VCOM_E
VCOM_E

PSIG

LCD_EN

STB_E

VCK

LCD_REF

VST_E

REG_3V

STB_E
LCD_REF

HCK1
R7006
10k

HCK2
REG_8.5V

HCK1

GND

HCK2

GND

HST_E

GND

VSSG
GND
VDD
R7005
0
D7001
E1S35AW0C501
R7001
6.8k

R7002
2.7k

C5203
0.1
2

WIDE
RGT

HST_E

R7004
1M

R5201
3.3k

R5206
0Ω

PCG

VST_E

C7004
1

L5201
10µ
T C5202
10/20

R5207
0Ω

CVF_B

VCK

C7003
0.1

R5202
1.5k

IC5201
ICX475AK-V

3

R5204
12k

VL
V4
SUB
V3
H2
V2
H1
V1
GND RG
RCsub GND
Vdd Vout

R5203
10k

Q5203
2SC3931/CD/-X

C5205
0.1

CVF_R

LCD_EN

D7002
UDZS5.6B

T

Q5201
2SC3931/CD/-X

CVF_G

PCG

C7002

C5204
10/10

CS

CVF_B

C7001

L5202
10µ
C5201
0.1

4

RG
H1
H2
CCD-7.5V
CCD-7.5V
SUB
CCD+15V
CCD+15V
GND
GND
GND
CCD_OUT
GND
GND
GND
CCD_CTL
V4
V3
V2
V1

PSIG

CVF_R

Q7001
2SC4617/QR/

C5206
0.1

C5207
2200p

CVF_G

R7003
39

R5205
10k
Q5202
2SC4081/RS/-X

1

NOTE : The parts with marked ( ) is not used.
A

B

NOTE : The parts with marked ( ) is not used.

y40129001a_rev0.1

C

2-43

D

2-44

E

F

y30272001a_rev0.1

G

SD SCHEMATIC DIAGRAM

5

MMC_CS
MMC_DIN
MMC_CLK
MMC_CD
MMC_DOUT
SD_WP
REG_3.1V

3

R8506
10k

R8505
10k

R8504
10k

CN701

R8503
10k

MMC_CS
MMC_DIN
C8503
MMC_CLK
MMC_CD
MMC_DOUT
SD_WP

R8507
0Ω

P_MEDIA
GND

C8501
10/6.3 T

C8502
0.1

TO MAIN

R8501
10k

REG_3.1V

4

R8502
10k

L8501
NQR0006-001X
CN702
SD_DATA2
MMC_CS
Dat2MMC
VSS( GND)
VDD( DSC_3V)
MMC_CLK
VSS2/CD
Dat2Host
SD_DATA1

D8501
EMZ6.8N-X

S701
NSW0099-001X

GND

2

TL8501
GND
P_MEDI

1

NOTE : The parts with marked ( ) is not used.
A

B

y30273001a_rev0.1

C

D

2-45

2-46

E

F

G

MAIN CIRCUIT BOARD

CAUTION :
FOR CONTINUED PROTECTION AGAINST FIRE HAZARD, REPLACE ONLY WITH SAME TYPE AND RATED FUSE(S).
ATTENTION :
POUR UNE PROTECTION PERMANENTE CONTRE LES RISQUE D'INCENDE,
REMPLACER LES FUSIBLES PAR UN AUTRE DE MEME TYPE ET DE MEME TENSION.

!

<01> MAIN
YB10472-01-01

CN107

1
IC5003

20

C4221
C4213 C4215

C4220

28

TL4202
C4214
R4203
C4208

27

1

TL4201
C4211

C4701

L3503

L4701

5

R1061

8
IC1005

1

4

Q3705

1

C3715

IC1006
8

5
C1040

R1052

C3716

L3701

C3732

3

IC3731

C3733 C3734
1

6

C3735

R3737

R3736
C3746

16

CN115

IC3701

L4953

D3701

C3713
R3709

C3712

R1087

2-48

9

8
1

C3710

C3709
C3711

R3707
R3713

R3714

Q3702

R3712

R3710

R3711

R3715
R2007

Q3706

6

R2006

30

Q3707

48

37
1

R3708

R4948

R2005

4

C4954

4

L3702

C3743

R3745 C3744 C3708 C3742

C4955

1

R3744

L3732

1

F4952

36

L3731

R3743 C3741

C3739

R3717

R3741

Q3734
C3736

C3747

R4951 R1020 R1027 R3746

IC4951

R3732
R3734

R3742 C3740

R4956

Q3731

R3733

R3740

C3745

R4952

R3731

R3738

Q3735 R3735

R4953

C3731

R3739 Q3733

R3748 R3747

12

R4960

R3703 R3706

R4954

Q3701 C3706 C3707

C4957
R4955

R3701 R3704

C4958

C3701

X1002

R4901

C3738

49
48
C4912

13

L4901

24

C4913

R4914

R4922

33
R4959

R4911

C4902

25
L4954

R3730

C4901

C4951

F4951

D4901

13
CN109

R2002 R1012 R2004 R1013

CN114

R3725

Q3704

1
64
IC4901

32
C4914

C4952
5

8

C4905
16

R3514

C3203

L3202

R4947
C4904

IC4902
1

C4908 R4905

1

C1032 R1057 R1019 R1137

R1127 R1014 R1128

R1035

C1047 R1078

R1076 C1027

C1029 C1049

R2001 R1058 C1033 R1021

4
R1051

C1039

R4719

R1045 R1044

1

IC1003
IC1004

C1037
C1038
R1079

Q4951 C1050
R1082

C1028

12

R3523

C3504

C3526

C3523

C3524
R4936
17

R3204

C3224 C3223

R3212

C3240
C3206

L3201
C4903

C3202

R4935

C3205

R3205 R3515 C3532

R3202

C3226
C3214

R3211

11
10

R1053

R4909
C4907 R4904

R4910 R4908

20
TL2003

2-47

2

R3728

C4906 C4910

C3207 R4923

CN105

1

C4712

R4716

R4714

C4703

R1081

C4702

Q4701
C1026

R1077

R4705

R4704

C1048

C4706

R3521

L3504

C3503

R3504

R3505

R3506

R3507
C3521

C3520

C3519

C3518

Q3501
C3229

C3237
C3213

R3210

R4903

C4953 R4957

C3501

C3230

C3209

C3212

R3201

R3722 R3726

C1056

R6113

C6114 C6113 C6112

R3724 R3727

R4902

L4955

40

38

C4909 R4906

C6111
R6103

CN104

R4907 C4911

L4902

R6223

R6222 R6228

D2803

1
C6214 C6217

C6701

R3501

C4916

R6705 R6704

C6110

R6104

R6102

R6101
16

C6109

R1041

C3525

R4924 C4915

C6115

17

64

R6105

C3505

CN103
R6703 R6702

R1036

1

C1053

C6116

C6227

C6117

C1036

21

R1129 C1034 R1046
C4705

C4956

Q6211

R4702

R2003

TL4903

R3206

R4945

C6118
R6106

1

C3231 R3522

20

IC6101

C6119

R6235

C6108

C6120

D6701

Q6701
Q6212 R6234
R6236

C6121

R6237 R6240

R6107

C6122

49

32

48

33

C6105

R6221 R6227

C2803

R6108

R6109

C6124

F6201

R1096
1 R1050

R1048 R1047 R1049

R4703

C3531

1
F6101

3

1

3

R4912

L4304
L4303

R2810 R4317

C4308

C3234

C3235

C3236

C3232

C3211

R3209

R3208

R8306

C3216

C4917

D6001
R8307

C3215

21

5

3

39

R4949

C4305

1
R6002

1

C3217
R3203

CN101

R6005

C3221

C3218
IC3202

R6007
C6125

C6126 R6006
R6110 C6007

C6128

C6129

C6130

C6127

3

C3220

C3219

IC1002

F6001
C6131

R6001

IC3201

R6003

C6006

C3529
R3513

D6002
R8308

4

5

R4736

C3222

C6123

J104

C3233

C3522

R3527
C3201

C3225

C3208 C3210
TL3211

C6134
C6133

R3524

IC6002

1

C6103 C6101

12

13

4

C3530

L3502

TL3501

64

49
C3527

C3227 C3228

R3213

C6005

C6003

R6004

C6004

1

48

R3214

Q6001

5

C6132

R8310

2
C6002

C8305
IC6001

3
C6001
R2805

D2801

J103

L2802

R8316

R8309

Q2801

L2801

RA3202 RA3201

R8317

J105

J102

C8307

R3338

24
IC8301

C8308 C8309 C8306

R2802

1

R4701 C4704

4

C3506

C3517

C3204
L3204

4

IC3502

R3502
C3507

C3516

R2812

L3203

C8310

X8301

R2801

C3508
IC3501

C3514

C4312

C3241
25

36

R8313 TL8305

R2811 R4319

C4303

RA4301
RA4302
TL4320
C8311

R8314

R2804 C2802 R2803 C2801

C3509

C3238

RA4303 RA4304

C8301

R4315 R4318

R4316

C4311

TL4301
TL2001
TL4313

C4309

37

R8315

R3511
5

1
R4707

7
C3513 C3512 L3501

R4303
X4301

C4306
R4307

L8301

R8302

C3528

C3510

1

8

R4708

8

C4707

16
R3503

4
IC4701

R4709

IC4702

R4710

C3515

L4301
R8303

C3502

4

R1043

R4722

5

R4715

5

R4711

33

1

C4709 R4717

R3508

TL4319

TL4308

8

C4708

17

C3511

TL4307

J101

32

R4718

IC4703

R4721 R4724

R4961 R1080

R3526
1
CN108

R4313
IC4301

C4302

L4305

L3505

Q1010
R4713

C1054

3
1

R4306

4

1

R4301

1

C4710

4

5

R4706

C1021

1

8
R4712

CN110
8

TL4309

R4304 R4302

R4723

IC4704

C3705

C4210

C4209

TL4315

R3525

IC5002

TL4321

TL4314

4
L2601

R2601 C2601

L2602

L2603

R2602 C2602

4

5

C4711

L4302

C4310

RA4201

RA4308 RA4307

C4304 R4314

1

R4720
C4307

TL4311
C5030

CN113
22
C1031

TL4318

1
CN111

RA4202

8

5

TL4310

5

C5014
C5011 R5017

COMPONENT SIDE(A)

C4301

IC4302

4

36
37

C5023

R5003

C5009

19

10
18
C4206 C4207TL4317

R4312

R4204

IC5001

9

24
25

C5020

IC4202

C4201

C4216

R5002 C5013

C5028
L5008

R1086

IC4201

1

C5027

1

12

C4222

CN102

R4205

D5001

R5019

C4219

C5003

C5004

C5012
13

R4202
36

C5024

C5005

R5009

R5010

C5006

R5006

R5004

C4217

R5005

C4218

R5020

C4205

L4202

1

48 C5026

C4204

CN106

L4201

C5029

L5001

16

C5001

28

MAIN CIRCUIT BOARD
<01> MAIN
YB10472-01-01

FOIL SIDE(B)

L5003

R2408

Q2401

R2401

C2217

C2218

C5017

Q2403

C8018

R8025

C8013

C8019 C8020

TL8112

R1710 C1702
C1701

R1703

R1711

R1712

L2652

C6204
R6207 R6208

L2651

J101

L2653

1

D2802

IC8001

J105

R8041

J102

C8004 R8036

R6204
R6202

R6241

C6203

C6107

C8002

C6202

L8002

C8008

R3037

IC8002

C6228

C8010

C3050

R3021

L3002

C2652

Q2201

R2232

C2402

C8001
L8001

D2652

C2651

R8023

5

4

D2651

R8008

8
IC1701

C2653

R2201

Q6202

R8022 C8021

C2202

C6205

R8002 C8005

C2201

C2203

C2224 C2204

R8042

C3075

C2654

L2401

R2231

R2204 C2205

R1701

1

C2610

R2608

R2610

C2624

R2616

37

C2405

36

RA8001

R8016

RA8002

5
R1709

R2603

C2622 C2612

RA8003

C3028
C3003

R2604

C2616
R2605 C2620

C2621

R2615

R2609

R2213

1 R2212
48

IC2201
25

24

C2216

R2202 C2223 R2203

R1702 R1705
Q2601 R1704 R1707
R1706 R1708

C5025
12
R2217
C2406

1

R2207 R2206

13

C2656 C2614 R2614 C2617

R8009

C8006

C2615

C2613 C2605 C2619

R6205 R6206

L1001

C2611

C2604 C2606 R2612

R2228

CN112

C8026

R1004

R2227
C2215

IC1702

4

R2607

C2603 C2609 C2618

TL8111
C1020

Q1009

TL8007 TL8121 RA8004
TL8006
C8009
C8003

C2623

12

R1039

R1083

R1090

C1019

R1003

C3048

C3049

TL8005
TL8003 TL8004
R8018 TL8119
3

C1022 C1023

R1030 C1024

C1025

R1113

R1112

R1031 R1114

C1051

C1035 R1151

C1041

C1009

R1089 C1007

C1052

C3038

R3019

R3018

C3046

C3045

R3016

RA3004

R3017

C3005

C3026 R3020

C3029 R3013

Q1012

Q1004

R3014 C3055

L3001

R3015 C3027

C1042

C3001

L3004

D3004

R1071

R1133
R1069 R1095
R1010 R1088

Q1008
D1001

R1072

L1002

R1037

R1075

R1074

R1055

R1134

R1110 R1111

C1002 R1001 C1001

R1109 C1010

R2813

C1046

R2101 C2211

8

1

C2655 R2613 R2611

R8017

1

C1012

R1073

C2105

IC1010

C1006

C2210

R2102 C2212

4

X1001
IC1001

R1070 R1056

Q1007

5

C1003

C8025

R1024 R1025

C2214

C2101 C2225

9

C1004

R1008 C1005

Q1011

R1022

C3042

Q1005

R1125 R1126

C2209

C2102 C2226

TL1023 R1006
TL1021
TL1022 R1067 R1062
R1136

C2213

R2230 R2229

L2101

R1033

IC2101

R1116

R1028

R2209 R2208

8
L5002

R1092 R1042

R1097

R1085

R2407

L5007

C5010
R1091

C1011

R1094

C2107

R1034

R1093

16

3
TL1014

C2401

C1703

C5007

C5008

C1018

L2402

C2403

C2404

C5021

1

5

L5005

C1017

R1117 R1038

4

IC1009

R1121 R1018
R1119 R1040

R1120 R1099
R1122 R1017

R1124 R1015
R1123 R1016

R1084

R1152 R1011
R1118 R1138

R1002

C5016

C2108

R2402

L5006

R1026
R1060

C5018

Q1002

C5015

4
Q1003

Q1001

C5022

R1032

R1140

C2103 C2104 C2106 R2403

C5019

D1002

R1139

2

R1054

3

IC1007

1

L5004
C1043

C6009

C8016

R8007

C3047

L6001

L6102

C8007

J103

R8027

R8030

C8012

L6701

L6205

R6219

C6213

Q6205

L6204

R6701

R6216 R6214 R6213 C6211

J104
C6208

R6229

2-50

Q6206
R6217

C6207

D6203

C6702

Q6204

C6218
D6201

R6231

2-49

Q6203
C6106

C6225

R6215

D3002

L6208

L6202

Q6209

R6233

R6232

L6101

C6224

C6219

Q6208

C3081

4 R3048
R3050
R3049
1 C3080

C6206

C6215

C6212

L6206

4

IC3007

R3051

R6230

IC3006

R3052

5

L3015

C3056

C3079

C6221

16

C8014

R8005
C3078

C3064

R3031

C6223

C6220

C3076 R3046 8

C6201

R6226 R6225

Q6210

3

L6203

D6702

C3002

1

Q6207

C6209

L3005

C3071

C8023

L6207

C6222

L3003

C3004

C3008

R3026

C3034

R3039
D3003 RA3002
R3041 Q3003
R3040
5
4
R3042 R3043
5
R3047
IC3004
C3077 R3045

R3078

C3032

C3030
X3002

C3033

C3013

C3017

R3029

L3008

C3037 C3036

C3043

R3032

C3040

R3027

R3034 R3075

RA3003

R3030

L3012

R3009

C3009

R3011

C3024 C3023

C3022

L3007
D3001

R3010

C3006

RA3001

R3038

TL3001

R8032

C6216

TL2002
9

R3005

C3082

R3025

R3006

C8022

L6201

Q6201

3

Q3001

C3025

TL8016

TL8015

Q8001

R6220

C3039

R3007

1

R3004

IC8004

C3031

L8004

IC3001

R3002
C3016

L8006

C8024

C6210

8
C3007

TL3071

R3008 R3057

C8015

1

C8017 R8037

C8011

IC8003

C8027

C3015

R8033

C3012

L8005

C3020

R8029

TL8014

C3021

L8003

TL8013

C3011

R8028

C3044

R8031

R3036

R6210
R6211

MDA CIRCUIT BOARD

CAUTION :
FOR CONTINUED PROTECTION AGAINST FIRE HAZARD, REPLACE ONLY WITH SAME TYPE AND RATED FUSE(S).
ATTENTION :
POUR UNE PROTECTION PERMANENTE CONTRE LES RISQUE D'INCENDE,
REMPLACER LES FUSIBLES PAR UN AUTRE DE MEME TYPE ET DE MEME TENSION.

!

<03> MDA
YB10459-01-01

FRONT CIRCUIT BOARD
<04> FRONT
YB10474

1

Q6501
R6502

6

R6504

R6505

F1602

6

CN304

1

C402

CN303

R402

COMPONENT SIDE(A)

R401

FOIL SIDE(B)

R6503 R6501

FOIL SIDE(B)

D1602

C1631

L1601

C1601

TL1620

D1604

1

R1636
D1603

5

Q401

TL1602

TL1613
F1601

32

C1626
TL1609

R1642
16
TL1610

COMPONENT SIDE(A)
BT401

CN302

1

TL1607

<04> FRONT
YB10474

C1635

D6501

C1636
R1625

11

C1634

L401

TL1626

D6502

TL1629

R1610

12

CN401

Q401

18

1

IC401

R1611

D6503

1 C1618 C1619 C1620

D401

C401

CN301

C1623

C1615

C1616

C1617

1

C1628

17
R1604

64
C1622

C1606

R1624

R1617
R1632

R1633

R1602

R1634

R1601

R1629

C1603

C1602

R1621

C1627

R1616

30
R1620

IC1601

C1630

TL1618

TL1617

TL1619

TL1606

R1641

49
TL1605

R1622

R1631 C1607

C1625

R1612

C1629
R1630

C1624
TL1612

33

CN305

48

C1614

R1640

TL1601

C1621

R1638

R1613

C1632

TL1608

R1639

C1605

4

R1635 R1637

R1603

1

Q1601

R1614

3

IC401

C1633

2-52

3

1

2-51

Q6503 Q6502

MONITOR CIRCUIT BOARD

CCD CIRCUIT BOARD

CAUTION :
FOR CONTINUED PROTECTION AGAINST FIRE HAZARD, REPLACE ONLY WITH SAME TYPE AND RATED FUSE(S).
ATTENTION :
POUR UNE PROTECTION PERMANENTE CONTRE LES RISQUE D'INCENDE,
REMPLACER LES FUSIBLES PAR UN AUTRE DE MEME TYPE ET DE MEME TENSION.

!

<05> MONITOR
YB10461-01-01

<02> CCD
YB10473-01-01
FOIL SIDE(B)

FOIL SIDE(B)

COMPONENT SIDE(A)
CN5201

1

14

IC5201

8

7

C5206

R5205

C5201

L5202
R5207

C5205

C5207

Q5202
IC5201
R5206

Q5201

L5201

R5201

14

7

C5204

8

1

R5203

Q5203

C5203

C5202

R5202

R5204

C7624

C7501

C7628

R7613

1

12

<06> VF
YB10462

C7502
Q7501
C7608

L7501

R7612

R7608

R7609

C7609
C7610

R7611

VF CIRCUIT BOARD

R7610

COMPONENT SIDE(A)

T7501
48

13

C7611
C7627
C7503
C7626
IC7601

CN7601

D7001

ZP1-10

ZP1-8

3

ZP1-6

R7005

5

IC7603

1

ZP2-8

R7002

C7630

ZP1-11 ZP3-22

ZP1-16

ZP2-14

ZP1-9
ZP1-18

ZP3-19

20

ZP1-15 ZP1-14

C7629

24

1

R7618

ZP3-12

2-53

2-54

ZP3-18

ZP3-14

1
ZP3-9

D7601

R7001

CN7001

ZP3-2

CN7603

R7510

ZP2-10 ZP2-17

ZP2-13 ZP2-11

20
L7604

C7508

ZP2-4
ZP2-5

C7605

20
ZP1-20

Q7001

ZP2-7

ZP2-12

C7604

ZP1-17

R7003

1

ZP2-1

ZP1-13

ZP1-12

C7509

ZP2-3

R7601

C7004

C7003

3

4
IC7602

ZP1-7

1

R7509

R7504

R7506

ZP2-2

4

C7603

ZP2-6

5

C7507

1

C7606
ZP1-4

R7505

R7502

C7602

R7602

CN7002

R7507

R7607

R7606

ZP1-1

C7505

Q7504

R7508

C7510

ZP1-5

C7616

C7504

R7501

Q7506
Q7503

C7601

ZP1-19

L7602

C7620

R7503

Q7505

L7603

C7506

C7617

CN7602

L7601

1

20

R7511

C7625

36
C7615

C7618

R7616

R7614

R7615

C7614

25
C7612

C7613

C7001

C7002

R7006

R7004

D7002

C7621

F7501

37

24

C7619

L7502

C7622

Q7502

C7623
C7607

COMPONENT SIDE(A)

FOIL SIDE(B)

ZP3-15

SD CIRCUIT BOARD
<07> SD
YB10463

COMPONENT SIDE(A)

FOIL SIDE(B)

L8501
R8504
TL8501

TL8501

R8506
C8502

R8502
R8501

D8501

R8503

C8503

R8505

CN701

C8501

R8507

1

S701

12

CN702

2-55

2-56

POWER SYSTEM BLOCK DIAGRAM
0 2 CCD

0 1 MAIN

TG
IC4202

REG_3.6V
REG_4.8V

REG
J104
F6101

DRUM_PWR
CAP_PWR
CHRG_EVR
M_REG4.8
REG-CCD
REG+CCD
VFREG4.8
AL_3.1V
REG_8.5V
REG_4.8V
REG_3.6V
REG_3.1V
REG_2.5V
REG_1.8V

IC6101

~

Q6201
Q6212

SPEAKER

BATT. TERM
(+)
(T)
( -)

REG_3.1V
REG_2.5V
REG_1.8V

M_UNREG

DC JACK

CN101

3V_REG

IC3201 IC3731
Q3701 Q3731 Q3733
Q3734 Q3735

4
5
7
8

IC5001

IC4201

CN5201
CCD-7.5V
CCD-7.5V
CCD+15V
CCD+15V

CN107

M_REG4.8

F4951

REG_3.1V

F4952

L4954

IC1003 IC1004
IC1005 IC1007
Q1004

F_VCC
F_LED
Z_VCC

10
9
21

L4955

IC1006

IC4951
L4953

LIT_3V

V_BATT

T_BATT

T_BATT

ADP_L

ADP_L
CHRG_EVR

L4901

IC1002
Q1007

REG_3.1V

REG_4.8V

IC4901 IC4902
L4902

L4701
Q1010

IC4701 IC4702
IC4703 IC4704

IC1001

ADP_H

Q1011

V_BATT

F7501

L7502

L7501

VDD

Q7503

CN7603

CN104

CN7601
1
2
3
6

REG_4.8V
REG_4.8V
REG_4.8V
REG_8.5V

37
38
39
35

LCD(CVF)
MODULE

0 6 VF

VFREG4.8V
REG_3.1V
REG_8.5V

CAM DSP

T7501

Q5201

OP DRIVER

SYS CON

D6002

0 5 MONITOR

IC5201

3.3V_REG

TALLY

LCD(MONITOR)
MODULE

4
5
7
8

IC5003
REG_3.6V

AL_3.1V

OP BLOCK

CN102

IC5003

IC3201

LITHIUM

IC6002
Q6001

BATT_+
1
BATT_+
2
BATT_+
3
BATT_+
4
BATT_+
5
BATT_+
6
BATT_+
7
BATT_+
8
T_BATT
9
SPK+
18
SPK+
19
SPK20
SPK21

REG-CCD
REG+CCD
REG_3.1V
CDS_3V

CDS

VIDEO I/O

IC4302
1.2V_REG

REG_1.8V

CN113

CN7001

1
13
17
22

20
8
4

D7001
Q7001
CN7002

VDD

7
1

AUDIO AD/DA

REG_3.1V

IC4301

18

REG_3.1V

IC2101
IC7601
IC7602
REG_3V

IC7604

AUDIO

CN7602
8
9

REG_3.6V
REG_3.6V

12
13

L7604

REG_4.8V

Q2401

DSC
REG_3.1V
SPK+
SPKREG_3.6V

IC8001
Q2403

0 4 FRONT
LITHIUM
IC401
Q401
D401

12
4
5
2
7
8

CN112
LITHIUM
IR_RMC
TALLY
REG_4.8V
REG_4.8V
REG_4.8V

12
4
5
2
7
8

REG_3.1V

IC8004

IC3001

CN103
1
2
17
18
19
23
24
25
28
29
30

CN305
30
29
14
13
12
8
7
6
3
2
1

F1602
F1601

CN301
15

IC1601

REEL
PRE/REC
REG_4.8V
REG_2.5V
REG_3.1V

IC1701
IC1702
IC3501

REG_4.8V

M
CAPSTAN
MOTOR

IC3502

0 7 SD

M

CN702
4

DRUM_PWR

Q8001

M_REG4.8

REG_2.5V
REG_1.8V

Q6502
Q6503

SD/MMC
SOCKET

REG_3.1V
M_UNREG
CAP_PWR

DVMAIN
IC3006
Q3001 Q3003

MDA

REG_3.1V

IC8002
IC8003
CN401

0 3

REG_1.8V

IC2201

CN701
L8501

7
8

DRUM
MOTOR

CN114
REG_3.1V
REG_3.1V

5
6

USB
REG_4.8V

IC8301

2-57

2-58

VIDEO SYSTEM BLOCK DIAGRAM
CCD

0 2

0 1

CN5201

IC5201
OP BLOCK

TPA+/-, TPB+/-

CN102
12
2

IC4201

CN110

IC4301

~

20

~

~

H1, H2
V1~V4

ADDT(0~15)

( TG/VDR )

2S

REC_DATA

IC3501

IC3001
ATFI, AGC_OUT

( DV MAIN )

( PRE/REC AMP )

CAM_CLK
CAM_OUT

TG_RST
TG_CS
CAM_CLK
CAM_OUT

7

2F

6

1S
1F

HEAD

3
2

OUT_Y(0~3)
OUT_C(0~3)

20

DYI(0~3)
DCI(0~3)

( CAMERA DSP )

IC5001

17

V1

17

~
V4

3

2

( CDS/AGC/AD )

H2

CN5201

ADIN(0~9)

SHD,SHP

3

H1

J105
DV JACK

CCD_OUT

12

(CCD Image sensor)

MAIN

CN107

ADDT(0~15)

~

1

IC4951

8

( FOCUS DRIVER
& ZOOM DRIVER )

CAM_CLK,CAM_OUT
DYO(0~3)
DCO(0~3)
C IN

14
IRIS_O/C,IRIS_CS, IRIS_PS

IC3201
IC1001
( SYSCON CPU )

X1002
32kHz

IC1006

RTC_IN

( RTC )

( VIDEO I/O )
DSYO(0~7)
DSCO(0~7)

( IRIS CONTROL
& IRIS DRIVER )

DSYI(0~7)
DSCI(0~7)

HALL_AD

DSC_CLK,DSC_RST

~

IC4701 ~ 4704
IC4901

19

YV IN

Q3734

Q3733

( BUF )

( BUF )

C

Q3735

IC3731

Y

( BUF )

( Y/V SW )

V

J103
MULTI
CONNECTOR

Y

C

V_OUT

Q3701

IC3701

( BUF )

( FILTER AMP )

Y_OUT
C_OUT

OSD_CLK
OSD_OUT
OSD_CS

IC1002
( ON SCREEN )

0 5

MONITOR

EEP_OUT

IC1005
( EEPROM )

EEP_IN

LCD_R
LCD_G

0 7
CN702

SD/MMC
SOCKET

CN7602

19

2

20

1

18

3

~

LCD_B

CN104

SD

CVF_R

CN701

CN114

1

1

12

2

2

11

5

3

10

7

5

8

CVF_G
MMC_CS

CVF_B

MMC_DIN

DQ(0 ~31)

IC8001

IC7601

CN7601

24

17

23

18

25

16

( RGB SIGNAL
PROCESS )

4

RED

5

GREEN

3

BLUE

LCD (MONITOR) MODULE

IC8002

MMC_CLK

SDR_A(0 ~11,13,14)

( DSC IF )

( 64M_SDRAM )

MMC_DOUT

J102
USB

0 6
3

USB_OP

2

USB_DN

1

USB_SENS

( USB )

CN113

CN7001

CN7002

IC8003

5

16

16

CVF_R

( FLASH MEMORY )

4

17

17

CVF_G

6

15

15

CVF_B

A(0 ~19)

A(10)

IC8301
D(0 ~15)

D(0 ~15)

VF

LCD (CVF) MODULE

2-59

2-60

VOLTAGE CHARTS

MODE REC
PIN NO.
Q2801
1
2
3
4
5
6

0.0
0.0
0.0
0.0
0.0
0.0

PLAY

0.0
0.0
0.0
0.0
0.0
0.0


MODE REC
PIN NO.
IC1001
IC1002
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
IC1003
1
2
3
4
5
IC1004
1
2
3
4
5
IC1005
1
2
3
4
5
6
7
8
IC1006
1
2
3
4
5
6
7
8
IC1007
1
2
3
4
IC1009
1
2
3
4
5
IC1010
1
2
3
4
5
Q1001
E
C
B
Q1002
1
2
3
4
5
Q1003
1
2
3
4
5
Q1004
1
2
3
4
5
Q1005
E
C
B
Q1007

-

PLAY
-

2.8
2.5
0.3
3.0
3.0
3.0
1.4
1.4
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
2.9
2.8

2.8
2.5
0.3
3.1
3.0
3.0
1.4
1.4
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
3.0
2.8

0.0
3.1
0.0
3.1
3.0

0.0
3.0
0.0
3.1
3.1

1.3
0.0
1.5
0.0
3.1

1.3
0.0
1.4
0.0
3.1

3.0
0.0
3.1
0.0
0.0
3.1
3.1
3.1

3.1
0.0
3.1
0.0
0.0
3.1
3.1
3.1

0.0
3.0
0.0
0.0
3.0
0.4
0.2
3.1

0.0
3.0
0.0
0.0
3.0
0.4
0.2
3.2

3.1
2.5
0.0
0.0

3.1
2.5
0.0
0.0

3.1
3.1
0.0
3.1
3.1

3.1
3.1
0.0
3.1
3.0

3.1
0.0
3.1
2.4
3.1

3.1
0.0
3.1
3.0
2.4

3.0
3.0
3.1

3.0
3.0
3.1

0.0
3.0
3.0
2.8
0.0

0.0
3.1
3.0
2.8
0.0

0.0
0.0
3.0
0.0
3.0

0.0
0.0
3.1
0.0
3.0

0.0
3.0
3.0
3.0
0.0

0.0
3.1
3.0
3.0
0.0

0.0
0.0
0.0

0.0
0.0
0.0

MODE REC
PIN NO.
E
C
B
Q1008
E
C
B
Q1009
S
D
G
Q1010
E
C
B
Q1011
1
2
3
4
5
Q1012
E
C
B

PLAY

0.0
0.6
0.5

0.0
2.9
0.6

0.0
0.0
3.0

0.0
0.0
3.1

0.0
3.0
3.0

0.0
3.1
3.0

0.0
3.0
0.0

0.0
3.0
0.0

0.0
3.1
3.0
2.9
0.0

0.0
0.0
3.0
0.0
3.0

0.0
0.0
0.0

0.0
0.0
0.0


MODE REC
PIN NO.

PLAY

IC1701
1
2
3
4
5
6
7
8
IC1702
1
2
3
4
5
6
7
8

3.6
1.4
1.4
0.0
1.5
1.2
4.8

1.4
1.3
0.0
1.4
1.4
4.8

1.4
0.0
1.5
0.0
4.8

1.4
0.0
1.4
4.8
Yf046_pdf GRDX307E

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