1. IMPORTANT SAFETY NOTICE
There are special components used in this equipment
which are important for safety. These parts are marked by
in the Schematic Diagrams, Circuit Board Layout,
Exploded Views and Replacement Parts List. It is essential that these critical parts should be replaced with manufacturer’s specified parts to prevent X-RADIATION,
shock, fire, or other hazards. Do not modify the original
design without permission of manufacturer.
2. An Isolation Transformer should always be used during
the servicing of AC Adaptor whose chassis is not isolated
from the AC power line. Use a transformer of adequate
power rating as this protects the technician from accidents resulting in personal injury from electrical shocks. It
will also protect AC Adaptor from being damaged by accidental shorting that may occur during servicing.
3. When servicing, observe the original lead dress. If a short
circuit is found, replace all parts which have been overheated or damaged by the short circuit.
4. After servicing, see to it that all the protective devices
such as insulation barriers, insulation papers shields are
properly installed.
5. After servicing, make the following leakage current
checks to prevent the customer from being exposed to
shock hazards.
1.3.Leakage Current Hot Check
(See Figure 1.)
1. Plug the AC cord directly into the AC outlet. Do not use
an isolation transformer for this check.
2. Connect a 1.5 kΩ, 10 W resistor, in parallel with a 0.15 μF
capacitor, between each exposed metallic part on the set
and a good earth ground, as shown in Figure 1.
3. Use an AC voltmeter, with 1 kΩ/V or more sensitivity, to
measure the potential across the resistor.
4. Check each exposed metallic part, and measure the voltage at each point.
5. Reverse the AC plug in the AC outlet and repeat each of
the above measurements.
6. The potential at any point should not exceed 0.75 V RMS.
A leakage current tester (Simpson Model 229 or equivalent) may be used to make the hot checks, leakage current must not exceed 1/2 mA. In case a measurement is
outside of the limits specified, there is a possibility of a
shock hazard, and the equipment should be repaired and
rechecked before it is returned to the customer.
1.2.Leakage Current Cold Check
1. Unplug the AC cord and connect a jumper between the
two prongs on the plug.
2. Measure the resistance value, with an ohmmeter,
between the jumpered AC plug and each exposed metallic cabinet part on the equipment such as screwheads,
connectors, control shafts, etc. When the exposed metallic part has a return path to the chassis, the reading
should be between 1 MΩ and 5.2 MΩ. When the exposed
metal does not have a return path to the chassis, the
reading must be infinity.
Figure. 1
3
2Warning
2.1.Prevention of Electrostatic Discharge (ESD) to Electrostatically
Sensitive (ES) Devices
Some semiconductor (solid state) devices can be damaged easily by static electricity. Such components commonly are called Electrostatically Sensitive (ES) Devices. Examples of typical ES devices are integrated circuits and some field-effect transistors and
semiconductor "chip" components. The following techniques should be used to help reduce the incidence of component damage
caused by electrostatic discharge (ESD).
1. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off any ESD on your
body by touching a known earth ground. Alternatively, obtain and wear a commercially available discharging ESD wrist strap,
which should be removed for potential shock reasons prior to applying power to the unit under test.
2. After removing an electrical assembly equipped with ES devices, place the assembly on a conductive surface such as aluminum foil, to prevent electrostatic charge buildup or exposure of the assembly.
3. Use only a grounded-tip soldering iron to solder or unsolder ES devices.
4. Use only an antistatic solder removal device. Some solder removal devices not classified as "antistatic (ESD protected)" can
generate electrical charge sufficient to damage ES devices.
5. Do not use freon-propelled chemicals. These can generate electrical charges sufficient to damage ES devices.
6. Do not remove a replacement ES device from its protective package until immediately before you are ready to install it. (Most
replacement ES devices are packaged with leads electrically shorted together by conductive foam, aluminum foil or comparable conductive material).
7. Immediately before removing the protective material from the leads of a replacement ES device, touch the protective material
to the chassis or circuit assembly into which the device will be installed.
CAUTION :
Be sure no power is applied to the chassis or circuit, and observe all other safety precautions.
8. Minimize bodily motions when handling unpackaged replacement ES devices. (Otherwise harmless motion such as the
brushing together of your clothes fabric or the lifting of your foot from a carpeted floor can generate static electricity (ESD) sufficient to damage an ES device).
2.2.How to Recycle the Lithium Ion Battery (U.S. Only)
4
2.3.Caution for AC Cord
(For EB/GC)
2.3.1.Information for Your Safety
IMPORTANT
Your attention is drawn to the fact that recording of prerecorded tapes or discs or other published or broadcast
material may infringe copyright laws.
WARNING
To reduce the risk of fire or shock hazard, do not expose
this equipment to rain or moisture.
CAUTION
To reduce the risk of fire or shock hazard and annoying
interference, use the recommended accessories only.
FOR YOUR SAFETY
DO NOT REMOVE THE OUTER COVER
To prevent electric shock, do not remove the cover. No user
serviceable parts inside. Refer servicing to qualified service
personnel.
2.3.2.Caution for AC Mains Lead
For your safety, please read the following text carefully.
This appliance is supplied with a moulded three-pin mains plug
for your safety and convenience.
A 5-ampere fuse is fitted in this plug.
Should the fuse need to be replaced please ensure that the
replacement fuse has a rating of 5 amperes and it is approved
by ASTA or BSI to BS1362
Check for the ASTA mark or the BSI mark on the body of the
fuse.
2.3.2.1.Important
The wires in this mains lead are coloured in accordance with
the following code:
BlueNeutral
BrownLive
As the colours of the wires in the mains lead of this appliance
may not correspond with the coloured markings identifying the
terminals in your plug, proceed as follows:
The wire which is coloured BLUE must be connected to the terminal in the plug which is marked with the letter N or coloured
BLACK.
The wire which is coloured BROWN must be connected to the
terminal in the plug which is marked with the letter L or coloured
RED.
Under no circumstances should either of these wires be connected to the earth terminal of the three pin plug, marked with
the letter E or the Earth Symbol.
2.3.2.2.Before Use
Remove the Connector Cover as follows.
If the plug contains a removable fuse cover you must ensure
that it is refitted when the fuse is replaced.
If you lose the fuse cover, the plug must not be used until a
replacement cover is obtained.
A replacement fuse cover can be purchased from your local
Panasonic Dealer.
If the fitted moulded plug is unsuitable for the socket outlet in
your home then the fuse should be removed and the plug cut
off and disposed of safety.
There is a danger of severe electrical shock if the cut off plug is
inserted into any 13-ampere socket.
If a new plug is to be fitted please observe the wiring code as
shown below.
If in any doubt, please consult a qualified electrician.
2.3.2.3.How to Replace the Fuse
1. Remove the Fuse Cover with a screwdriver.
2. Replace the fuse and attach the Fuse cover.
5
2.4.How to Replace the Lithium Battery
2.4.1.Replacement Procedure
1. Remove the SD Holder P.C.B.. (Refer to Disassembly Procedures.)
2. Unsolder the each soldering point of electric lead terminal for Lithium battery (Ref. No. “B6401” at foil side of SD HOLDER
P.C.B.) and remove the Lithium battery together with electric lead terminal. Then replace it into new one.
NOTE:
The Type No. ML-614S/DN includes electric lead terminals.
NOTE:
This Lithium battery is a critical component.
(Type No.: ML-614S/DN Manufactured by Energy Company, Panasonic Corporation)
It must never be subjected to excessive heat or discharge.
It must therefore only be fitted in requirement designed specifically for its use.
Replacement batteries must be of same type and manufacture.
They must be fitted in the same manner and location as the original battery, with the correct polarity contacts observed.
Do not attempt to re-charge the old battery or re-use it for any other purpose.
It should be disposed of in waste products destined for burial rather than incineration.
NOTE:
Above caution is applicable for a battery pack which is for HC-V100/V100M series, as well.
6
3Service Navigation
3.1.Introduction
This service manual contains technical information, which allow service personnel’s to understand and service this model.
Please place orders using the parts list and not the drawing reference numbers.
If the circuit is changed or modified, the information will be followed by service manual to be controlled with original service manual.
3.2.General Description About Lead Free Solder (PbF)
The lead free solder has been used in the mounting process of all electrical components on the printed circuit boards used for this
equipment in considering the globally environmental conservation.
The normal solder is the alloy of tin (Sn) and lead (Pb). On the other hand, the lead free solder is the alloy mainly consists of tin
(Sn), silver (Ag) and Copper (Cu), and the melting point of the lead free solder is higher approx.30°C (86°F) more than that of the
normal solder.
Distinction of P.C.B. Lead Free Solder being used
Service caution for repair work using Lead Free Solder (PbF)
• The lead free solder has to be used when repairing the equipment for which the lead free solder is used.
(Definition: The letter of “PbF” is printed on the P.C.B. using the lead free solder.)
• To put lead free solder, it should be well molten and mixed with the original lead free solder.
• Remove the remaining lead free solder on the P.C.B. cleanly for soldering of the new IC.
• Since the melting point of the lead free solder is higher than that of the normal lead solder, it takes the longer time to melt the
lead free solder.
• Use the soldering iron (more than 70W) equipped with the temperature control after setting the temperature at 350±30°C
(662±86°F).
Recommended Lead Free Solder (Service Parts Route.)
• The following 3 types of lead free solder are available through the service parts route.
RFKZ03D01KS-----------(0.3mm 100g Reel)
RFKZ06D01KS-----------(0.6mm 100g Reel)
RFKZ10D01KS-----------(1.0mm 100g Reel)
Note
* Ingredient: tin (Sn) 96.5%, silver (Ag) 3.0%, Copper (Cu) 0.5%, Cobalt (Co) / Germanium (Ge) 0.1 to 0.3%
3.3.Important Notice 1:(Other than U.S.A. and Canadian Market)
1. The service manual does not contain the following information, because of the impossibility of servicing at component level
without concerned equipment/facilities.
a. Schematic diagram, Block Diagram and P.C.B. layout of MAIN P.C.B..
b. Parts list for individual parts for MAIN P.C.B..
When a part replacement is required for repairing MAIN P.C.B., replace as an assembled parts. (Main P.C.B.)
2. The following category is /are recycle module part. Please send it/them to Central Repair Center.
• MAIN P.C.B. (VEP03J56CN: HC-V100P/PC/PU)
• MAIN P.C.B. (VEP03J56CP: HC-V100EB/EC/EE/EF/EG/EP/GC/GK/GN/GW)
• MAIN P.C.B. (VEP03J56AN: HC-V100MP/PC/PU)
• MAIN P.C.B. (VEP03J56AP: HC-V100MGK)
7
3.4.How to Define the Model Suffix (NTSC or PAL model)
There are seven kinds of HC-V100/V100M.
• a) HC-V100M (Japan domestic model)
• b) HC-V100P, V100MP
• c) HC-V100PC, V100MPC
• d) HC-V100EB/EC/EF/EG/EP/GN
• e) HC-V100EE
• f) HC-V100GK, V100MGK
• g) HC-V100PU/GC/GW, V100MPU
What is the difference is that the “INITIAL SETTING” data which is stored in Flash ROM mounted on Main P.C.B..
3.4.1.Defining methods:
To define the model suffix to be serviced, refer to the rating label and caution label which are putted on the Unit.
NOTE:
After replacing the MAIN P.C.B., be sure to achieve adjustment.
The adjustment instruction is available at “software download” on the “Support Information from NWBG/VDBG-AVC” web-site in
“TSN system”, together with Maintenance software.
13 Menu button [MENU]
14 Mode switch
15 Status indicator
16 Recording start/stop button
17 Cursor button
●
Use the cursor button to select the
recording functions and playback
operations, and to operate the menu
screen.
18 Enter button [ENTER]
19 LCD monitor
●
It can open up to 90Q.
●
It can rotate up to 180Q towards the lens
or 90Q towards the opposite direction.
20 Battery holder
1413
15 16
20718191
Due to limitations in LCD production
technology, there may be some tiny bright
or dark spots on the LCD monitor screen.
However, this is not a malfunction and
does not affect the recorded picture.
10
12
21 Tripod receptacle
●
If you attach a tripod which has a 5.5 mm
(0.22 S) screw or larger, it may damage
this unit.
25 Photoshot button []
26 Zoom lever [W/T] (In Recording
Mode)
Thumbnail display switch [/]/
Volume lever [UVOLT] (In Playback
Mode)
27 DC input terminal [DC IN]
●
Do not use any other AC adaptors except
the supplied one.
28 Grip belt
Adjust the length of the grip belt so that it fits
your hand.
Flip the belt.
Adjust the length.
Replace the belt.
21
Change the mode to recording or playback.
Operate the mode switch to change the mode to or.
Selecting a mode
Recording Mode
Playback Mode
22
23
24
5262
28
27
13
6Service Mode
1. Indication method of the service menu
Set the mode switch “Recording” mode.
2. Turn the power on, and then while keep pressing the “Zoom lever” to W side, “Intelligent auto/Manual” button and “Menu” button for more than 3 seconds until the top screen of the Service Mode Menu being displayed.
Lock search history indication
• Display the camera system error cord for three histories saved in EEPROM
• The error cord contents which are displayed
Error codeFunction
51Focus control is abnormal
52Zoom control is abnormal
53OIS lens control is abnormal
Service mode menu
Screen displayContentsFunction
1Factory settingsFunction to throw a product up in a factory shipment state
(Even if recorded data exists in the build-in memory, factory
settings perform the initialization of build-in memory and clear
the history data.)
4History displayDisplay accumulated operating time, total recording time and
accumulated number of photos taken.
NOTE:
Do not using service mode except above table of Service mode menu.
3. End method of the top screen of the service mode menu
Press the [MENU] button to end the service mode, and then POWER OFF.
14
6.1.History Display
Press the “[UP] or [DOWN] of cursor” button for the item No. [4] is yellow high lighted, then press “ENTER” button to display the unit
histories.
Operation specifications
Indication contents
• Display the total operating time (in power on and EE state), total movie recording time and total number of photo taken. (They are
stored in EEPROM).
ItemContents
PWRTotal elapsed time
EETotal working time of camera sensor
REC SDMovie recorded time of inserted SD card
PICT SDPicture recorded number of inserted SD card
REC ESDMovie recorded time of internal memory
PICT ESDPicture recorded number of internal memory
Press “MENU” button then return to normal recording mode.
15
7Service Fixture & Tools
7.1.When Replacing the Main P.C.B.
After replacing the MAIN P.C.B., be sure to achieve adjustment.
The adjustment instruction is available at “software download” on the “Support Information from NWBG/VDBG-AVC” web-site in
“TSN system”, together with Maintenance software.
7.2.Service Position
This Service Position is used for checking and replacing parts. Use the following Extension cables for servicing.
Table S1 Extension Cable List
No.Parts No.ConnectionForm
1RFKZ0487FP6004(MAIN) - MONITOR FPC35PIN 0.3 FFC
2RFKZ0444PP6001(MAIN) - PS6401(SD HOLDER)50PIN 0.5 B to B
3VFK1480FP6003(MAIN) - ECM FPC(FRONT CASE UNIT)6PIN 0.5 FFC
4VFK1440FP6402(SD HOLDER) - TOP OPERATION UNIT(SIDE CASE-R UNIT) 10PIN 0.5 FFC
16
8Disassembly and Assembly Instructions
8.1.Disassembly Flow Chart for the
Unit
This is a disassembling chart.
When assembling, perform this chart conversely.
8.3.5.Removal of the Main P.C.B. and SD
Holder P.C.B.
Fig. D9
Fig. D10
21
8.3.7.Removal of the LCD Case T Unit
and LCD Unit
Fig. D11
8.3.6.Removal of the ESD P.C.B. Unit
(HC-V100M only)
Fig. D13
Fig. D12
22
Fig. D14
23
9Measurements and Adjustments
9.1.Electric Adjustment
• Adjustment method is different from a conventional High definition video camera.
• An exclusive jig and PC (including software for adjustment “Tatsujin”) are necessary for electric adjustment.
• A USB driver for service is necessary to communication with PC.
• Connection method of the main unit and an exclusive adjustment jig as follows
9.1.1.Adjustment Procedure
• Connect the main unit to PC with USB.
The adjustment instruction is available at "Software download" on the "Support Information from NWBG/VDBG-AVC" web-site in
"TSN System".
Figure of connection
Figure of image when adjustment
Part Number of jig
• Only a necessary jig mentions it in setup of electric adjustment.
No.Part NamePart NumberRemarks
1PC-----2AC Adaptor-----3USB Cable-----4Adjustment Software (Tatsujin)-----5C4 FilterVFK1164LBB4The same as C12 Filter (VFK1164LBB12).
6C8 FilterVFK1164LBB8
24
Adjustment Items
• Adjustment item as follows.
The adjustment instruction is available at "Software download" on the "Support Information from NWBG/VDBG-AVC" web-site in
"TSN System".
25
10 Factory Setting
10.1.How To Turn On The Factory Settings?
(CAUTION)
Performing the factory settings, the built-in memory is initialized and all of recorded data are deleted.
(SD memory card is not initialized by the factory settings.)
1. Set the mode switch “Recording” mode.
2. Turn the power on, and then while keep pressing the “Zoom lever” to W side, “Intelligent auto/Manual” button and “Menu” button for more than 3 seconds until the top screen of the Service Mode Menu being displayed.
3. Under the condition of the Item No. [ 1 ] is yellow high lighted , then press “ENTER” button.
4. By pressing the “[UP] or [DOWN] of cursor” button and display a highlight in a [ YES ] item, then press the “ENTER” button.
5. After few seconds “END” is displayed on LCD monitor. Press [ POWER ] button or cutting of battery connection or AC power
supply connection as a completion of the “FACTORY SETTINGS”.
NOTE:
Do not using service mode except above table of Service mode menu.
End method of the top screen of the service mode menu.
Push the “MENU” button to end the service mode, and then POWER OFF.
10.2.What Is The Factory Settings?
The factory settings clean up and/or refresh the following settings.
1. Physical formatting of the built-in memory. (All user recorded data are deleted)
2. MENU, MODE, ADJUSTMENT VALUE.
3. Reset the folder number and file number of still pictures.
(Setting the folder number is 100, and file number is 0.)
4. Clear the service mode information contents.
5. Initialize the VIERA Link Physical Address.
The setting position of factory settings:
NameSetting position
Mode switchRecording mode
26
10 Block Diagram
OVERALL BLOCK DIAGRAM
IRIS
IC701
LENS/OIS DRIVE
SD
CARD
SPEAKER
ECM
DC IN
BATTERY
SHUTTER
IC201
MOS IMAGE
SENSOR
HDMI mini
CONNECTOR
ZOOM/
FOCUS
MOTOR/
OIS
Analog
Analog
IC6401
GYRO
SENSOR
IC3404
NAND
FLASH ROM/
512Mbit
IC3401
ASIC
IC1001
POWER
IC1502
BATTERY
MONITOR
NOTE
: VIDEO SIGNAL
: AUDIO SIGNAL
: CLK or CONTROL LINE
X3401
OSC
(48MHz)
COLOR LCD
PANEL
IC3751
VIDEO
ENCODER
IC3701
VIDEO
AMP
IC3202
INTERNAL MEMORY
/16GB
X2303
(32.768kHz)
IC1503
RTC/CHARAGE/
POWER CONTROL
USB TERMINAL
IC301,703,704,1011,
1421,1441,1471
REGULATOR
HC-V100M/V100 OVERALL BLOCK DIAGRAM
HC-V100M ONLY
IC3403
DDR3 SDRAM/
512Mbit
IC3402
DDR3 SDRAM/
512Mbit
A/V
MULTI
TERMINAL
Analog
Analog
OPERATION
IC2006
SYSTEM CONTROL
(CAMERA MICROCOMPUTER)
IC2002
EEPROM
X2001
OSC
(13.5MHz)
IC202,302
GATE IC
IC705
D-TYPE
FLIP-FLOP
IC511
MAGNETIC
SENSOR
IC2301
RESET
IC1501
VOLTAGE
DET.
LENS(F1.8 4.0 34x)
10.1.Overall Block Diagram
27
10.2.Camera/System Control Circuit Block Diagram
IC2006
(SYSTEM CONTROL)
CAMERA/SYSTEM CONTROL CIRCUIT BLOCK DIAGRAM
X2303
(32.768kHz)
S6001
LCD OPEN/CLOSE
CARD LED B
KEYIN4
POWER LED B
D6451
CARD
LED
PW REG3V
QR6402
PW 3.2V
PW REG3V
G19
QR6002
PW 3.2V
STANDBYLED B
U5
QR6003
G20
C6
QR6007
KEYIN1
D6
U3
IC1503
(RTC/CHARGE/POWER CONTROL)
S6401
POWER ON/OFF
D3
G5
G6
/SWIN1
E3
/SWIN2
XIN
XOUT
A5
LED
IC511
(MAGNETIC SENSOR)
4
3
1
2
VDD
OUT
GND
NC
HC-V100M/V100 CAMERA/SYSTEM CONTROL CIRCUIT BLOCK DIAGRAM
LCD RVS
CHA DI
CHA
DO
CHA SCK
CHA CS
D15
A16
B15
B16
B6
CS
B7
SCK
C6
SDI
C7
SDO
QR2002
PW RTCVREG32
ZSW
(To IC701-49)
IC201
(MOS IMAGE SENSOR)
A15
GPIOF38
GPIOF39
SCKIN0
SCKIP0
GPIOF37
GPIOF36
A14
A17
5
1
4
32
IC302
(GATE IC)
CH202
CH205 CH206
CH203
CH201
CH302
CH303
CH2004
CH2005 CH2006
CH207
PW SENS1.8V
63
53
62
DOAM
DOAP
DCKM
A16
A18
A19
64
55
54
DCKP
DOBP
DOBM
RL3431
RL3434 RL3433
RL3432
ADCK
K19
TGVD
ZMRST
GPIOF4
PLLEN
GPIOF18
GPIOC6
GPIOF16
GPIOF15
GPIOF7
GPIOF1
GPIOF11
GPIOF6
GPIOF9
GPIOF10
H19
BUS240 DAM
BUS240 DAP
BUS240 CKM
BUS240 CKP
BUS240 DBP
BUS240 DBM
49
XVS
XVD CAM
TGHD
J19
42
XHS
XHD CAM
GPIOC10
AA1
35
SDI
S SENS SDO
GPIOC11
W2
36
SCK
S SENS SCK
GPIOC12
Y1
14
XCE
S SENS CS
GPIOC9
Y2
22
XCLR
E MOS RST
CLK60 MOS
BUS240 DOAM
BUS240 DOAP
BUS240 DCKM
BUS240 DCKP
BUS240 DOBP
BUS240 DOBM
VD
HD
SDI
SCK
SCS
SI SYS2
Y11
S SYS2 BS
SO SYS2
V11
S SYS2 SB
CLK SYS2
W11
E20
AC1
E18
S SYSY2 SCK
R0410L 00H
V6
R0410L 00H
BE REQ2
Y5
BE REQ2
SYS REQ2
Y6
C10
E14
C18
SYS REQ2
COMP BOOT
E2
COMP BOOT
BE UPDATE
U8
BE UPDATE
CAM UPDATE
W8
E15
E16
C13
CAM UPDATE
DDR COMP CAL
V8
DDR COMP CAL
PLL EN
Y8
E PLL EN
BE RST
E1
C15
B20
C20
E BE RST
NTSC L PAL H
TGHD SYNC
H3
TGHD SYNC H
C12
RSTN
50
INCK
5
1
4
32
IC202
(GATE IC)
PW MOS1.8V
CH204
TOP OPERATION UNIT
FP6402
ZOOMAD
1
2
4
5
6
7
POWER LED
8
STANDBY LED
AVREF
AVREF
VTR KEY 1
PW REG3V
S6404
S/S SW
S6403
IA
S6402
OIS
MODE SWITCH
ZOOM LEVER
PHOTO SHOT BUTTON
IC3401
(ASIC)
IC2002
(EEPROM)
5
1
2
/CS
DI
DO
EEPROM DI
EEPROM DO
EEPROM CS
6
3
SK
WP
EEPROM SCK
EEPROM WP
7
/HOLD
CK2003
CK2004
CK2006
CK2007
CK2005
CL2008
CL2011
CL2009
CL2010
CL2013
CK2002
CL2012
8
VCC
GPIOF8
NTSC PAL
D12C14
PW REG3V
B13
C15
A15
C13
B14
Q2001
CL3405
CL3404
X2001
(13.5MHz)
K1
L1
OSC IN
OSC OUT
PHOTO2 ZENOSHI
PHOTO ZENOSI
F2
QR6008
KEYIN6
MENU
FP503
KEYIN6
3
LCD OP FPC
C5
ENTER
XI
XO
X3401
(48MHz)
C25
D25
CH301
P LED ON L
S RTC DI
S RTC DO
S RTC SCK
RTC CS
POWER SW
E LCD OPEN
28
10.3.Video/Audio Signal Process(1) Circuit Block Diagram
VIDEO/AUDIO SIGNAL PROCESS(1)CIRCUIT BLOCK DIAGRAM
IC3402/3403
(DDR3 SDRAM/1G-bit)
IC3402 ONLYIC3403 ONLY
DATA
A3
E3
G3 F3 B7 C7
E7 D3
DATA
A3
E3
G3 F3 B7 C7
CTL SIG
E7 D3
L2
K7 K9J7J3 K3 L3
M3 N8 M2 T2 K1
IC3404
(NAND FLASH ROM/512M-bit)
ADDRESSCTL SIGCTL SIG
N7
N3
45 48 49
DATA
51 54
CTL SIG
8
11 13
915 16
ECM[L]
ECM[R]
HS3901
(SD CARD CONNECTOR)
C.DET
14
11
13
HC-V100M only
IC3202
(INTERNAL MEMORY/16GB)
JK6402
USB TERMINAL
D-
D+
CAMERA SECTION
1 MOS
SENSOR
RL4802
M4801
+
-
RL4801
RL4804
M4802
+
-
RL4803
SPEAKER
CMD
CLK
2
3
D0
D1
D2
D3
WP
7
8
9
1
2
5
10
12
A3
DAT0
A4
DAT1
A5
DAT2
B2
DAT3
CLK
M6
M5
CMD
PW REG3V
MIC AMP
Q4801-4803
BUS240 DAP
BUS240 DAM
BUS240 DBP
BUS240 DBM
BUS240 CKP
BUS240 CKM
IC3401
(ASIC)
CD0
U3
CD1
V1
U2
CD2
V3
CD3
CMD
T2
SDCLK
T1
U5
CDT
WP
U1
AB2
GPIOC0
GPIOC1
AA3
Y5
GPIOC2
Y3
GPIOC3
AA2
GPIOC7
GPIOC4
W5
DM
M25
N25
DP
A14
GPIOF39
GPIOF38
A15
A18
GPIOF37
A19
GPIOF36
A16
SCKIP0
A17
SCKIN0
MICLIN0/DMD
E1
F1
MICRIN0/DMC
K1
SPKP
L1
SPKN
AC8
DQ0
AD6
DQ15
DQSN0
AE3
AE4
DQSP0
AE7
DQSN1
AE6
DQSP1
AA9
DQM0
AC4
DQM1
DQ31
DQ16
AC17
AC21
AE17
DQSN2
AE18
STREAM CONTROL
CAMERA
DSP
DQSP2
DQSN3
DQSP3
DQM2
AD19
AD21
AE22
AE21
MEMORY CONTROL
DQM3
AE14
DCKP
AE16 AC15
DCKN
DCKE
AA15
ZDCS
ZRAS
AE8 AD9 AE9
ZCAS
ZDWE
DBA2
AD14
AD12
H.264
MPEG2
JPEG
AC3/5.1CH
PROCESSOR
DBA1
AA13
DBA0
ZDRSTW8ODT
AD17
AD10
DA0
DA12
AC14
HDMI DMA I/F
CAMERA SIGNAL PROCESSOR
AUDIO DSP
V24
D7
D0
Y25
GPIOA3
N23
MAIN CPU
ZWE
GPIOA1
M23
AB25
HDMI
CONTROL
AC25
ZRE
V25 L23
ZCS
GPIOA0
SCL
SDA
HPD
CEC
TX2P
TX2N
TX1P
TX1N
TX0P
TX0N
TXCP
TXCN
LCDCK1
GPIOE21
GPIOE22
GPIOE23
GPIOE24
GPIOE25
GPIOE26
GPIOE27
GPIOE28
GPIOE19
GPIOE20
GPIOC15
GPIOC13
GPIOC14
GPIOC8
LOUT
ROUT
VBO
GPIOE11
GPIOE18
GPIOE0
GPIOE7
LCDCK0
GPIOE8
GPIOE9
GPIOB0
GPIOB1
GPIOA20
GPIOA19
H23
G23
J23
F23
F24
F25
G24
G25
H24
H25
J24
J25
A7
B6
B7
A4
A5
C6
C7
C8
C9
B4
B5
V5
V2
W1
AB1
H3
J3
L3
C5
G17
A3
G9
A6
E10
E11
M19
P21
U24
U25
CLK18 LCD
BUS9 LCDYC0
BUS9 LCDYC1
BUS9 LCDYC2
BUS9 LCDYC3
BUS9 LCDYC4
BUS9 LCDYC5
BUS9 LCDYC6
BUS9 LCDYC7
BUS9 LCDH
BUS9 LCDV
S CS LCD
S DO LCD
S CLK LCD
E LCD RST
CH3410
CH3409
FL6003
54
72
FL6002
54
72
CH905
G LOUT
G ROUT
G VOUT
BUS37 YO D0
BUS37 YO D7
BUS37 CO D0
BUS37 CO D7
CLK74 V D
VENCHD
VENCVD
S SDA VDAC
S CLK VDAC
E AVIO RST
HD STNDBY
36
18
36
18
CH906
HDMI CONNECTOR
SCL
15
16
SDA
HPD
19
14
CEC
2
DATA2+
3
DATA2-
5
DATA1+
DATA1-
6
8
DATA0+
9
DATA0-
CLK+
11
12
CH904
CLK-
To VIDEO/AUDIO SIGNAL
PROCESS(2) CIRCUIT
BLOCK DIAGRAM
JK6003
LCD
29
HC-V100M/V100 VIDEO/AUDIO SIGNAL PROCESS(1) CIRCUIT BLOCK DIAGRAM
10.4.Video/Audio Signal Process(2) Circuit Block Diagram
VIDEO/AUDIO SIGNAL PROCESS(2)CIRCUIT BLOCK DIAGRAM
CLK74 V D
JK6002
(A/V MULTI TERMINAL)
VOUT
1
PLUG IN
9
HDYOUT
2
PBOUT
6
PROUT
10
R OUT
11
L OUT
5
Y
Cb
Cr
Y/G
Cb/B
Cr/R
G
B
R
Y/ G
Cb/ B
Cr/ R
Y
C
G
B
R
YCbCr t o RGB
RGB to YCbCr
YCbCr
NTSC/PAL
Composite Video
Encoder
Component
Encoder
DAC1
Clock Gen
PLL
74.25MHz-> 148.5MHz
27MHz -> 54MHz
Delay
Delay
u-P I/F
Buffe
r
Buffe
r
DAC2
DAC3
6.75/13.5/27/54/1 48.5MHz
27MHz or 74.25MHz
Delay
RGB
54
52
51
37
39
3829
36
35
34
31
30
50
49
41
16
18
17
26
1
IC3751
(VIDEO ENCODER)
IC3701
(VIDEO AMP)
PW 3.2V
TEST
18-bit
HDI
VDI
Selector
Selector
Selector
Sync Generator
(EAV Decode or HD/VD Sync)
CVBS
HDO
VDO
VREFIREF BYPASSFLT
VREF
PW REG3V
TEST0
TEST1
TMOSELASCLSDAPD N
CKLIN
HC-V100M/V100 VIDEO/AUDIO SIGNAL PROCESS(2) CIRCUIT BLOCK DIAGRAM
DACO1
DACO2
DACO3
CH3751
CH3401 CH3402CH3753
CH3752
BUS37 YO D0
E AVIO RST
S SDA
VDAC
S CLK VDAC
HD STNDBY
G ROUT
G LOUT
G VOUT
VENCHD
VENCVD
9
10
131
2
8
7
6dB
27MHz LPF
STBY
CHARGE PUMP
6dB
15MHz LPF
6dB
15MHz LPF
5
4
1415
3
Y IN
STBY
PB IN
PR IN
CP VCC
CP GND
C PLUS C MINUS
Y OUT
PB OUT
PR OUT
VEE OUT
VEE IN
12
NVCC
PW 3.2V
PLUGIN L
(To IC2006-K19)
VBO
L3
LOUT
H3
ROUT
J3
GPIOA19
U25
GPIOB1
P21
GPIOB0
M19
GPIOA20
U24
LCDCKO
A6
GPIOE11
C5
G11
G12
G13
G14
G15
G16
GPIOE18
G17
GPIOE0
A3
C4
E7
F8
G10
E8
E9
GPIOE7
G9
BUS37 YO D1
GPIOE8
E10
GPIOE9
E11
IC3401
(ASIC)
2
BUS37 YO D2
3
BUS37 YO D3
4
5
BUS37 YO D4
BUS37 YO D5
6
BUS37 YO D6
7
BUS37 YO D7
8
12
BUS37 CO D0
BUS37 CO D1
13
BUS37 CO D2
14
BUS37 CO D3
19
20
BUS37 CO D4
BUS37 CO D5
21
BUS37 CO D6
22
BUS37 CO D7
23
DATA 0
DATA15
33
AVDD
15
PVDD1
30
10.5.Lens Drive Circuit Block Diagram
FILTER
MOS
M
5
8
7
21
18
19
20
IC701
(LENS/OIS DRIVE)
6
ZAP
ZBP
IC2006
(SYSTEM CONTROL)
M
IRIS MOTOR
FP6008
ZBN
ZAN
9
HALL
SENSOR
HALL
SENSOR
OIS UNIT
FP6008
PIT DRV+
PIT DRV-
PIT HO+
PIT HIN+
YAW DRV-
YAW DRV+
YAW HIN+
YAW HIN-
YAW HO-
32
33
31
30
29
28
23
22
24
27
26
25
PIT HO-
PIT HIN-
YAW HO+
IRM+
IRM-
FP6008
FP6008
IR HO+
IR HIN+
IR HO-
IR HIN-
HALL
SENSOR
PMP
IRHOP
76
IRHON
31
71
YMP
PHON
28
YMN
70
24
PHOP
57
PHINP
PMN
77
27
IRHINP
55
IRMP
5
IRMN
8
ZAP
14
ZAN
17
ZBN
10
ZBP
13
73
YHON
74
56
YHOP
YHINP
PW GYRO3V
GCSB
GSCK
GSI
GSO
29
23
32
3
12
HD
NSCS
SCK
SDI(V2L)
SDO(L2V)
DAC LD
NPORI
S LENS CS
S LENS CLK
S LENS OUT
22
VD
10
E19
D13
A14
CH711
CH712
CH2012
CH713
CH718
CH719
CH720
15
1
80
S LENS IN
S LENS EVRLD
S LENS RST L
C14
E17
E18
CH721
CH722
CH723
(GYRO SENSOR)
11
MOSI
44
10
MISO
26
8
CSB
CL6401
CL6406
CL6402
CL6403
35
9
SCLK
CL6404
1
VCC
7
VDD
IC6401
ZOOM ENC
ZENC
FENC
MCLKO
FP6008
4
17
3
16
1
FLEDCONT
FABS
LENS TEMP
ZABS
QR775
ZLEDCONT
D20
N4
N1
LENS TEMP
C8
LED CONT
ZOOM MOTOR
FOCUS ENC
HC-V100M/V100 LENS DRIVE CIRCUIT BLOCK DIAGRAM
21
CK27M
M
FOCUS MOTOR
FAP
FAN
FBN
FBP
14
12
11
13
FP6008
AFAN
40
AFAP
37
AFBN
33
AFBP
36
PW REG1.8V
(D-TYPE FLIP FLOP)
4
GND
3
Q
1
CK
2
D
5
Q
6
CLR
8
VCC
7
PR
IC705
IC3401
(ASIC)
C19
GPIOF31
B10
GPIOF32
B19
XVD LENS
W16
CLK27 LENS L
XHD LENS L
XVD LENS
S NSCS LEN
S SCK LEN
S LENDAT S2L
S LENDAT L2S
S DACLD LEN
E LENS RST L
S GYRO CSB
S GYRO SCK
S GYRO SI
S GYRO SO
XHD LENS
13
OUTMODE
LENS DRIVE CIRCUIT BLOCK DIAGRAM
ZOOM
FOCUS
31
10.6.Power Supply Circuit Block Diagram
POWER SUPPLY CIRCUIT BLOCK DIAGRAM
CL1461
DCG
LX7
RT
FLT7
INV6
VREF5
INV4
VCC
INV7
PGND4
STB6
HS6L
HX567
LED
VO2S
LX1
PGND13
LX3
VO2
LX22
HX13
SELDRV
SCP
LX21
PGND2
INV1
STB5
HX4
UDSEL
VO7
VREGA
HX2
LX4
PWM7
STB1234
INV3
LX5
INV5
GND
PGND567
LX6
22 211820171916 15 14 13 12
23
24
25
26
27
28
29
30
31
32
33
11
10
9
8
7
6
5
4
3
2
1
37 38 39 40 4134 35 36
IC1001
(POWER)
JK6701
1
3
4
2
+
T
D
-
JK6401
1
3
2
+
-
HC-V100M/V100 POWER SUPPLY CIRCUIT BLOCK DIAGRAM
BATTERY
DC IN
PW SPK3.2V
PW LENS3.2V
PW 3.2V
PW REG3V
CL1331
CL1441
PW 5V
PW HDM5V
PW RTCVREG32
CL1011
CL1421
CL1321
FUSE RESISTOR:
PW SD3.2V
QR1002
QR1001
QR1101
CL1351
CL1371
CL1471
5
1
4
3
2
IC1471
(REGULATOR)
GND
VOUT
VIN
NCCONT
.
VOUT
NP
VIN
VCONT
5
1
4
3
2
IC1011
(REGULATOR)
GND
Q1501
1
234
5
6
8
7
IC1502
(BATTERY
MONITOR)
32
1
2
3
4
5
6
7
8
24
23
22
21
313029
9 10 11 12
VSS
CS
AFE DI
AFE CLKIN
/RESET
OUT
LED CONT
A0
VDD
AN0
P07
VIN12
BAT ON H
RIN
ISENS0
ISENS1
VREG
VNVSS
AFE DO
P01
VSS
20
19
18
17
CHG ON H
VIN2
BA
T IN
P06
13 14 15 16
AFE CLK OUT
BKUP CONT
RXD
TXD
28 27 26 25
VCC
AN3
AN2
AN1
Q1502
1
234
5
6
8
7
123
46
5
Q1503
IC2006
(SYSTEM CONTROL)
CHA DI
CHA DO
CHA SCK
CHA CS
SW NOREG
S FGMICOM RXD
S FGMICOM TXD
S FGMICOM SCK
CS FG
D15
A16
B15
B16
Y4
V5
W5
U10
C4
A17
IC1501
(VOLTAGE DET.)
4
1
3
2
OUT
VSS
VDD
NC
QR1503
R1261
IC2301
(RESET)
1
2
4
3
VDD
GNDCDOUT
QR2308
CL1105
CL1101
CL1103
Q1504
PW REG3V
BATT RXD
C16
BATT TXD
W6
FG RESET H
IC1503
(RTC/CHARGE/POWER CONTROL)
/SWIN3
VREG32
D6
E4
WKUP
F3
B2
USB
A1
OUT
C2
A3
USBSW
BA
T DEC
G2
VREG25
(R1261/R6409)
Please check the Fuse Resistor when an output
voltage does not output.