sony hdr cx11e 12 e servicemanuallevel2 v1.1 2008.11
TRANSCRIPT
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SERVICE MANUAL
Sony EMCS Co.
LEVEL 2
Link
SERVICE NOTE
MODEL INFORMATION TABLE
SPECIFICATIONS
FRAME SCHEMATIC DIAGRAM
BLOCK DIAGRAMS
DISASSEMBLY
PRINTED WIRING BOARDS
REPAIR PARTS LIST
SCHEMATIC DIAGRAMS
Link
Revision HistoryRevision History
HDR-CX11E/CX12/CX12E_L2
Ver. 1.1 2008.11
DIGITAL HD VIDEO CAMERA RECORDER
The components identified bymark 0 or dotted line withmark 0 are critical for safety.Replace only with part num-ber specified.
Les composants identifis par unemarque 0 sont critiques pour lascurit.Ne les remplacer que par une piceportant le numro spcifi.
2008K0800-1 2008.11
Published by Kohda TEC9-852-601-32
Precaution on Replacing the VC-535 Board Precaution on Replacing the Holder (MS)
RMT-835
Photo: HDR-CX12
US ModelCanadian Model
AEP ModelUK Model
North European ModelE Model
Australian ModelHong Kong Model
Chinese ModelKorea Model
Tourist ModelJapanese Model
HDR-CX11E/CX12/CX12E
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HDR-CX11E/CX12/CX12E_L2
SPECIFICATIONS
These specifications are extracted from instruction manual ofHDR-CX11E/CX12E.
SystemVideo compression format: AVCHD (HD)/
MPEG2 (SD)/JPEG (Still images)Audio compression format: Dolby Digital 2/5.1ch
Dolby Digital 5.1 CreatorVideo signal: PAL color, CCIR standards
1080/50i specification Recording format: Movie (HD): AVCHD
1080/50iMovie (SD): MPEG2-PSStill image: Exif Ver.2.2*
Image device: 5.8 mm (1/3.13 type) CMOS sensorRecording pixels (still image, 4:3):Max. 10.2 mega (3 680 2 760) pixels**Gross: Approx. 5 660 000 pixelsEffective (Movie, 16:9):Approx. 3 810 000 pixelsEffective (still image, 16:9): Approx. 3 810 000 pixelsEffective (still image, 4:3): Approx. 5 080 000 pixels
Lens: Carl Zeiss Vario-Sonnar T12 (Optical), 24 , 150 (Digital)
Focal length: F=1.8 - 3.1Filter diameter: 37 mm (1 1/2 in.)f=4.9 - 58.8 mm (7/32- 2 3/8 in.)When converted to a 35 mm still cameraFor movies: 40 - 480 mm (1 5/8 - 19 in.) (16:9)For still images: 37 - 444 mm (1 1/2 - 17 1/2 in.) (4:3)
Color temperature: [AUTO], [ONE PUSH], [INDOOR] (3 200 K), [OUTDOOR] (5 800 K)
Minimum illumination: 5 lx (lux) ([AUTO SLW SHUTTR] [ON], Shutter speed 1/25 second)0 lx (lux) (during NightShot function)
* Exif is a file format for still images, established by the JEITA (Japan Electronics and Information Technology Industries Association). Files in this format can have additional information such as your camcorder's setting information at the time of recording.
** The unique pixel array of Sony's ClearVid CMOS Sensor and image processing system (BIONZ) allows still image resolution equivalent to the sizes described.
Input/Output connectorsA/V Remote Connector: Component/video and
audio output jackHDMI OUT jack: HDMI mini connector
LCD screenImage: 6.7 cm (2.7 type, aspect ratio 16:9)Total dot number: 211 200 (960 220)
GeneralPower requirements: DC 6.8 V/7.2 V (battery
pack)DC 8.4 V (AC Adaptor)
Average power consumption: During camera recording using the LCD with normal brightness:HD: 3.8 W SD: 3.3 W
Operating temperature: 0C to 40C (32 F to 104 F)
Storage temperature: -20C to + 60C (-4 F to + 140 F)
Dimensions (approx.): 69 67 129 mm (2 3/4 2 3/4 5 1/8 in.) (whd) including the projecting parts69 67 131 mm (2 3/4 2 3/4 5 1/4 in.) (whd) including the projecting parts, and the supplied battery pack attached
Mass (approx.): 370 g (13 oz)main unit only450 g (1 lb) including the supplied rechargeable battery pack
Handycam Station DCRA-C240
Input/Output connectorA/V OUT jack: Component/video and audio
output jackUSB jack: mini-B
AC Adaptor AC-L200/L200BPower requirements: AC 100 V - 240 V, 50 Hz/60
HzCurrent consumption: 0.35A - 0.18APower consumption: 18 WOutput voltage: DC 8.4 V*
Operating temperature: 0C to 40C (32 F to 104 F)
Storage temperature: -20C to + 60C (-4 F to + 140 F)
Dimensions (approx.): 48 29 81 mm (1 15/16 1 3/16 3 1/4 in.)(whd) excluding the projecting parts
Mass (approx.): 170 g (6.0 oz) excluding the power cord (mains lead)
* See the label of AC Adaptor for other specifications.
Rechargeable battery pack NP-FH60Maximum output voltage: DC 8.4 VOutput voltage: DC 7.2 VCapacity: 7.2 wh (1 000 mAh)Type: Li-ion
Design and specifications of your camcorder and accessories are subject to change without notice. Manufactured under license from Dolby Laboratories.
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HDR-CX11E/CX12/CX12E_L2
SPECIFICATIONS
These specifications are extracted from instruction manual ofHDR-CX12.
SystemVideo compression format: AVCHD (HD)/
MPEG2 (SD)/JPEG (Still images)Audio compression format: Dolby Digital 2/5.1ch
Dolby Digital 5.1 CreatorVideo signal: NTSC color, EIA standards
1080/60i specificationRecording format: Movie (HD): AVCHD
1080/60iMOVIE (SD): MPEG2-PSStill image: Exif Ver.2.2*
Image device: 5.8 mm (1/3.13 type) CMOS sensorRecording pixels (still image, 4:3):Max. 10.2 mega (3 680 2 760) pixels**Gross: Approx. 5 660 000 pixelsEffective (Movie, 16:9)Approx. 3 810 000 pixels
Effective (Still image, 16:9)Approx. 3 810 000 pixels
Effective (Still image, 4:3)Approx. 5 080 000 pixels
Lens: Carl Zeiss Vario-Sonnar T12 (Optical), 24 , 150 (Digital)
Focal length: F=1.8 - 3.1Filter diameter: 37 mm (1 1/2 in)f=4.9 - 58.8 mm (7/32 - 2 3/8 in.)When converted to a 35 mm still cameraFor movies: 40 - 480 mm (1 5/8 - 19 in.) (16:9)For still images: 37 - 444 mm (1 1/2 - 17 1/2 in.) (4:3)
Color temperature: [AUTO], [ONE PUSH], [INDOOR] (3 200 K), [OUTDOOR] (5 800 K)
Minimum illumination: 5 lx (lux) ([AUTO SLW SHUTTR] [ON], Shutter speed 1/30 second)0 lx (lux) (during NightShot function)
* Exif is a file format for still images, established by the JEITA (Japan Electronics and Information Technology Industries Association). Files in this format can have additional information such as your camcorder's setting information at the time of recording.
** The unique pixel array of Sony's ClearVid CMOS Sensor and image processing system (BIONZ) allows still image resolution equivalent to the sizes described.
Input/Output connectorsA/V Remote Connector: Component/video and
audio output jackHDMI OUT jack: HDMI mini connector
LCD screenImage: 6.7 cm (2.7 type, aspect ratio 16:9)Totaldot number: 211 200 (960 220)
Storage temperature: -20C to + 60C (-4 F to + 140 F)
Dimensions (Approx.): 48 29 81 mm (1 15/16 1 3/16 3 1/4 in.)(whd) excluding the projecting parts
Mass (approx.): 170 g (6.0 oz) excluding the power cord (mains lead)
* See the label of AC Adaptor for other specifications.
Rechargeable battery pack NP-FH60Maximum output voltage: DC 8.4 VOutput voltage: DC 7.2 VCapacity: 7.2 wh (1 000 mAh)Type: Li-ion
Design and specifications of your camcorder and accessories are subject to change without notice. Manufactured under license from Dolby Laboratories.
GeneralPower requirements: DC 6.8 V/7.2 V (battery
pack)DC 8.4 V (AC Adaptor)
Average power consumption: During camera recording using the LCD with normal brightness:HD: 4.1 W SD: 3.3 W
Operating temperature: 0C to 40C (32 F to 104 F)
Storage temperature: -20C to + 60C (-4 F to + 140 F)
Dimensions (Approx.): 69 67 129 mm (2 3/4 2 3/4 5 1/8 in.)(whd) including the projecting parts69 67 131 mm (2 3/4 2 3/4 5 1/4 in.)(whd) including the projecting parts, and the supplied battery pack attached
Mass (Approx.): 370 g (13 oz) main unit only450 g (1 lb) including the supplied rechargeable battery pack
Handycam Station DCRA-C240
Input/Output connectorA/V OUT jack: Component/video and audio
output jackUSB jack: mini-B
AC Adaptor AC-L200/L200BPower requirements: AC 100 V - 240 V, 50 Hz/60
HzCurrent consumption: 0.35A - 0.18APower consumption: 18 WOutput voltage: DC 8.4 V*Operating temperature: 0C to 40C (32 F to
104 F)
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HDR-CX11E/CX12/CX12E_L2
AVCHDHD/MPEG2SD/JPEG
Dolby Digital2/5.1ch5.1
NTSCEIA1080/60i
HDAVCHD 1080/60iSDMPEG2-PS
Exif Ver.2.2*5.8 mm1/3.13CMOS: 1 020**3 6802 7604:356616938116938143508
T122415037 mmF1.8 3.1f=4.9 58.8 mm35mm40 480 mm16937 444 mm43
3 200 K5 800 K
5 lx1/300 lxNightShot * JEITA** CMOSBIONZ
/ A/V
HDMI OUTHDMI
6.7 cm2.716:9211 200960 220
6.8 V/7.2 VDC 8.4 V
HD4.1 W SD3.3 W
0 40 20 +60 69 67 129 mm69 67 131 mm
370 g450 g PRO
DCRA-C240 / A/V OUT
USBmini-B
ACAC-L200/L200B AC 100 V - 240 V50 Hz/60 Hz18 WDC 8.4 V *0 40 20 +60 482981 mm170 g* AC
NP-FH60 DC 8.4 VDC 7.2 V7.2 Wh1 000 mAhLi-ion
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Model information table
AbbreviationAUS : Australian modelCH : Chinese modelCND : Canadian modelHK : Hong Kong modelJ : Japanese modelJE : Tourist modelKR : Korea modelNE : North European model
Model HDR-CX11E
PALColor systemCAM PCData
copy
Destination AEP, UK, NE
HDR-CX12
NTSC
US, CND, E, KR,JE, J
Supplied accessory"Memory Stick PRO Duo" 4 GB 4 GB
4 GB : EXCEPT J8 GB : J
CAM PC
HDR-CX12E
PAL
NE, CH, AUS, HK,E, JE
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HDR-CX11E/CX12/CX12E_L2
SAFETY-RELATED COMPONENT WARNING!!
COMPONENTS IDENTIFIED BY MARK 0 OR DOTTED LINE WITHMARK 0 ON THE SCHEMATIC DIAGRAMS AND IN THE PARTSLIST ARE CRITICAL TO SAFE OPERATION. REPLACE THESECOMPONENTS WITH SONY PARTS WHOSE PART NUMBERSAPPEAR AS SHOWN IN THIS MANUAL OR IN SUPPLEMENTSPUBLISHED BY SONY.
1. Check the area of your repair for unsoldered or poorly-solderedconnections. Check the entire board surface for solder splashesand bridges.
2. Check the interboard wiring to ensure that no wires are"pinched" or contact high-wattage resistors.
3. Look for unauthorized replacement parts, particularlytransistors, that were installed during a previous repair. Pointthem out to the customer and recommend their replacement.
4. Look for parts which, through functioning, show obvious signsof deterioration. Point them out to the customer andrecommend their replacement.
5. Check the B+ voltage to see it is at the values specified.6. Flexible Circuit Board Repairing
Keep the temperature of the soldering iron around 270Cduring repairing.
Do not touch the soldering iron on the same conductor of thecircuit board (within 3 times).
Be careful not to apply force on the conductor when solderingor unsoldering.
SAFETY CHECK-OUT
After correcting the original service problem, perform the followingsafety checks before releasing the set to the customer.
ATTENTION AU COMPOSANT AYANT RAPPORT LA SCURIT!
LES COMPOSANTS IDENTIFS PAR UNE MARQUE 0 SUR LESDIAGRAMMES SCHMATIQUES ET LA LISTE DES PICES SONTCRITIQUES POUR LA SCURIT DE FONCTIONNEMENT. NEREMPLACER CES COMPOSANTS QUE PAR DES PISES SONYDONT LES NUMROS SONT DONNS DANS CE MANUEL OUDANS LES SUPPMENTS PUBLIS PAR SONY.
Unleaded solderBoards requiring use of unleaded solder are printed with the lead-free mark (LF) indicating the solder contains no lead.(Caution: Some printed circuit boards may not come printed withthe lead free mark due to their particular size.)
: LEAD FREE MARKUnleaded solder has the following characteristics. Unleaded solder melts at a temperature about 40C higher than
ordinary solder.Ordinary soldering irons can be used but the iron tip has to beapplied to the solder joint for a slightly longer time.Soldering irons using a temperature regulator should be set toabout 350C.Caution: The printed pattern (copper foil) may peel away if theheated tip is applied for too long, so be careful!
Strong viscosityUnleaded solder is more viscous (sticky, less prone to flow) thanordinary solder so use caution not to let solder bridges occur suchas on IC pins, etc.
Usable with ordinary solderIt is best to use only unleaded solder but unleaded solder mayalso be added to ordinary solder.
CAUTIONDanger of explosion if battery is incorrectly replaced.Replace only with the same or equivalent type.
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HDR-CX11E/CX12/CX12E_L2
1.
2.
0
3.
4.
5.
6. 270
7. Lead Free
40
350
IC
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HDR-CX11E/CX12/CX12E_L2
1. SERVICE NOTE1-1. POWER SUPPLY DURING REPAIRSIn this unit, about 10 seconds after power is supplied to the battery terminal using the regulated power supply (8.4V), the power is shut off sothat the unit cannot operate.These following method is available to prevent this.
Method:Use the AC power adaptor (AC-L200/L200B).
1-2. SELF-DIAGNOSIS FUNCTION
1-2-1. Self-diagnosis FunctionWhen problems occur while the unit is operating, the self-diagnosisfunction starts working, and displays on the LCD screen what todo. This function consists of two display; self-diagnosis display andservice mode display.Details of the self-diagnosis functions are provided in the Instructionmanual.
1-2-2. Self-diagnosis DisplayWhen problems occur while the unit is operating, the counter of theLCD screen shows a 4-digit display consisting of an alphabet andnumbers, which blinks at 3.2 Hz. This 5-character display indicatesthe repaired by:, block in which the problem occurred, anddetailed code of the problem.
1 13 1C
Repaired by:Refer to 1-2-3. Self-diagnosis Code Table.Indicates the appropriate
step to be taken.E.g.31 ....Reload the tape.32 ....Turn on power again.
Block Detailed Code
Blinks at 3.2Hz
C : Corrected by customerH : Corrected by dealerE : Corrected by service
engineer
LCD screenC : 3 1 : 1 1
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HDR-CX11E/CX12/CX12E_L2
1-2-3. Self-diagnosis Code Table
C
C
C
C
E
E
E
E
E
E
E
E
E
E
E
E
E
BlockFunction
0 4
1 3
1 3
3 2
2 0
6 1
6 1
6 2
6 2
6 2
6 2
6 2
6 2
6 2
6 2
9 1
9 4
DetailedCode
0 0
0 1
0 2
6 0
0 0
1 0
1 1
0 0
0 1
0 2
0 3
1 0
1 1
1 2
2 0
0 1
0 0
Symptom/State
Non-standard battery is used.Memory Stick Duo is unformatted.Memory Stick Duo is broken.
Media access error
Difficult to adjust focus(Cannot initialize focus)
Flash memory data are rewritten.
Zoom operations fault(Cannot initialize zoom lens.)
The abnormalities in initialization ofthe focus lens and the abnormalities ininitialization of the zoom lens occurredsimultaneously.Handshake correction function does notwork well. (With PITCH angularvelocity sensor output stopped.)Handshake correction function does notwork well. (With YAW angular velocitysensor output stopped.)Abnormality of IC for steadyshot.
IC for steadyshot and micro controllercommunication abnormality among.
Shift lens initializing failure.
Shift lens overheating (Pitch)
Shift lens overheating (Yaw)
Abnormality of thermistor.
Abnormality when flash is being charged.Fault of writing or erasing theflash memory
Self-diagnosis Code
Repa
ired
by:
Correction
Use the InfoLITHIUM battery.Format the Memory Stick Duo.Insert a new Memory Stick Duo.Remove the power source. Reconnect it again and operate yourcamcorder againRetry turn the power on by the power switch. If it does notrecover, check the focus MR sensor of lens block (pin w;, wa ofCN5101 on the LD-241 board). If it is OK, check the focusmotor drive IC (IC5201 on the LD-241 board).Make flash memory data correct value. (Note 1)Inspect the lens block zoom MR sensor (pin qh, qj of CN5101on the LD-241 board) when zooming is performed when thezoom lever is operated, and the zoom motor drive circuit(IC5201 on the LD-241 board) when zooming is not performed.
Check both C: 32: 60 and E: 61: 10 of the self-diagnosis code.
Inspect PITCH angular velocity sensors (SE9001 on the LD-241board) peripheral circuits.
Inspect YAW angular velocity sensors (SE1001 on the VC-535board) peripheral circuits.Refer to [1-3-1. E : 62 : 02 (Abnormality of IC for Steadyshot)Occurred].
Inspect the steadyshot circuit (IC5501 on the LD-241 board).Replacement of lens block. If an error occurs again, replace theLD-241 board. (Note 2)Refer to [1-3-2. E : 62 : 11 (Shift Lens Overheating (Pitch))Occurred].Refer to [1-3-3. E : 62 : 12 (Shift Lens Overheating (Yaw))Occurred].Refer to [1-3-4. E : 62 : 20 (Abnormality of Thermistor)Occurred].Checking of flash unit or replacement of flash unit.
Inspect the flash memory (IC2101 on the VC-535 board).
Note 1 : Refer to Service Manual, ADJ (1-3. DESTINATION DATA WRITE).Note 2 : When the lens block was replaced, execute the necessary adjustment items referring to Service Manual, ADJ.
After the adjustment, make sure with the STEADYSHOT turned ON that the steadyshot functions appropriately in thehandheld operation.
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HDR-CX11E/CX12/CX12E_L2
1-3. METHOD OF COPING WITH SHIFT LENS ERROR
about 330 msec
Fig. 2Change in output voltage of R5549 on the LD-241 board
Note: The length of low section will vary a little depending on theconditions.
1-3-1. E : 62 : 02 [Abnormality of IC for Steadyshot] OccurredOrder Procedure
1 Turn the power OFF.
2 While measuring with an oscilloscope the output voltage of R5549 in the periphery of IC5501 on the LD-241 board, turn thepower ON to check that the output voltage immediately after the power on change as shown in Fig. 2.
3 If the output voltage change as shown in Fig. 2, replace the lens block (Note). If it does not change as shown in Fig. 2, inspectthe camera control circuit (IC1301 of VC-535 board) periphery.
Note: When the lens block was replaced, execute a necessary adjustment items referring to Service Manual, ADJ.After the adjustment, make sure with the STEADYSHOT turned ON that the steadyshot functions appropriately in thehandheld operation.
Fig. 1Measurement points on the LD-241 board and the VC-535 board
LD-241 BOARD (SIDE B) VC-535 BOARD (SIDE A)
IC5501
R5534R5549
IC1301
R5526
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HDR-CX11E/CX12/CX12E_L2
1-3-2. E : 62 : 11 [Shift Lens Overheating (Pitch)] OccurredConnect by the SeusEX and perform the following process.
Order Block Page Address Data Procedure1 11 80 7430 01 Write the data. (After it starts, set it before caution is displayed.)2 11 8E F946 F0 Write the data.3 11 8E F948 01 Write the data. (Note 1)4 11 8E F948 00 Write the data.5 11 8E F946 10 Write the data.6 11 8E F948 01 Write the data. (Note 1)7 11 8E F948 00 Write the data.8 11 80 7430 00 Write the data.
9 Check if the shift lens moves while setting the order 2 to 7. If the shift lens does not move,replace the lens block (Note 2). When the shift lens moved, proceed to the order 10.
10 While setting the order 2 to 7, measure with an oscilloscope the output voltage of R5526 in theperiphery of IC5501 on the LD-241 board to check the output voltage varies.
11 If the output voltage does not vary, replace the lens block (Note 2). When the output voltagevaried, proceed to the order 12.
12 Turn the power OFF.While measuring with an oscilloscope the output voltage of R5549 in the periphery of IC5501
13 on the LD-241 board, turn the power ON to check that the output voltage immediately after thepower on change as shown in Fig. 2.If the output voltage change as shown in Fig. 2, replace the lens block (Note 2). If it does not
14 change as shown in Fig. 2, inspect the camera control circuit (IC1301 of VC-535 board)periphery.
Note 1: Finish this operation within 10 seconds. If it is likely to take more than 10 seconds, set block: 11, page: 8E, address:F948, data: 00, and then retry.
Note 2: When the lens block was replaced, execute the necessary adjustment items referring to Service Manual, ADJ.After the adjustment, make sure with the STEADYSHOT turned ON that the steadyshot functions appropriately in thehandheld operation.
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HDR-CX11E/CX12/CX12E_L2
1-3-3. E : 62 : 12 [Shift Lens Overheating (Yaw)] OccurredConnect by the SeusEX and perform the following process.
Order Block Page Address Data Procedure1 11 80 7430 01 Write the data. (After it starts, set it before caution is displayed.)2 11 8E F947 F0 Write the data.3 11 8E F949 01 Write the data. (Note 1)4 11 8E F949 00 Write the data.5 11 8E F947 10 Write the data.6 11 8E F949 01 Write the data. (Note 1)7 11 8E F949 00 Write the data.8 11 80 7430 00 Write the data.
9 Check if the shift lens moves while setting the order 2 to 7. If the shift lens does not move,replace the lens block (Note 2). When the shift lens moved, proceed to the order 10.
10 While setting the order 2 to 7, measure with an oscilloscope the output voltage of R5534 in theperiphery of IC5501 on the LD-241 board to check the output voltage varies.
11 If the output voltage does not vary, replace the lens block (Note 2). When the output voltagevaried, proceed to the order 12.
12 Turn the power OFF.While measuring with an oscilloscope the output voltage of R5549 in the periphery of IC5501
13 on the LD-241 board, turn the power ON to check that the output voltage immediately after thepower on change as shown in Fig. 2.If the output voltage change as shown in Fig. 2, replace the lens block (Note 2). If it does not
14 change as shown in Fig. 2, inspect the camera control circuit (IC1301 of VC-535 board)periphery.
Note 1: Finish this operation within 10 seconds. If it is likely to take more than 10 seconds, set block: 11, page: 8E, address:F949, data: 00, and then retry.
Note 2: When the lens block was replaced, execute the necessary adjustment items referring to Service Manual, ADJ.After the adjustment, make sure with the STEADYSHOT turned ON that the steadyshot functions appropriately in thehandheld operation.
1-3-4. E : 62 : 20 [Abnormality of Thermistor] OccurredOrder Procedure
1 Turn the power ON.
2 Confirm the connections of flexible flat cables and connectors between the lens block and LD-241 board, LD-241 board andVC-535 board.
3 In case of no malfunction of connections, replace the lens block with new one (Note) . When the error has occurred in spite ofthe lens replacement, replace LD-241 board with new one.
Note: When the lens block was replaced, execute the necessary adjustment items referring to Service Manual, ADJ.After the adjustment, make sure with the STEADYSHOT turned ON that the steadyshot functions appropriately in thehandheld operation.
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1-4. PRECAUTION ON REPLACING THE VC-535 BOARD
DESTINATION DATAWhen you replace to the repairing board, the written destination data of repairing board also might be changed to original setting.Refer to Service Manual ADJ, and perform DESTINATION DATA WRITE.
USB SERIAL No.The set is shipped with a unique ID (USB Serial No.) written in it.This ID has not been written in a new board for service, and therefore it must be entered after the board replacement.Refer to Service Manual ADJ, and perform USB SERIAL No. INPUT.
About the PITCH/YAW Sensor DataThe PITCH data the PITCH sensor (SE9001) on LD-241 board uses is saved in the memory on VC-535 board.Therefore, in case of replacing VC-535 board, the data for the PITCH sensor (SE9001) on LD-241 board is lost.On replacing VC-535 board, cope with one procedure as following mentioned. Replace VC-535 and LD-241 boards at the same time. Replace VC-535 board and the PITCH sensor (SE9001) on LD-241 board at the same time.
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1-2. 1-2-1.
L C D
1-2-2.LCD
43.2Hz
5
1. SERVICE NOTE
1-1. 8.4Vdc10
DCACAC-L200/L200B
1 13 1C
1-2-3.
31
32
3.2Hz
C H E
LCD
C : 3 1 : 1 1
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HDR-CX11E/CX12/CX12E_L2
1-2-3.
CC
C
C
EE
E
E
E
EE
E
E
E
E
EE
0 41 3
1 3
3 2
2 06 1
6 1
6 2
6 2
6 26 2
6 2
6 2
6 2
6 2
9 19 4
0 00 1
0 2
6 0
0 01 0
1 1
0 0
0 1
0 20 3
1 0
1 1
1 2
2 0
0 10 0
PITCH
YAW
IC
IC
(PITCH)
(YAW)
/
MRLD-241CN5101 w;waLD-241IC5201
1
MRLD-241CN5101 qhqjLD-241IC5201
C3260E6110
PITCHLD-241SE9001
YAWVC-535SE1001
1-3-1. E6202IC
LD-241IC5501
LD-241 2
1-3-2. E6211PITCH
1-3-3. E6212YAW
1-3-4. E6220
VC-535IC2101
1ADJ1-3. DESTINATION DATA WRITE2ADJON
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HDR-CX11E/CX12/CX12E_L2
1-3.
2. LD-241R5549
Low
330 msec
2
1
1
2LD-241IC5501R5549
2
322
VC-535IC1301
ADJON
1-3-1. E6202IC
1.LD-241VC-535
LD-241 BOARD (SIDE B) VC-535 BOARD (SIDE A)
IC5501
R5534R5549
IC1301
R5526
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HDR-CX11E/CX12/CX12E_L2
1 11 80 7430 01
2 11 8E F946 F0
3 11 8E F948 01 1
4 11 8E F948 00
5 11 8E F946 10
6 11 8E F948 01 1
7 11 8E F948 00
8 11 80 7430 00
27
9 2
10
10LD-241IC5501R5526
27
112
12
12
LD-241IC5501R5549
13 2
222
14 VC-535IC1301
1-3-2. E6211PITCHSeusEX
11010118EF94800
2ADJON
-
1-11
ENGLISH JAPANESEENGLISH JAPANESE
HDR-CX11E/CX12/CX12E_L2
1-3-3. E6212YAWSeusEX
1 11 80 7430 01
2 11 8E F947 F0
3 11 8E F949 01 1
4 11 8E F949 00
5 11 8E F947 10
6 11 8E F949 01 1
7 11 8E F949 00
8 11 80 7430 00
27
9 210
10LD-241IC5501R5534
27
112
12
12
LD-241IC5501R5549
13 2
222
14 VC-535IC1301
11010118EF94900
2ADJON
1
2LD-241LD-241VC-535
3LD-241
ADJON
1-3-4. E6220
-
1-12
ENGLISH JAPANESEENGLISH JAPANESE
HDR-CX11E/CX12/CX12E_L2
1-4. VC-535
ADJDESTINATION DATA WRITE
USBNo.1IDUSB Serial No.
IDID
ADJUSB SERIAL No. INPUT
PITCH/YAWLD-241PITCH(SE9001)PITCHVC-535
VC-535LD-241PITCH(SE9001)
VC-535
VC-535LD-241
VC-535LD-241PITCH(SE9001)
-
1-13HDR-CX11E/CX12/CX12E_L2
(ENGLISH)1-5. PRECAUTION ON REPLACING
THE HOLDER (MS)(HDR-CX11E)
The model display adopts the laser printing method.Therefore, theholder (MS) for replacement differs depending on the destination.As similar displays are provided, choose the suitable one for order.
Note1: After replacing the holder (MS) , the serial number for itwill be changed to the one exclusive for service use.Inform a customer of the serial number change and change the serialnumber in the repair data.
(JAPANESE)1-5. (MS)
(HDR-CX11E)
(MS)
1: (MS)
Serial No.
Serial No.
HDR-CX11E (AEP, UK Models)
Part No.A-1556-668-A
DescriptionHOLDER (CX11E-CEH),(MS)
HDR-CX11E (North European Model)
Part No.A-1556-669-A
DescriptionHOLDER (CX11E-CEL),(MS)
-
1-14HDR-CX11E/CX12/CX12E_L2
(ENGLISH)1-6. PRECAUTION ON REPLACING
THE HOLDER (MS)(HDR-CX12)
The model display adopts the laser printing method.Therefore, theholder (MS) for replacement differs depending on the destination.As similar displays are provided, choose the suitable one for order.
Note1: After replacing the holder (MS), the serial number for itwill be changed to the one exclusive for service use.Inform a customer of the serial number change and change the serialnumber in the repair data.
Note 2: When replacing the holder (MS) for US, affix theManufacturing year label and the Factory label on the specifiedlocation as shown in the figure.The replacement caution label and inset (how to affix) are suppliedtogether with the holder (MS).
Note 3: When replacing the holder (MS) for Korea and Japanese,affix the Manufacturing year label on the specified location asshown in the figure.The replacement caution label and inset (how to affix) are suppliedtogether with the holder (MS).
(JAPANESE)1-6. (MS)
(HDR-CX12)
(MS)
1: (MS)
2:US (MS)
(MS)(
)
3:KoreanJapanese (MS)
(MS)(
)
Serial No.
Serial No.
Serial No.
Serial No.
Serial No.
Serial No.
* Manufacturing year
* Manufacturing year
* Manufacturing year
* Factory
HDR-CX12 (Japanese Model)
Part No.A-1556-656-A
DescriptionHOLDER (CX12-J1), (MS)
HDR-CX12 (US Model)
Part No.A-1556-658-A
DescriptionHOLDER (CX12-U2), (MS)
* Affix the label
* Affix the label
* Affix the label
HDR-CX12 (Canadian Model)
Part No.A-1556-659-A HOLDER (CX12-CA2),(MS)
HDR-CX12 (E Model)
Part No.A-1556-660-A
Description
Description
HOLDER (CX12-E23),(MS)
HDR-CX12 (Korea Model)
Part No.A-1556-661-A
DescriptionHOLDER (CX12-KR2),(MS)
HDR-CX12 (Tourist Model)
Part No.A-1556-662-A
DescriptionHOLDER (CX12-JE3),(MS)
-
1-15EHDR-CX11E/CX12/CX12E_L2
(ENGLISH)1-7. PRECAUTION ON REPLACING
THE HOLDER (MS)(HDR-CX12E)
The model display adopts the laser printing method.Therefore, theholder (MS) for replacement differs depending on the destination.As similar displays are provided, choose the suitable one for order.
Note1: After replacing the holder (MS) , the serial number for itwill be changed to the one exclusive for service use.Inform a customer of the serial number change and change the serialnumber in the repair data.
(JAPANESE)1-7. (MS)
(HDR-CX12E)
(MS)
1: (MS)
Serial No.
Serial No.
Serial No.
Serial No.
HDR-CX12E (North European Model)
Part No.A-1556-667-A
DescriptionHOLDER (CX12E-CEL),(MS)
HDR-CX12E (E, Hong Kong, Australian Models)
Part No.A-1556-663-A
DescriptionHOLDER (CX12E-E34),(MS)
HDR-CX12E (Chinese Model)
Part No.A-1556-664-A HOLDER (CX12E-CN2),(MS)
HDR-CX12E (Tourist Model)
Part No.A-1556-666-A
Description
Description
HOLDER (CX12E-JE3),(MS)
-
2-1
2. DISASSEMBLY
HDR-CX11E/CX12/CX12E_L2
NOTE FOR REPAIR
Make sure that the flat cable and flexible board are not cracked of bent at the terminal.Do not insert the cable insufficiently nor crookedly.
When remove a connector, dont pull at wire of connector. It is possible that a wire is snapped.
When installing a connector, dont press down at wire of connector.It is possible that a wire is snapped.
Cut and remove the part of gilt which comes off at the point.(Be careful or some pieces of gilt may be left inside)
DISCHARGING OF THE ST-201 BOARDS CHARGING CAPACITOR (C5206)The charging capacitor (C5206) of the ST-201 board is chargedup to the maximum 330 V potential.There is a danger of electric shock by this high voltage when thecapacitor is handled by hand. The electric shock is caused bythe charged voltage which is kept without discharging when themain power of the unit is simply turned off. Therefore, theremaining voltage must be discharged as described below.
Preparing the Short JigTo preparing the short jig, a small clip is attached to each end ofa resistor of 1 k /1 W (1-215-869-11).Wrap insulating tape fully around the leads of the resistor toprevent electrical shock.
Harness (coaxial cable)
Tweezers etc.
1 k/1 W
Wrap insulating tape.
NOTE FOR DISCONNECTING THE HARNESS (COAXIAL CABLE)When disconnecting the harness (COAXIAL CABLE), do notpull the harness part but pull off the connector body with tweezersetc.
ST-201 Board
ST-201 Board
Elect Cap70uF 330V(C5206)
Note: High-voltage cautions
Discharging the CapacitorShort-circuit between the two points withthe short jig about 10 seconds.To avoid the spark with the metal plate,wrap the short jig with the insulation tape.
R:1 k/1 W (Part code: 1-215-869-11)
-
2-2HDR-CX11E/CX12/CX12E_L2
2-1. IDENTIFYING PARTS
2-2-1. OVERALL SECTION - LCD Panel Section - Front Panel Section
2-2-4. MAIN BODY SECTION - Top Cabinet Section - MS-402 Board Section - Cabinet L Section
2-2-5. LENS/BT SECTION - VC-535 Board Block - BT Panel Section - ST-201 Board Block
2-2-2. LCD PANEL SECTION - LCD Panel Section
2-2-3. CABINET R SECTION - Hinge Block - CK-203 Board - Loud Speaker (SP901)
- DISASSEMBLY FLOW -
Lens Section LD-241 Board CM-094 Board
Top Cabinet Section PH-003 Board
BT Panel Section CR-092 Board
Cabinet R Section CK-203 Board
VC-535 Board
Cabinet L Section
LCD Panel Section PD-371 Board
MS-402 Board Section MS-402 Board
Flash Unit Section ST-201 Board
Front Panel Section
-
2-3HDR-CX11E/CX12/CX12E_L2
2-2. DISASSEMBLY
2-2-1. OVERALL SECTIONFollow the disassembly in the numerical order given.1 LCD Panel Section (1-1 to 1-15)2 Front Panel Section (2-1 to 2-10)
HELPHELP
EXPLODED VIEW HARDWARE LIST
1-2(#1/#14)
1-10(#2)
1-9(#2)
1-11 (#2)
1-8(#2)
1-6(#2)1-4(Claw)
1-5
1-3
1-1(Open)
1-7(Open)
1-14
1-15
1 LCD PanelSection(See Page 2-4)
2 Front PanelSection
2-1 (#2/#10) 2-7 (#2)
2-8 (#2)
2-9(#2)
2-10
2-4
2-6
2-5
2-2(Claw)
2-3
HELP01
1-12 (#2)
1-13(Claw)
Main Body Section(See Page 2-6)
-
2-4HDR-CX11E/CX12/CX12E_L2
2-2-2. LCD PANEL SECTIONFollow the disassembly in the numerical order given.1 LCD Panel Section (1-1 to 1-9)
EXPLODED VIEW HARDWARE LIST
PD-371
A
C
C
B
A
B1-1(#2/#10)
1-4(Claw)
1-6 (Claw)1-7 (Claw)
1-8
1-5
1-2(#2/#10)
1-3(#2/#10) Cabinet R Section
(See Page 2-5)
HELP02HELP02
1-9
1 LCD Panel Section
-
2-5HDR-CX11E/CX12/CX12E_L2
EXPLODED VIEW HARDWARE LIST2-2-3. CABINET R SECTIONFollow the disassembly in the numerical order given.1 Hinge Block (1-1 to 1-3)2 CK-203 Board (2-1 to 2-6)3 Loud Speaker (SP901) (3-1 to 3-2)
CK-20
3
1-3 (#2)
1-2
1-1
1 Hinge Block
3 LoudSpeaker(SP901)
2-1 (#3)
2-6 (#3)
2-2
2-4
2-5
2-3
3-1 (#3)3-2
HELP05
HELP03
HELP04
Note: On installation of the CK-203 board,adjust the position of the "NIGHTSHOT"switch and the "NIGHTSHOT" nob.
2 CK-203 Board
-
2-6HDR-CX11E/CX12/CX12E_L2
2-2-4. MAIN BODY SECTIONFollow the disassembly in the numerical order given.1 Top Cabinet Section (1-1 to 1-5)2 MS-402 Board Section (2-1 to 2-3)3 Cabinet L Section (3-1 to 3-5)
EXPLODED VIEW HARDWARE LIST
MS-40
2
A
A
B
B
1-1(#2)
1 Top Cabinet Section
2 MS-402 BoardSection
3 Cabinet LSection
Lens/BT Section(See Page 2-7)
2-1 (#2)
3-2(#2)
3-5 (Claw)
3-3(#11)
3-4(#2)
3-1
HELP07
HELP06
1-2 (#2)
1-3 (#2)
1-5
1-4
Note: High-voltage cautions
Discharging the CapacitorShort-circuit between the two points withthe short jig about 10 seconds.To avoid the spark with the metal plate,wrap the short jig with the insulation tape.
R:1 k/1 W (Part code: 1-215-869-11)
C5206 ST-201 Board
2-3
2-2
Note: Don't touch the grease spreading part.
-
2-7EHDR-CX11E/CX12/CX12E_L2
2-2-5. LENS/BT SECTIONFollow the disassembly in the numerical order given.1 VC-535 Board Block (1-1 to 1-13)2 BT Panel Section (2-1)3 ST-201 Board Block (3-1 to 3-5)
EXPLODED VIEW HARDWARE LIST
ST-201
A
VC-53
5
A
1-9(#3)
1-10(#3)
1-11
1-13
1-8(#3)
1-1 (#3)
1-2 (Projection)
1-5
1-4
1-12
1-6
1 VC-535 Board Block
2 BT Panel Section
3 ST-201 Board Block
2-1 (#3)
3-1(#2)
3-2(Claw)
3-5(#3)
3-3
3-4
HELP08
1-3
1-7
Refer to page 2-1 Note for disconnecting the harness (coaxial cable).
-
HELPHDR-CX11E/CX12/CX12E_L2
HELPSheet attachment positions and procedures of processing the flexible boards/harnesses are shown.
HELP01
1 Fold dotted line parts of the flexible board lens barrier unit as shown in figure.
2 Insert the flexible board lens barrier unit to the groove as shown in figure.
Lens Barreier Unit
Be sure not to set the flexible boardout of upper side from groove portion(red line in the figure).
Valley fold
Flexible Board
Groove
Valley fold Flexible Board
Flexible Board
-
HELPHDR-CX11E/CX12/CX12E_L2
HELP02
1Claw A 1Claw A
Inner Mold
Disassembly
Remove or assemble Inner Mold in the order Claws A and B.(Note: It is the same order on removal and on assembling.)
Re-assembly
2Claw B 2Claw B
Inner Mold
Loud Speaker(SP901)
Adhesive Sheet (9 x 14mm)
Harness arrangement
CK-203 Board
HELP03
Sheild Sheet (BtoB) FP-736 Flexible Board
HELP04
-
HELPHDR-CX11E/CX12/CX12E_L2
1 Fold dotted line parts of the FP-737 flexible board as shown in figure.
2 Pass FP-737 flexible board through the flexible clamp as shown in figure.
3 Install the flexible clamp in the hinge assy as shown in figure.
Flexible clamp
Stopper of FP-737 flexible board
Stick it together in the adhesive tapewhile bending the FP-737 flexible board.
Unite corners.
Mountain fold
Mountain fold
Valley fold
Valley fold
Valley fold
Adhesive tape
Adhesive tape
Mountain fold
Flexible clamp
Concave side of hinge
THE METHOD OF ATTACHMENT OF FP-737 FLEXIBLE BOARD
HELP05
-
HELPHDR-CX11E/CX12/CX12E_L2
5 Fold dotted line parts of the FP-934 flexible board as shown in figure.
6 Install the FP-934 flexible board in the hinge cover (rear) as shown in figure.
7 Install the hinge cover (rear) in the hinge assy as shown in figure.
Valley fold
Switch
Switch
Hinge cover (rear)
Hinge cover (rear)
FP-737 flexible boardSwitch
Plate of hinge
FP-934 flexible board
FP-934 flexible board
4 Roll the FP-737 flexible board 1.5 times in the hinge assy and put it on the hinge assy with the adhesive tape as shown in figure.
1.5 times
Boss
Adhesive Tape
-
HELPHDR-CX11E/CX12/CX12E_L2
1
2
D
Flexible Board of the Control switch block(PS27700)
Attach the adhesive part ofthe FP-939 Flexible Board
Flexible Board of theMicrophone Unit
Flexible Board of theMicrophone Unit
LibLib
Claws
Mountain fold
Valley foldPrinted
Printed
Printed
HELP06
-
HELPHDR-CX11E/CX12/CX12E_L2
HELP07
1 Remove the belt bracket (rear), and remove the grip belt from the belt bracket (rear).
2 Remove the belt bracket (rear) as shown.
Belt bracket (rear)
Grip Belt
Grip Belt
CMOS Block Assy(CM-094 Board)
CM Radiation Sheet (900)Be sure not to load to CM-094 Boardand not to bend the sheet.
Lens Radiation Frame (L)
HELP08
-
HDR-CX11E/CX12/CX12E_L2
LinkLink
3. BLOCK DIAGRAMS
OVERALL BLOCK DIAGRAM (4/5)
OVERALL BLOCK DIAGRAM (3/5)
OVERALL BLOCK DIAGRAM (2/5)
OVERALL BLOCK DIAGRAM (1/5)
POWER BLOCK DIAGRAM (3/3)
POWER BLOCK DIAGRAM (2/3)
POWER BLOCK DIAGRAM (1/3)
OVERALL BLOCK DIAGRAM (5/5)
-
3-1HDR-CX11E/CX12/CX12E_L2
3. BLOCK DIAGRAMS3-1. OVERALL BLOCK DIAGRAM (1/5) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
OVERALL (3/5)(PAGE 3-3)2
XFLASH_RST
XFLASH_RST
: VIDEO SIGNAL
CPU
(5/18, 6/18, 7/18)
IC1701(1/4)
512MSDRAM,
512M OneNANDFLASH(8/18)
MOBILE DDRSDRAM(4/18)
IC1601
VIN_C0 - VIN_C7
EMC_ADDR [0] - EMC_ADDR [12],EMC_ADDR [14], EMC_ADDR [15]EMC_ADDR [0] - EMC_ADDR [15]
EMC_XCS [1]
EMC_ADDR [0] - EMC_ADDR [15]
J13AF10
EMC_CKEEMC_CKE F3AJ15EMC_XCAS J11AE16
EMC_XRESET_OUT P11AF16
EMC_RDY0 R6AG17
EMC_XOE N10AG15
EMC_XWE J10AF17EMC_XRAS
EMC_XWEEMC_XRAS J12
EMC_XWE P7EMC_XRAS T5
AG16
EMC_CLK0_OUTEMC_XCS [1]EMC_XCAS
EMC_CLK0_OUTEMC_CLK0_IN
K11W25W26
V5, T
6, P
8, P
9,R9
, R10
,T11
, U11
,U6
, R7,
R8,
P10
,
R12,
P12
, P13
, N11
, M10
,M
11, L
10, L
11, H
11, H
10,
G11,
G10
, F11
, E13
, E12
,D1
3, P
2, P
3, N
2, N
3, P
4,P5
, N5,
N4,
J4,
H5,
H4,
G5, G
4, F
5, G
2, G
3
AJ22
, AJ2
5, A
H23,
AJ2
6,AJ
23, A
F26,
AH2
1, A
G25,
AH24
, AG2
1, A
G26,
AH2
2,AJ
24, A
G20,
AH2
5, A
D19,
AD18
, AJ2
1, A
H26,
AG1
9,AE
20, A
H20,
AH1
9, A
F18,
AE18
, AJ2
0, A
F19,
AH1
8,AE
19, A
J19,
AF2
0, A
G18
AA9,
U12
, V12
, U11
,V1
1, W
10, W
12, Y
9,Y1
1, T
10, V
9, V
10,
T11,
W11
, Y10
, Y8
R5, R
4, T
3, R
3, E
2,D4
, F4,
E4,
E3,
D3,
P6, E
5, K
5, L
4, L
5
F6, C
4, D
5, C
5,E6
, D6,
C6,
E7,
C10,
B10
, D10
, F8,
C11,
B11
, D11
, E9
T9, R
11, T
12, U
12
EMC_XDQM[0-3]EMC_XDQM[0-3]
AE17
, AH1
6,AD
17, A
H15
J5, N
13,
M4,
F13
EMC_DATA [0] - EMC_DATA [31]EMC_DATA [0] - EMC_DATA [31]
EMC_DATA [0] - EMC_DATA [15]
EMC_XCS [0] U3AG10EMC_CLK1_OUT
EMC_XRESET_OUTEMC_RDY0EMC_XOE
EMC_XCS [0]EMC_CLK1_OUTEMC_CLK1_IN
T4E8
Y25Y26
VIN_Y0 - VIN_Y7
U4, U
5, R
5, V
1,V2
, T4,
T5,
R4
B16,
B17
, C15
, D15
D16,
C16
, A15
, B15
,
D25C28D29
PCI_XGNTTS1_ARAP18AM21
H24
PCI_XINTB_AR
XIC_1301_2_COM_REQPCI_XREQFS1_AR
B23XRESET_REQ
AN20M2P5
U7
AE1
N4
OVERALL (5/5)(PAGE 3-5)
1 EXT_CAM_VDB20
CPU(CAMERA SIGNAL
PROCESS, CAMERACONTROL)(2/18, 3/18)
IC1301(1/3)
B19,
D19
, D18
,A1
9, C
18, C
19,
D17
, C17
VIN_HD, VIN_VD, VIN_FLD, EXT_CAM_CLK
Y4, Y
5,AA
1, U
1
C20,
D20
,A1
7, A
20
Y2, Y
1, V5
, V4,
W4,
W2,
W1,W
5
IC_1301_2_DDR2_XCS_0, IC_1301_2_DDR2_XWE,IC_1301_2_DDR2_XRAS, IC_1301_2_DDR2_XCAS,IC_1301_2_DDR2_CKE1, IC_1301_2_DDR2_BA_1,IC_1301_2_DDR2_BA_0, IC_1301_2_DDR2_CLK,IC_1301_2_DDR2_DCLKN
IC1301_2_DDR2_DATA_0 - IC1301_2_DDR2_DATA_31
A3 -
A5, A
7, A8
, A17
, A1
8, A2
0, A2
1, B3
- B5
,B7
, B8,
B17,
B18,
B20,
B21,
D6 -
D8, D
18 -
D21,
E6 -
E8, E
18 -
E21
R8, P
7, P8
, N7,
N8, M
7, M8
,L7
, L3,
M2, M
3, N2
, N3,
P2,
P3, R
2, A8
, B7,
B8, C
7, C8
,D7
, D8,
E7, E
3, D2
, D3,
C2,
C3, B
2, B3
, A2
IC1301_2_DDR2_ADDR_0 - IC1301_2_DDR2_ADDR_13
F3, H
1 - H
3, J1
- J3
, J7
- J9
, K1,
K3,
K7,
K9
B13,
D10,
D11,
E11,
E10,
D17,
E17,
A13,
A14
G7 -
G9, H
7 - H
9,
G1 -
G3
A6, E
9, B
16, B
19,
B6, D
9, A
16, A
19
E8, F
8, L
2, K
2, E
2,
F2, L
8, K
8
IC_1301_2_DDR2_DQS_0 - IC_1301_2_DDR2_DQS_3,IC_1301_2_DDR2_DQM_0 - IC_1301_2_DDR2_DQM_3
A11,
A12
, B11
, B12
,D1
2 - D
16, E
12 -
E16
VC-535 BOARD (1/5)
SENS_DATA_P_0 - SENS_DATA_P_7,
SENS_DATA_M_0 - SENS_DATA_M_7
SENS_DATA_P_0 - SENS_DATA_P_7,SENS_DATA_M_0 - SENS_DATA_M_7
CN1301
33
SENS_CLK_P, SENS_CLK_MSENS_CLK_P, SENS_CLK_M
XFLASH_RST
34 -
38
SENSSCK, SENS_VD, SENS_HD, IC_1301_2_SDO, SENSXCS
SENSSCK, SENS_VD, SENS_HD, IC_1301_2_SDO, SENSXCS
AJ12
- AJ
15, A
J17 -
AJ2
0,AH
12 -
AH15
, AH1
7 - A
H20
AE19
, AF1
9, AJ
23,
AC19
, AH2
2
CMOS IMAGER
IC6804
D13 -
H13
, D14
- H1
4,J1
3 - M
13, J
14 -
M14
M5,
M6,
N5 -
N7
CM-094 BOARD
FL-712 FLEXIBLE BOARD10
, 11,
13, 1
4, 16
, 17,
19, 2
0, 25
, 26,
28, 2
9, 31
, 32,
34, 3
5
6, 7,
9, 10
, 12,
13, 1
5, 16
, 21,
22, 2
4, 25
, 27,
28, 3
0, 31
3 - 7
22, 2
3
18, 1
9
CN6801
SCK, XVS, XHS, IC_1301_SDO, XCE
10M_DOAP, 10M_DOAM, 10M_DOBP, 10M_DOBM, 10M_DOCP, 10M_DOCM, 10M_DODP, 10M_DODM, 10M_DOEP, 10M_DOEM, 10M_DOFP, 10M_DOFM, 10M_DOGP, 10M_DOGM, 10M_DOHP, 10M_DOHM
DCKP, DCKM
XCLRN4 8
H13,
H14
AJ16
, AH1
6
40 SYSTEM CLOCK
A_1.8V
X130148MHz
INCKN11 1
BUFFER(2/18)
IC1303
4 2 P1
IRIS(SHUTTER)
(TO LENS BLOCK (2/2))
LENS BLOCK (1/2)
CONTROL SWITCH BLOCK(RS27700)
CAM CTRL
S002Dial_B
S001Dial_A
CN1012DIAL_B
PON SW XPON_SW XPON_SW
DIAL_B DIAL_B
DIAL_A DIAL_ADIAL_A5
4
6
S003PUSH
MANUAL
AE21AC21
AC20
DIRB0DIRA0
EN0
AC13
LENS BARRIERDRIVER(18/18)
IC5601F2E6F3D6
AF13
AE13
C30
C5C6
SHUTTER_XASHUTTER_XBSHUTTER_ASHUTTER_BLENS_COVER_OPENLENS_COVER_LED_ON
Q1003
D_2.8V
LENS_COVER_LED_ONLENS_COVER_OPEN AJ4
1
3289
4
LENSBARRIER
CN1014
B5, B
6
AB4AA5AB1
SYS_VSSSXWEN
E23
D_2.8V_AR
CX11E/CX12E
CX12R1328
R1336
IC2101
(DATA INTERFACE ANDCONTROL, MODE CONTROL)
-
3-2HDR-CX11E/CX12/CX12E_L2
3-2. OVERALL BLOCK DIAGRAM (2/5) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
VC-535 BOARD (2/5)
: VIDEO SIGNAL
BB_SO
CN1007
CN60
02
CN10
06
XBATT_VIEW XBATT_VIEW
FR_XRESET HI_XRESET
SOC(11/18)
D35,
E34,
D33,
D34,
D32,
C34,
B33,
C33
B17,
A17,
D18,
B18,
A18,
B19,
A20,
B21
E32,
G33,
E33,
F33
B16,
A16,
A15,
A14
G32,
G34,
F32, F3
4
D14,
B14,
D13,
A13
DR_VDATA0 - DR_VDATA7
DR_GHDATA0 - DR_GHDATA3
DR_GSDATA0 - DR_GSDATA3
H35 B15DR_GHPILOT
G35 D12DR_GSPILOT
F35DR_VINCK
E21
H1XBB_SCKBB_SO
IC_2401_C/PB_OUTIC_2401_Y_OUTIC_2401_PR_OUT
G2
U27XCS_IC_2401
G20
PANEL_O/C PANEL_O/CPANEL_O/CG24
BB_SI
XBB_SCKBB_SOBB_SIL18
PANEL_NOR/REV
PANEL_NOR/REVH25
M18M19
XCS_LCD
XCS_LCDT27
KEY_AD2 KEY_AD3KEY_AD2AJ35
KEY_AD0
KEY_AD0AH35
XBB_RST
H2E35
DR_SCK54F20J21
J1
TP_Y
TP_Y
TP_SEL2
AN34
B28 TP SELECTSWITCH
Q1701
TP_SEL1
TP_SEL1
B29
TP_X
TP_XTP_Y
TP_SEL1
TP_X
AM35
AG34AF34
MEM_SEL1MEM_SEL2
FP-735FLEXIBLEBOARD
CN1004
4, 5
, 7, 9
11
3
8
MS-402 BOARD
CN7401 CN7402
3, 4
, 5, 7
8
2
4, 5
, 7, 9
11
3
MS_SCLKMS_SCLK
MS_BSMS_BS
68XMS_INXMS_IN
AM31
AR32
MSDATA0 - MSDATA3
MSX_CLK
MSX_BS
XMS_IN
BOOT_MODE_PORT0
XBB_SCKBB_SO
XMS_INXBATT_VIEW
MSX_CLK
H23
CN1005(1/2)
12BOOT_MODE_PORT0BOOT_MODE_PORT0
AA114
UART2_SIH27
15UART2_SO
G2716
UART3_SIJ25
17UART3_SO
UART2_SIUART2_SOUART3_SIUART3_SO
K26
XMS_ACC_LED
XMS_ACC_LED
MSX_BS
MSX_BIO0 - MSX_BIO3
AM30
, AN3
3,AN
30, A
M32
MEMORYSTICK
PRO DUO
SP
OVERALL (3/5)(PAGE 3-3)9
FR_XRESET
K16 XTALLY_LEDY3 SIRCS_SIG
D_2.8V_PERI
R1006 R1002
R1001
D2
D_2.8V_PERI
CX11E/CX12E
CX12R1705
R1704
: VIDEO SIGNAL
: AUDIO SIGNAL
(For check)
CPC
XBB_SCK
OVERALL (3/5)(PAGE 3-3)
5
OVERALL (3/5)(PAGE 3-3) 8
OVERALL (3/5)(PAGE 3-3)
6
OVERALL (3/5) (PAGE 3-3)OVERALL (4/5) (PAGE 3-4)3
OVERALL (4/5)(PAGE 3-4)4
OVERALL (5/5)(PAGE 3-5)7
CPU
(5/18, 6/18, 7/18)
IC1701(2/4)
IC2401(1/2)
BB_SI
BB_SI
AA11AA9Y10
AA2AA4AA5
K2K1
FB1801
FB1802
TOUCHPANEL
2.7 INCHWIDE
COLORLCD
MONITOR
LCD901
CN6004 CN6202
CN6205CN6003
XBB_SCKBB_SOBB_SI
XBB_SCKBB_SO
XCS_LCD
VR
TP_Y
TP_SEL1TP_SEL1
TP_XTP_YTP_X
TP_SEL1
TP_YTP_X
CN6201
2
14
5
CN6203
1
TP_Y
TP_RTP_BOT
START/STOPS001
S002 (ZOOM)T
TP_X
TOUCHPANEL
I/F
Q6201, Q6202
KEY_AD
XCS_LCD
VP
21
PANEL_NOR/REV PANEL_NOR/REV13
XMS_ACC_LED D_2.8V11
1, 3
4
15
1923
17
9
7
98
1011
PANEL_R38 22
3135
33
64
5
KEY_AD0 KEY_AD0
PANEL_NOR/REV
XMS_ACC_LED
KEY_AD0
KEY_AD2
8 18
9
5
46
18
SP901(LOUD SPEAKER)
SP
CN6002
1, 2
S6007(PANEL OPEN/CLOSE)PANEL_O/C
S6003RESETFR_XRESET
S6006BACK LIGHT
S6002NIGHTSHOT
ON
OFF
S6004EASY
S6001
DISP/BATT INFO
XBATT_VIEW
LCD DRIVEIC6201
VGVB
W
T
PD-371 BOARDFP-737 FLEXIBLEBOARD
FP-736FLEXIBLEBOARD
CN6001
S001 PANEL
REVERSE( )
FR-934 FLEXIBLEBOARD
CK-203 BOARD
HOME_SW
2ND_S/S_SW
2ND_ZOOM(W)
2ND_ZOOM(T)
810
22
S6005
(PLAY)
2
3
4
HOMES004
S003W
CONTROL SWITCH BLOCK(SB27700)
1
3456
RIN 58
27282935
INIT 18
1, 2,
23, 2
47
- 10,
13,
20
- 22
12, 1
9
47
PANEL_COM
UD, LR
50
GCK1/GCK2/GSP/SSPBSSP/SCKB/SCK/PCTL
37 -
4459
, 60
PANEL_G36 23 23 GIN 57PANEL_B34 24 24 BIN 56
PANEL_VD10 15 15 PANEL_XVD 64PANEL_HD
XBB_SCKBB_SOBB_SI
XCS_LCD
PANEL_RPANEL_GPANEL_B
PANEL_VDPANEL_HD
PANEL_RPANEL_GPANEL_B
PANEL_RPANEL_GPANEL_B
PANEL_RPANEL_GPANEL_B
PANEL_VDPANEL_HD
PANEL_VDPANEL_HD
BB_SO
XCS_LCDXBB_SCK
BB_SI
PANEL_VDPANEL_HD 6
21
13
11
1, 3
4
15
1923
17
9
7
38
3135
33
8
3634
106 19 19 PANEL_XHD 63
706968
BB_SI11 71
BL_H
D6206
(LCD BACKLIGHT)D6207
D6208
BL_L
D6001(MS ACCESS)
BUFFER
Q2402
(DATA INTERFACEAND CONTROL,
MODE CONTROL)
-
3-3HDR-CX11E/CX12/CX12E_L2
3-3. OVERALL BLOCK DIAGRAM (3/5) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
FP-935FLEXIBLE BOARD
SYS_SOUND
SP
VC-535 BOARD (3/5)
B3
VIDEO, AUDIOPROCESSOR
(14/18)
IC2801
VIDEO/D3_PR
XCS_IC_2801
CN7604
12
13
8
10
16
4
5
21
K12
XBB_SCKH12
BB_SOJ11
M10M11
L10
ADA_SOA0L9
ADA_SOA1M9
L8
M5L3
K11
K2S_C/D3_PB
L1S_Y/D3_Y
CN1006
VIDEO/D3_PR
KEY_AD3JACK_AD_CRADLE
LANC_SIG
USB_D+USB_D-
S_C/D3_PBS_Y/D3_Y
VIDEO/D3_PRS_C/D3_PBS_Y/D3_Y
J1
A1, B
1, C
1, D
1
XCS_EXH3
FR_SIJ4
FR_SOL5
WD_DISD9
XHOT_STBYE10
XFR_SCKK5
STABLE_RUNE9
XSYS_RSTXCS_EXFR_SIFR_SOWD_DISXHOT_STBYXFR_SCKSTABLE_RUN
XSYS_RSTA8
BOOT_MODE_PORT0H9
XFLASH_RST
F2
XMS_IN
FR_XRESET
VTR_DD_ON
B8
B6
XBATT_VIEWXMS_IN
XBATT_VIEWB2
J11
LANC_INL5B10
LANC_OUT LANC_SIGL4C10
FR_XRESETVTR_DD_ON
LANC_INLANC_OUT
FR_XRESETM2
M4C7
K2
F11G11A2B4
XPOWER_SWXMODE_SW
XPOWER_SWXMODE_SW
XCHARGE_LED
XCAM_LED
XCHARGE_LED
XCAM_LED
XPOWER_SWXMODE_SW
XCHARGE_LED
XCAM_LED
XPOWER_SWXMODE_SWXCHARGE_LEDXCAM_LED
JACK_AD_CRADLE
LANC PROCESSOR(17/18)
IC4901
POWER SUPPLY(16/18)
IC4703
KEY_AD1KEY_AD1
KEY_AD1
ZOOM_VR_AD
XPHOTO_LED
START/STOP
JACK_AD
CONTROL SWITCH BLOCK (PS27700)
D102(PHOTO)XPHOTO_LED
D104(QUICK ON)
W T
PHOTO
RV101
(ZOOM)
S102
S104(PHOTO FREEZE)
START/STOP
START/STOP
20XQUICKREC_LED
ZOOM_VR_AD
XPHOTO_LED
START/STOP
XQUICKREC_LED XQUICK_LED
KEY_AD1(PHOTO_FREEZE)
KEY_AD1(PHOTO_REC) S103(PHOTO REC)
(MOVIE)D103
XCAM_LED
D101
ON (POWER)
MODE
OFF (CHG)
QUICK ON
XCHARGE_LED
XPOWER_SWXMODE_SW
ZOOM_VR
18KEY_AD1
KEY_AD1
ZOOM_VR_AD
XPHOTO_LED
START/STOP
XQUICKREC_LED
S101KEY_AD1(QUICKREC)
: VIDEO SIGNAL
X490132.768kHz
L2
L3
CN7603FP-939 FLEXIBLE BOARD
A11A10
13
3
4
85
12
B9B10
INT_MIC_LINT_MIC_R
IC_2401_Y_OUTIC_2401_C/PB_OUT
M2IC_2401_PR_OUT
A9INT_MIC_F
INT_MIC_L
INT_MIC_R
INT_MIC_F
INT_MIC_L
INT_MIC_R
INT_MIC_F
INT_MIC_L
INT_MIC_R
INT_MIC_F
SHOE_MIC_FLSHOE_MIC_FR
LANC_DCM6
LANC_SIG
EXT_STROBE_ONEXT_STROBE_ON
HOTSHOE_ID1HOTSHOE_ID2
LANC_SIG
HOTSHOE_ID1HOTSHOE_ID2
LANC_SIG
HOTSHOE_ID1HOTSHOE_ID2
HOTSHOE_ID1HOTSHOE_ID2
HOT
CN901
SHOE
B12C12C2
E2
CPU
(5/18, 6/18, 7/18)
IC1701(3/4)
XSYS_RSTXSYS_RST
AM34AM33
OVERALL (5/5)(PAGE 3-5) 12
OVERALL (5/5)(PAGE 3-5)11
OVERALL (1/5)(PAGE 3-1)2
OVERALL (2/5)(PAGE 3-2)8
OVERALL (2/5)(PAGE 3-2) 5
OVERALL (2/5)(PAGE 3-2) 9
OVERALL (4/5)(PAGE 3-4)
10
OVERALL (2/5)(PAGE 3-2)
6
OVERALL (2/5) (PAGE 3-2)OVERALL (4/5) (PAGE 3-4) 3
R35
P29
U26N28
D22
AJ34
B22C22G23C23A22
AH34H26
M17
V2
G2
AJ33
M29M28
N29R29
JACK_AD
KEY_AD1START/STOP
L17XQUICKREC_LEDXPHOTO_LEDZOOM_VR_AD
AH33KEY_AD3ADA_FCK
ADA_BCK
ADA_LRCKADA_SIA0
SYS_SOUNDXCS_IC_2801ADA_SOA0ADA_SOA1
ADA_FCKADA_BCK
ADA_LRCKADA_SIA0
ADA_FCKADA_BCK
ADA_LRCKADA_SIA0
USB_D+W35
USB_D-V35
: AUDIO SIGNAL
CR-092 BOARD
35
CN7301
1315
2220
17
9117
(INTERFACE CONNECTOR)
PH-003 BOARD
USB_D-USB_D+
3634
CN7303
81216
31
2220
CN7302 CN001
14125311079
1695
10247
AUDIO_R_I/OAUDIO_L_I/O
AUDIO_R_I/OAUDIO_L_I/O
AUDIO_R_I/OAUDIO_L_I/O
LANC_SIGJACK_AD_CRADLE 26
KEY_AD3 37
333129
433537
LANC_DC8 33LANC_DC38
4648
1036
2624
CN1011 CN7601
BUFFER
Q7601 - Q7603
37
FP-942FLEXIBLE BOARD
FP-938FLEXIBLE BOARD
JACK_AD JACK_AD
USB_VCC
35
33
3129
1 USB_VCC
VIDEO/D3_PRS_C/D3_PB
S_Y/D3_Y
VIDEO/D3_PRS_C/D3_PB
S_Y/D3_Y
USB_D-USB_D+
AUDIO_R_I/OAUDIO_L_I/O
AUDIO_R_I/OAUDIO_L_I/O
LANC_SIG
LANC_SIG
JACK_AD_CRADLEKEY_AD3
LANC_DC
LANC_DC
USB_VCC 3051
13
111214
( /CHG)
A/V OUT
CN7602
3
1
MIC901MICROPHONE
UNIT( )5
SHOE_MIC_FLSHOE_MIC_FR
SHOE_MIC_FLSHOE_MIC_FR
3
5
7
91127
292826
1624
2218
2614
2515
1921
1723
2416
1525
2119
(DATA INTERFACEAND CONTROL,
MODE CONTROL)
-
3-4HDR-CX11E/CX12/CX12E_L2
3-4. OVERALL BLOCK DIAGRAM (4/5) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
HDMI PROCESSOR(12/18)
IC2601
SOC(11/18)
IC2401(2/2)
HDMI TRANSMITTER(13/18)
IC2701
F4XHDMI_RST
C2XCS_IC_2601
J10TMDS_DATA2+
K10TMDS_DATA2-
K8TMDS_DATA1+
K7TMDS_DATA1-
K5TMDS_DATA0+
K4TMDS_DATA0-
K2TMDS_CLOCK+
K1TMDS_CLOCK-
TMDS_DATA2+TMDS_DATA2-TMDS_DATA1+TMDS_DATA1-TMDS_DATA0+TMDS_DATA0-TMDS_CLOCK+TMDS_CLOCK-
F9I2C_SDA
F10I2C_SCK
G9G10
F2XBB_SCK
D2BB_SO
D3BB_SI
E11ADA_LRCK
DE_HDMI, IDCK, HSYNC_HDMI, VSYNC_HDMI, 256FS_HDMI, ADAO2_HDMI, ADAO1_HDMI,FS_HDMI, 64FS_HDMI
E10ADA_BCK
D10ADA_FCK
C11ADA_SIA0
C4HM_FLD
C6HM_VD
C7HM_HD
G1HM74CK
E1HMCK
R21U20T21P21T20
J1, K
1, K
2,K1
2,L1
- L1
1,M
3 - M
11
A1 -
A10,
B1 -
B10,
C9, C
10,
D9, D
10
D0_HDMI - D23_HDMI
F10,
F12
, J9,
G9 -
G11,
J10
, K
10, J
12
C1 -
F1, H
1,C2
, D2,
F2,
H2
K3
TMDS DATA2+TMDS DATA2-TMDS DATA1+TMDS DATA1-TMDS DATA0+TMDS DATA0-TMDS CLOCK+TMDS CLOCK-
SDASCL
HPDHPD
TMDS_DATA2_+TMDS_DATA2_-TMDS_DATA1_+TMDS_DATA1_-TMDS_DATA0_+TMDS_DATA0_-TMDS_CLOCK_+TMDS_CLOCK_-
SDASCL
HPDQ2704
LEVEL SHIFT
CN1008
1614131110
FP-937 FLEXIBLE BOARD
171920
2
65
CN1001
689
1112
532
19
1516
HDMIOUT
Y19,
AA19
, Y18
,AA
18,Y1
7, AA
17,
Y16,
AA16
Y15,
AA15
, Y14
,AA
14, Y
13, A
A13,
Y12,
AA12
U21,
V20,
V21,
W20
, W21
, Y20
,Y2
1, AA
20
HM_R0 - HM_R7
A9, A
10, B
9 - B1
2,C1
2, D1
2A5
- A8
,B5
- B8
A2 -
A4, B
2 - B
4, C
1, D1
HM_Y0 - HM_Y7
HM_B0 - HM_B7
CPU
(5/18, 6/18, 7/18)
IC1701(4/4)
WAVEFORM SHAPER,BUFFER (5/18)
IC1702
PCI PROCESSOR(9/18)
IC2201
XCS_IC_2601T26
XHDMI_RSTA28
IC_2201_ADATA
CLK_SYS_OUT_IC_2201
CLK_
SYS_
OUT_
CEC
HDMI_JACK_INH28
G7
I2C_SCKAR12
H10CEC_INT
CEC_INTD31
I2C_SDAAR13
MOBILEDDR SDRAM
(10/18)
IC2301
M32
, M33
,L3
2 - L
34, K
32,
K33,
J32
AA10
, AA1
1,AB
9 - A
B11,
AC9,
Y8,
Y11
IC_2201_DATA0 - IC_2201_DATA7
IC_2201_FLD, IC_2201_IVCLK,IC_2201_MCK, IC_2201_LRCK
IC_2201_DDR_DQS0 - IC_2201_DDR_DQS3,IC_2201_DDR_DQM0 - IC_2201_DDR_DQM3
K34,
K35
,H3
2, H
33
IC_2201_DDR_D00 - IC_2201_DDR_D31
AB12
, AB1
6,AC
8, AC
16
AA16J33
IC_2201_SYSCLK
AC12
AC13L35
PCI_XREQFS0_ANB2AM20
PCI_XGNTTS0_ANB3AP17
PCI_XINTA_ANA3AR20
B3
X170112MHz
A_2.8V
3 4
WAVEFORM SHAPER,BUFFER(5/18)
IC1705
3 4
AC21
, AB2
1, AB
22,
AA21
- AA2
3, Y2
1, Y2
2,U2
0 - U2
2, V2
1 - V2
3, W2
2,W2
3, E2
1, F2
0 - F2
3, G2
2,G2
3, H2
1, B2
1, B2
2,C2
1 - C2
3, D2
1 - D2
3
A2, A
8, B2
, B3,
B7, B
8, C2
, C3
, C7,
C8, D
2, D3
, D7,
D8,
E3, E
7, L3
, L7,
M2, M
3, M7
, M8
, N2,
N3, N
7, N8
, P2,
P3,
P7, P
8, R2
, R8
IC_2201_DDR_A00 - IC_2201_DDR_A13
N21,
M21,
M22,
L21 -
L23,
K22,
K23,
R20,
R22,
P20 -
P23
F3, H
1 - H
3, J1
- J3
, J7
- J9
, K1,
K3,
K7,
K9
Y23,
W21
, U23
, T23
,H2
2, H
23, E
22, E
23
E2, E
8, F
2, F
8, K
2,K8
, L2,
L8
N23,
M23,
N22,
K21,
J21,
H20,
J22,
R21,
T22
G1 -
G3, G
7 - G
9,
H7 -
H9
VC-535 BOARD (4/5)
FP-940FLEXIBLEBOARD
ST-201 BOARD FLASH UNIT
ST_UNREG
Q5201SWITCH
XENO
N LA
MP
8
47
6
FLASH/CHARGE
CONTROL
IC5201
XE_A
XE_K
XE_A
XE_K
+
C5206
( )CHARGINGCAPACITOR
( )LENS ADAPTORDETECT
D5202
5
62
1
4
3
1
2
T5201
XSCHARGE_FULLSTROBO_ON
SCHARGE_ONCN5202
67
ADAPTER DETECT8 ADAPTER DETECTADAPTERDETECT
5
CN1003
1110
9
12
CN5201
15 -
185
- 8
2ADAPTOR_DET ADAPTOR_DET
STROBE_ONXSTRB_FULL
STRB_CHARGE
L5201
S001
AP9
OVERALL (3/5)(PAGE 3-3) 10
OVERALL (2/5) (PAGE 3-2)OVERALL (3/5) (PAGE 3-3) 3
OVERALL (2/5)(PAGE 3-2) 4
OVERALL (5/5)(PAGE 3-5) 13
E2SPDIF_O
SPDIF_OAA17
J8CEC
SDASCLCEC
SDASCLCEC CEC
8 14
XIC_2201_DDR_CLK, IC_2201_DDR_CLK,XIC_2201_DDR_CS0, XIC_2201_DDR_RAS,XIC_2201_DDR_CAS, XIC_2201_DDR_WE,IC_2201_DDR_CKE1, IC_2201_DDR_BA0,IC_2201_DDR_BA1
T3, M
3,J2
, E2
M4K2K4M1L2M2K3K1H1J1
A4
W3,
W2,
V2, V
1,U1
- U3,
T1, T
2, R3
,R2
, P1 -
P3,
N1, N
2,H2
- H4
, G2 -
G4,
E4,
E1, D
1 - D
4, C1
- C4
PCI_AD0 - PCI_AD31
PCI_XBE0 - PCI_XBE3
AM16
, AN1
6AM
17, A
P15
PCI_PARAM15
PCI_XFRMAN13
PCI_XTRDYAN14
PCI_XSERRAM13
PCI_XDEVSELAM14
PCI_XPERRAN17
PCI_XSTOPAR19
PCI_XIRDYAR21
PCI_XRESETAP19
PCI_CLKAR16AR17
PCI_CLKRUN
PCI_AD0 - PCI_AD31
PCI_XBE0 - PCI_XBE3
PCI_PARPCI_XFRMPCI_XTRDYPCI_XSERR
PCI_XDEVSELPCI_XPERRPCI_XSTOPPCI_XIRDY
PCI_XRESETPCI_CLK
PCI_CLKRUNAM19
AR22
- AR
29,
AM22
- AM
29,
AN15
, AN2
2 - A
N29,
AP22
- AP
29
PCI_AD0 - PCI_AD31
PCI_XBE0 - PCI_XBE3
PCI_PARPCI_XFRMPCI_XTRDYPCI_XSERR
PCI_XDEVSELPCI_XPERRPCI_XSTOPPCI_XIRDY
PCI_XRESETPCI_CLK
PCI_CLKRUN
CPU(CAMERA SIGNAL
PROCESS, CAMERACONTROL)(2/18, 3/18)
IC1301(2/3)
L4, K
1,K2
, M4
K5, K
4, J1
, J2,
M7, J
5, J4
,H1
, K7,
H2, L
7, H5
, H4,
G1,
G2, J
7, G5
, G4,
F1, F
2, H7
,F5
, F4,
E1, G
7, E2
, E4,
E5,
D1, D
2, D4
, D5,
N2
N1L5M5L2N7L1P7M1P4N5P2
HDMI_JACK_IN
(DATA INTERFACEAND CONTROL,
MODE CONTROL)
-
3-5HDR-CX11E/CX12/CX12E_L2
3-5. OVERALL BLOCK DIAGRAM (5/5) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
VC-535 BOARD (5/5)FP-941FLEXIBLEBOARD
ZOOM AND FOCUSDRIVE(2/4)
IC5201
DIRB1DIRA1
J9M9
EN1
DIRB1DIRA1
EN1
NF_SWM8 AF7
CAM_UART_TXDAH2CAM_UART_RXDAH3IC_1301_2_CSAB11
XRST_IC_5201_1H11 AF5AC1XCAM_SCKH12
CAM_SOJ11CAM_SIK11XCS_IC_5201_1IC_5201_1_VDIC_5501_CLK
XCAM_SCKCAM_SOCAM_SIXCS_IC_1301_1J12
NF_SWXRST_IC_1301_1
K12
Y7AB5AC2
LENS_TEMP_AD AE11
CN5101
THERM THERM
L12
STEADYSHOTPROCESSOR
(3/4)
IC5501
PITCH/YAWSENSOR AMP,
G SENSE DRIVER(4/4)
IC9001
INVERTER(3/4)
IC5504
PITCH SENSOR(3/4)
IC5502
XSYS_RST XSYS_RST
LENS_TEMP_AD
IC_5501_SOIC_5501_SIXCS_IC_5501IC_5501_SCK
IC_1701_SOIC_1701_SIXCS_IC_1701IC_1701_SCK IC_1701_SCK
EXT_CAM_VD
A7
XRST_IC_5501_CPU
A4B4A5B5
C9
YAW_AD YAW_GYRO_OUTPITCH_AD
J5G5
VST_C_RESETD5
72
C2
B3B4
PWM_OUT_PITCH1PWM_OUT_YAW
INA_PITCHINB_PITCH
INA_PITCHINB_PITCH
YAW SENSOR(3/4)
IC5503C2
B3B4 INA_YAW
INB_YAWINA_YAWINB_YAW
6F2F9
YAW_GYRO_OUT
VREF_BEADS
YAW_GYRO_OUT
VREF_BEADS
IC_1701_CLK
LENS_TEMP_ADTHERM
IC_1701_SOIC_1701_SI
XCS_IC_1701
IC_1701_CLKIC_5501_CLK
XSYS_RST
IC_5501_SOIC_5501_SI
XCS_IC_5501IC_5501_SCK
EXT_CAM_VD
XRST_IC_5501_CPU
IC_5501_CLKA3
EXT_CAM_VD
IR_LED_ONNS_LED_KEY AH4
STRB_CHARGEAC11XSTRB_FULLAJ5
OVERALL (3/5)(PAGE 3-3)
11
OVERALL (2/5)(PAGE 3-2)7
OVERALL (4/5)(PAGE 3-4)13
OVERALL (3/5)(PAGE 3-3)12
STROBE_ONAE20
EXT_CAM_VD EXT_CAM_VDAF20
OVERALL (1/5)(PAGE 3-1)
1
XRST_IC_1701_CPU XRST_IC_1701_CPU AB10
XSYS_RST
STRB_CHARGEXSTRB_FULLSTROBE_ON
XSYS_RST
IC1301(3/3)
CN5103 CN1002
3839
37
87
9
35 1134 1242 440 641 543 3
IC_1301_1_VD
DIRB1DIRA1
EN1
XCAM_SCKCAM_SOCAM_SI
XCS_IC_1301_1
NF_SWXRST_IC_1301_1
IC_1301_1_VD AC1845
242325
1
33 1321 25
27
26222321
20
19
28 18
22 24
16 30
18 28
12 34L9
, K9
32
2930
14
1716
AC23AF22
AJ26
AE9
AA7
AC4AD2
AJ3
AD1
D1301EXT_STROBE_ON EXT_STROBE_ON
AC22
D1302
AC5
A6
G2E2
SE9001(PITCH)
2017
6
4
SE1001(YAW)
4
1
16 10
VREF_BEADS14G9E9
CN1005(2/2)
4567
2
CPC
(FOR CHECK)
IC_1301_2_CSIC_1701_SI
IC_1701_SOIC_1701_SCK
CAM_UART_TXD
3CAM_UART_RXD
I_DRIVE I_DRIVE
I_BIAS
I_HALL
ND_DRIVE
ND_BIAS
I_BIAS
I_HALL
ND_DRIVE
ND_BIAS
ND_HALL ND_HALL
FOCUS FOCUS
F_MR_A,F_MR_B
F_MR_A,F_MR_B
ZOOM_A,ZOOM_B,ZOOM_XA,ZOOM_XB
ZOOM_A,ZOOM_B,ZOOM_XA,ZOOM_XB
NF_DRIVE NF_DRIVE
TEMP_OUT LENS_TEMP_AD
Z_MR_A,Z_MR_B
Z_MR_A,Z_MR_B
I_DRIVE
I_BIAS
I_HALL
ND_DRIVE
ND_BIAS
ND_HALL
FOCUS
F_MR_A,F_MR_B
ZOOM_A,ZOOM_B,
ZOOM_XA,ZOOM_XB
NF_DRIVE
Z_MR_A,Z_MR_B
H
M
IRISMOTOR
MFOCUS MRSENSOR
ZOOM MRSENSOR
FOCUS MOTOR
ZOOM MOTOR
M
LENS TEMPSENSOR
H
M
ND FILTERMOTOR
MNF MOTOR
19
7, 1
2, 4
3, 5
14, 8
9, 1
110
, 12
23, 2
421
, 20
51-4
816
, 17
28-2
5
YAWMOTOR M
HALLELEMENT
40 -
43
OIS TEMPSENSOR
THERM THERM
PITCHMOTOR M
HALLELEMENT
OPTICAL IMAGE STABILIZER
YAW YAW
YAW_OUT YAW_HALL
PITCH PITCH
PITCH_OUT PITCH_HALL PITCH_HALL
PITCH_IN PITCH_HALLBIAS PITCH_HALLBIAS
33, 3
236
, 37
38
47 -
44
YAW_IN YAW_HALLBIAS
YAW_HALL
YAW_HALLBIAS
34, 3
530
, 31
(TO LENS BLOCK (1/2))
LENS BLOCK (2/2)
XTALLY_LED
NS_LED_K
SIRCS_SIG
F_TALLY_LED
NS_LED_K
SIRCS_SIG
H1, J
1C6
, A5
C5, B
6K2
, L2
A11,
A9C1
0, B1
1L6
, L7
D2, A
2D2
, A2
J9, J
7G6
, J8
H2, J
4J3
, J2
E12,
E10
K6, F
1, L4
, G3
B1, C
4F3
, E3
NF_EN
DIRB1DIRA1
EN1
NF_SWXRST_IC_5201_1
XCAM_SCKCAM_SOCAM_SI
XCS_IC_5201_1IC_5201_1_VD
NF_ENL8AC9NF_EN
NF_EN4
1336 10
EX OR(1/18)
IC1002
LD-241 BOARD
REMOTE SENSORIC6503
4
FP-933 FLEXIBLE BOARD
XTALLY_LED
NS_LED_K
SIRCS_SIGXTALLY_LEDSIRCS_SIG
D6503(NIGHTSHOT)
6
1
D6502(CAMERA RECORDING)
8
CN5104
Q1002
NIGHTSHOTDRIVE
CPU(CAMERA SIGNAL
PROCESS, CAMERACONTROL)(2/18, 3/18)
-
3-6HDR-CX11E/CX12/CX12E_L2
3-6. POWER BLOCK DIAGRAM (1/3) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
FAST
_CHA
RGE
CN1009
BATT
_UNR
EGAC
V_UN
REG
ACV_UNREG_CN
VC-535 BOARD (1/3)
FP-942FLEXIBLEBOARD
FP-949FLEXIBLEBOARD
CR-092BOARD
FP-935FLEXIBLEBOARD
FP-948FLEXIBLEBOARD
CN1006
1 - 9
BATT/XEXT_CN
REG_GND14
9 - 1
31
- 6
CN7301CN7303
24BATT/XEXT_CRBATT/XEXT_CR
ACV_UNREG_CNACV_UNREG_CN22
51
INIT
_CHA
RGE
Q4601,
Q4605, Q4606Q4602Q4603,Q4604
D4603
BATTERYBH001
( )TERMINALBOARD
BATT_UNREG_CN
BATT_SIG BATT_SIG
REG_GND
+
C
-
8
1 - 6
9 - 1
4
IO_BL_UNREG
CORE_UNREG
ACV_UNREG
SYSTEM_UNREG
CLAM
P_ON
MT_5.0V
F4607
F4605
F4606
F4609
VOUT
VBBIN
L2
WAKE_UPL6
P71_INT01C7P53E11P52F10
SIO2
P37_AN07P40_AN08
A4
BATT/XEXT_CNFAST_CHARGEINIT_CHARGE
LANC PROCESSOR(17/18)
IC4901
POWER SUPPLY(16/18)
IC4703
P05_INT09B1
P06_INT10C2BATT/XEXT_CR
R4930
R4934
XUNREG_RESET
XUNREG_RESET
ACV_UNREG
VBACKUPM1
BATT_UNREGL1
P23 XLANC_ONH2P07_INT11 XLANC_PWR_ONC1
P22 G2P61_PPG11 C11
P31_AN01
VCC1VCC2
AVR
AVCC
P11_SO1P12_SCK1
P10_SI1 DOUT
P21_PPG01
L6P30_AN00 J5
CLAMP_ONLOAD_ON_FR
L4728
L4730
A POWER (2/3) (PAGE 3-7)POWER (3/3) (PAGE 3-8)
B POWER (3/3)(PAGE 3-8)
VOUT VOUT
XLANC_ONM5BATT_INM3P70_INT00 BATT_INA7
F4611
LOAD
_ON
F4610 ST_UNREG
VLDO3 B10
VRO L3CH6_SW C4
BATT_IN_SEL N4
VLDO2 B9
L4706 IC_1301_2_D_1.2V
L4703
EVER_3.0V
BL_L
EP_8.5V
SHOE_UNREG SHOE_UNREG
ST_UNREG
F4602
BATT
/XEX
T_CN
BATT_LI_3V
G1, D
1, D
2, C
3
L7, L
9, L
8, N
7
B11,
J2,
K10
, L10
DINCLKLD
FR_EVER_SI, FR_EVER_SO, FR_EVER_SCK, XCS_DD
CN1010
USB_VCCUSB_VCC
LANC_DC
LOAD SWITCH SIG GEN
Q4701
PVDD5bPVDD5a
M8,
N8
L4708 L4735
L4726
PVDD4bLX4a AU_2.8V
A_2.8V
L4713 D_2.8V
EP_4.6VL4723
L4710 EP_2.8V
IC_2201_D_1.2V
D_1.2V
LX4b
PVDD4a
B8, A
8B7
, A7
LX5aLX5b M
9, N
9
PVDD1bPVDD1a
L12,
L13
LX1aLX1b K1
2, K1
3
D_1.8V
A_1.8V
L4712
L4727 D_3.3V
L4733 A_4.6V
L4718
L4707PVDD3bPVDD3a
B2, B
1
LX3aLX3b C2
, C1
CMOS_A_3.3VL4714
USB_3.3V
L4704
L4701
LOAD SWITCHQ4707
PVDD6bPVDD6a
B3, A
3
LX6aLX6b B4
, A4
MUTEQ4711
L4702 A_1.2VPVDD2bPVDD2a
G12,
G13
LX2aLX2b F1
2, F1
3
BL_H
OUT8 B13-INA D12
SWITCHQ4702
Q4703
37 -
45
1
35
1 - 4
30
38 LANC_DC
LANC_DC
LANC_DC
LANC_DC
833
(INTERFACE CONNECTOR)
CN7302
7
CN001
4A/V OUT
BATT_UNREG
BATT_LI_3V
LANC_DCM6
CH1_SEL K11
POWER ON RESET(16/18)
IC4701
2VDDOUT1
DC INJ001
IN6 C5
PVDD9 A10DVDD2 M13PVDD7 G1AVDD1 H1
ACV_UNREG K1
IN5 L10
IN4 C8
IN3 D3
IN2 G11
IN1 L11
4.6V REG(16/18)
IC4706
43
IN1 CE
OUT
D_1.5V
1.5V REG (16/18)
IC4705
51 VDD VOUT
D4703
N2
GENERAL_ADK11
D_2.8V
R100
7
R100
3R1
004
SYSTEM_ADK8
CX11E
R100
8
CX12/CX12E
-
3-7HDR-CX11E/CX12/CX12E_L2
3-7. POWER BLOCK DIAGRAM (2/3) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
CONTROL SWITCH BLOCK (PS27700)
MODE_LED_VDD
CHARGE_LED_VDD
D_2.8V
MODE_LED_VDDD_2.8V D_2.8VD_2.8V
CHARGE_LED_VDDEVER_3.0VEVER_3.0V
D_2.8V
VC-535 BOARD (2/3)
SWITCHQ2801
VIDEO, AUDIOPROCESSOR
(14/18)
IC2801
L2803
L2801
R2804
AU_2.8V
D_2.8V
MT_5.0V
A_2.8V
A_2.8V
L2802
A_4.6V
A_4.6V
POWER (1/3)(PAGE 3-6)
A
SHOE_UNREG
CN7604
11
9
15RV101
(ZOOM)
T W
SHOE_UNREGSHOE_UNREG
EVER_3.0V
SHOE_UNREGR7616
R7612
R7613
R7611
MICVCC
MICVCC
6, 7
CN7603
FP-939 FLEXIBLEBOARD
HOT
CN901
SHOE
FP-940FLEXIBLEBOARD
FP-938 FLEXIBLE BOARD PH-003 BOARD
ST_UNREG ST_UNREG ST_UNREG
BATT_LI_3V
XE_A
MT_5.0V MT_5V
ST-201 BOARD FLASH UNIT
CN5202D5202
T5201
L5201
FLASH/CHARGE CONTROL
IC5201
181
- 3
CN1003
1
3
14 -
16
CN1011 CN7601
17
20
21
31 -
34
23
20
6 - 9
CN5201
15-1
8
XENONLAMP
PCIPROCESSOR
(9/18)
IC2201
A_1.8V
D_1.8V
IC_2201_D_1.2V
A_1.8V
IC_2201_D_1.2V
D_3.3V
D_2.8V
L1002
D_2.8V
MT_5.0V
A_2.8V
L5601
FL2603
D_3.3V
HDMITRANSMITTER
(13/18)
IC2701L2701
L2702
D_1.8VD_1.8V
D_3.3V
HDMIPROCESSOR
(12/18)
IC2601
LENS BARRIERDRIVER(18/18)
IC5601
D_2.8V FB2601
FB2801
D_1.5VD_1.5V
FP-937 FLEXIBLE BOARDCN1008
3, 4
CN1001
18ST_UNREG+5V_POWER
D_2.8V
5V REG (13/18)
IC2702
451 HDMI
OUT
16
1
2
14
17
3
PD-371 BOARD
CN6202
LCD DRIVE
IC6201
28
CN1007 CN1006
16
20
28
16
20
EP_8.5V
BL_H
EP_2.8V
D_2.8V
EP_8.5V
BL_H BL_H
EP_2.8V
D_2.8V
EP_8.5V VDDG
EP_2.8V
EP_4.6V VDD
30BL_L
D_2.8V
EP_8.5V
EP_2.8V
BL_LBL_LBL_HBL_CONT
FP-736FLEXIBLEBOARD
FP-737 FLEXIBLEBOARD
CN6003CN6002
30
16
1
314
26 26 17
CK-203BOARD
CN6004
17
11
CN6205
LCD901
EP_4.6V EP_4.6V
D_2.8V
EP_8.5V
BL_-V
EP_2.8V
BL_CONT
EP_4.6V EP_4.6V
BL_H
D_2.8V
EP_8.5V
EP_2.8V
BL_L
EP_4.6V
VSS
TOUCHPANEL I/F
Q6201, Q6202
2.7 INCHWIDE
COLORLCD MONITOR
L6202
L6203
L6201
D101( /CHG)
QUICKREC_LED_VDDQUICKREC_LED_VDD 19
D104(QUICK ON)
(MOVIE)
(PHOTO)
D6001(MS ACCESS)
D102
D103
15
B+ SWITCHQ6211
B+ SWITCHQ6212
R6260
D6206 - D6208(LCD BACKLIGHT)
FB6201
218
28
16
2030
26
1818
28
16
2030
26
18
BATT_LI_3VBATT_LI_3V 16BT5301
( )LITHIUM STORAGEBATTERY
FL2601
FL2701
A_4.6V
MICVCC
A_4.6V
3839
BUFFER
Q7601 - Q7603
SWITCHQ6207, Q6210
-
3-8EHDR-CX11E/CX12/CX12E_L2
3-8. POWER BLOCK DIAGRAM (3/3) ( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.
FP-735FLEXIBLEBOARD
VC-535 BOARD (3/3)
CPU(DATA INTERFACE
AND CONTROL,MODE CONTROL)(5/18, 6/18, 7/18)
IC1701
FB2401
FB2402
SOC(11/18)
IC2401
512M SDRAM,512M One NAND FLASH
(8/18)
IC2101
SE1001(YAW)
D_3.3V
D_2.8VD_1.8V
D_2.8V D_2.8V
D_1.2V
A_2.8V
A_2.8V
MT_5.0V
I/O_1.8VD_1.8V
CMOS_A_3.3V
A_2.8V
D_3.3V
D_2.8V
A_2.8V
USB_3.3V
FB1701
FB1702
MOBILEDDR SDRAM
(4/18)
IC1601
MOBILEDDR SDRAM
(10/18)
IC2301
L2401
L2403
CN1005
9, 1
0
A_1.2V
A_2.8V
D_1.8V D_1.8V
A_2.8V_AR
A_1.2V_AR
D_1.8V D_1.8V
USB_VCC
MS_VCC
CN1004
MS_VCC VCC
13 -
14
13 -
14
MEMORY STICK 2.9V REG(1/18)
IC1001
VOUTCEVDD
134
Q1001
D_1.5V
H20GPIO_S[14] MS_PWR_ONMS_PWR_OND_3.3V
G25GPIO_S[2] XVBUS_DET XVBUS_DET
CN7401
CN6801
MS-402 BOARD
CM-094 BOARD
CN7402
9MEMORY
STICKPRO DUO
(CAMERA RECORDING)D6502
CPC
(FOR CHECK)
A_2.8V
A_1.8V A_1.8V
CPU(CAMERA SIGNAL
PROCESS, CAMERACONTROL)
IC1301
(2/18, 3/18)
D_2.8V D_2.8VIC_1301_2_D_1.2V
D_3.3V D_3.3V
A_1.2V
IC_1301_2_D_1.2V
D_1.2V D_1.2V
A_1.2V
A_2.8V
A_1.2V
2.7V REG
IC6803OUTIN 34
CE1 CMOS IMAGERIC6804
CMOS_A_3.3VD_1.8V
A_2.7V
LVDS_I/O_1.8VD_1.8V
LVDS_I/O_1.8V
373839
FP-933 FLEXIBLE BOARD
REMOTE SENSOR
IC6503
VCC1
CN1301
4
23
L1501
A_2.8V A_2.8V
A_2.8V
L1502
STEADYSHOTIC5501
PROCESSOR(3/4)
MT_5.0VD_1.5V
D_2.8VMT_5.0V
D_2.8V
R5101
ZOOM AND FOCUSIC5201
DRIVE(2/4)
D_2.8V FB5201
MT_5.0VMR_A2.8V
MR_A2.8V
MR_A2.8VMR_A2.8V
MR_A2.8V
PITCH/YAWSENSOR AMP, G
SENSE DRIVER (4/4)
IC9001
D_2.8V
INVERTER (3/4)IC5504
8
L9001
PITCH SENSOR, YAW SENSOR (3/4)IC5502 IC5503
C4
D_2.8V VCC
2.8V REG (2/4)IC5205
IN 3OUT
VCCA3 PS
MT_5.0V B1 VM
CN1002
R1010,R1011
CMOS_A_3.3VCMOS_A_3.3V
D_2.8V
D_1.5V
MT_5.0V
D_2.8VA_2.8VA_2.8V
NS_LED_ANS_LED_A
D_1.5V
MT_5.0V
FP-941FLEXIBLEBOARD
LD-241 BOARD
38
39
42, 4
3
41
40
15
CN5103
8
7
3, 4
5
6
CN5101
LENSBLOCK
15
22
D_2.8V SIRCUS_VDD
TALLY_VDDTALLY_VDD
NS_LED_A
CN5104
(NIGHTSHOT)D6503NS_LED_A
7
5
2
CMOS_A_3.3V4
CE1
POWER (1/3)(PAGE 3-6)
A
POWER (1/3)(PAGE 3-6)
B
L1301
L1001
L1302BUFFERIC1303
(2/18)5
D_2.8V
D_1.8V
EX OR(1/18)
IC1002
BUFFERWAVEFORM SHAPER,
IC1702
(5/18)
BUFFERWAVEFORM SHAPER,
IC1705
(5/18)
31
SE9001(PITCH)
-
4-1HDR-CX11E/CX12/CX12E_L2
4-1. FRAME SCHEMATIC DIAGRAM
FRAME
4. PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS
c- -
FP-948 FLEXIBLE BOARD
BH001(BATTERY TERMINAL BOARD)
14
1
14
1
FP-736FLEXIBLEBOARD
FP-934FLEXIBLEBOARD
FP-938FLEXIBLEBOARD
CN1006
CN6002
CN901(HOT SHOE)
ActiveInterface Shoe
TOUCH PANEL
LCD901
2.7 INCHWIDE COLOR
LCD MONITOR
BT5301LITHIUM STORAGE
BATTERY( )
BH5301BATTERYHOLDER( )
( )C5206
CHARGINGCAPACITOR
1 14
411
422
4443
CN7302
CN7303INTERFACE
CONNECTOR( )
2 144 4
5CN
7301
2144
1
250
51
45
CN51
01CN51
03
CN51041 8
12
11
1 14
10 1
CN7402MEMORY STICK
DUO CONNECTOR( )CN7401
1 6
16
1
1 24
24
CN6201
CN6202
CN6203
CN6205
382
391CN7601
141
1
16
20
CN7602
CN76
03
CN76
04
18
18
1
1
CN52
01
CN5202
1CN
6801
40
4142
IC6804(Not supplied)
IC6803(Not supplied)
CM-094 BOARD(SIDE A)
1
2
19
20
1116
2
39
40
1
2
13
14
1
139238
2
13
14
1 1 1 4014
5
26
1
2
9
10
41 42
CN1003
CN1004
CN1005
CPC(FOR CHECK)
CN1007
VC-535 BOARD(SIDE A)
CK-203 BOARD(SIDE A)
CK-203 BOARD(SIDE B)
PH-003 BOARD(SIDE B)
PH-003 BOARD(SIDE A)
PD-371 BOARD
LEVEL 3
LEVEL 3
CN10
09
HARNESS (COAXIAL CABLE)
CN10
10
CN1011
CN10
12
FP-712 flexible board is not supplied,but this is included in LENS BARRIER UNIT.
CN10
14
CN1301
VC-535 BOARD(SIDE B)
LEVEL 3
LD-241 BOARD(SIDE B)
LEVEL 3
LD-241 BOARD(SIDE A)
LEVEL 3
2 144 4
5
1
1
1
22
14
1
22
51
2 50
CN10
02IC2101(Not supplied)CN1006
CN10
08
S6001
S6003
S6004 S6005
(PLAY)
S6006
BACK LIGHT
S6007PANEL
OPEN/CLOSE( )
21
1
6
16
1
2
39
40
24 1
CN60
01
CN60
02
S001(PANEL REVERSE)
CN6003
CN6004
S6002
CM-094 BOARD(SIDE B)
LEVEL 3
CR-092 BOARD(SIDE A)
MS-402 BOARD(SIDE A)
MS-402 BOARD(SIDE B)
CR-092 BOARD(SIDE B)
ST-201 BOARD
FP-940 FLEXIBLE BOARD
FP-737 FLEXIBLE BOARD
FP-937 FLEXIBLEBOARD
FP-935 FLEXIBLEBOARD
FP-942 FLEXIBLEBOARD
FP-941 FLEXIBLE BOARD
FP-7
35 F
LEXI
BLE
BOAR
D
FP-712 FLEXIBLEBOARD
FP-949FLEXIBLE BOARD
FP-933 FLEXIBLE BOARD
FLASHUNIT
119
23 22
21 20
HDMI OUTCN1001
16
29
10
73
84
511
12
13
14
CN001A/VOUT
LENSBLOCK
LENSBARRIER
18
CONTROLSWITCHBLOCK
(PS27700)
CONTROLSWITCHBLOCK
(RS27700)
DC INJ001
FP-939FLEXIBLE BOARD
139
240
139
240
MIC901MICROPHONE
UNIT( )
SP901(LOUD SPEAKER)
CONTROLSWITCHBLOCK
(SB27700)NIGHTSHOT
EASY
RESET
DISP/BATT INFO
OFF ON
-
4-2. SCHEMATIC DIAGRAMS
HDR-CX11E/CX12/CX12E_L2
LinkLinkPD-371 BOARD(LCD DRIVE)
FP-934 FLEXIBLE BOARD(PANEL REVERSE)FP-935 FLEXIBLE BOARD(A/V CONNECTOR)
FP-937 FLEXIBLE BOARD(HDMI CONNECTOR)FP-938 FLEXIBLE BOARD(PH-VC CONNECTION)FP-939 FLEXIBLE BOARD(HOT SHOE)FP-940 FLEXIBLE BOARD(ST-VC CONNECTION)
FP-942 FLEXIBLE BOARD(CR-VC CONNECTION)
FP-941 FLEXIBLE BOARD(LD-VD CONNECTION)
FP-948 FLEXIBLE BOARD(BATTERY TERMINAL)FP-949 FLEXIBLE BOARD(DC IN)CONTROL SWITCH BLOCK(PS27700)CONTROL SWITCH BLOCK(RS27700)CONTROL SWITCH BLOCK(SB27700)
FLASH UNIT
CK-203 BOARD(CONTROL SWITCH)ST-201 BOARD(FLASH DRIVE)
PH-003 BOARD(MIC, HOT SHOE EXTENSION BOARD)
CR-092 BOARD(INTERFACE CONNECTOR)
MS-402 BOARD(MS CONNECTOR)FP-712 FLEXIBLE BOARD(BARRIER UNIT CONNECTION)FP-735 FLEXIBLE BOARD(MS-VC CONNECTION)FP-736 FLEXIBLE BOARD(CK-VC CONNECTION)FP-737 FLEXIBLE BOARD(PD-CK CONNECTION)FP-933 FLEXIBLE BOARD(REMOTE SENSOR)
COMMON NOTE FOR SCHEMATIC DIAGRAMS
-
4-2HDR-CX11E/CX12/CX12E_L2
4-2. SCHEMATIC DIAGRAMS4-2. SCHEMATIC DIAGRAMS
4-2. SCHEMATIC DIAGRAMS(ENGLISH)
1. Connection
2. Adjust the distance so that the output waveform ofFig. a and the Fig. b can be obtain.
When indicating parts by reference number, pleaseinclude the board name.
(For schematic diagrams) All capacitors are in F unless otherwise noted. pF :
F. 50 V or less are not indicated except for electrolyticsand tantalums.
Chip resistors are 1/10 W unless otherwise noted.k=1000 , M=1000 k.
Caution when replacing chip parts.New parts must be attached after removal of chip.Be careful not to heat the minus side of tantalumcapacitor, Because it is damaged by the heat.
Som