Post on 27-Mar-2020
SOLID-STATE MEMORY CAMCORDER
PMW-EX1RWIDE CONVERSION LENSVCL-EX0877
SERVICE MANUAL1st Edition
PMW-EX1R
! 警告このマニュアルは,サービス専用です。お客様が,このマニュアルに記載された設置や保守,点検,修理などを行うと感電や火災,人身事故につながることがあります。危険をさけるため,サービストレーニングを受けた技術者のみご使用ください。
! WARNINGThis manual is intended for qualifi ed service personnel only.To reduce the risk of electric shock, fi re or injury, do not perform any servicing other than that contained in the operating instructions unless you are qualifi ed to do so. Refer all servicing to qualifi ed service personnel.
! WARNUNGDie Anleitung ist nur für qualifi ziertes Fachpersonal bestimmt.Alle Wartungsarbeiten dürfen nur von qualifi ziertem Fachpersonal ausgeführt werden. Um die Gefahr eines elektrischen Schlages, Feuergefahr und Verletzungen zu vermeiden, sind bei Wartungsarbeiten strikt die Angaben in der Anleitung zu befolgen. Andere als die angegeben Wartungsarbeiten dürfen nur von Personen ausgeführt werden, die eine spezielle Befähigung dazu besitzen.
! AVERTISSEMENTCe manual est destiné uniquement aux personnes compétentes en charge de l’entretien. Afi n de réduire les risques de décharge électrique, d’incendie ou de blessure n’effectuer que les réparations indiquées dans le mode d’emploi à moins d’être qualifi é pour en effectuer d’autres. Pour toute réparation faire appel à une personne compétente uniquement.
PMW-EX1R 1 (P)
CAUTION
Danger of explosion if battery is incorrectly replaced.Replace only with the same or equivalent type rec-ommended by the manufacturer.When you dispose of the battery, you must obey the law in the relative area or country.
ATTENTION
Il y a danger d’explosion s’il y a remplacement incor-rect de la batterie. Remplacer uniquement avec
une batterie du même type ou d’un type équivalent recommandé par le constructeur.
Lorsque vous mettez la batterie au rebut, vous devez respecter la législation en vigueur dans le pays ou la
région où vous vous trouvez.
VORSICHT
Explosionsgefahr bei Verwendung falscher Batterien. Batterien nur durch den vom Hersteller empfohlenen
oder einen gleichwertigen Typ ersetzen.Wenn Sie die Batterie entsorgen, müssen Sie die Gesetze der jeweiligen Region und des jeweiligen
Landes befolgen.
FÖRSIKTIGHET!
Fara för explosion vid felaktigt placerat batteri.Byt endast mot samma eller likvärdig typ av batteri,
enligt tillverkarens rekommendationer.När du kasserar batteriet ska du följa rådande lagar
för regionen eller landet.
PAS PÅ
Fare for eksplosion, hvis batteriet ikke udskiftes korrekt.
Udskift kun med et batteri af samme eller tilsvarende type, som er anbefalet af fabrikanten.
Når du bortskaffer batteriet, skal du følge lovgivningen i det pågældende område eller land.
HUOMIO
Räjähdysvaara, jos akku vaihdetaan virheellisesti.Vaihda vain samanlaiseen tai vastaavantyyppiseen,
valmistajan suosittelemaan akkuun.Noudata akun hävittämisessä oman maasi tai
alueesi lakeja.
FORSIKTIG
Eksplosjonsfare hvis feil type batteri settes i.Bytt ut kun med samme type eller tilsvarende
anbefalt av produsenten.Kasser batteriet i henhold til gjeldende avfallsregler.
注意
指定以外の電池に交換すると,破裂する危険があります。必ず指定の電池に交換してください。
使用済みの電池は,国または地域の法令に従って処理してください。
1 (E)PMW-EX1R
Table of Contents
Manual Structure
Purpose of this manual ............................................................ 3 (E)
Related manuals ...................................................................... 3 (E)
1. Service Overview
1-1. External Connectors ..................................................1-1 (E)1-1-1. Signal Inputs and Outputs ................................1-1 (E)
1-2. Location of the Printed Wiring Boards .....................1-3 (E)
1-3. Circuit Description ....................................................1-4 (E)
1-4. Service Tools/Measuring Equipment List ...............1-12 (E)1-4-1. Service Tools ..................................................1-12 (E)1-4-2. Measuring Equipment ....................................1-12 (E)
1-5. Firmware Upgrade...................................................1-13 (E)
1-6. Recommended Replacement Parts ..........................1-14 (E)
1-7. Circuit Protection Part List ......................................1-15 (E)1-7-1. Circuit Protection Element.............................1-15 (E)1-7-2. Replacing Fuse ...............................................1-15 (E)
1-8. Note on Service .......................................................1-16 (E)1-8-1. Requirements on Replacement of Boards or Parts ...........................................................1-16 (E)1-8-2. Requirements on Replacement of Lens .........1-16 (E)1-8-3. Note on Replacement of Parts on the Board ........................................................1-16 (E)1-8-4. Description of Number Seal on the Prism .....1-16 (E)1-8-5. Memory Backup Battery ................................1-17 (E)1-8-6. Unleaded Solder .............................................1-17 (E)
1-9. Connector Location Diagram on Board ..................1-18 (E)
1-10. Connecting/Disconnecting the Flexible
Card Wire ................................................................1-19 (E)
1-11. Replacing the Coaxial Cable with Connector
(Fine Pitch Coaxial Cable) ..........................................1-20 (E)
2. Replacement of Main Parts
2-1. Outline of Replacement Procedures .........................2-1 (E)
2-2. Replacement Procedures ...........................................2-2 (E)2-2-1. Lithium Battery ...............................................2-2 (E)2-2-2. Case (Bottom) L/R and Front Panel Assembly .........................................................2-2 (E)
2-2-3. Microphone Holder Assembly ........................2-4 (E)2-2-4. EVF Assembly .................................................2-4 (E)2-2-5. Handle Assembly .............................................2-5 (E)2-2-6. DAP-41 Board and AU-326 Board ..................2-7 (E)2-2-7. SW-1478 Board................................................2-8 (E)2-2-8. Inside Panel Assembly/Outside Panel Assembly .........................................................2-8 (E)2-2-9. Rear Panel Assembly .....................................2-10 (E)2-2-10. Express Card Assembly ................................. 2-11 (E)2-2-11. RE-272 Board and RE-273 Board .................2-12 (E)2-2-12. Battery Case, TX-131 Board .........................2-13 (E)2-2-13. DPR-311 Board ..............................................2-15 (E)2-2-14. Case L Assembly............................................2-16 (E)2-2-15. Case R ............................................................2-17 (E)2-2-16. Prism Assembly .............................................2-18 (E)2-2-17. ND Filter ........................................................2-18 (E)2-2-18. Lens Unit........................................................2-19 (E)2-2-19. DR-644 Board ................................................2-19 (E)2-2-20. LED-491 Board..............................................2-20 (E)2-2-21. Speaker...........................................................2-20 (E)2-2-22. KSW-55 Board, HN-361 Board .....................2-21 (E)2-2-23. Microphone Unit Assembly ...........................2-22 (E)2-2-24. Microphone Unit ............................................2-23 (E)2-2-25. DET-52 Board ................................................2-24 (E)2-2-26. 3.5-inch LCD Assembly ................................2-25 (E)2-2-27. Replacing the Parts in the Lens Grip .............2-26 (E)
3. SERVICE Menu
3-1. Outline of SERVICE Menu .......................................3-1 (E)3-1-1. Basic Menu Operations ....................................3-1 (E)3-1-2. SERVICE Menu Structure ...............................3-1 (E)3-1-3. Displaying the SERVICE Menu ......................3-1 (E)
3-2. SERVICE Menu List .................................................3-2 (E)3-2-1. MAINTENANCE Menu ..................................3-2 (E)3-2-2. RPN CORRECT Menu ....................................3-2 (E)3-2-3. INFORMATION Menu ...................................3-3 (E)
3-3. Self-Diagnostic Function...........................................3-4 (E)
3-4. Executing Log Dump ................................................3-9 (E)
3-5. List of Error Numbers on the LCD Display ............3-10 (E)
2 (E) PMW-EX1R
4. Alignment
4-1. Servicing software “ServiceNavi-EX” ......................4-1 (E)
4-2. Preparation ................................................................4-1 (E)4-2-1. Service Tools and Equipment ..........................4-1 (E)4-2-2. Connection .......................................................4-1 (E)
4-3. MAINTENANCE Menu ...........................................4-1 (E)4-3-1. Test Saw Setting ...............................................4-1 (E)4-3-2. Executing Auto Black Balance ........................4-2 (E)4-3-3. Black Shading Adjustment...............................4-2 (E)4-3-4. White Shading Adjustment ..............................4-3 (E)4-3-5. Flare Adjustment ..............................................4-5 (E)4-3-6. Executing Auto FB Adjust ...............................4-6 (E)
4-4. RPN CORRECT Menu .............................................4-8 (E)4-4-1. Executing Auto Detection ................................4-8 (E)4-4-2. Correction Mode Settings ................................4-8 (E)4-4-3. Channel Setting ................................................4-8 (E)4-4-4. Cursor Setting ..................................................4-8 (E)4-4-5. Cursor H Position Setting ................................4-9 (E)4-4-6. Cursor V Position Setting ................................4-9 (E)4-4-7. Operating Cursor Next .....................................4-9 (E)4-4-8. Operating Cursor Prev .....................................4-9 (E)4-4-9. Compensation Level Display ...........................4-9 (E)4-4-10. Executing Record .............................................4-9 (E)4-4-11. Executing Delete ............................................4-10 (E)4-4-12. Readout Mode Setting ...................................4-10 (E)4-4-13. Executing Reset .............................................4-10 (E)
5. Spare Parts
5-1. Notes on Repair Parts ...................................................... 5-1
5-2. Exploded Views ............................................................... 5-2
5-3. Supplied Accessories ..................................................... 5-18
6. Block Diagrams
Overall ............................................................................. 6-2
AU-326 ............................................................................ 6-3
AXM-42 ...................................................................... 6-3, 8
DAP-41................................................................ 6-3, 4, 6, 7
HN-356 ................................................................ 6-3, 4, 6, 7
HN-360 ............................................................................ 6-3
HN-361 ............................................................................ 6-3
KSW-55 ....................................................................... 6-3, 8
MA-183 ........................................................................... 6-3
SW-1478 ...................................................................... 6-3, 4
SWC-50 ........................................................................... 6-3
BI-202.............................................................................. 6-4
BI-203.............................................................................. 6-4
BI-204.............................................................................. 6-4
DPR-311 .............................................................. 6-4, 5, 6, 7
CN-3273 .................................................................... 6-5, 11
EC-68 .............................................................................. 6-5
DET-52 ............................................................................ 6-8
DR-644 ............................................................................ 6-8
HN-363 ............................................................................ 6-8
RM-224 ........................................................................... 6-8
CN-3258 .......................................................................... 6-9
DC-152 ............................................................................ 6-9
RE-272 ............................................................................ 6-9
CN-3259 ........................................................................ 6-10
RE-273 .......................................................................... 6-10
ASW-68 ......................................................................... 6-11
LED-491 ........................................................................ 6-11
LED-494 ........................................................................ 6-11
SW-1484 ........................................................................ 6-11
TX-131 .......................................................................... 6-12
VIF-46 ........................................................................... 6-12
7. Schematic Diagrams
Frame Wiring................................................................... 7-1
3 (E)PMW-EX1R
Manual Structure
Purpose of this manualThe service manual is intended for use by trained system and service engineers, and provides the information of maintenance and detailed service.
Related manualsThe following manuals are available in this model.If this manual is required, please contact your local Sony Sales Offi ce/Service Center.
. Operating Instructions (Supplied with unit)This manual is necessary for application and operation of this unit.
. “Semiconductor Pin Assignments” CD-ROM (Available on request)This “Semiconductor Pin Assignments” CD-ROM allows you to search for semiconductors used in Broadcast and Professional equipment. Part number: 9-968-546-06
1-1 (E)PMW-EX1R
3 AUDIO IN CH-1, CH-2: XLR (3P, Female)
_ EXT VIEW _(0 dBu = 0.775 V rms)
No. Signal I/O Specifi cations
1 MIC/LINE (G) _ _65 dBu to _8 dBu2 MIC/LINE (H) IN +4 dBu, selectable 3 MIC/LINE (C) IN High impedance, Balanced
4 A/V OUT: Multiconnector (10P)
_ EXT VIEW _
No. Signal I/O Specifi cations
1 LINE_MONI1_L (A/V) O LINE OUT (L)2 LANC_SIG _ NC3 S_GND _ GND4 LANC_DC _ NC5 S-C O NC6 LINE_MONI2_R (A/V) O LINE OUT (R)7 AV_SW I8 VIDEO/AUDIO_GND _ GND9 VIDEO O Composite OUT10 S-Y O NC
5 HDV/DV: i.LINK connector (IEEE1394, S400) (4P)
_ EXT VIEW _
No. Signal I/O Specifi cations
1 TPB_ I/O Strobe on receive, data on transmit B (_)2 TPB+ I/O Strobe on receive, data on transmit B (+)3 TPA_ I/O Data on receive, strobe on transmit A (_)4 TPA+ I/O Data on receive, strobe on transmit A (+)
AUTOMANUAL
INTMICEXT
PICTUREPROFILE
DC IN
CH-2
AUTOMANUAL
INTMICEXTCH-1
OFFCAMERACANCELMENU
SEL/SET
MEDIA
PMW-EX1R
EXPANDEDFOCUS
RECREVIEW
RELEASE
START/STOP
Section 1Service Overview
1-1. External Connectors
1-1-1. Signal Inputs and Outputs
SIDE VIEW
FRONT VIEW
REAR VIEW
1 SDI OUT: BNC type SDI output signal
2 (HEADPHONES): Stereo mini jack Sound monitor, monaural/stereo selectable _20.5 dBu (Reference level 16 Z loaded)
12
3
1
2
9
10
14
1-2 (E) PMW-EX1R
6 COMPONENT OUT: Mini D terminal (10P)
_ EXT VIEW _
No. Signal I/O Specifi cations
1 Y O COMPONENT (Y)2 YGND _ Y GND3 PB O COMPONENT (Pb)4 PBPR_GND _ PBPR GND5 PR O COMPONENT (Pr)6 NC _7 NC _8 NC _9 SW_GND _10 SW I
7 (USB): Mini-B connector (5P)
_ EXT VIEW _
No. Signal I/O Specifi cations
1 VCC _ USB Vcc2 D_ I/O USB_3 D+ I/O USB+4 ID _ NC5 GND _ Ground
8 LENS REMOTE: (8P FEMALE)
_ EXT VIEW _
No. Signal I/O Specifi cations
1 COMMON_V O GND2 ZOOM I GND: WIDE 1.66V: STOP 3.33V: TELE3 COMMON+V O 3.33V4 COMMON I 1.66V5 REC I GND: ON OPEN: OFF6 RET I GND: ON OPEN: OFF7 SW COMMON O GND8 FRAME GND _
19
210
1 5
1 82 7
3 64 5
9 DC IN: 2P (DC JACK TYPE 4)
_ EXT VIEW _
0 HDMI OUT: (19P)
_ EXT VIEW _
No. Signal I/O
1 TMDS_DATA2+ O2 TMDS_DATA2_SHIELD _3 TMDS_DATA2_ O4 TMDS_DATA1+ O5 TMDS_DATA1_SHIELD _6 TMDS_DATA1_ O7 TMDS_DATA0+ O8 TMDS_DATA0_SHIELD _9 TMDS_DATA0_ O10 TMDS_CLOCK+ O11 TMDS_CLOCK_SHIELD _12 TMDS_CLOCK_ O13 CEC (N.C.) _14 RESERVED (N.C.) _15 SCL O16 SDA I/O17 DDC/CEC_GND _18 +5V_POWER O19 HPD I
!- Battery: (5P)
_ EXT VIEW _
No. Signal I/O Specifi cations
1 BATT (+) _ +11 to +17 V dc2 BAT_SCL O3 BAT_SDA I/O4 BATT_ID_DATA I5 BATT (_) _
GNDEXT DC
19 1
18 2
1 2 3 4 5
1-3 (E)PMW-EX1R
1-2. Location of the Printed Wiring Boards
1 ASW-68 board2 AU-326 board3 AXM-42 board4 BI-202 board5 BI-203 board
6 BI-204 board7 CN-3258 board8 CN-3259 board9 CN-3273 board0 DAP-41 board
!- DC-152 board!= DET-52 board![ DPR-311 board!] DR-644 board!\ EC-68 board
!; HN-356 board!' HN-360 board!, HN-361 board!. HN-363 board@/ IF-1127 board
@- KSW-55 board@= LED-491 board@[ LED-494 board@] MA-183 board@\ RE-272 board
@; RE-273 board@' RM-224 board@, SW-1478 board@. SW-1484 board#/ SWC-50 board
#- TX-131 board#= VIF-46 board
1-4 (E) PMW-EX1R
1-3. Circuit Description
1. CMOS Block System
BI-202/203/204 BoardThe BI-202, BI-203 and BI-204 boards are the rigid fl exible boards connecting the CMOS image sensors (IC1) to the DPR-311 board.
The CMOS image sensor receives the three primary colors of R, G and B that are separated from the incoming light by the prism. The CMOS image sensor converts the incoming primary color to electric signal. The built-in 12-bit column A/D converters then convert the R, G and B analog video signals to the digital video signals respectively. The electronic shutter, analog gain amplifi er and black level clamp functions are also provided in the above boards.
The BI-202 board is for the R-channel signal, the BI-203 board is for the G-channel signal and the BI-204 board is for the B-channel signal. The CMOS image sensor receives the sync signal and the serial communication signal from the DPR-311 board. The 12-bit digital video signals that are supplied from the CMOS image sensors pass through the EMI fi lters (FL1 to FL4) and are input to the DPR-311 board. Various decoupling capacitors and the damping resistors are also mounted in the above boards. IC3 of the BI-203 board is a temperature sensor that sends the temperature data to the CAMERA MICON (camera μ-processor: IC500) on the DPR-311 board via I2C bus.
2. Camera Block System
DPR-311 BoardThe DPR-311 board consists of the Camera Signal Processor IC (IC200) and the CAMERA MICON (camera μ-processor: IC500) whereas the Camera Signal Processor IC (IC200) performs various processing on the digital video signal supplied from the CMOS image sensor, and the CAMERA MICON (IC500) performs control of IC200 and other various controls such as control of the CMOS image sensor and of lens. And the output digital video (Y/C) signal is sent to the next circuit the video (baseband video) signal processing circuit. The 12-bit digital video (RGB) signals supplied from the CMOS block (BI-202, BI-203 and BI-204 boards) fi rst enter the camera signal processor IC (IC200). In the camera signal processor IC (IC200), average value, peak value of the RGB digital video signals that are required for the following AUTO operations of the camera are detected. The detected signals are sent to the CAMERA MICON (camera μ-processor: IC500). . Auto white balance. Auto black balance. Auto focus. Auto iris. Auto knee
The digital video signal from the CMOS image sensor enters fi rst the selector circuit selecting either the digital video signal from the CMOS image sensor or the internal TEST signal. The output video signal from the selector enters the compensa-tion circuits consisting of the CMOS imager-related compensation circuit and the lens-related compensation circuit. The video signal then receives the white balance processing, and the matrix signal and the detail signal are added to the video signal. The video signal then receives the pedestal control, knee compensation, gamma correction and white/black clip processing. The video signal fi nally enters the baseband processing IC (IC600). The pixel number conversion processing from 1920/1080 to 1440/1080 or 1280/720 is also performed inside IC200.
1-5 (E)PMW-EX1R
The CAMERA MICON (camera μ-processor: IC500) performs the overall control over the entire camera system and is con-trolled by the camera system controller (IC2900). Peripheral ICs of the CAMERA MICON (camera μ-processor: IC500) are FLAH ROM (IC413) and SDRAM (IC414).
3. Video Signal System
DPR-311 BoardThe digital video (Y/C) signal output from the camera signal processor IC (IC200) enters the baseband processing IC (IC600). The baseband processing IC (IC600) performs the overall baseband processing of video and audio signals with a single chip IC containing the various scaler functions (supporting the multiple format outputs), various OSD functions, PLL function (54 MHz → 74 MHz) and CPU. The baseband processing IC (IC600) provides the following outputs:. HD/SD Component (digital): To TX-131 board. HD/SD Component (analog): To TX-131 board. Composite (analog): To TX-131 board. LCD signal (digital): To LCD module. EVF signal (analog): To DR-644 boardThe input/output signals of the baseband processing IC (IC600) are the following signals:. MPEG encoder/decoder I/F signal (digital): To IC1500. Audio I/F signal (digital): To IC1300Peripheral circuits of the baseband processing IC (IC600) are the master clock 54 MHz VCXO (X800) control circuit (IC803, IC804, IC806, IC807, IC808) and the Mobile DDR SDRAM memory (IC1100, IC1101). Peripheral circuits of the built-in CPU are FLASH ROM (IC1003) and SDRAM (IC1000). The baseband processing IC (IC600) is controlled by the system controller (IC2900). The LCD driver IC, the EVF driver IC, SDI Co-pro, the audio system and the power save control of the output systems are controlled by the built-in CPU inside IC600.
4. Media Recording and Playback
DPR-311 BoardOutput from the baseband processing IC (IC600) is input into the MPEG encoder/decoder (IC1500).The MPEG encoder/decoder (IC1500) is the single-chip MPEG Codec IC that encodes and decodes both the high-quality HD video signal and audio signal in real-time. It has various interfaces with signals such as MPEG video, video input/output, MPEG audio, audio input/output, bit stream input/output, and interface with the host. IC1500 output is then input into LSI (IC1600) for AVIT signal processing.LSI (IC1600) for AVIT signal processing contains the built-in CPU and has interfaces for DDR2 SDRAM memory (IC1800, IC1801), PCI bus, PCI-Express bus, I/O for IC1500, and serial communication with system controller (IC2900).IC1600 is also connected to the NOR-type Flash ROM (IC1901) to read the CPU program in the IC1600 during initial startup.LSI (IC1600) for AVIT signal processing is controlled by the system controller (IC2900), in the same way as other main devices, and provides the following types of functions: video/audio stream control, access to the SxS memory card, mass storage operations when connected to USB and HDV device controls when connected to i-LINK.
Explanation of peripheral devices<SxS memory card slot>Two memory card slot boards (EC-68) are connected to the dual channel PCI-Express signals coming from IC1600 through a 0.4 mm pitch, 30-pin fi ne coaxial cables connected to CN2400 and CN2401. Furthermore, dual channel USB host signals output from USB host controller (IC2300) are connect to the EC-68 board through fi ne coaxial cables just as with the PCI-Express signals.IC2300 is controlled by PCI bus from IC1600.
1-6 (E) PMW-EX1R
<USB device controller>USB device signal output from USB device controller (IC2000) is connected to output board (DAP-41) through the both-sided fl exible board (HN-356) from CN3302 connector, and then it is connected to USB Mini-B connector (CN106) on the DAP-41 board.IC2000 is controlled by the dedicated bus from IC1600.If there is no USB connection, the power supply for IC2000 drops off.
<i-Link controller>The i-Link signal output from the i-Link controller (IC2200) is connected to the 4-pin i-Link connector (CN3) on the CN-3273 board passing through the both-sided fl exible board (CN-3273) from the CN3400 connector. IC2200 is controlled by the PCI bus from IC1600.
5. Audio system
This overview explains the audio system according to the audio block diagram shown in Fig. 1.
MA-183 BoardThe MA-183 board contains a built-in microphone unit. The MA-183 board amplifi es the audio signal with the microphone bias power supply and head amplifi er (Q5, Q7, and Q9, and Q6, Q8, and Q10). It provides the balanced output for the audio signal.
AXM-42 BoardThe AXM-42 board is a connector board on which XLR (3-pin) connector for external LINE/MIC input and the [LINE/MIC/MIC +48V] input selection switch for two channels are mounted on this connector board.
KSW-55 BoardThis board performs the read and tally controls for the switch on the handle. The audio signal block relays the audio signal between the MA-183 board and AXM-42 board.
HN-360/HN-361 Flexible boardThis board relays the audio signal between the KSW-55 board and the AU-326 board.
AU-326 Board (Audio block)This board controls the analog audio input signal processing, as well as microphone +48 V power supply and serial signal.. Audio signal from the built-in microphone on the MA-183 board is input to the balanced input amplifi er IC200 and IC201
of this board. Output of the balanced amplifi er is connected to the analog switch (IC208, IC209) for switching between [INT/EXT].
. The DC-DC converter (IC100, Q100) for microphone power +48 V is built-in, and when EXT MIC +48 V is going to be supplied, the EXT MIC +48 V is supplied by the switch (Q200, Q201, Q202 and Q203).
. The audio input signals from MIC and LINE are input to a common circuit that receives both of the MIC input level (_20 dBu to _65 dBu) and the LINE input level (+4 dBu). The input attenuator is inserted in the circuit switch (Q212, Q213, Q214, Q215 and Q216 to Q219) as required. This audio input signal is received by the balanced input amplifi er (IC202, IC203) that performs amplifi cation of 0/+12 dB and switching (Q224, Q225, Q226, Q227) in accordance with the level that is set by INPUT TRIM. After that, the audio signal is connected to the [INT/EXT] switch (IC208, IC209).
. The [INT/EXT] switch (IC208, IC209) performs not only the INT/EXT switching but also performs the input channel mode selection [CH1/ (CH1/CH2)].
. SEL (IC204, IC205)/AMP (IC206, IC207) are a signal selector and buffer amplifi er to perform AGC link.
DAP-41 Board (Audio block)The DAP-41 board is comprised of two pieces of the Audio Codec IC and the IC202, IC203.(RTC is also built on this board, but the explanation has been omitted here.)
1-7 (E)PMW-EX1R
. Audio Codec (IC202, IC203) The analog audio signal from the AU-326 board is connected to IC202 and IC203 that are the Audio Codec (PGA, ADC,
DSP, Digital IF, headphones amplifi er, speaker amplifi er are built on one chip and the parameters are set with I2C). The analog signal after level adjustment by the Input TRIM (PGA) is converted to the digital signal with the ADC. The digital signal receives the [Wind Filter] (on/off) processing of the Audio Level control, AGC Limiter and Internal
mic from the DSP. After the audio signal receives these processing, the digital signal is output for audio recording. Playback output (including EE) is the digital signal that is connected to Audio Codec where it is converted to the analog
signal with DAC and output to the ASW-68 board. Furthermore, the audio signal that is processed for audio monitoring in the ASW-68 board is connected to the headphones
amplifi er and speaker amplifi er through the monitor level control from the IN2LP input and IN2RP input of IC202. From the DPR-311 board, BEEP (IC600) is level-controlled internally by IN2LN (IC202), and output to the speaker HP.. FPGA (IC1300) on the DPR-311 Board The digital signal output signal is supplied to the Display Block (Base band) from the Audio Codec. FPGA (IC1300) also
receives the playback output signal from the Display Block. The playback system selects CH1/CH2 or CH3/CH4, connects EE, and connects TEST TONE from the Display Block
depending on the data. Furthermore, FPGA divides the clock signal that is supplied from the Display Block to Audio Codec on the DAP-41 board.
INT/EXT1,INT/EXT2MIC/LINE/+48V-1, MIC/LINE/+48V-2,WIND FILTER1,WIND FILTER2
COPY1to2, LINK2to1, LINK1to2
MA-183
AXM-42
VIF-46
KS
W-5
5H
N-3
61D
PR
-311
NH
-360
AU-326
LED-491
IC202(1/2) IC205,206,207,208
+48V /MIC / LINE -2
+48V
CLOCK DIV(1fs,64fs,256fs)
IC1300
LINE 3/4
IC600
IC202(2/2)
IC204 (1/2)
IC204 (2/2)IC200,
IC202 (1/2)
IC201,IC202 (2/2)
ASW-68 DAP-41
MUTE
MONI1-1,2-1,MONI2-2,2-1
IC203, 205
DPR-311
INT MIC1with
HEAD AMP +10dB
INT MIC2with
HEAD AMP+10dB
MIC/LINE1
(XLR)
MIC/LINE2
(XLR)
AV Monitor Out 1
(Line Out1)
AV Monitor Out 2
(Line Out2)
HP Out(PHONE
MINI)
SPEAKER
PGAGAIN
PGAGAIN
DIGITALAUDIO IF
DIGITALAUDIO IF
A/D FIL LVLAGC/LIM
PGAGAIN
PGAGAIN
A/D FIL LVLAGC/LIM
GPIO
BALAMP
BALAMP
SEL/MIX1
IC203
BALAMP
BALAMP
IC200WIND FILTER1
WIND FILTER2
INT/EXT 1
+48V
+48V /MIC / LINE -1 0/12dB-1Control
with PGA
IC202
INT/EXT 2
0/12dB-2Control
with PGA
SEL/MIX2
MUTE
MUTE
MUTE
MUTE
AMP
AMP
D/A
AMP
AMP
AMP
MONITOR LEVEL
IC202 IC203
LINK 2 1
COPY1to 2
LINK 1 2
FIL
ATT
FIL
ATT
FPGA
Digital Audio 1
CLOCK DIV(1fs,64fs,256fs)
Digital Audio 2
Digital Audio 1/2 , 3/4
CONTROL(T-one)
I2C
I2C
IC203
+
MIXAMP
SEL/MIX1
MONI 1-1MONI 2-1
MONI2-2MONI1-2
SEL/MIX2
IN2LP(L)
IN2RP(R)
IN2LN
I2C MPX (DEVICE CONTROL)
IC201
PWR or DET
GPIO
CONTROL(T-one)
IC600
IC600
BEEP(T-one)
CN
-327
3
Fig. 1. Audio block diagram
1-8 (E) PMW-EX1R
. Serial control The I2C control signal from Display Block (Base band) is converted into GPI, and performs switching
such as [INT/EXT], [LINE/MIC/MIC+48], [CH1/ (CH/CH)], and AGC [Linked/Separated] for CH1 and CH2.
The I2C control from Display Block (Base band) selects either IC202 or IC203 for the target with I2C MPX (IC201) and sets the register of IC202 or IC203.
CN-3273 Flexible board It relays the audio signal from the DPR-311 board to the ASW-68 board.
ASW-68 Board (Audio block). Analog output from the DAP-41 board Audio Codec is buffered by IC204 and is output to the A/V
connector after passing through the audio MUTE control.. Analog output from Audio Codec on the DAP-41 board re-enters into the IN2LP input and IN2RP input
of the DAP-41 board Audio Codec after passing through the monitor selector/mixer (IC200, IC201, IC202), and becomes the monitor signal.
. Serial control I2C control signal from Display Block (Base band) is output at GPI, and performs the switching be-
tween MONITOR [CH1/CH2] / [CH1+CH2] / [CH1] / [CH2] for CH1 and CH2 respectively.
VIF-46 Board (Audio block)The audio output from the ASW-68 board is connected to A/V multi-connector and connector board.
LED-491 Board (Audio block)The headphones output signal is connected to the headphones jack (CN3) of the LED-491 board, and the speaker output signal is connected to the speaker connector (CN2).The headphones output is muted by the MUTE (Q2, Q3).
Switch/Volume control (Audio controller block)Operation panel functions relating to audio signal are built into the following blocks.
ASW-68 Board (Audio block)For CH1 and CH2, the switches [INT/EXT] and [AUTO/MANUAL] are connected to PIO of CPU (IC301), and the volume control [AUDIO LEVEL] is connected to ADC of CPU (IC301).
KSW-55 Board (Audio block)The switch [LINE/MIC/MIC+48] on the AXM-42 board is connected to PIO of CPU (IC100) for CH1 and CH2 respectively. The switch [MONITOR (AUDIO) +/_] that is common to CH1 and CH2 is con-nected to PIO of CPU (IC100).
6. System Control
DPR-311 Board The 32-bit RISC CPU (ARM) with ARM core is built-in as the system controller (IC2900).It has the peripheral interface functions of SDRAM, USB, SCI, and I2C. It operates on a 27 MHz clock (X2900). FLASH ROM (IC2908), SDRAM (IC2909), and EEPROM (IC3205) are mounted as the periph-eral ICs.It performs the system control through serial communication with IC500 of the camera block system, IC600 of the video signal system, and IC1600 of the media recording/playback system.
1-9 (E)PMW-EX1R
Main functions of the system controller and peripherals(1) Reading operation switch informationReading the switch information and the LED control are performed by I2C bus communication with each sub-microprocessor.
. Handle switch: IC100 on the KSW-55 board
. Inside panel switch: IC200 on the SWC-50 board
. Rear panel switch: IC301 on the ASW-68 board
. Power supply switch: IC1001 on the RE-273 board
(2) Watch IC (RTC) controlThe watch IC (IC100) is built onto the DAP-41 board.The watch IC (IC100) is backed up by a lithium coin battery, and the current time is read or set via IC200 on the SWC-50 board.
(3) Infrared remote control demodulationThe RM-224 board has an IC (IC1) for infrared remote control signal demodulation, and it receives the command codes via IC100 on the KSW-55 board.
(4) Info-Battery communicationThe Info-Battery of SM bus specifi cations is supported.The serial terminal of the battery connector is connected to IC1001 on the RE-273 board. This IC1001 read the battery authentication, battery type, remaining power, and other information and send them to the system controller via I2C bus communication.
(5) Power supply voltage detectionThe power supply voltage at the DC IN connector is measured by the A/D port on IC1001 on the RE-273 board, and it is posted to the system controller as the input voltage value.
(6) Power system controlIC1001 on the RE-273 board checks that the power switch on the PMW-EX1R is turned ON, and turns on the system controller of IC2900. After that, it controls the power for each circuit block according to the system controller.The system controller controls the respective power supply systems in the RE-272 and RE-273 boards according to the operation mode of the device, via the power supply μ-processor (IC1001) on the RE-273 board.By turning off the power systems to unnecessary circuits blocks, power can be saved.
7. EVF/SDI System
SDI blockTX-131 BoardThis board receives the parallel video signal with FPGA (IC200) and outputs the SDI signal.Furthermore, it performs audio or timecode embedding.The video and audio signals are supplied from CN700 on the DPR-311 board to CN100 on the TX-131 board with B to B connector.Output SDI signals are supplied to CN500 through the cable driver (IC500).Output SDI signals are then supplied from CN500 to the coaxial connector via the mini coaxial connector and mini coaxial cable.The PLL circuit is used to reduce jitter of the HD-SDI clock signal.The FPGA (IC200) is controlled by IC600 on the DPR-311 board through 4-line serial communication.
1-10 (E) PMW-EX1R
8. Power supply system
RE-272/273 Board This board is comprised of the power supply circuit and the POWER SUPPLY MICON (power supply μ-processor: IC1001 on the RE-273 board).However, part of the low-voltage power supply is mounted on the DPR-311 board.
(1) Input power supply (UNREG) system operationsWhen the UNREG power is input, the EVER power state is established.In this state, the ON/OFF state of the Power switch can be recognized.If the POWER SUPPLY MICON (power supply μ-processor: IC1001) recognizes that Power switch is ON, the power is turned on for the system control system and the POWER SUPPLY MICON (power supply μ-processor: IC1001) controls the power supply for each block according to the system controller (DPR-311 board: IC2900).The normal value for the input power supply (UNREG) is in the range of about +10.5 V to +18 V.
. Battery/EXT-DC select Input power comes in two systems: Battery and EXT-DC. This switch monitors the input voltage for
each input and automatically switches the circuit settings with priority given to EXT-DC.
. Input overvoltage protection If the voltage is too high in the UNREG power supply, the overvoltage protection circuit starts operat-
ing around the set value of +17.9 V, and the camera shuts down. When the input power supply voltage to this circuit becomes less than +17.9 V, the power supply immediately switches on with automatic recovery.
. Input low-voltage protection If the voltage is too low in the UNREG power supply, the low-voltage protection circuit starts operating
around the set value of +10.5 V according to the control by the POWER SUPPLY MICON (power supply μ-processor: IC1001), and the camera shuts down. When the input power supply voltage be-comes higher than +10.5 V, the power supply immediately switches on with automatic recovery accord-ing to the control by the POWER SUPPLY MICON (power supply μ-processor: IC1001)
. Overcurrent detection The overcurrent detection circuit is comprised of IC308 on the RE-272 board. The setting value is
approximately 4.3 (A). Even after clearing IC308 after overcurrent detection, automatic recovery is not performed and the power must be turned on again.
. Power supply reverse connection protection If the input power has reverse voltage, Q301 on the RE-272 board is immediately turned off and UN-
REG power is stopped on the GND side, and the protection function works.
. Power saving function during standby When the power switch of the camera is turned off, the POWER SUPPLY MICON (power supply μ-processor: IC1001) enters the Sleep mode in order to save the power by minimizing the detection circuit of the camera power switch.
1-11 (E)PMW-EX1R
(2) DC/DC converter functionThe power supply output is divided into 25 systems, which are separated into four blocks as seen below.. CMOS/camera block system, 7 systems (+4.6 V, +3.1 V, UNREG, etc.) . Audio/video signal system, 7 systems (+13.5 V, _4.6 V, +4.6 V, etc.). System controller system, 5 systems (+4.6 V, +3.1 V, +2.5 V, etc.). Media recording/playback system, 6 systems (+3.1 V, +2.5 V, +1.8 V, etc.)
The sequence control (powering up and powering down) for the power supply system is controlled by the POWER SUPPLY MICON (power supply μ-processor: IC1001) for the respective power supply blocks of each block.By turning off the power for each block according to the operation mode (camera mode or media mode), the optimal power consumption for each operation is achieved.
. Short-circuit protection for each power supply system The circuit settings monitor each output voltage or current for each power supply system and operate
the protection circuits per block. Even after the protection circuit is cleared, automatic recovery is not performed and the power must be
turned on again. Even after short-circuit is cleared, the protection circuit does not recover automatically and the power
must be turned on again.
(3) Battery information functions. Battery authentication function The authentication function checks whether the battery is of the specifi ed type. This helps prevent one
cause of major accidents when using batteries as a power supply. If the attached batter is not the speci-fi ed type of batter, the camera immediately turns off.
. Battery Info function In an intelligent (specifi ed) battery, the battery can monitor information, such as how many times the
battery has been recycled or the internal temperature for the battery. This helps provide detailed infor-mation about the battery, including whether the battery is damaged or how long the life is, in order to provide optimal operations.
1-12 (E) PMW-EX1R
1-4. Service Tools/Measuring Equipment List
1-4-1. Service Tools
Figure No. Part No. Name Usage/Note
1 Commercially available Grayscale chart Refl ective type (16 : 9), Camera adjustment on market2 Commercially available Star chart Refl ective type, camera adjustment on market3 J-6394-080-A Grayscale chart Transparent type (16 : 9), Camera adjustment on market
4 J-6029-140-B Pattern box PTB-500 Camera adjustment5 * Mini USB cable For fi rmware version-upgrade6 3-292-755-01 XLR tool For removing the mounted circuit board7 J-6325-110-A Bit for torque driver (M1.4/M1.7) For tightening screw J-6325-380-A Bit for torque driver (M2)
8 J-6326-120-A Hexagon bit (For torque screwdriver) For tightening screw (size 1.5)
9 J-6325-400-A Torque driver (3 kg.cm) (0.3 N.m) For tightening screw J-6252-510-A Torque driver (6 kg.cm) (0.6 N.m)
!/ 7-432-114-11 Locking compound 200 g For preventing screw from being loosened!- 7-651-000-10 Sony (SGL-601) 50 g grease Lubricant
* : This cable is supplied with PMW-EX1R.
,
1-4-2. Measuring Equipment
Use the calibrated equipment or equivalent as listed below for the adjustments.
Equipment Model name
Oscilloscope Tektronix TDS3054 or equivalent (150 MHz or more)HD waveform monitor LEADER ELECTRONICS CORP.LV5152DA or equivalentFrequency counter Advantest TR5821AK or equivalentDigital voltmeter Advantest TR6845 or equivalentColor monitor Sony HDM-20E1U/14E1U/14E5U or equivalentLuminance meter Konica Minolta LS-110 or equivalent
1-13 (E)PMW-EX1R
1-5. Firmware Upgrade
Upgrade the fi rmware for the PMW-EX1R through a USB connection to a computer.For detailed information about the upgrade procedure, check the readme fi le that comes with the upgrade software.For inquiry or comments about the fi rmware upgrade, please contact the Sony sales offi ce.
Firmware Upgrade ProcedureDownload the software for the new fi rmware upgrade onto the computer before starting these operations.
1. Check that the power switch on the PMW-EX1R is turned OFF.2. Remove the cover on the USB maintenance connector.
3. Use the USB connector that comes with the PMW-EX1R to connect the computer and the USB maintenance connector.
4. Switch the power switch to CAMERA and turn the power ON.5. Run the software for the fi rmware upgrade on the computer.6. When the upgrade is complete, turn OFF the power and remove the USB cable.7. Attach the cover on the USB maintenance connector.
When the PMW-EX1R is connected to the computer for the fi rst time, the driver software will need to be installed into the computer. For more details, check the readme fi le that comes with the upgrade software.
USB maintenance connector
Cover
1-14 (E) PMW-EX1R
1-6. Recommended Replacement Parts
This section describes the recommended replacement parts and recommended replacement time.
ID Part name Sony part No. Recommended replacement timing
1 Eye cup 4-164-856-01 Check for deformation and deterioration from time to time.2 Lens hood 4-179-065-01 Replace it as necessary.
1
2
1-15 (E)PMW-EX1R
1-7. Circuit Protection Part List
1-7-1. Circuit Protection Element
This unit is equipped with the positive characteristics thermister (s) (power thermister) as the circuit protection element. The positive characteristics thermister limits the electric current fl owing through the circuit as the internal resistance increases when an excessive current fl ows or when the ambient tempera-ture increases.If the positive characteristics thermister works, turn off the main power of the unit and inspect the internal circuit of this unit. After the cause of the fault is eliminated and the positive characteristics thermister is cooled down, turn on the main power again. The unit works normally.It takes about one minute to cool down the positive characteristics thermister after the main power is turned off.
Board Ref. No. (Address) Part No. Hold Current
CN-3273 THP1 (A-1/Side A) ! 1-805-726-11 0.20 A/25dC THP2 (A-1/Side A) THP3 (A-1/Side A) THP4 (A-1/Side A)
1-7-2. Replacing Fuse
wThe fuse is an essential part for safe operation.Replace the components with Sony parts whose part numbers appear in the manual published by Sony. If the components are replaced with any parts other than the specifi ed ones, this may cause a fi re or electric shock.
cIf the fuse is replaced while the main power is kept on, this may cause electric shock.Before replacing the fuse, not only turn off the POWER switch but also disconnect the cable that is con-nected to the DC IN connector.
This unit is equipped with fuses.The fuses blow if an excessive current fl ows due to abnormality inside the equipment. If fuses blow, turn off the main power of the equipment once, and inspect inside of the equipment and remove the cause of excessive current. After that, replace the fuses.
Board Ref. No. (Address) Part No./Name
RE-272 F1 (B-1/Side B) ! 1-533-627-21 Fuse 5 A, 125 V F2 (A-2/Side B)
1-16 (E) PMW-EX1R
1-8. Note on Service
1-8-1. Requirements on Replacement of Boards or Parts
This section explains the necessary setups required when replacing boards or parts.
1. When any of the following boards is replaced, upgrade the fi rmware version. All data are written at once when upgrading the fi rmware version. (Refer to Section 1-5.) Board name : . DPR-311 . KSW-55 . SWC-50 . ASW-68 . RE-273 . TX-131
2. Adjusted values are stored in the following boards and parts. The values need to be readjusted when they are replaced.
For readjustment, the dedicated service software “ServiceNavi-EX” is required. (Refer to Section 4-1.) Board name : . DPR-311*1
. IF-1127*2
Part name : . CMOS block . EVF block . LCD module*2
*1: The adjusted values for the CMOS block, the EVF block, and the LCD module are stored in the DPR-311 board.*2: The adjusted values for the LCD module are stored in the LCD module (IF-1127 board), but the adjusted values need to be
copied to the DPR-311 board.
3. The user setting values are stored in IC3250 on the DPR-311 board. The user data must be stored (Re-store) in SxS before replacing the board and it must be read (Recall) after replacing the board.
1-8-2. Requirements on Replacement of Lens
When the lens is replaced, perform the fl ange-back adjustment.
1-8-3. Note on Replacement of Parts on the Board
1. The BI-202, BI-203 and BI-204 boards cannot be replaced on the board-level service or part-level service. If parts become defective, replace the entire CMOS block.
2. Parts labels also cannot be replaced in the respective boards. If parts become defective, replace the entire mounted board.
1-8-4. Description of Number Seal on the Prism
The number seal is put in the prism unit, the serial number of prism unit.Every prism unit has its own number called prism serial number.
1-17 (E)PMW-EX1R
1-8-5. Memory Backup Battery
For replacing the battery, refer to “Backup Battery” of the “Appendixes” in the Operating Instructions.When the backup battery is replaced, the date and time in the internal clock need to be set. Refer to “Set-ting the Clock” of the “Preparations” in the Operating Instructions.
1-8-6. Unleaded Solder
Boards requiring use of unleaded solder are printed with a lead free mark (LF) indicating the solder contains no lead.(Caution: Some printed circuit boards may not come printed with the lead free mark due to their particular size.)
: LEAD FREE MARK
m. Be sure to use the unleaded solder for the printed circuit board printed with the lead free mark.. The unleaded solder melts at a temperature about 40 dC higher than the ordinary solder, therefore, it is
recommended to use the soldering iron having a temperature regulator.. The ordinary soldering iron can be used but the iron tip has to be applied to the solder joint for a slightly
longer time. The printed pattern (copper foil) may peel away if the heated tip is applied for too long, so be careful.
1-18 (E) PMW-EX1R
1-9. Connector Location Diagram on Board
The PWM-EX1R uses fl exible card wires and coaxial cables with connector. The following diagrams indicate the location of each connector. The location of fl exible card cables are indicated by the circle number A and B, and the location of coaxial cables with connector are indicated by the circle number C and D
ASW-68 board (B side) AU-326 board (B side)
DPR-311 board (A side) KSW-55 board (A side)
EC-68 board (B side) DR-644 board (A side)
TX-131 board (B side) VIF-46 board (B side)
CN302
CN100
CN2400
CN2401CN3401
CN3402
CN900
CN
1
CN
3
CN1
CN5
CN901
CN1
1-19 (E)PMW-EX1R
1-10. Connecting/Disconnecting the Flexible Card Wire
This unit uses the two types connectors for the fl exible card wires.m. Be very careful not to fold the fl exible card wire. Life of fl exible card wire will be signifi cantly short-
ened if it is folded.. The fl exible card wire has the conductor side and the insulated area. If the conductor side and the insu-
lated area are connected in the wrong direction, the circuit will not function.. Insert the fl exible card wire straight.. Ensure that the conduction surface of the fl exible card wire is not contaminated.
Type A
DisconnectingOpen the latch of the connector in the direction of arrow A to unlock, and disconnect the fl exible card wire.
Connecting1. Insert the fl exible card wire fi rmly as far as it will go, with the insulated side up.2. Close the latch of the connector in the direction of arrow B to lock.
Type B
DisconnectingOpen the latch of the connector in the direction of arrow C to unlock, and disconnect the fl exible card wire.
Connecting1. Insert the fl exible card wire fi rmly as far as it will go, with its insulated side facing front.2. Close the latch of the connector in the direction of arrow D to lock.
Disconnecting Connecting
Flexible card wire Flexible card wire
Connector
LatchLatch
ConnectorInsulated side
Insulated side AB
Disconnecting Connecting
Flexible card wire
Connector
Insulated sideInsulated side
Latch
C
Flexible card wire
ConnectorLatch D
1-20 (E) PMW-EX1R
1-11. Replacing the Coaxial Cable with Connector (Fine Pitch Coaxial Cable)
This unit uses coaxial cables with connector.The following precautions must be observed when removing or connecting the coaxial cable with connector.
m. The coaxial cable with connector uses fi ne pitch coaxial cables. Be careful when arranging the cable.. When disconnecting the coaxial cable with connector, do not attempt to remove by pulling the cable.
Be sure to hold the connector to remove.. Do not insert the coaxial cable with connector at an angle.. Check that the contact on the coaxial cable with connector is free from dirt or dust.. When connecting the coaxial cable with connector, hold the connector, and align the polarity marks.
Then connect the coaxial cable with connector to the connector straight.
DisconnectingDisconnect the coaxial cable with connector while holding the connector.
ConnectingInsert the connector of the coaxial cable with connector fi rmly as far as it will go.
Hold the connector to disconnect.
[OK]
Do not attempt to disconnect by pulling the cables.
[NG]Type C
Type D
Type C
Type D
IPX
Coaxial cable with connectorConnector
Coaxial cable with connector
Connector
Type C Type D
2-1 (E)PMW-EX1R
Section 2Replacement of Main Parts
2-1. Outline of Replacement Procedures
The following fi gures show the fl ow for removing the main parts. Refer to Section 2-2 for details of the replacement proce-dures.
Cover (center) assembly
Battery
START
Handle cover(upper) assembly
Microphoneholder
Tripod washer (D)
Express cardassembly RE-273 board
RE-272 board
TX-131 board
DPR-311 board
Case (bottom) R
Battery case
Prism assembly
ND filter
Case Lassembly
Case R
EVF assembly Handleassembly
Inside panelassembly
Rear panel assembly Outside panelassembly
Battery lid
Lithium battery
Front panelassembly
Case (bottom) L
2-2 (E) PMW-EX1R
2-2. Replacement Procedures
m. When tightening screw, be sure to tighten it with the specifi ed tightening torque. . When reinstalling the removed tapping screw again, tighten it with slightly loose torque not to damage the threads of the
component side. . If the tightening torque is not specifi ed in a specifi c item, use the tightening torque as specifi ed below. M2 (+) screw: 18 x 10_2 ?0.02 N.m (1.8 ?0.2 kgf.cm) M2.6 (+) screw: 53 x 10_2 ?0.07 N.m (5.3 ?0.7 kgf.cm) M3 (+) screw: 80 x 10 ?0.01 N.m (8.0 ?0.1 kgf.cm)
. The life of the fl exible board and the fl exible card wire will be signifi cantly shortened if they are folded. Be very careful not to fold them.
. The coaxial cable with connector uses fi ne pitch coaxial cables. Be careful when arranging the cable.
. When disconnecting the coaxial cable with connector, do not attempt to remove by pulling the cable. Be sure to hold the connector to remove.
2-2-1. Lithium Battery
1. Remove the screw, and remove the lithium battery lid.
2. Remove the lithium battery.
3. Reinstall the lithium battery by reversing the steps of removal.
Lithium battery lid
Three claws
M2 x 4(Black)
Lithium battery Battery holder
Removing lithium battery
2-2-2. Case (Bottom) L/R and Front Panel Assembly
1. Remove the lithium battery. (Refer to Section 2-2-1.)
2. Remove the four screws of a, and remove the tripod washer (D).
3. Remove the fi ve screws of b, and remove the case (bottom) L in the direction of the arrow.
4. Remove the case (bottom) R.
nBe careful not to drop or damage the USB cover.
Case (bottom) LClaw
Case(bottom) R
Tripod (D)
: M2 x 6 (Black) : M2 x 4 (Black)
USB cover
2-3 (E)PMW-EX1R
5. Remove the two dowels, and remove the front panel assembly.
6. Reinstall case (bottom) L/R and Front panel assembly by reversing the steps of removal.
nWhen installing the front panel assembly, check if the position of the slide switch (S2) on the SW-1478 board matches the position of the SHUTTER knob.
Two dowels
Front panel assembly
SW-1478 board
Slide switchS2Shutter knob
SW-1478 board
Front panel assembly
2-4 (E) PMW-EX1R
2-2-3. Microphone Holder Assembly
1. Open the microphone holder assembly. 2. Remove the two screws, and remove the
microphone holder assembly.
3. Reinstall the microphone holder assembly by reversing the steps of removal.
Microphone holderassembly
B2.6 x 6
2-2-4. EVF Assembly
1. Remove the microphone holder assembly. (Refer to Section 2-2-3.)
2. Remove the four screws. 3. Disengage the two claws on the front of the
handle cover (upper) assembly fi rst. Then remove the rear of the handle cover (upper) assembly from the EVF assembly.
nBe careful not to drop the rubber SW key.
M2 x 4(black)
M2 x 4(black)
ClawsRubber SW key
Handle cover(upper)assembly
2-5 (E)PMW-EX1R
4. Remove the screw of a. 5. Disengage the two claws and fi n, and remove
the handle cover rear assembly. 6. Remove the four screws of b, and remove
the rear accessory shoe. 7. Disconnect the HN-363 board from the
connector (CN3) on the DR-644 board. n The life of the fl exible board and the fl exible
card wire will be signifi cantly shortened if they are folded. Be very careful not to fold them.
8. Remove the four screws of c, and remove the EVF assembly.
9. Reinstall the EVF assembly by reversing the steps of removal.
Handle cover rear assembly
Claws
Fin
: M2 x 3 (silver) : M2 x 4 (black)
: M2 x 4 (black)
EVFassembly
HN-363board
DR-644 boardCN3
Rear accessory shoe
2-2-5. Handle Assembly
1. Refer to Sections from 2-2-3 to 2-2-4 and disassemble the unit up to “EVF Assembly” removal.
2. Remove the four screws of a, and remove the cover (center) assembly.
3. Disconnect the connector (CN2) on the HN-361 board from the connector (CN1) on the HN-360 board.
n When installing the cover (center) assembly, check if the position of the slide switch (S503) on the DR-644 board matches the position of the knob (LCD B.LIGHT).
Slide switchS503
: M2 x 2 (black)
Cover (center)assembly
HN-360 board(CN1)
HN-361 board(CN2)
DR-644 board
Knob(LCD B.LIGHT)
2-6 (E) PMW-EX1R
4. Disconnect the harness from the connector (CN104) on the LED-491 board.
5. Disconnect the fl exible card wire (30 core) from the connector (CN1) on the DR-644 board.
6. Remove the three screws of b that fi x the control switch block.
b
bb
LED-491 boardCN104
Harness
DR-644 boardCN1
Flexible card wire (30 core)
b : PSW2 x 5 (silver)
Control switch block
7. Remove the fi ve screws of c and one screw of d, and disconnect the coaxial cable with connector from the connector (CN700) on the DPR-311 board.
8. Remove the handle assembly while pulling off the fl exible card wire (30 core).
m. The coaxial cable with connector uses fi ne pitch
coaxial cables. Be careful when arranging the cable.
. When disconnecting the coaxial cable with connector, do not attempt to remove by pulling the cable. Be sure to hold the connector to remove.
9. Reinstall the handle assembly by reversing the steps of removal.
c
d
cc
c
DPR-311 boardCN700
Flexible card wire (30 core)
Coaxial cable with connector
Handle assembly
c : P2.6 x 5 (black)d : M2 x 4 (black)
2-7 (E)PMW-EX1R
2-2-6. DAP-41 Board and AU-326 Board
1. Refer to Sections from 2-2-1 to 2-2-2 and disassemble the unit up to “Case Bottom L/R and Front Panel Assembly” removal.
2. Remove the two screws of a, and disassem-bly the bottom support assembly.
3. Disconnect the SWC-50 board and HN-356 board from the connectors (CN104 and CN107) on the DAP-41 board.
4. Disconnect the harnesses from the connectors (CN101, CN102 and CN103) on the DAP-41 board.
5. Remove the three screws of b, and discon-nect the connector (CN200) on the DAP-41 board from the connector (CN101) on the AU-326 board.
6. Remove the screw of c.7. While pushing case R lightly in the direction
of the arrow, remove the DAP-41 board.
Case R
CN102
CN200
CN101
CN104CN107
CN103
Bottom support assembly
Harnesses
Harness
SWC-50board
AU-326 boardCN101
HN-356 board
DAP-41 board
: M2 x 3 (silver) : M2 x 3 (silver) : M2 x 4 (black)
8. Disconnect the HN-360 board from the connector (CN100) on the AU-326 board.
9. Remove the four screws of d, and remove the AU-326 board.
10. Reinstall the DAP-41 board and AU-326 board by reversing the steps of removal.
CN100
AU-326 board
: M2 x 3 (silver)
HN-360 board
2-8 (E) PMW-EX1R
2-2-7. SW-1478 Board
1. Refer to Sections from 2-2-1 to 2-2-2 and disassemble the unit up to “Case Bottom L/R and Front Panel Assembly” removal.
2. Remove the two screws. 3. Disconnect the harness from the connector
(CN1) on the SW-1478 board and remove the SW-1478 board.
4. Reinstall the SW-1478 board by reversing the steps of removal.
SW-1478 board
Harness
M2 x 3 (silver)
CN1
2-2-8. Inside Panel Assembly/Outside Panel Assembly
1. Refer to Sections from 2-2-1 to 2-2-5 and disassemble the unit up to “Handle Assem-bly” removal.
2. Remove the two screws of a and one screw of b, and remove the inside panel assembly.
a
b
Inside panel assembly
b : M2 x 4 (silver)a : M2 x 4 (silver)
2-9 (E)PMW-EX1R
3. Remove the two screws of c and one screw of d, and remove the outside panel assem-bly.
n When removing the outside panel assembly,
be careful not to drop the battery release button.
d
c
d : M2 x 4 (silver)c : M2 x 4 (silver)
Battery release button
Outside panel assembly
Gasket
4. Remove the screw of e, and remove the outside harness holder.
5. Disconnect the harness and coaxial cable with connector from the connectors (CN1 and CN3) on the VIF-46 board.
e
CN3CN1
VIF-46 board
Outsideharness holder
Harness
Coaxial cable with connector
e : M2 x 3 (silver)
6. Peel off the tape from the inside of the outside panel assembly.
7. Disconnect the harness from the connector (CN2) on the VIF-46 board.
8. Reinstall the inside panel assembly/outside panel assembly by reversing the steps of removal.
n Be careful that no harness should be caught.
CN2
Harness
Tape
VIF-46 board
2-10 (E) PMW-EX1R
2-2-9. Rear Panel Assembly
1. Refer to Sections from 2-2-1 to 2-2-5 and disassemble the unit up to “Handle Assem-bly” removal.
2. Refer to Section 2-2-8 and disassemble the unit up to “Inside Panel Assembly/Outside Panel Assembly” removal.
3. Remove the two screws of a that fi x the SW-1484 board.
4. Remove the four screws of b. 5. Disconnect the harness from the connector
(CN1) on the RE-272 board. 6. Disconnect the CN-3273 (fl exible board)
from the connector (CN101) on the ASW-68 board.
7. Reinstall the rear panel assembly by reversing the steps of removal.
CN-3273board
RE-272 board(CN1)
Harness
ASW-68 board(CN101)
Rear panel assembly
SW-1484board
a
b
b
a
a : M2 x 3 (silver)b : M2 x 4 (black)
2-11 (E)PMW-EX1R
2-2-10. Express Card Assembly
1. Refer to Sections from 2-2-1 to 2-2-5 and disassemble the unit up to “Handle Assem-bly” removal.
2. Refer to Sections from 2-2-8 to 2-2-9 and disassemble the unit up to “Rear Panel As-sembly” removal.
3. Disconnect the coaxial cable with connectors from connectors on the two EC-68 boards.
4. Remove the two screws. Coaxial cable with connector(slot A)
Coaxial cable with connector(slot B)
EC-68 board
M2 x 3 (silver)
M2 x 3 (silver)
5. Remove the two screws, and remove the express card assembly in the direction of the arrow.
6. Reinstall the express card assembly by revers-ing the steps of removal.
Express card assembly
M2 x 3 (silver)
2-12 (E) PMW-EX1R
2-2-11. RE-272 Board and RE-273 Board
1. Refer to Sections from 2-2-1 to 2-2-5 and disassemble the unit up to “Handle Assem-bly” removal.
2. Refer to Sections from 2-2-8 to 2-2-10 and disassemble the unit up to “Express Card Assembly” removal.
3. Remove the screw of a, and remove the top plate in the direction of the arrow.
4. Remove the four screws of b. 5. Disconnect the connector that connects the
RE-272 board and the RE-273 board. 6. Disconnect the CN-3259 (fl exible board)
from the connector (CN1) on the RE-273 board, and remove the RE-273 board.
CN1
Top plate
RE-273 board
RE-272 board
CN-3259 board
: M2 x 3 (silver) : M2 x 3 (silver)
Claw
7. Remove the two screws of c, and remove the inside button holder.
8. Remove the four screws of d, and remove the DD CON holder.
9. Disconnect the harnesses from the connector (CN2) on the RE-272 board.
10. Disconnect the CN-3258 (fl exible board) from the connector (CN200) on the RE-272 board, and remove the RE-272 board.
11. Reinstall the RE-272 board and RE-273 board by reversing the steps of removal.
Harness
CN2
RE-272 board
CN200
CN-3258 board
Inside button holder
DD CON holder : M2 x 3 (silver) : M2 x 3 (silver)
2-13 (E)PMW-EX1R
2-2-12. Battery Case, TX-131 Board
1. Refer to Sections from 2-2-1 to 2-2-5 and disassemble the unit up to “Handle Assem-bly” removal.
2. Refer to Sections from 2-2-8 to 2-2-11 and disassemble the unit up to “RE-272 Board and RE-273 Board” removal.
3. Remove the fi ve screws of a, and remove the battery case assembly.
4. Remove the two screws of b, and remove the bottom support assembly.
nWhen replacing the battery case assembly, be sure to also replace the battery case gasket and the inside bottom gasket at the same time.
b : M2 x 3 (silver)a : M2 x 4 (black)
a
aa
aa
Battery case assembly
Bottom support assembly
b
Battery case gasket
Inside bottom gasket
5. Remove the screw of c, and remove the CN-3273 board from the i-Link holder.
6. Remove the screw of d. 7. Remove the three screws of e, and remove
the i-Link holder. i-Link holder
CN-3273 board
: M2 x 2 (black) : M2 x 3 (silver)
: M2 x 3 (silver)
2-14 (E) PMW-EX1R
8. Remove the four screws of f. 9. Remove the center frame rear carefully not to
damage the CN-3273 board. 10. Remove the fl ex board holder in the direction
of the arrow.11. Disconnect the harness and coaxial cable with
connector from the connectors on the TX-131 board. f
f
f : M2 x 3 (silver)Center frame rear
CN-3273 board
TX-131 board
Harness
Coaxial cable with connectorFlex board
holder
12. Remove the screw of g, and remove the main harness holder.
13. Disconnect the coaxial cable from the coaxial connector.
14. Remove the two screws of h, remove the coaxial connector.
15. Remove the four screws of i, remove the bottom plate.
h
g
h
ii
i
g : M2 x 3 (silver)h : M2 x 3 (silver)i : M2 x 3 (silver)
Coaxial cableCoaxial connector
Bottom plateMain harnessholder
k
k
k : B2 x 3 (silver)
Coaxial cable
TX-131 board
16. Disconnect the coaxial cable from the con-nector on the TX-131 board.
17. Remove the four screws of k, and remove the TX-131 board.
18. Reinstall the battery case and the TX-131 board by reversing the steps of removal.
2-15 (E)PMW-EX1R
2-2-13. DPR-311 Board
1. Refer to Sections from 2-2-1 to 2-2-5 and disassemble the unit up to “Handle Assem-bly” removal.
2. Refer to Sections from 2-2-8 to 2-2-12 and disassemble the unit up to “Battery Case, TX-131 Board” removal.
3. Peel off the portion of the heat transfer sheet (top) ( portion) that is adhered to the rear main frame.
n The characteristic of the heat transfer sheet
(carbon sheet) deteriorates if it is damaged or folded. Be careful when handling it.
4. Remove the four screws, and remove the main heat spreader.
Main heat spreader
Adheredportion
Rear main frame
Heat transfer sheet (top)
M2 x 4 (silver) M2 x 4
(silver)
5. Disconnect the CN-3258 board, CN-3259 board, CN-3273 board and HN-356 board from the connectors on the DPR-311 board.
6. Disconnect the fl exible boards of prism assembly from the three connectors on the DPR-311 board.
7. Disconnect the fl exible card wire (30 core) and two coaxial cable with connectors from the connectors on the DPR-311 board.
8. Remove the DPR-311 board.
9. Reinstall the DPR-311 board by reversing the steps of removal.
DPR-311 board
CN-3259 board
CN-3258 boardCN-3273 board
HN-356 board
Flexible card wire (30 core)
Coaxial cable with connector
Flexible boards of prism assembly
2-16 (E) PMW-EX1R
2-2-14. Case L Assembly
1. Refer to Sections from 2-2-1 to 2-2-5 and disassemble the unit up to “Handle Assem-bly” removal.
2. Refer to Sections from 2-2-8 to 2-2-13 and disassemble the unit up to “DPR-311 Board” removal.
3. Remove the three screws of a, and remove the rear main frame.
4. Remove the two screws of b, and remove the HN-360 board in the direction of the arrow.
a
b
a
a : M2 x 4 (silver)b : M2 x 3 (silver)
Rear main frame
HN-360 board
5. Disconnect the SWC-50 board from the connector (CN104) on the DAP-41 board.
6. Disconnect the HN-360 board from the connector (CN2) on the AU-326 board.
HN-360board
SWC-50board
DAP-41 boardCN104
AU-326 boardCN2
2-17 (E)PMW-EX1R
7. Remove the four screws of c. 8. Remove the case L assembly carefully not to
damage the fl exible board.
9. Reinstall the case L assembly by reversing the steps of removal.
m . Check if the position of the ND fi lter knob
matches the position of the lever. . Be careful with the position of the fl exible
board from the prism block when installing the case L assembly.
Case L assembly
ND filterknob
Lever
Flexible boardsof prism assembly
c
c
c : M2 x 4 (black)
2-2-15. Case R
1. Refer to Sections from 2-2-1 to 2-2-5 and disassemble the unit up to “Handle Assem-bly” removal.
2. Refer to Sections from 2-2-8 to 2-2-14 and disassemble the unit up to “Case L Assembly” removal.
3. Remove the screw of a, and remove the cover.
4. Remove the one screw of b and two screws of c, and remove the case R.
5. Reinstall the case R by reversing the steps of removal.
Case R
Cover
b : M2 x 4 (black)c : M2 x 3 (silver)
a : M2 x 4 (black)
a
b
c
2-18 (E) PMW-EX1R
2-2-16. Prism Assembly
1. Refer to Sections from 2-2-1 to 2-2-5 and disassemble the unit up to “Handle Assem-bly” removal.
2. Refer to Sections from 2-2-8 to 2-2-15 and disassemble the unit up to “Case R” removal.
3. Remove the screw of a, and remove the plate.
4. Peel off the adhered portion of the C MOS fl exible sheet.
5. Remove the four screws of b, and remove the prism assembly.
6. Reinstall the prism assembly by reversing the steps of removal.
n When installing, check that the two position-
ing holes of the prism assembly are aligned with the dowels.
Plate
: M2 x 3 (silver) : Tapping M2 x 5 (black)
Prism assembly
Adhesion position
Adhered portion of C MOS flexible sheet
dowels
Positioning holes
2-2-17. ND Filter
1. Refer to Sections from 2-2-1 to 2-2-5 and disassemble the unit up to “Handle Assem-bly” removal.
2. Refer to Sections from 2-2-8 to 2-2-16 and disassemble the unit up to “Prism Assembly” removal.
3. Disconnect the harness from the connector on the ND fi lter.
4. Remove the three screws and remove the ND fi lter by drawing the lever block of the ND fi lter out of the hole of the main frame.
5. Reinstall the ND fi lter by reversing the steps of removal.
m . When installing, check that the two posi-
tioning holes of the ND fi lter are aligned with the dowels.
. When reinstalling the ND fi lter, loosely fi x the three screws, and then fully tighten them while paying attention not to deform the ND fi lter.
P2.6 x 5P2.6 x 5
ND filter
Connector Harness
Hole of the main frame
dowels
Lever block
Positioningholes
2-19 (E)PMW-EX1R
2-2-18. Lens Unit
1. Refer to Sections from 2-2-1 to 2-2-5 and disassemble the unit up to “Handle Assem-bly” removal.
2. Refer to Sections from 2-2-8 to 2-2-17 and disassemble the unit up to “ND fi lter” remov-al.
3. Remove the fi ve screws, and remove the front frame.
4. Reinstall the lens unit by reversing the steps of removal.
n When installing, align the positioning pin of
the lens unit with the positioning hole of the main frame.
Front frame
Lens unit
Positioning hole
Positioning pin
P2.6 x 5P2.6 x 5
P2.6 x 5
2-2-19. DR-644 Board
1. Refer to Sections from 2-2-3 to 2-2-5 and disassemble the unit up to “Handle Assem-bly” removal.
2. Disconnect the harnesses from the connector (CN2) on the DP-644 board.
3. Remove the two screws, and remove the DR-644 board.
4. Reinstall the DR-644 board by reversing the steps of removal.
n When installing the DR-644 board, check if
the position of the slide switch (S1) on the DR-644 board matches the position of the knob.
M2 x 3(silver)
CN2
DR-644 board
DR-644 boardKnob
Slide switchS1
2-20 (E) PMW-EX1R
2-2-20. LED-491 Board
1. Refer to Sections from 2-2-3 to 2-2-5 and disassemble the unit up to “Handle Assem-bly” removal.
2. Remove the connector cover from the head-phone jack of the LED-491 board.
3. Remove the three screws of a, and remove the LED-491 bracket and the LED-491 board in the direction of the arrow.
4. Remove the three screws of b and the M6 nut, and remove the LED-491 bracket.
5. Disconnect the harness from the connector (CN11) on the LED-491 board, and remove the LED-491 board.
6. Reinstall the LED-491 board by reversing the steps of removal.
Connectorcover
LED-491 bracket, LED-491 board
CN11
LED-491bracket
M6 nut LED-491 board
: M2 x 3 (silver) : M2 x 3 (silver)
2-2-21. Speaker
1. Refer to Sections from 2-2-3 to 2-2-5 and disassemble the unit up to “Handle Assem-bly” removal.
2. Refer to Section 2-2-20 and disassemble the unit up to “LED-491 board” removal.
3. Remove the two screws, and remove the speaker holder.
n Be careful not to drop the speaker grill.
4. Remove the speaker holder sheet, and remove the speaker harness from the slit of the speak-er holder.
5. Remove the speaker from the speaker holder.
6. Reinstall the speaker by reversing the steps of removal.
Speaker holder
Speaker grill
Speaker
M2 x 3
Speakerharness
Speakerholder sheet
2-21 (E)PMW-EX1R
2-2-22. KSW-55 Board, HN-361 Board
1. Refer to Sections from 2-2-3 to 2-2-5 and disassemble the unit up to “Handle Assem-bly” removal.
2. Remove the rubber SW key. 3. Disconnect the harnesses and AXM-42 board
from the connectors (CN2, CN3, CN5, CN6, CN7) on the KSW-55 board.
4. Remove the four screws, and remove the KSW-55 board.
CN3
CN2
M 2 x 3(silver)
Control switch block
AXM-42 board
KSW-55 board
CN6CN5
CN7
Rubber SW key
5. Disconnect the control switch block from the connector (CN4) on the KSW-55 board.
6. Disconnect the HN-361 board from the connector (CN1) on the KSW-55 board.
7. Reinstall the KSW-55 board and HN-361 board by reversing the steps of removal.
Control switch block
KSW-55 board
HN-361 board
CN4CN1
2-22 (E) PMW-EX1R
2-2-23. Microphone Unit Assembly
1. Refer to Sections from 2-2-3 to 2-2-5 and disassemble the unit up to “Handle Assem-bly” removal.
2. Refer to Section 2-2-22 and disassemble the unit up to “KSW-55 board, HN-361 board” removal.
3. Turn the LCD block in the direction of arrow “A”.
4. Remove the four screws and disengage the four claws, and remove the blind plate in the direction of arrow “B”.
5. Remove the two screws. 6. Pull out the harness (KSW53-MA161) and
the harness (KSW53-RM213) from the hole on the handle in the direction of arrow “C”.
7. Remove the microphone unit assembly in the direction of arrow “D”.
n Be careful not to hook or damage the har-
nesses.
8. Reinstall the microphone unit assembly by reversing the steps of removal.
C
D
TappingM2 x 5 (black)
hole on the handle
Harness (KSW53-MA161)
Harness (KSW53-RM213)
Microphone unit assembly
B
A
Four claws
M2 x 4 (black)
Blind plate
Blind plate
LCD block
2-23 (E)PMW-EX1R
2-2-24. Microphone Unit
1. Refer to Sections from 2-2-3 to 2-2-5 and disassemble the unit up to “Handle Assem-bly” removal.
2. Refer to Sections from 2-2-22 to 2-2-23 and disassemble the unit up to “Microphone Unit Assembly” removal.
3. Slightly peel off the sheet attached to the microphone cover.
n When reinstalling the microphone unit, attach
the sheet to the original position.
Sheet
Microphone coverPeel off slightly.
4. Remove the three screws of a, and remove the microphone case.
5. Remove the screw of b, and remove the microphone cover.
Microphone unit
Microphone cover
Microphone case
: Tapping M2 x 5 (black) : Tapping M2 x 5 (black)
Microphone unit
RM-224 board
Harness (KSW53-RM213)
c : Tapping M2 x 5 (black) d : Tapping M2 x 5 (black)
MA-183 board
Harness (KSW53-MA161)
c
MA cushion
CN1
CN1 CN3
d
CN2
6. Disconnect the harness (KSW53-MA161) (CN3) and the microphone unit harness (CN1, CN2) from the MA-183 board.
7. Remove the two screws of c, and remove the MA-183 board.
8. Disconnect the harnesses (KSW53-RM213) (CN1) from the RM-224 board.
9. Remove the screw of d, and remove the RM-224 board.
10. Reinstall the microphone unit by reversing the steps of removal.
n When assembling, attach the MA CUSHION
to the original place.
2-24 (E) PMW-EX1R
2-2-25. DET-52 Board
1. Refer to Sections from 2-2-3 to 2-2-5 and disassemble the unit up to “Handle Assem-bly” removal.
2. Turn the LCD block in the direction of the arrow.
3. Remove the two screws of a, and remove the hinge cover top.
4. Disconnect the harnesses (CN1) from the connector on the DET-52 board.
5. Remove the screw of b, and remove the DET-52 board and the DET44 fi t plate.
6. Remove the two screws of c, and remove the DET-52 board from the DET44 fi t plate.
7. Reinstall the DET-52 board by reversing the steps of removal.
Hinge cover top
: M2 x 4 (black) : M1.4 x 2.5 (silver) : M1.4 x 2.5 (silver)
LCD block
DET-52 board, DET44 fit plate
CN1
DET-52 board
DET44 fit plate
2-25 (E)PMW-EX1R
2-2-26. 3.5-inch LCD Assembly
1. Refer to Sections from 2-2-3 to 2-2-5 and disassemble the unit up to “Handle Assem-bly” removal.
2. Turn the LCD block in the direction of arrow “A”.
3. Remove the two screws and disengage the two claws, and remove the LCD cabinet in the direction of arrow “B”.
4. Disconnect the coaxial cable with connector from the IF-1127 board.
5. Remove the four screws and the LCD pack-ing, and remove the 3.5-inch LCD assembly.
6. Reinstall the 3.5-inch LCD assembly by reversing the steps of removal.
Connector(IF-1127 board)
3.5-inch LCD assembly
M2 x 3(silver)
LCD packing
Coaxial cable with connector
LCD bezel
B
A
M2 x 4 (black) LCD cabinet
Two claws
LCD block
2-26 (E) PMW-EX1R
2-2-27. Replacing the Parts in the Lens Grip
Removing the grip cover1. Remove the three screws a, and remove the
screw b. (Fig. 1) 2. Remove the grip cover in the direction of the
arrow.(Fig. 1) 3. Disconnect the harness from the connector of
the T/W zoom switch. (Fig. 2)
Replacing the cap (START/STOP) 1. Remove the cap (START/STOP) by pushing it
in from the outside of the grip cover. (Fig. 3) 2. Install the new cap (START/STOP) by align-
ing its notch with the protrusion of the grip cover. (Fig. 3)
Installing the grip coverReinstall the grip cover by reversing the steps of removal.
Replacing the grip belt1. Separate the grip belt from the buckle, and
remove the pad. (Fig. 4) 2. Pull it off the grip belt from the grip cover.
(Fig. 4) 3. Install the new grip belt by reversing the steps
of removal. (Fig. 4)
Fig. 1
Fig. 2
Fig. 3
Fig. 4
: P2.6 x 6 (silver) : M3 x 6 (black)
T/W zoom switch
Harness
Cap(START/STOP)
Notch
Grip cover
Grip cover
Protrusion
Grip cover
Grip beltPad
Buckle
3-1 (E)PMW-EX1R
Section 3SERVICE Menu
3-1. Outline of SERVICE Menu
3-1-1. Basic Menu Operations
Basic Menu OperationPress the MENU button to enter the menu mode. Press the PICTURE PROFILE button, the MENU button, or the STATUS button while the menu is displayed to close the menu display. The menu display is closed when the power is turned off.
1. Press the MENU button. . The system enters the menu mode. . For displaying the SERVICE menu, refer to section 3-1-3 of this manual.2. Press the joystick to move the cursor to the desired setting item and press the SEL/SET button.
Exiting the Menu ModePress the MENU button again. The system exits the menu mode to return to the normal camera mode.
3-1-2. SERVICE Menu Structure
The SERVICE menu consists of the three SERVICE dedicated menus and the six ordinary SETUP menus for a total of nine menus.
SERVICE menu types (SERVICE dedicated menus)
Menu name Description
MAINTENANCE Adjustment of parameters RPN CORRECT Operations regarding the RPN correctionINFORMATION Information display on the particular PMW-EX1R and self-diagnostics
The MAINTENANCE menu and the RPN CORRECT menu can be operated in the CAMERA mode.
3-1-3. Displaying the SERVICE Menu
To display the SERVICE menu, the following operations are needed.1. Close the LCD monitor.2. Set the LCD B.LIGHT switch on the upper operation panel to the “OFF” position.3. Set the GAIN switch on the side operation panel to the “H” position.4. Press the CANCEL button, the MENU button, and the Jog dial at the same time.5. When the LCD monitor is opened, the SERVICE menu is displayed.
. Pressing the MENU button again closes the SERVICE menu display.
. Once the SERVICE menu has been displayed, simply pressing the MENU button displays the SER-VICE menu instead of the normal SETUP menu unless the power is turned off.
PICTUREPROFILE
DC IN
AUTOMANUAL
INTMICEXTCH-1
OFFCAMERACANCELMENU
SEL/SET
MEDIA
MENU buttonCANCEL button
Jog dial
Rear panel
3-2 (E) PMW-EX1R
3-2. SERVICE Menu List
3-2-1. MAINTENANCE Menu
Menu Item Submenu Item Choice Function
Test Saw _ On Turns On or Off the Test Saw OffAuto BLK _ Execute Starts up the auto black balance adjustmentBalance CancelBlack Shading Setting On Turns On or Off the black shading correction Off Channel Sel G Selects the channel (R-ch or G-ch or B-ch) to execute black B shading adjustment on R (The present setup values of H Saw, H Para, V Saw and V Para for the selected channel are displayed automatically) H Saw _99 to +99 Adjusts the black shading H Saw correction level H Para _99 to +99 Adjusts the black shading H Para correction level V Saw _99 to +99 Adjusts the black shading V Saw correction level V Para _99 to +99 Adjusts the black shading V Para correction level Auto BLK Shad Execute Starts up the auto black shading correction CancelWhite Shading Setting On Turns On or Off the white shading correction Off Channel Sel G Selects the channel (R-ch or G-ch or B-ch) to execute white B shading adjustment on R (The present setup values of H Saw, H Para, V Saw and V Para of the selected channel are displayed automatically) H Saw _99 to +99 Adjusts the white shading H Saw correction level H Para _99 to +99 Adjusts the white shading H Para correction level V Saw _99 to +99 Adjusts the white shading V Saw correction level V Para _99 to +99 Adjusts the white shading V Para correction levelFlare G Flare _99 to +99 Adjusts the G-ch fl are correction level B Flare _99 to +99 Adjusts the B-ch fl are correction level R Flare _99 to +99 Adjusts the R-ch fl are correction level
3-2-2. RPN CORRECT Menu
Menu Item Submenu Item Choice Function
Auto Detection _ Execute Starts up automatic detection of RPN CancelCorrection Mode _ Concealment Selects the RPN correction mode that is used to register or Compensation delete the manual registrationChannel _ G Selects and displays the channel (R-ch or G-ch or B-ch) B to execute manual registration or deletion of RPN R correction onCursor _ On Turns On or Off the RPN correction point indicator cursor OffCursor H Position _ 1 to 1920 Displays and move the horizontal address of the RPN correction point indicator cursorCursor V Position _ 1 to 1080 Displays and move the vertical address of the RPN correction point indicator cursorCursor Next _ _ Moves the RPN correction point indicator cursor to the next RPN pointCursor Prev _ _ Moves the RPN correction point indicator cursor to the previous RPN point
3-3 (E)PMW-EX1R
Menu Item Submenu Item Choice Function
Compensation _ 0 to 255 Indicates the RPN compensation levelLevelRecord _ Execute Registers the RPN CancelDelete _ Execute Deletes the RPN CancelReadout Mode _ Field Selects the CMOS readout mode FrameReset _ Execute Deletes all the RPN that are registered after shipment Cancel from the factory
3-2-3. INFORMATION Menu
Menu Item Submenu Item Choice Function
Serial Number _ _ Displays the serial numberVersion _ _ Displays the software version numberSelf Diag Diag Type Type1 Selects the self-diagnostic type Type2 Item1 Execute Executes self-diagnostic Item 1 Cancel Item2 Execute Executes self-diagnostic Item 2 Cancel Item3 Execute Executes self-diagnostic Item 3 Cancel Item4 Execute Executes self-diagnostic Item 4 Cancel Item5 Execute Executes self-diagnostic Item 5 Cancel Item6 Execute Executes self-diagnostic Item 6 Cancel Item7 Execute Executes self-diagnostic Item 7 Cancel Item8 Execute Executes self-diagnostic Item 8 Cancel Item9 Execute Executes self-diagnostic Item 9 Cancel Item10 Execute Executes self-diagnostic Item 10 Cancel Item11 Execute Executes self-diagnostic Item 11 Cancel Item12 _ Do not execute this item. Item13 _ Do not execute this item.Log Dump _ Execute Records the error log to media Cancel
3-4 (E) PMW-EX1R
3-3. Self-Diagnostic Function
Self Diag of INFORMATION menu enables the user to execute self-diagnosis of the equipment. When Self Diag is run, the result of self-diagnosis appears regardless of whether the result is good or bad.The self-diagnosis can be executed only under the following conditions. When executing the self-diagno-sis, change to the following conditions with the SHUTTER switch and the SETUP menu.. SHUTTER switch: Off ← lower front of the unit. EX Slow Shutter: Off ← CAMERA menu. Country: NTSC Area ← OTHERS menu. Video Format: HQ1080/60i ← OTHERS menu
1. Self-diagnostic items The following two types of self-diagnosis are provided. In addition, since the system cannot be returned to normal operations after the self-diagnosis, the
power must be turned off and on again.. Type1: Simple self-diagnosis Use to execute a simple version of the self-diagnosis. This fi nishes in a short time.. Type2: Complete self-diagnosis This executes all items included in the Self Diag. Since complete self-diagnosis involves a memory
test and a complicated device test, this requires time to be completed.
Self-diagnostic item list
Item No. Self-diagnostic item Description
Item1 Image processor block Diagnosis of lens, CMOS block, and camera blockItem2 Display block Diagnosis of video signal system (LCD and base band signal processing)Item3 Media block Diagnosis of media recording and playback (encoder, decoder, memory card, i.LINK and USB interface)Item4 Audio block Diagnosis of audio input and outputItem5 System controller block Diagnosis of system controller systemItem6 Power block Diagnosis of power supply systemItem7 I/F between image processor Diagnosis of the signal line from camera signal processor IC to and display block base band processing ICItem8 Video I/F while recording between Diagnosis of the video signal line (recording direction) from base display and media block band processing IC via encoder IC to AVIT signal processing IC Item9 Video I/F while playing back Diagnosis of the video signal line (playback direction) from AVIT between display and media block signal processing IC via decoder IC to base band processing IC Item10 Audio I/F while recording between Diagnosis of the audio signal line (recording direction) from base display and media block band processing IC to AVIT signal processing ICItem11 Audio I/F while playing back Diagnosis of the audio signal line (playback direction) from AVIT between display and media block signal processing IC to base band processing ICItem12 Do not execute this item.Item13 Do not execute this item.
3-5 (E)PMW-EX1R
2. Procedure for the self-diagnosis(1) Select the type of self-diagnosis (Type 1 or Type 2) in Diag Type. n When Type 1/2 for an Item in the table is “1 only”, the item executes only for type 1, and when it
is “2 only”, it executes only for type 2. For “1, 2”, the item executes for both type 1 and type 2.
(2) Select the Item of self-diagnosis from Item1 to Item11.(3) When an Item is selected, Execute and Cancel appear. In addition, when Execute is selected, the
self-diagnosis of the selected Item starts.(4) When the self-diagnosis is completed, the result of self-diagnosis appears.
Example of the display for results of self-diagnosis
Press the CANCEL button, joystick, or jog dial while displaying the result of self-diagnosis to return to the INFORMATION menu.
The results of self-diagnosisThe result of self-diagnosis is composed of the diagnostic item ID (DiagID) for the Item and Try, Success, and Result for the item. The result of the self-diagnosis for each item is displayed after execution.
Meaning of Try, Success, and Result
Category Description
Try Shows the number of trials of the self-diagnosis.Success Shows the number of internal successes of the self-diagnosis.Result Shows the result of the self-diagnosis. “0” means no problems. When a value other than “0” is displayed, check the details for each self-diagnostic item.
3-6 (E) PMW-EX1R
3. Details of self-diagnosis This section describes self-diagnostic items included in each Item. The values in the Error value
column show the value for errors. The value is “0” when there is no error.
Item1: Image processor block diagnosis
Image processor block diagnosis analyzes the following contents.(Type 1 takes about 10 seconds, Type 2 takes about three minutes.)
ID Diagnosis description Error value Type 1/2 Note
0x07 Lens driving check -1: Error in iris, focus, 2 only SERVO/MANU switch of zoom zoom, or correction must be set to “SERVO”. Each lens ring of zoom and iris automatically turns during the diagnosis. Therefore, make sure not to touch rings during the diagnosis. (The focus ring does not turn.)0x08 Number of RPN -1: Exceeding RPN max 1, 2 _ registrations check number0x09 Reading/Writing data test to -1: CMOS Read/Write NG 1, 2 _ CMOS block, video signal or CMOS video signal bus connection test between bus NG CMOS and camera signal processor IC0x0a Communication test of -5: Camera signal processor 1, 2 _ camera signal processor IC IC Read/Write NG
When an error is detected in the item, it indicates a possible error in the hardware.
Item2: Display block diagnosis
Display block diagnosis analyzes the following contents. (Ver.1.1 or later)
ID Diagnosis description Error value Type 1/2 Note
0x01 Communication signal line -1: Connection error 1, 2 _ test of LCD0x02 Communication signal line -1: Connection error 1, 2 _ test of COPRO (SAD)
3-7 (E)PMW-EX1R
Item3: Media block diagnosis
Media block diagnosis analyzes the following contents. There can be cases that the error value “_6” is displayed with any ID other than what are listed in the following table. The error value “_6” does not mean any abnormality in such cases. Be sure to turn off the power once whenever the media block diagnosis item 3 is executed.
ID Diagnosis description Error value Type 1/2 Note
0x01 DDR2 SDRAM Read/Write -1: Error 2 only Continuous operations cannot be check operated after this check. This check requires a long time.0x06 USB Device Register -1: Error 1 only _ Read/Write check0x09 i.Link Register Read/ -1: Error 1 only _ Write check0x0B USB Host Register Read/ -1: Error 1 only _ Write check0x14 PIFC POWSW -1: Error 1 only _0x15 SPA POWSW -1: Error 1 only _0x12 MPEG encoder/decoder -1: Error 1 only _ IC Data Read/Write0x20 NOR-FlashROM data -1: Error 1 only _ consistency check0x23 Slot A LED blink -1: Error 1 only _0x24 Slot B LED blink -1: Error 1 only _
Item4: Audio block diagnosis
Audio block diagnosis analyzes the following contents.
ID Diagnosis description Error value Type 1/2 Note
0x02 Memory area check for -1: Memory read/write 1, 2 _ audio block comparison NG
When an error occurs, it indicates that the hardware has a defect.
3-8 (E) PMW-EX1R
Item5: System controller block diagnosis
System controller block diagnosis analyzes the following contents.
ID Diagnosis description Error value Type 1/2 Note
0x01 IIC communication test (clock IC) -1: Error 1, 2 _0x02 IIC communication test (EEPROM) -1: Error 1, 2 _0x03 IIC communication test (power supply microcomputer) -1: Error 1, 2 _0x04 IIC communication test (sub-microcomputer of the inside panel) -1: Error 1, 2 _0x05 IIC communication test (sub-microcomputer of the handle) -1: Error 1, 2 _0x06 IIC communication test (sub-microcomputer of the rear panel) -1: Error 1, 2 _0x09 IIC communication test (I/O expander) -1: Error 1, 2 _0x10 Version matching test (power supply microcomputer) -1: Error 1, 2 *0x11 Version matching test (sub-microcomputer of the inside panel) -1: Error 1, 2 *0x12 Version matching test (sub-microcomputer of the handle) -1: Error 1, 2 *0x13 Version matching test (sub-microcomputer of the rear panel) -1: Error 1, 2 *
When an error is detected in the IIC communication test, it indicates a possible failure in the communication line or device.
*: When an error is detected in the version matching test, upgrade again to a compatible version. Contact your local Sony Sales Offi ce/Service Center for information on versions.
Item6: Power block diagnosis
Power block diagnosis analyzes the following contents.
ID Diagnosis description Error value Type 1/2 Note
0x01 Power switch readout -1: Cannot readout power 1, 2 Power switch must be set to switch CAMERA -4: Cannot diagnose since the power switch is not set to CAMERA0x02 Battery recognition -1: Cannot communicate with 1, 2 Appropriate battery must be battery connected -4: Cannot diagnose since the battery is not connected 0x03 Power supply state -1: Power supply is not 1, 2 Power switch must be set to controlled correctly CAMERA -4: Cannot diagnose since the power switch is not CAMERA
Item7: Diagnosis between image processor and display blocks
Diagnosis between Image processor and Display blocks analyzes the following contents.
ID Diagnosis description Error value Type 1/2 Note
0x80 Video signal line test -1: Test pattern checking 1, 2 Conducts a test from camera failure signal processor IC to base band processing IC. Monitor output images will be distorted during the test.
When an error is detected, it indicates a possible failure in the chip or the signal line between chips.
3-9 (E)PMW-EX1R
Item8 to 11: Diagnosis between display and media blocks
Diagnosis between display and media blocks analyzes the following contents.
Item No. ID Diagnosis description Error value Type 1/2 Note
8 0x90 Video signal line communication -1: Test pattern checking failure 1, 2 _ test in recording direction (in the -2: Sequence error direction from base band processing IC to AVIT signal processing IC)9 0x91 Video signal line communication -1: Test pattern checking failure 1, 2 _ test in playback direction (in the -2: Sequence error direction from AVIT signal processing IC to base band processing IC)10 0x92 LPCM signal line communication -1: Test pattern checking failure 1, 2 _ test in recording direction (in the -2: Sequence error direction from base band processing IC to AVIT signal processing IC)11 0x93 LPCM signal line communication -1: Test pattern checking failure 1, 2 _ test in playback direction (in the -2: Sequence error direction from AVIT signal processing IC to base band processing IC)
. When an error is detected, it indicates a possible failure in the chip or the signal line between chips.
nDo not execute item12, 13.
3-4. Executing Log Dump
Executing Log Dump acquires the error log information and saves it to the active, writable media.Select Log Dump under the INFORMATION menu, and execute it with Execute. The process is complete when “Log Dump Done” is displayed as a result.
nDo not remove the media until Log Dump message appears.
3-10 (E) PMW-EX1R
3-5. List of Error Numbers on the LCD Display
This unit has a self diagnosis function to check internal errors.When the unit detects an error, the error number is displayed on the LCD monitor and EVF display, and operation is stopped.Error numbers are displayed as E-XXXXX (X indicates a number).
Error No. Description Service action
15030 System error Repair the DPR-311 board or replace it.17001 Abnormality in the Media ID data in Rewrite the media ID data in the EEPROM using the EEPROM “ServiceNavi-EX”.17002 The image processor block does not start up Repair the DPR-311 board or replace it.17003 The display block does not start up17004 The media block does not start up17005 Abnormality in the start-up process of the image processor block17006 Abnormality in the start-up process of the display block17007 Abnormality in the start-up process of the media block17014 Abnormality in lens communication Check the connection with the lens unit. If there is no defect, replace the lens unit.17015 Abnormality in the media block Repair the DPR-311 or replace it.17016 Abnormality in obtaining the lens switch Check the connection with the lens unit. If there is no condition defect, replace the lens unit.17017 Internal error in the media block Repair the DPR-311 board or replace it.or4XXXX
If multiple errors occur simultaneouslyThe highest-priority error is displayed.When an error with a higher priority is cleared, the one with the next priority is displayed.
4-1 (E)PMW-EX1R
Section 4Alignment
4-1. Servicing software “ServiceNavi-EX”
Servicing software “ServiceNavi-EX” is required for electrical adjustment and self diagnosis.For how to obtain the “ServiceNavi-EX”, contact your local Sony Sales Offi ce/Service Center.
4-2. Preparation
m. When adjusting the PMW-EX1R, use the AC adapter or a fully-charged battery pack.. When disconnecting the AC adapter or battery pack after the adjustment, turn off the power switch and
wait for at least 10 seconds.
4-2-1. Service Tools and Equipment
Refer to Section 1-4 for detail of the service tools and equipment used for the adjustments.
4-2-2. Connection
Connect an HD waveform monitor to the SDI OUT terminal of the unit.
4-3. MAINTENANCE Menu
The MAINTENANCE menu enables setting for image device and setting parameters that must be set uniquely to each PMW-EX1R for correction of non-uniformity between the respective lens characteris-tics.
4-3-1. Test Saw Setting
. Test Saw setting enables the operator to select the Test Saw signal instead of the imager output signal when recording or outputting images in CAMERA mode.
PTB-500
SDI OUTHD-SDI
PMW-EX1R
HD waveform monitor
Color monitor
2 to 3 m
4-2 (E) PMW-EX1R
4-3-2. Executing Auto Black Balance
. Executing the Auto Black Balance triggers the auto black balance adjustment (automatic black level adjustment).
. When the Auto Black Balance menu is selected, the Execute and Cancel choices appear. In addition, selecting Execute starts Auto Black Balance.. When the Auto Black Balance is executed, the execute RPN automatic detection.
nAuto Black Balance cannot be executed from the SERVICE menu under the following settings. Change the settings to execute Auto Black Balance. . When Video Format other than HQ 1080/60i or HQ 1080/50i is selected.. When electronic shutter is operating in the SLS mode. . When the EX Slow Shutter is set to ON.
4-3-3. Black Shading Adjustment
The Black Shading menu enables the H Saw correction level adjustment, V Saw correction level adjust-ment and parabola correction level adjustment.
nAll of the Black Shading correction values have been set to ?0 when shipped from the factory.(When the Black Shading correction is executed, it results in height difference of black level at the bound-ary areas between the corrected areas). Do not change the Black Shading correction values to any values other than ?0 unless it is necessary.
1. SettingThe Black Shading setting menu can be used to turn Black Shading correction On or Off.The Black Shading correction is turned On automatically when the power is turned On.
2. Channel Select. The Channel Select menu enables selection of the channel (G-ch or B-ch or R-ch) to execute the H Saw,
H Para, V Saw, and V Para black shading adjustments on.. When the Channel Select menu selects any other channel, the displays of the H Saw, H Para, V Saw,
and V Para setup values are changed to the current setup values of the channel selected by the Channel Select menu. The changes are refl ected on the H Saw, H Para, V Saw, and V Para setup values.
H Saw The H Saw menu enables the horizontal Saw black shading correction (linear increase and decrease)
level. H Para The H Para menu enables the horizontal Parabola black shading correction (black level correction at the
horizontal center with respect to both ends) level. V Saw The V Saw menu enables the vertical Saw black shading correction (linear increase and decrease) level. V Para The V Para menu enables the vertical Parabola black shading correction (black level correction at the
vertical center with respect to both ends) level.
4-3 (E)PMW-EX1R
3. Auto BLK Shad. The Auto BLK Shad menu enables the auto black shading correction (automatic optimization of the
respective correction values of the black shading correction).. When Auto BLK Shad menu is selected, the Execute and Cancel choices appear. In addition, selecting Execute starts Auto Black Shading.
Black shading adjustment method
Preparation
. Connect an HD waveform monitor to the SDI OUT terminal.
. HD waveform monitor setting → RGB mode
. Lens iris → CLOSE
Adjustment Procedure
1. Adjust GAIN and BLK level for easy viewing to observe. 2. Adjust H Saw, H Para, V Saw and V Para for the respective channels of G-ch, B-ch and R-ch until
waveform on the waveform monitor becomes fl at.
4-3-4. White Shading Adjustment
The White Shading menu enables the adjustment of the horizontal and vertical Saw correction level and parabola correction level.
m. The White Shading adjustment cannot be executed for the correct adjustment values if the object pattern
has non-uniformity or if other conditions such as lens iris setting and zoom setting are not correctly satisfi ed.
. Use a full white pattern for the White Shading adjustment having uniform brightness over the entire area.
. If a full white pattern having uniform brightness over the entire area is not available, do not execute the G-channel White Balance adjustment. Instead of it, execute the White Balance adjustment in the way of aligning the R-channel waveform and the B-channel waveform to the waveform of G-channel.
1. SettingThe White Shading setting menu can be used to turn White Shading correction On or Off.The White Shading correction is turned On automatically when the power is turned On.
2. Channel Select. The Channel Select menu enables selection of the channel (G-ch or B-ch or R-ch) to execute the H Saw,
H Para, V Saw, and V Para white shading adjustments on.
(H SAW) (H PARA) (V SAW) (V PARA)
4-4 (E) PMW-EX1R
. When the Channel Select menu selects any other channel, the displays of the H Saw, H Para, V Saw, and V Para setup values are changed to the current setup values of the channel selected by the Channel Select menu. The changes are refl ected on the H Saw, H Para, V Saw, and V Para setup values.
H Saw The H Saw menu enables the horizontal Saw white shading correction (linear increase and decrease) level. H Para The H Para menu enables the horizontal Parabola white shading correction (sensitivity correction at the horizontal center
with respect to both ends) level. V Saw The V Saw menu enables the vertical Saw black shading correction (linear increase and decrease) level. V Para The V Para menu enables the vertical Parabola white shading correction (sensitivity correction at the vertical center with
respect to both ends) level.
White shading adjustment method
Preparation
. Connect an HD waveform monitor to the SDI OUT terminal.
. HD waveform monitor setting → RGB mode
. Focus → ∞
. Shoot an all white pattern over the entire frame of monitor screen.
Adjustment Procedure
1. Adjust lens iris until white level becomes approximately 80%. If the lens iris value is larger than F5.6, adjust the incoming light intensity by using electronic shutter for the lens iris
setting of smaller than F5.6.2. Adjust H Saw, H Para, V Saw and V Para for the respective channels of G-ch, B-ch and R-ch until waveform on the
waveform monitor becomes fl at.
(H SAW) (H PARA) (V SAW) (V PARA)
4-5 (E)PMW-EX1R
4-3-5. Flare Adjustment
The Flare Adjustment menu enables fl are compensation for the respective channels of G-channel, B-chan-nel and R-channel.
Flare adjustment method
Preparation
. Connect an HD waveform monitor to the SDI OUT terminal.
. HD waveform monitor setting → RGB mode
. Shoot a gray-scale chart to fi ll the entire screen of the picture frame and execute the white balance.
. Set the Knee to the Auto or Off.
Adjustment Procedure
1. Adjust lens iris until white level becomes approximately 100%. After that, open the lens iris by two stops.
2. Select waveform of the signal at the center of grayscale signal on a waveform monitor.
3. Adjust R Flare, G Flare and B Flare until the black levels on both sides of the center white in all of the R, G and B channels to a unity level. (Align black level all channels to that of the channel having the lowest black level.)
m. The fl are adjustment can be performed only when there is a correct grayscale chart.. When there is no correct grayscale chart, adjust the values of R Flare, G Flare and B Flare to ?0.
A
B
4-6 (E) PMW-EX1R
4-3-6. Executing Auto FB Adjust
. Executing the Auto FB Adjust menu enables automatic adjustment of lens fl ange back.
. When Auto FB Adjust (Flange Focal Length automatic adjustment) starts, the Flange Focal Length of a lens is adjusted until automatic focusing is established at the WIDE end and TELE end of a zoom lens. This allows a lens to remain in focus even though the zoom position is changed after focus adjustment. The result of Auto FB Adjust is saved.
. When the Auto FB Adjust menu is selected, the Execute and Cancel choices appear. In addition, selecting Execute starts automatic adjustment of fl ange back.
FB (Flange Focal Length) adjustment method
Preparation
. Upgrade the fi rmware to the newest version.
. Prepare the Flange Back Chart and place it at the distance of 3 meters far from the camera.
. Set up the camera as follows:
Item Setting
FOCUS RING FULL MF IRIS SW MANUAL MACRO SW OFF FOCUS SW MANUAL ZOOM SW SERVO ND FILTER OFF (Clear) SHUTTER SW ON GAIN L (0 dB) WHITE BAL B (ATW) FULL AUTO OFF
3 m
4-7 (E)PMW-EX1R
Adjustment Procedure
1. Set the Video Format by selecting the menus as follows: [OTHERS] → [Video Format] → Select either [HQ 1080/60i] or [HQ 1080/50i].2. Set the lens iris to OPEN, and set the shutter speed as follows to match the adjustment environment.
Select menus in order: [CAMERA SET] → [Shutter] → [Mode] → [Speed]. Next, select menus in order: [CAMERA SET] → [Shutter] → [Speed] and select an appropriate
shutter speed.3. Set the ZOOM to TELE end, and adjust the camera position so that center of the chart stays approxi-
mately in the center of a screen.
Item Setting Lens
ZOOM POSITION _ TELEZOOM SERVO _FOCUS _ FULL MANUALIRIS _ OPENGAIN 0dB _WHITE BAL ATB _FULL AUTO OFF _
4. Enter the SERVICE menu and select [MAINTENANCE] → [Auto FB Adjust]. Then, execute Auto FB Adjust.
5. Wait until Auto FB Adjust is complete. 6. Restart the camera.
Check after Adjustment
1. Set the lens iris to OPEN, set the ZOOM to TELE end and adjust the focus.2. Move ZOOM from TELE end to WIDE end, and check that the lens remains in focus throughout the
travel between TELE end and WIDE end.
4-8 (E) PMW-EX1R
4-4. RPN CORRECT Menu
The RPN CORRECT menu enables various operations such as manual registration, deletion and automatic detection of the RPN compensation point.
4-4-1. Executing Auto Detection
. The Auto Detection menu enables automatic detection of RPN point.
. When the Auto Detection menu is selected, the Execute and Cancel choices appear. In addition, selecting Execute starts RPN Auto Detection. . The RPN point that is detected by the Auto Detection is added to the RPN correction point.
nAuto Detection cannot be executed under the following settings. Change the settings to execute Auto Detection. . When Video Format other than HQ 1080/60i or HQ 1080/50i is selected.. When electronic shutter is operating in the SLS mode.. When the EX Slow Shutter is set to ON.
4-4-2. Correction Mode Settings
. The Correction Mode menu enables selection of the RPN correction mode for a pixel when the pixel is registered by manual registration of RPN.
. The Correction Mode selecting Concealment and Compensation.
. For the manual registration of RPN, select Concealment.
4-4-3. Channel Setting
. The Channel menu enables selection of the channel (R-ch or G-ch or B-ch) to execute Record of RPN pixel on, in the manual registration of RPN.
. When the RPN cursor (indicating location of an RPN pixel to register) is moved to an already-registered RPN correction point by the Cursor Next or Cursor Prev operation, the correction mode selected for the RPN point is displayed automatically.
4-4-4. Cursor Setting
. The Cursor menu enables turning On or Off the crosshair cursor display indicating the RPN correction position in the manual registration of RPN.
. When the Cursor menu is turned On, the crosshair cursor indicating the RPN correction position is displayed superimposed on the video signal.
. Signal of the pixel located at the center of the crosshair cursor is replaced by black.
. The Cursor setting is always turned Off when the power is turned On.
4-9 (E)PMW-EX1R
4-4-5. Cursor H Position Setting
. The Cursor H Position menu enables the user to change the horizontal position of the RPN point within the effective period of video signal in the manual registration of RPN.
. When the RPN cursor (indicating the location of a RPN pixel to register) is moved to an already-regis-tered RPN correction point by the Cursor Next or Cursor Prev operation, the display automatically switches to the numeric value of the horizontal position of the RPN point.
4-4-6. Cursor V Position Setting
. The Cursor V Position menu enables the user to change the vertical position of the RPN point within the effective period of video signal in the manual registration of RPN.
. When the RPN cursor (indicating the location of a RPN pixel to register) is moved to an already-regis-tered RPN correction point by the Cursor Next or Cursor Prev operation, the display automatically switches to the numeric value of the vertical position of the RPN point.
4-4-7. Operating Cursor Next
. The Cursor Next menu enables the user to move the RPN cursor position to the next already-registered RPN correction point after the present position in the ascending order of the addresses during the manu-al registration of RPN. (If multiple RPN positions have the same address in the ascending order of the Cursor V Position, the RPN cursor moves in the ascending order of the Cursor H Position.)
4-4-8. Operating Cursor Prev
. The Cursor Prev menu enables the user to move the RPN cursor position to the next already-registered RPN correction point after the present position in the descending order of the addresses during the manual registration of RPN. (If multiple RPN positions have the same address in the descending order of the Cursor V Position, the RPN cursor moves in the descending order of the Cursor H Position.)
4-4-9. Compensation Level Display
. The Compensation Level menu indicates the compensation level of the already-registered RPN correc-tion point when the crosshair cursor is moved to a correction point by the Cursor Next or Cursor Prev operation, and if the compensation mode of the already-registered point is Compensation.
. The Compensation Level menu is dedicated to display only and the cursor cannot be moved to this menu.
4-4-10. Executing Record
. The Record menu enables the manual registration of RPN.
. When Record menu is selected, the Execute and Cancel choices appear. In addition, selecting Execute starts the registration of RPN.
4-10 (E) PMW-EX1R
4-4-11. Executing Delete
. The Delete menu enables manual deletion of RPN.
. When the Delete menu is executed, the RPN registration of a pixel at an address specifi ed by the Cursor H Position and Cursor V Position is deleted from RPN data.
. When the Delete menu is selected, the Execute and Cancel choices appear. In addition, selecting Execute starts deletion of RPN.
4-4-12. Readout Mode Setting
. The Readout Mode menu enables the user to select the Frame readout mode of the imager in order to facilitate viewing the RPN position on a monitor screen.
. The Readout Mode setting is always set to Field when the power is turned On.
4-4-13. Executing Reset
. The Reset menu enables the user to delete the RPN correction point data that is registered by Auto Detection and Auto Black Balance after the equipment is shipped from the factory.
. The RPN data that is registered at the factory and the RPN data is manually registered cannot be deleted by the Reset.
. When the Reset menu is selected, the Execute and Cancel choices appear. In addition, selecting Execute starts reset of RPN.
RPN manual registration procedure1. Set the Video Format to HQ 1080/60i.2. Set the Readout Mode to Frame. (To facilitate viewing the RPN position on a monitor screen.)3. Set the lens iris to CLOSE.4. Adjust GAIN and Black Level to the settings that facilitate viewing the RPN position on a monitor
screen.5. Set Channel to the RPN color that is going to be registered. 6. Set Cursor to On. 7. Move the crosshair cursor to the RPN that is going to be registered by using Cursor H Position and
Cursor V Position. (When the crosshair cursor is moved on top of the desired RPN, the RPN becomes invisible.)8. Set Correction Mode to Concealment.9. Execute the Record.
* When RPN Record is attempted, if the RPN registration of a pixel fails at a specifi c address due to a problem with the small interval between the current and previous registered RPN spots, the screen shows the message “NG : Adjacent Pixel”.
5-1PMW-EX1R
5-1. Notes on Repair Parts
1. Safety Related Components Warning w Components marked ! are critical to safe operation.
Therefore, specifi ed parts should be used in the case of replacement.
2. Standardization of Parts Some repair parts supplied by Sony differ from those
used for the unit. These are because of parts common-ality and improvement.
3. Stock of Parts Parts marked with “o” at SP (Supply Code) column of
the spare parts list may not be stocked. Therefore, the delivery date will be delayed.
4. Harness Harnesses with no part number are not registered as
spare parts.
Section 5Spare Parts
5-1. 補修部品注意事項
1. 安全重要部品 ! 警告 ! 印のついた部品は安全性を維持するために重要な部品です。したがって,交換する時は必ず指定の部品を使ってください。
2. 部品の共通化 ソニーから供給する補修用部品は,セットに使われているものと異なることがあります。
これは部品の共通化,改良等によるものです。
3. 部品の在庫 部品表の SP(Supply code)欄に “o” で示される部品は在庫していないことがあり,納期が長くなることがあります。
4. ハーネス 部品番号の記載されていないハーネスは,サービス部品として登録されていません。
5-2 PMW-EX1R
Handle Cover and EVF Assembly
5-2. Exploded Views
1
14
7
1315
2
21
10
17
3
18
4
12
6
20
8
9
9
9
19
9
11
9
9
16
5
5-3PMW-EX1R
Handle Cover and EVF Assembly
No. Part No. SP Description
1 A-1737-582-A s MOUNTED CIRCUIT BOARD, HN-363 2 X-2187-352-2 s MICROPHONE HOLDER ASSY 3 X-2515-725-1 s ASSY HANDLE COVER UPPER 4 X-2515-727-1 s COVER REAR ASSY HANDLE 5 X-2515-729-1 s HINGE ASSY
6 X-2515-730-1 s LOUPE ASSY 7 1-811-033-11 s LCD MODULE 8 1-873-733-11 s BOARD, FP-776 FLEXIBLE 9 3-080-203-31 s SREW(M2),LOCK ACE,P210 3-165-904-01 s WASHER, SCREW STOPPER
11 3-278-644-01 s XDCAM EMBLEM12 3-285-383-03 s COVER CONNECTOR13 3-288-585-02 s CASE, PANEL14 3-288-586-02 s LID, PANEL15 3-288-591-01 s SHEET, VF PROTECTION
16 3-302-492-01 s SPRING, COMPRESSION17 3-657-657-02 s SCREW (M5)18 3-878-256-03 s RUBBER SW KEY19 4-164-591-01 s CABINET EVF20 4-164-856-01 s EYE CUP
21 4-673-655-01 s SCREW +B
5-4 PMW-EX1R
Handle Block 1
101
130
130
130
131
109
P2.6 x 4
102
130
130
130
130
130
132
110
103
104
105
120
121
106
107
108 124
123
115
114
122
133
116
129
128
111
112125
117 134
134
134
134
112
118
112
126
127
119
113
128
130
PTT2.6 x 6
PTT2.6 x 6
5-5PMW-EX1R
Handle Block 1
No. Part No. SP Description
101 A-1737-622-A s MOUNTED CIRCUIT BOARD, DR-644102 A-1737-623-A s MOUNTED CIRCUIT BOARD, LED-491103 A-1737-624-A s MOUNTED CIRCUIT BOARD, KSW-55104 A-1737-626-A s MOUNTED CIRCUIT BOARD, HN-361105 A-1737-628-A s MOUNTED CIRCUIT BOARD, AXM-42
106 X-2515-751-1 s COVER (CENTER) ASSY107 1-478-955-21 s SWITCH BLOCK, CONTROL(ZS-5610)108 1-825-968-11 s LOUDSPEAKER (1.8CM)109 1-965-718-12 s HARNESS, SUB (KSW53-DR621)110 1-966-993-11 s HARNESS, SUB (ASW68-LED491)
111 2-640-315-02 o SCREW (M2X5), SMALL, +P, SW112 3-080-203-31 s SREW(M2),LOCK ACE,P2113 3-080-206-21 s SCREW, TAPPING, P2114 3-276-443-01 s SPEAKER CUSHION115 3-276-875-03 s HANDLE COVER LOW
116 3-276-876-01 s SPEAKER GRILLE117 3-276-877-01 s DAMPER LCD118 3-276-881-01 s LCD SUPPORT119 3-278-663-02 s KSW-53 BRACKET120 3-278-665-02 s KNOB, XLR SW
121 3-278-666-02 s RAIL, XLR SW122 3-278-667-03 s HOLDER,SPEAKER123 3-282-659-02 s SHEET,HANDLE REAR124 3-452-727-01 s SHEET, SPEAKER HOLDER125 3-678-684-01 o HOLDER, CABLE
126 3-688-754-11 s SPRING127 3-688-755-13 s SHOE, ACCESSORY128 3-694-181-03 s TYPE1,AROCK PRECISION +P2.6X5129 3-724-182-01 s NUT (SMALL JACK), M6130 3-968-729-52 s SCREW (M2), LOCK ACE, P2
131 4-164-569-01 s SHOE REAR ACCESSORY132 4-164-593-02 s SWITCH ZOOM133 4-164-596-01 s LED-491 BRACKET134 3-080-203-01 s SCREW (M2), LOCK ACE, P2
7-627-556-38 s SCREW +P 2.6X4.0 7-685-792-09 s SCREW +PTT 2.6X6 (S)
5-6 PMW-EX1R
Handle Block 2
201
221 225
221
224
202
230
203204
205
229
206
207
209
210
208
211
227
212
212
215
212 219
212
212
212
213
213
228
226
222
213
213
213
214
218
223
220
214
216
217
5-7PMW-EX1R
Handle Block 2
No. Part No. SP Description
201 A-1737-619-A s MOUNTED CIRCUIT BOARD, RM-224202 A-1737-620-A s MOUNTED CIRCUIT BOARD, MA-183203 A-1737-627-A s MOUNTED CIRCUIT BOARD, DET-52204 A-1748-435-A s MICROPHONE UNIT ASSY205 A-1748-439-A s 3.5 INCH LCD ASSY
206 X-2187-184-5 s COVER ASSY, MICROPHONE207 1-542-748-11 s MICROPHONE UNIT208 1-965-713-11 s HARNESS, SUB (KSW53-MA161)209 1-965-715-11 s HARNESS, SUB (KSW53-DET44)210 1-965-716-11 s HARNESS, SUB (KSW53-RM213)
211 1-966-994-11 s HARNESS (DPR311-LCD)212 3-080-203-31 s SREW(M2),LOCK ACE,P2213 3-080-206-21 s SCREW, TAPPING, P2214 3-086-368-31 s SCREW (M1.4),LOCK ACE P2215 3-276-867-01 s PLATE, BLIND
216 3-276-871-01 s BEZEL LCD217 3-276-872-01 s PACKING LCD218 3-276-874-01 s HINGE COVER TOP219 3-276-878-02 s LCD CABINET220 3-278-640-01 s SHEET PANEL BLIND
221 3-278-656-02 s MIC SIDE GRILLE222 3-278-657-01 s CASE, MICROPHONE223 3-278-658-01 s HINGE COVER LOWER224 3-278-660-01 s MIC CUSION(R)225 3-278-661-01 s MIC CUSION(L)
226 3-278-662-11 s HANDLE (MAIN)227 3-278-668-01 s HINGE228 3-284-538-01 s SHIELD SHEET(MIC)229 3-968-729-52 s SCREW (M2), LOCK ACE, P2230 4-164-597-01 s MA CUSHION
5-8 PMW-EX1R
Inside Panel and Bottom Cover
301
302
304306313314
311
305
303309
310
310
310
308
304
307
304
304
312
304
304
304
304
5-9PMW-EX1R
Inside Panel and Bottom Cover
No. Part No. SP Description
301 A-1748-440-B s INSIDE PANEL ASSY302 ! 1-528-174-31 s BATTERY, LITHIUM (CR2032 TYPE)303 3-080-203-01 s SREW(M2),LOCK ACE,P2304 3-056-233-21 s SREW(M2),LOCK ACE,P2305 3-080-203-51 s SREW(M2),LOCK ACE,P2
306 3-278-639-02 s JACK COVER307 3-288-392-01 s WASHER (D), TRIPOD308 3-604-795-01 s CAP BNC309 3-701-439-21 s WASHER310 3-968-729-52 s SCREW (M2), LOCK ACE, P2
311 4-164-565-01 s USB COVER312 4-164-566-01 s CASE(BOTTOM)L313 4-164-567-01 s CASE (BOTTOM)R314 4-164-568-01 s LID LITHIUM BATERY
5-10 PMW-EX1R
Outside Panel and Rear Panel
401
412
429
423
418
411
420
419
419419
419
419
419
413
413
410
421
414
415
415415
422
430
402
403
404
419
419
419
405426
427 428
406
415
407
419
419
419
419
419
425
408424
416
417
409
5-11PMW-EX1R
Outside Panel and Rear Panel
No. Part No. SP Description
401 A-1737-621-A s MOUNTED CIRCUIT BOARD, VIF-46402 A-1737-625-A s MOUNTED CIRCUIT BOARD, DC-152403 A-1737-629-A s MOUNTED CIRCUIT BOARD, LED-494404 A-1737-630-A s MOUNTED CIRCUIT BOARD, SW-1484405 A-1738-050-A s MOUNTED CIRCUIT BOARD, ASW-68
406 X-2515-728-1 s REAR OUTSIDE PANEL SUB ASSY407 1-480-457-21 s BLOCK, AU VOLUME408 1-487-628-11 s SWITCH BLOCK409 1-965-712-12 s HARNESS, SUB (DC143-RE250)410 1-966-991-11 s HARNESS, SUB (TX131-VIF46)
411 1-966-992-11 s HARNESS (TX131-VIF46)412 1-966-993-11 s HARNESS, SUB (ASW68-LED491)413 1-966-995-12 s HARNESS, SUB (VIF46-ASW68)414 3-080-203-21 s SREW(M2),LOCK ACE,P2415 3-056-233-21 s SREW(M2),LOCK ACE,P2
416 3-278-316-01 s TAPE (C)417 3-701-443-01 s WASHER, 5418 3-729-013-21 s SCREW(M1.4X2.5),WASHERHEAD(+P)419 3-968-729-52 s SCREW (M2), LOCK ACE, P2420 4-164-570-01 s RELEASE BUTTON BT
421 4-164-572-01 s COVER HDMI422 4-164-586-01 s HOLDER BELT423 4-164-730-01 s BRACKET DC JACK424 ! 4-164-731-01 s PANEL REAR425 4-164-732-02 s BUTTON (REAR) PUSH
426 4-164-733-01 s RAIL (REAR) SLIDE427 4-164-735-01 s SWITCH (REAR (L)) SLIDE428 4-164-736-01 s SWITCH (REAR (H)) SLIDE429 4-164-997-01 s CAPACITOR BRACKET430 4-644-493-11 s ACE (M2.6), LOCK
5-12 PMW-EX1R
Main Frame 1
501
508
508
509
509501
507
507
502
504
503
505
510
506
508508
508
508
508
508
511
514
514
512
513
511
508
508
508
508
508
508
508
508
5-13PMW-EX1R
Main Frame 1
No. Part No. SP Description
501 A-1737-580-A s MOUNTED CIRCUIT BOARD, EC-68502 A-1738-054-A s MOUNTED CIRCUIT BOARD, RE-272503 A-1738-055-A s MOUNTED CIRCUIT BOARD, RE-273504 A-1748-437-B s BATTERY CASE ASSY505 X-2515-748-1 s SUPPORT BOTTOM ASSY
506 1-780-570-11 s TERMINAL BOARD, BATTERY507 1-966-990-11 s HARNESS (DPR311-EC68)508 3-968-729-52 s SCREW (M2), LOCK ACE, P2509 4-164-571-01 s SHEET RADIATION 1.5 C510 4-164-598-01 s SHEET RADIATION BOTTOM
511 4-164-656-01 s SHEET RADIATION 1 A512 4-166-648-01 s BATTERY CASE GASKET513 4-170-734-01 s INSIDE BOTTOM GASKET514 3-080-203-31 s SCREW (M2), LOCK ACE, P2
5-14 PMW-EX1R
Main Frame 2
601
612
617
618
619
622
620
621
623624
627
627
627
626
625
625
611
602
603
604
605
606
607
615
609
609
608
613613
622
613
610
616
616
614
616616
616
616
616
616
616
5-15PMW-EX1R
Main Frame 2
No. Part No. SP Description
601 A-1737-576-A s MOUNTED CIRCUIT BOARD, TX-131602 A-1737-577-A s MOUNTED CIRCUIT BOARD, CN-3258603 A-1737-578-A s MOUNTED CIRCUIT BOARD, CN-3259604 A-1737-579-A s MOUNTED CIRCUIT BOARD, CN-3273605 A-1737-581-A s MOUNTED CIRCUIT BOARD, HN-356
606 A-1738-053-A s MOUNTED CIRCUIT BOARD, DPR-311607 1-784-240-11 s CONVERTER, COAXIAL CONNECTOR608 1-837-283-11 s CABLE, FLEXIBLE FLAT(30 CORE)609 1-837-302-11 s CABLE ASSEMBLY, COAXIAL610 1-966-990-11 s HARNESS (DPR311-EC68)
611 1-966-991-11 s HARNESS, SUB (TX131-VIF46)612 1-966-992-11 s HARNESS (TX131-VIF46)613 3-056-233-21 s SCREW (M2), LOCK ACE, P2614 3-080-203-01 s SREW(M2),LOCK ACE,P2615 3-278-727-01 s BNC COVER
616 3-968-729-52 s SCREW (M2), LOCK ACE, P2617 4-164-571-01 s SHEET RADIATION 1.5 C618 4-164-619-01 s SHEET HEAT TRANSFER MAIN619 4-164-620-01 s SHEET HEAT TRANSFER TOP620 4-164-626-01 s SHEET RADIATION 1.5 A
621 4-164-627-01 s SHEET RADIATION 1.5 B622 4-164-628-01 s SHEET RADIATION 1.5 D623 4-164-629-01 s SHEET RADIATION 2 A624 4-164-630-01 s SHEET RADIATION 2 B625 4-672-834-11 s SCREW, +B EG GRIP
626 4-169-621-01 s SHEET RADIATION 1 B627 4-171-215-01 s EMC FLEX SHEET
5-16 PMW-EX1R
Front Block
P2.6 x 5
P2.6 x 5
P2.6 x 5
701
721
721702
703
717
716
718
719
720
720
723
704
722
722
722
722
705722
722
722
722
722
713
706
710
707
715
726
715
711
725
708714
714714
714
709
712
714
714724
5-17PMW-EX1R
Front Block
No. Part No. SP Description
701 A-1737-615-A s MOUNTED CIRCUIT BOARD, AU-326702 A-1737-616-A s MOUNTED CIRCUIT BOARD, SW-1478703 A-1737-617-A s MOUNTED CIRCUIT BOARD, SWC-50704 A-1737-618-A s MOUNTED CIRCUIT BOARD, HN-360705 A-1738-049-A s MOUNTED CIRCUIT BOARD, DAP-41
706 A-1759-650-A s UNIT, LENS707 A-1759-651-A s UNIT, PRISM BLOCK708 X-2187-375-4 s CASE L ASSY709 X-2187-376-1 s BOTTON CASEL ASSY710 X-2515-726-1 s PANEL ASSY FRONT
711 1-788-703-13 s ND FILTER, OPTICAL712 1-965-711-11 s HARNESS, SUB (SE912-AU313)713 1-965-713-11 s HARNESS, SUB (AU313-SW1375)714 3-056-233-21 s SCREW(M2),LOCK ACE,P2715 3-080-206-21 s SCREW, TAPPING, P2
716 3-281-730-01 s SWC-47 ADHESIVE SHEET717 3-281-751-01 s SHEET, HN-338 ADHESIVE718 3-284-472-01 s CUSHION,ASSIGN719 3-285-955-01 s CMOS PROTECTION SHEET A720 3-285-956-01 s CMOS PROTECTION SHEET B
721 3-694-181-03 s TYPE1,AROCK PRECISION +P2.6X5722 3-968-729-52 s SCREW (M2), LOCK ACE, P2723 4-164-616-02 s MAIN FRAME REAR724 4-164-859-02 s CASE (R)725 4-164-878-01 s FRONT FRAME
726 4-164-861-01 s SHEET, C MOS FLEXIBLE
7-627-556-57 s PRECISION SCREW +P 2.6X5 TYPE1
5-18 PMW-EX1R
5-3. Supplied Accessories--------------------SUPPLIED ACCESSORIES-------------------- Ref. No. or Q'ty Part No. SP Description
1pc X-2546-633-1 s KIT,COLD SHOE 1pc ! 1-479-570-14 s REMOTE COMMANDER (RM-F300) 1pc ! 1-757-562-11 s CORD, POWER (UC) 1pc ! 1-782-476-13 s CORD, POWER (CN) 1pc 1-828-544-12 s CORD, CONNECTION (USB)
1pc 1-829-414-22 s CABLE, CONNECTION (COMPONENT) 1pc 1-831-553-22 s CORD, CONNECTION (AV MULTIPLE) 1pc 3-278-903-01 s SHORUDER BELT 1pc ! 4-130-649-04 s CD-ROM (UTILITY SOFTWARE) 1pc ! 4-163-183-01 s MANUAL, INSTRUCTION (J)
1pc ! 4-163-183-11 s MANUAL, INSTRUCTION (CE/E/UC) 1pc ! 4-163-183-21 s MANUAL, INSTRUCTION (CN) 1pc ! 4-164-150-01 s CD-ROM (INSTRUCTION MANUAL) (CE/E/UC)
6-1PMW-EX1R 6-1
Section 6Block Diagrams
Index
Board Name Function Page
Overall _ 6-2ASW-68 Rear panel switch 6-11AU-326 Front AUDIO 6-3AXM-42 AUDIO XLR 6-3, 8BI-202 CMOS sensor 6-4BI-203 CMOS sensor 6-4BI-204 CMOS sensor 6-4CN-3258 DPR-RE272 relay board 6-9CN-3259 DPR-RE273 relay board 6-10CN-3273 DPR-ASW relay board 6-5, 11DAP-41 Audio codec 6-3, 4, 6, 7DC-152 DC-IN connector 6-9DET-52 LCD switch 6-8DPR-311 MAIN board 6-4, 5, 6, 7DR-644 EVF driver 6-8EC-68 ExpressCard slot 6-5HN-356 DPR-DAP relay board 6-3, 4, 6, 7HN-360 AU-HN relay board 6-3HN-361 KSW-HN relay board 6-3HN-363 DR-EVF relay board 6-8KSW-55 Handle switch 6-3, 8LED-491 LED CACHE 6-11LED-494 Headphone 6-11MA-183 Internal MIC 6-3RE-272 DC-DC converter 6-9RE-273 DC-DC converter 6-10RM-224 Remote receiver 6-8SW-1478 SHUTTER switch 6-3, 4SW-1484 EXCHANGE switch 6-11SWC-50 Inside switch 6-3TX-131 HD-SDI 6-12VIF-46 HDMI I/F 6-12
6-2 PMW-EX1R6-2
OverallOverall
Overall
AF/ISLENS
C-MOSIMAGER
A/D
IC1
IC200,201
IC202,203
IC202
IC204
IC208,209
IC500
IC1
IC3
IC1
IC1
IC413
IC414
IC200
G
R
B
IC1800,18001
IC600
IC2900IC3205
IC1001IC301IC200IC100IC1 IC100
+4.6V
+3.1V
+2.5V
+1.2V
IC2908
IC1003
IC1300(1/2)IC202,203
IC1100,1101
X800,IC804,807,808
IC1500
IC1602
IC2300
IC2000
IC1901
IC500
IC2200
IC1600
IC1000
IC2909
CAMERAPROCESS
CAMERACON.
SYSCON
BASEBAND
MPEGENC/DEC
AV/IT
IC1300(2/2)
FPGA
IC200
FPGA
FLASH
SRAM
FLASH
SDRAM
USBHOST
LOCALuCOM
EEPROM
IrRM
IC1
IrRM RTC
BATTERY
SWITCHING
POWERCON
i.LINKCONT
USBDEVICE
COMPONENTOUT
i.HDV
ExpressCard(SLOT)
FLASH
IC203
CONFIG
SDIP/S
DRIVER
IC801
DAC
IC704,705
ADC
FLASH
TEMP
SDRAM
IC1301
SDRAM
IC1405
CONFIG
FPGAAUDIODSP
AD/DA
M-DDRM-DDR DDR2
DR-644
DPR-311
RM-224 KSW-55 SWC-50 ASW-68(1/2)
DAP-41(1/3) RE-273
EC-68
EC-68
EVF
LCD
MIC1,MIC2
SPEAKER
HEADPHONE
AUDIO INCH1,CH2
VCXOPLL
X300,301,IC301-307
VCXOPLL
A/VOUT
Y,PR,PB
VIDEO
LINE MONI 1,2
SDI OUT
HANDLE SW
LOCALuCOM
INSIDE SW
LOCALuCOM
REAR SW
AU-326
ASW-68(2/2)
MA-183
AXM-42
LED-491(2/2)
LED-491(1/2)
BI-203
RE-272
BI-202
BI-204
CN-3273
DAP-41(3/3)
DAP-41(2/3)
VIF-46
TX-131
SXS
USB(MAINTENANCE)
IC2
HDMI HDMIOUT
C-MOSIMAGER
C-MOSIMAGER
BT100LITHIUMBATTERY
DC-152
DC IN
FRONT REAR
6-3PMW-EX1R 6-3
AU-326, AXM-42 (1/2), DAP-41 (4/4), HN-356 (4/4), HN-360, HN-361, KSW-55 (1/2), MA-183, SW-1478 (2/2), SWC-50
AU-326, AXM-42 (1/2), DAP-41 (4/4), HN-356 (4/4), HN-360, HN-361, KSW-55 (1/2), MA-183, SW-1478 (2/2), SWC-50
AUDIO
AU-326AUDIO XLR
AXM-42 (1/2)AUDIO codec
DAP-41 (4/4)DPR-DAP relay board
HN-356 (4/4)AU-HN relay board
HN-360KSW-HN relay board
HN-361Handle switch
KSW-55 (1/2)Internal MIC
MA-183Front switch
SW-1478 (2/2)Inside switch
SWC-50
CN3
5
CN1
3
MA-183
AXM-42(1/2)
AU-326 DAP-41(4/4)KSW-55(1/2) HN-361 HN-360
HAEDAMP
Q5
BIASDC
Q3
REG
Q11
CN3
6
+5V
CN1
INTERNALMIC 1
INTERNALMIC 2
EXTERNALMIC/LINE 1
EXTERNALMIC/LINE 2
2
CN7
5
CN7
6
CN1
3
CN1
4
CN1
3
CN1
4
CN2
3
CN2
4
CN1
3
CN1
4
CN100
3
CN100 IC201 IC208
43
21 12
1314
2
115
911,10
+
-
CN200
5
CN200
6
LIN1
LIP1
RIN2
RIP2
CN2
3
CN2
4HAEDAMP
Q7,9
IC201
Q225
GAINSWITCH
5
67+
-
CN200
9
CN200
10
CN3
8
CN2
2HAEDAMP
Q6
BIASDC
Q4
REG
Q12
CN3
9
+5V
CN2
3
CN7
8
CN7
9
CN1
7
CN1
8
CN1
7
CN1
8
CN2
7
CN2
8
CN1
7
CN1
8
CN100
7
CN100 IC200 IC209
83
21 12
1314
2
115
+
-
CN2
7
CN2
8HAEDAMP
Q8,10
IC200
Q224
GAINSWITCH
5
67+
-
CN3
3
CN3
2
CN5
3
CN5
2
CN1
12
CN1
11
CN1
12
CN1
11
CN2
12
CN2
11
CN1
12
CN1CN1
11
CN100
12
CN100 IC203
113
21+
-CN2
12
CN2
11
IC203Q227
GAINSWITCH
5
67+
-
Q206,207
WINDFILTER
CN3
7
CN3
6
CN7
7
CN5
6
CN1
16
CN1
15
CN1
16
CN1
15
CN2
16
CN2
15
CN1
16
CN1
15
CN100
16
CN100 IC202
153
21
1
3
5
9
11
I/O0
I/O1
I/O2
I/O3
I/O4
I/O5
I/O6
2
4
6
8
10
+
-CN2
16
CN2
15
IC202Q226
IC101
GAINSWITCH
5
5+4.6V_A -12V
67
8
+
-
DC/DCCONV
IC100,Q100
+4.6V_A +48VDC/DCCONV
IC200
6,7+3.1V_D +1.8V
4 1 5DC/DCCONV
IC204
+4.6V_A +3.2V_JDC/DCCONV
IC208
IC209
3
54
3
54
RIN1
RIP1
C5
D5
C3
C4
CN200
1
CN200
2
IN1LN
IN1LP
IN1RN
IN1RP
DP_I2C_SDACN101
D100
57DP_I2C_SCL
58
IC205 IC202AUDIO
AD/DA/MIX
13
1214
1
215
IC207
LIN2
LIP2
DP_LIN1
DP_LIP1
DP_RIN2
DP_RIP2
DP_RIN1
DP_RIP1
DP_LIN2
DP_LIP2
CN200
13
CN200
14
IC204IC206
IC206
13
1214 3 1
5 71
215
IC207
IC207
3 1
5 7
CN2
Q220,222
Q212-215
LINE/MICSWITCH
Q221,223
Q200,202
Q201,203 Q205,211
BIASDC
Q204,210
SWITCH+48V
911,10911,10
11,10
11,10
911,10
13
12
2
3SDA
SCL
I/O0
I/O3
I/O4
I/O5
SDA
SCL
4
5
7
8
SWITCH
9
CN104
CN104
SW_INT5
RTC_VDD7
BT100LITHIUMBATTERY
RTC_INTA11
6
4
2
14
16
18
IC102
IC205SERIAL/PARALLEL
SD0
SC0
SD1
SC1
13
12
2
3SDA
SCL4
5
IC201I2C BUS DRIVER
1
9
11
2
4
6
8
10
IC208
13
12
2
I/O13 3
I/O25 4
5
7
1312 8
IC206SERIAL/PARALLEL
SDA
SCL
5
1 3
6
IRQ/FOUT7
X1
X2
VBAT
IC100RTC
X10032.768kHz
12 1
2
3
Q100
Q101
IC101
HPOUT1R
HPOUT1LHP_R
HP_L
SP-
SP+
SPKOUTLN
SPKOUTLP
F4
G3
B1
A1
EXT_1CN200
17EXT_2
18LINE_1
19LINE_2
20COPY1to2
21
+12dB_1
CN200
25
+12dB_227
LINK_1_A28
LINK_2_A29
WIND_FIL_124
WIND_FIL_226
+48V_122
BIASDC
+48V
+48V_2
EXT_1
EXT_2
LINE_1
LINE_2
COPY1to2
+12dB_1
+12dB_2
LINK_1_A
LINK_2_A
WIND_FIL_1
WIND_FIL_2
+48V_1
+48V_223
DP_SYS_RESET47
57
58
47
CN1
57
58
471
RESET
CN101
5
CN101
6
CN107
CN107
79
80
82
83
IN2RP
IN2LPLINE_MONI2
LINE_MONI1
HP_SP_BEEP
DP_BEEPIN2LN
A7
B7
B6
85
86
48
BCLK
MCLKDP_AU_64FS
DP_AU_FSLRCLK
G2
G1
SDAT
SCLK
F3
F1
55
54
53
ADCDAT
DACDATDP_I_CAM_AU_DT12
DP_O_CAM_AU_DT12
DP_LOOPBACK_EE
DP_AU_256FS
GPI01
E4
E5
D3
F2
49
51
56
88
C5
D5
C3
C4
IN1LN
IN1LP
IN1RN
IN1RP
IC203AUDIO
AD/DA/MIX
7
5
3
13
15
17
IC102
LINEOUT1N
LINEOUT1PLINE_OUT1N
LINE_OUT1P
LINE_OUT2N
LINE_OUT2P
LINEOUT2N
LINEOUT2P
B4
B3
A3
A2
CN107
73
74
76
77
73
74
76
77
73
74
76
77
BCLK
MCLK
LRCLK
G2
G1
SDAT
SCLK
F3
F1
ADCDAT
DACDATDP_I_CAM_AU_DT34
DP_O_CAM_AU_DT34
E4
E5
F2
50
52
CN2
CN2
79
80
82
83
85
86
48
55
54
53
49
51
56
88
CN2
CN107 CN2
CN2
50
52
CN1
CN1
79
80
82
83
85
86
48
55
54
53
49
51
56
88
CN1
CN1
50
52
CN101
9
CN101
10
CN101
1
CN101
2
CN101
13
CN101
14
CN101
CN200CN101
17
18
19
20
21
CN101
25
27
28
29
24
26
22
23
ATT
ATT
Q208,209
WINDFILTER
Q216-219
LINE/MICSWITCH
ATT
ATT
Q229
Q228
SWC-50
SW-1478(2/2)
DPR
CN101
CN101
CN101
4SDA018 I2C_SDA
CN101
12SW_UCON_RESET
6SW_BATTERY_INFO/DISPLAY
SW_UCON_RESET
SW_BATTERY_INFO/DISPLAY
IC200LOCALuCOM
3SCL017 I2C_SCL
I2C_SDA
I2C_SCL
CN107
CN107
9I2C_SDA
8I2C_SCL
11
CN2
CN2
9
8
11
CN1
CN1
9
8
CN107
12SW_UCON_RESET
7SW_BATTERY_INFO
CN2
12
7
CN1
12
7
5EXSCL019 SW_INT
7P2749
RESET6
RTC_VDD
CN104
4
CN104
12
6
3
P05P75P50
31,24,34
SW_AWBSW_SHUTTER_A
SW_ASSIGN4
SW_AWBSW_SHUTTER_A
SW_ASSIGN4
SW_AWBSW_SHUTTER_ASW_ASSIGN4
CN101 CN104
8,9,113
8,9,11
3 CN102
6,7,9
CN1
6,7,9
3
SWITCH
S1-3
P74P40P140
25,5,64
SW_EZMODESW_PEAKINGSW_ZEBRA
3
SWITCH
S200-202
P73-7026-29
P5337
SW_WBALANCE_ASW_WBALANCE_BSW_GAIN_ASW_GAIN_B
4
SWITCH
S300,301
P21P23P52
55,53,36SW_ASSIN1-33
SWITCH
S400-402
P25P26P20P141P41-43P120P00
51,50,56,63,4-1,62
SW_SHOTTRSW_TRAN_A,BSW_BACKLIGHTSW_BRIGHT_P,MSW_TC_UB_CTSW_STATUSSW_OUTPUT
9
SWITCH
S500-509
LEDSW
Q200
RESET
IC201
S200
+2.5V
P0359LED
SW
Q500S500
+2.5V
HN-356(4/4)
6-4 PMW-EX1R6-4
BI-202, BI-203, BI-204, DAP-41 (1/4), DPR-311 (1/4), HN-356 (1/4), SW-1478 (1/2)BI-202, BI-203, BI-204, DAP-41 (1/4), DPR-311 (1/4), HN-356 (1/4), SW-1478 (1/2)
CMOS sensor
BI-202CMOS sensor
BI-203CMOS sensor
BI-204AUDIO codec
DAP-41 (1/4)Main board
DPR-311 (1/4)DPR-DAP relay board
HN-356 (1/4)Front switch
SW-1478 (1/2)
CN1
BI-202DPR-311(1/4)
IC1R-CHCMOSIMAGER
IC200CAMERAPROCESS
IC500CAMERAMICON
IC414SDRAM
IC413FLASHROM
CN100
D00[0]-[11]I_DATA_R0_0-11 O_DATA_GY_A_0-9
17,13,20,15,24,21,36,43,34,42,38,39
B4,C4,B5,C5,C3,D3,D2,E2,E3,F3,F2,G2 17,13,20,15,
24,21,36,43,34,42,38,39
V21,W24,W21,U24,AA23,V24,AA21,AC21,AD22,Y24,Y21,AC23
B12,D12,A11,B11,D11,E11,A10,B10,D10,A9
12 12
IM_I_CAMA_Y0-9
10
O_DATA_GY_B_0-9
A6,B6,D6,A5,B5,D5,E5,D4,E4,F4 IM_I_CAMB_Y0-9
10
O_DATA_RPR_A_0-9
B9,D9,E9,A8,B8,D8,A7,B7,D7,E7 IM_I_CAMA_C0-9
10
O_DATA_GY_A_0-9
I_CAMA_Y0-9
I_CAMB_Y0-9
I_CAMA_C0-9
I_CAMB_C0-9
A4,B4,A3,B3,B2,C1,C2,D1,D2,E1
F5
R5,R3,N1,N2,N3,N5,T5,R2,P1,P2
G3,G5,H1,H2,H3,H5,J1,J2,J3,K1
K2,K3,K5,L1,L2,L3,M1,M2,M3,M5
D3,E1,E2,E3,F1,F2,F3,F5,G1,G2
O_FM_ADRS0-21
B_FM_DATA0-15
C16,B16,A16,E15,C15,B15,A15,E14,C14,B14,A14,E13,C13,B13,A13,E12,C12,B12,A12,B11,
C11,C10
J5
IM_I_CAMB_C0-9
O_CLK_D I_CAM_CLK10
10
O_D_Y0-9
AE34,AE33,AE31,AD35,AD34,AD33,AD31,Y31,W35,W34
10
10
10
10
E2 T2O_DGTL_FVALID I_CAM_VALID
G4 P3O_DGTL_H_X I_CAM_HD
F1 R1O_DGTL_SKIN I_CAM_SKIN
H1 P5O_DGTL_V_X I_CAM_VD
B15 L5I_CLK O_CAM_SYS_CLK
A17O_EEPROM_CS
A18O_FM_CS
B18O_FM_OE
E17O_FM_WE
C17O_FM_RST
A11I_FM_RDY
AN25B_GPIO_GP_B0
C9O_EXRAM_WE
B17O_EXRAM_CS
E8O_EXRAM_CAS
E6O_EXRAM_CKE
E16O_EXRAM_CLK
D34B_SYS_SCLK
B8O_EXRAM_RAS
H2 T3O_DGTL_FLD I_CAM_FLD
D01[0]-[11]I_DATA_R0_0-11
18,14,19,16,23,22,35,44,33,41,37,40
18,14,19,16,23,22,35,44,33,41,37,40
J3,K3,K2,L2,L3,M3,M2,N2,N4,P4,N3,P3
V20,W23,W20,U23,AB23,V23,AA20,AC20,AD21,Y23,Y20,AC22
12
4
12
4
44
DCK_P,STRB_PI_CLK_R,I_STRB_R27,31 27,31
H2,G3 AA24,AB24
SCK,SDI,TOUT,XCE O_SCK_0,I_SDI_0,O_SDO_0,O_SCE_0_X
57-60 57-60M12,L11,J11,M13 H24,J20,H23,J21
XCLRH13
IC600(1/3)BASE BAND
MCK[X],TEVODIN,XVS,XHS O_CLK_RO_OHB_F_RO_OHB_H_RO_OHB_V_R
53,62-64 53,62-64
61 61M11,K11,N13,N12 H21,F24,G24,G23
CN1
BI-203
CN1
BI-204
IC1B-CHCMOSIMAGER
CN102
D00[0]-[11]I_DATA_B0_0-11
17,13,20,15,24,21,36,43,34,42,38,39
B4,C4,B5,C5,C3,D3,D2,E2,E3,F3,F2,G2 17,13,20,15,
24,21,36,43,34,42,38,39
AD18,AD17,AC16,Y18,AA15,AA17,AC13,AD12,AC14,AA16,AA14,AA12
12 12
D01[0]-[11]I_DATA_B0_0-11
18,14,19,16,23,22,35,44,33,41,37,40
18,14,19,16,23,22,35,44,33,41,37,40
J3,K3,K2,L2,L3,M3,M2,N2,N4,P4,N3,P3
AC18,AC17,AC15,AA18,Y15,Y17,AA13,AC12,AD13,Y16,Y14,Y12
12 12DCK_P,STRB_P
I_CLK_B,I_STRB_B27,31 27,31H2,G3 AD15,AD14
AA8,Y8,AC8,AD8
O_CLK_BO_OHB_F_BO_OHB_H_BO_OHB_V_B
AA9,Y10,AA10,AC9
27
HN-356(1/4)
DAP-41(1/4)
IC1G-CHCMOSIMAGER
CN101
D00[0]-[11]I_DATA_G0_0-11
17,13,20,15,24,21,36,43,34,42,38,39
B4,C4,B5,C5,C3,D3,D2,E2,E3,F3,F2,G2 17,13,20,15,
24,21,36,43,34,42,38,39
K24,M21,L21,J24,N21,L24,R21,T24,P24,M24,P21,R24
12 12
D01[0]-[11]I_DATA_G0_0-11
18,14,19,16,23,22,35,44,33,41,37,40
18,14,19,16,23,22,35,44,33,41,37,40
J3,K3,K2,L2,L3,M3,M2,N2,N4,P4,N3,P3
K23,M20,L20,J23,N20,L23,R20,T23,P23,M23,P20,R23
12 12
22
DCK_P,STRB_PI_CLK_G,I_STRB_G27,31 27,31
H2,G3 N24,N23
E24,G20,E23,G21
IC3IIC BUSTEMPWATCH
CN1 CN101SDA_TEMP,SCL_TEMP
71,72 71,721,2
IC408
IC402
Q400
IC201
LEVELSHIFT
IM_+1.8V
IM_X
CLR
4
4
1
1
2
4 2
2 4
2,5
SDA_TEMP,SCL_TEMP
LENS_IRIS_CONT
1,7
PQ3Y6
B_CODEC_Y2-9
AP18,AN18,AR19,AP19,AN19,AP20,AN20,AN21
8
B_CODEC_C2-9
AN15,AL15,AR16,AP16,AN16,AL16,AR17,AP17
8
AN30B_CODEC_HSYNC
AN32B_CODEC_VSYNC
AN23B_CODEC_FLDID
AP31O_CODEC_VFSYNC
AR31O_CODEC_CLK
AL18I_CODEC_CLK
IC405
IM_+3.3V
41
2
IC400
42
1
IC503
IM_+2.5V
SY_SC21_IMG_RESET 4/4
41
2
IC4104
2
1
SDA,SCL
AA14,Y133,6
PT2AC18
ANOUT1F2
MSDATA2C14
ANOUT0E2
2
12
16
32LENS_ZOOM_POSI
AN4B4
28LENS_IRIS_POSI
AN3D3
CN3302
CN3402
42ANGLE_LEVEL_V
AN1B2
41ANGLE_LEVEL_H
AN0A1
LENS_S/S_SWPU2
AA8
LENS_RET_SWPU1
Y1431
LENS_EXTENDERAN5
B1
PQ1Y11
43ND_POSI_0
PU3AA15
42ND_POSI_1
PU4Y8
20LENS_RX
RXD5Y17
19LENS_TX
TXD5AA17
21LENS_RESET
PU5AA16
22LENS_FLMD0
PU6Y9
23
20
19
21
22
23
20
19
21
22
23
20
19
21
22
23LENS_FLMD1
PU7Y15
UDQMA23 F1
LDQME8
WEF9
WE1A21
CS3
A17RST
D0-15D0-15
A8,B9,B8,C9,C8,D9,D8,E9,E1,D2,D1,C2,C1,B2,B1,A2
A0-11A1-12
H7,H8,J8,J7,J3,J2,H3,H2,H1,G3,H9,G2
2422A0-23
A1-24
H2,H3,G3,H4,J5,G5,J6,H7,G2,J3,
G4,J4,H5,G6,H6,J7
H2,H3,G3,H4,J5,G5,J6,H7,G2,J3,G4,J4,H5,G6,H6,J7
CSG9
16
A0-21A0-21
D20,AC23,AB21,R21,AB23,AB22,AA23,R20,T21,U21,P21,AA22,Y23,Y22,P20,V23,V22,N20,P22,U23,U22,T23
DQ0-15D0-15
G1,F1,E1,D1,B1,C1,F2,E2,F6,D7,E7,B8,C8,D8,F7,E8,F8,D2,B2,B3,E6,B7,C7,C3
G1,F1,E1,D1,B1,C1,F2,E2,F6,D7,E7,B8,C8,D8,F7,E8,F8,D2,B2,B3,E6
16D0-15
D0-15
IM_CPU_CLK
IM_CPU_CLK
IM_WE0
IM_WE0
IM_RD
IM_CPU_CLK
M22,M21,L20,L21,M20,J21,K21,L23,K20,L22,K23,K22,J23,J20,J22,H23
16IO_CPU_D_0-7
D0-7
B18,D18,E18,A17,B17,D17,E17,A16
16IO_CPU_A_0,1
A0,1A20,B20
K1
2BA0,1
A13-14
A5CKIO
CLKC6
IM_RISE_CS_XA19CS7
IM_CAM_XRESETAA13PQ2
D19BS ADV
E5
D16CS0
AA19WAIT
Y18P87
AB9INT6
AA4INT3
AC8INT2
AB7INT1
Y7O_GP_V
AC4O_EXT_OHB_H_X
AB8INT4
AC9INT5
A19O_SIRQ
A18O_CPU_WAIT
E19I_CLK_CPU
IM_CAM_XRESETD14I_SRST_X
IM_RISE_CS_XD20I_CPU_CS_X
IM_RDB19I_CPU_RD_X
IM_WE0D19I_CPU_WR_X
F4RST
G7WAIT
F1-CEB21
RD F1-OEJ2
D17WE0
WEF5
C20RD/WR
CASF7
D18RAS RAS
F8
C19CAS
CKEF3C21
CKE
CLKF2
IC1000SDRAM
IC1003FLASHROM
13
16DQ0-15
26,24,51,23,50,22,49,21,5,35,4,34,3,33,2,32
A0-12A0-12
44,45,16,15,11,10,40,39,8,61,18,38,7
2BA0,1
A14,1565,46
21 22A0-20
A1-21 A0-21
WE20
16 16DQ0-15
E7,C7,B7,A7,C6,B6,A6,C5,B5,A5,C4,B4,A4,B3,A3,A2
K1
CS19
CAS66
RAS47
CKE60
CLK37
2LDQM,UDQM
A20,2148,6
RSTF4
WAITG7
WPE4
F1-CE
F1-OEJ2
WEF5
B7A21
C7A22
IM_O_DGTL_V_X4/4
MD_TORINO_BVYDT0-7 2/4
DP_TO_DV_SCLHD_Y0-9 4/4
DP_TO_TX_SIO_STX 3/4,4/4
DP_TO_TX_SIO_SRX 4/4
DP_TO_DV_SCLHD_C0-9 4/4
BD_TORINO_BVCDT0-7 2/4
MD_TORINO_BVHSYNC 2/4
MD_TORINO_BVVSYNC 2/4
MD_TORINO_BVFLDID 2/4
DP_TO_DV_IVFSYNC 4/4
MD_TORINO_IVCLK 2/4
MD_TORINO_OVCLK 2/4
DP_TO_DV_CODEC_CLK 4/4
IC501 SY_SC21_IMG_PEN 4/4
41
2AC7
PN4
IC504 SY_SC21_IMG_CLK 4/4
41
2D12
SCK0
IC502 SY_SC21_IMG_DIN 4/4
41
2A14
RXD0
B14TXD0
AA6PQ0
SY_SC21_IMG_DOUT 4/4
IC409 SY_MLN_CLK 4/4
41
2A7
EXTAL
SY_SC21_IMG_RDY 4/4
LENS
LENS_REMOTE/LOCAL
IC406
IC404 4 2
IC403
Q401
IC401
42
1PQ4
Y12
27
32
28
CN1
CN3302CN1
42
41
31
43
42
27
32
28
CN2
CN2
42
41
31
43
42
LENS_COMP_IRIS_CONTO_LCD_G6,7,
O_LCD_R0-7
B19,C19,A25,A24,B24,C24,E24,A23,B23,C23 O_LCD_Y0-9
10 10
CN900
20-11
O_LCD_B4-7,
O_LCD_G0-5
E22,A21,B21,C21,E21,A20,B20,C20,E20,A19 O_LCD_C0-9
10 10
4
1
2
IC900
CN900
CN900
10-1
O_D_PBPR0-9
O_D_VSYNC
O_D_HSYNC
O_D_FLDID
O_D_XRST
O_D_CLK
W33,W31,V31,V33,V34,V35,U31,U33,U34,U35
C32
B32
A31
A33
A32
DP_TO_DV_SCLHD_VSYNC 4/4
DP_TO_DV_SCLHD_HSYNC 4/4
O_CAM_AU_DT12
O_CAM_AU_DT34
N34
N35DP_TO_DV_AU_DT12 4/4
DP_TO_DV_AU_DT34 4/4
I_CAM_AU_DT12
I_CAM_AU_DT34
M34
M33DV_TO_DP_AU_DT12 4/4
DV_TO_DP_AU_DT34 4/4
DP_TO_DV_SCLHD_FLDID 4/4
DP_TO_DV_SCLHD_XRST 4/4
O_CAM_AU_FS
O_CAM_AU_64FS
O_CAM_AU_256FS
L34
L33
L31
DP_TO_DV_AU_FS 4/4
DP_TO_DV_AU_64FS 4/4
DP_TO_DV_AU_256FS 4/4
B_GPIO_GP_B3
B_GPIO_GP_B2
I_EXT_INT0
AL23
AL24
E34
DP_TO_DV_GPIO_B3 4/4
DP_TO_DV_GPIO_B2 4/4
DP_TO_DV_INT0 4/4
DP_TO_DV_SCLHD_CLK 4/4
DP_TO_TX_SIO_SCLK 3/4,4/4
DP_TO_TX_SIO_SCS 4/4
DP_TO_TX_TC_HD 4/4
DP_TO_TX_TC_VD 4/4
10
B_RET_Y0-9
AR34,AP35,AP34,AN35,AN34,AM35,AM34,AM33,AL33,AL34
10DV_TO_DP_RET_Y0-9 4/4
DV_TO_DP_RET_C0-9 4/4B_RET_C0-9
B_RET_VSYNC
B_RET_HSYNC
B_RET_FSYNC
B_RET_CLK
AL35,AK35,AK34,AK33,AJ35,AK34,AK33,AH35,AH34,AH33
AF31
AH31
AJ31
AL31
DV_TO_DP_RET_VSYNC 4/4
DV_TO_DP_RET_HSYNC 4/4
DV_TO_DP_RET_FSYNC 4/4
DV_TO_DP_RET_CLK 4/4
10
O_LCD_CLK
O_LCD_HD
O_LCD_VD
O_LCD_XRST
E25
B25
C25
H33
O_LCD_CLK
O_LCD_HD
O_LCD_VD
O_LCD_XRST
21
22
23
24
CN3401
CN3401
CN3401
O_EVF_R
O_EVF_G
O_EVF_B
O_EVF_XRST
R33
T34
T35
K34
O_EVF_R_PR
O_EVF_G_Y
O_EVF_B_PB
O_EVF_XRST
13
12
CN3400
B_HDMI_IIC_SDA
B_HDMI_IIC_SCK
H35
J3540
41
11
15
O_EVF_SCSJ31 O_EVF_SCS
9
O_EVF_VDK33 O_EVF_VD
19
O_EVF_HDL33 O_EVF_HD
20
O_LCD_SCLK25
O_EVF_SCLKK35
O_EVF_STXJ33
O_LCD_STX26
O_LCD_SCSH34 O_LCD_SCS
27
I_LCD_SRX28I_EVF_SRX
J34B_GPIO_GP_A3
N33 O_LCD_BLC34
VDD(+3.3V) 30,31,39
O_GLK_STXE29
I_GLK_SRXB28
O_GLK_SCLKC29
O_LCD_BLCH31
DP_BEEP 4/4
O_CODEC_AU_64FSAR32
MD_ZOU3_IAPCK2 2/4
O_CODEC_AU_FSAP33
MD_Z3TRN_IAFS2 2/4
B_CODEC_AU_DT34AR33
MD_ZOU3_BADT342 2/4
B_CODEC_AU_DT12AN33
MD_ZOU3_BADT122 2/4
4
1
2
IC902
DP_+3.1V
4
1
2
IC3401
IC901SERIAL/PARALEL
O_EVF_SCLK16
O_EVF_STX18
EVF_DWN7
29
28
4
1
2
IC3400
Q901,903
SWITCH
VDD_BL(+5.0V)35,36DP_A4.6V
Q900,902
SWITCH
LCDMODULE
DR
P015
P026
P037
P048
DP_VIDEO_CPNT_DWN 4/4
P059
DP_VIDEO_CPST_DWN 4/4
P0711
DP_ADJ_54M 4/4
DP_CONE_V_CPNT 4/4
DP_CONE_V_CPST 4/4
P1013 PANEL_OPEN/CLOSE
P1114 PANEL_REVERSE
P1215
P1316
P1518
DP_HDMI_DWN
DP_FLASH_SEL
4/4P1619
DP_SDI_DWN 4/4P1720
ASW
ASW
CN3302DP_I2C_SDA
DP_I2C_SCL
DP_I2C_SDA
DP_I2C_SCL
57
58 HN-356
HN-356
DP_I2C_DAT
DP_I2C_CK17
6
O_TC_SCSE18
O_TC_HDE19
O_TC_VDC18
22SCL
23SDA
4 2
IC1001
IC1004
4 2
IC602
9 8
IC602
2 3
IC602
5 6
IC10024
2
1
27
32
28
NC
NC
NC
NC
NC
NC
NC
CN107
CN107
CN3302CN1CN2CN107
42
41
SW-1478(1/2)
CN1
4
3
NC
NC
25
24
31
43
42
30 30 30 30
26
25
24
26
25
24
26
25
24
4IM_RTCK
RTCKAA1
3IM_ICE_RESET
2IM_TMS
TMSAA2
1IM_TRST
TRSTY1
IM_TCKTCK
V4
IM_TDITDI
AA35
IM_TDOTDO
AB1
IM_TXD4TXD4
AC15
IM_RXD4RXD4
Y107
6
8
9
26
NC
CN102
CN103
CN101
4
3
2
3
2
1
3
4
5
33,3433,3433,3433,34LENS_UNREG_OUT
IM_UNREG
7
35,3635,3635,3635,36LENS_UNREG_GND
6,8
SY_SC21_DISP_CLK4/4D35
B_SYS_PENSY_SC21_DISP_PEN4/4E33
O_SYS_STXSY_SC21_DISP_DOUT4/4E35
I_SYS_SRXSY_SC21_DISP_DIN4/4F35
AN29O_SYS_RDYSY_SC21_DISP_RDY4/4
I_SYS_XRSTDP_SYS_RESET4/4
4 4
44
SCK,SDI,TOUT,XCE O_SCK_1,I_SDI_1,O_SDO_1,O_SCE_1_X
57-60 57-60M12,L11,J11,M13
XCLRH13
MCK[X],TEVODIN,XVS,XHS O_CLK_GO_OHB_F_GO_OHB_H_GO_OHB_V_G
53,62-64 53,62-64
61 61M11,K11,N13,N12 F23,F21,D23,D24
4 4
44
SCK,SDI,TOUT,XCE O_SCK_2,I_SDI_2,O_SDO_2,O_SCE_2_X
57-60 57-60M12,L11,J11,M13
XCLRH13
MCK[X],TEVODIN,XVS,XHS
53,62-64 53,62-64
61 61M11,K11,N13,N12
G7,G8
6-5PMW-EX1R 6-5
CN-3273 (1/2), DPR-311 (2/4), EC-68CN-3273 (1/2), DPR-311 (2/4), EC-68
DPR-ASW relay board
CN-3273 (1/2)Main board
DPR-311 (2/4)ExpressCard slot
EC-68
DPR-311(2/4)
EC-68MD_TORINO_BVYDT0-7
MD_TORINO_BVCDT0-7
BVYDT0-7
BVCDT0-7
154,153,66,227,229,67,155,228
231,68,156,232,158,159,73,161
296BVHSYNC
8
8
DP_B_PXY_VIDEO0-3BBDT1_0-3
AF21,AJ21,AG21,AF20
44 IBCK1AF19
BBRDY1
AK22
295BVVSYNC
294BVFLDID
292IVFSYNC
65IVCLK
74ISCLK
59IPCLK
218IAFS
72OVCLK
58 AL16IHALE OHALE
282 AL17IHWRX OHWRX
144 AL19IHRDX OHRDX
283 AF22IHCSX OHCS2X
281 AJ23OHINT IHINT2
233 AJ22ISRSTX OHRST2X
40 AG25IBRDY OBRDY2
39 AJ26OBRDY BBRDY2
272 AK26OBARDY IBARDY2
AE18IVFSYNC
AE19ISTCCK
AL29BADT342
AL28BADT122
AG22BADT562
AK23BADT782
AK24IAPCK2
AG23IAFS2
41 AJ25IACLK OBACK2
AK25IBACK2
AK17IAFS1
AG17IAPCK1
130 AJ24IBARDY OBARDY2
129 AG24BBADT BBADT2
220BADT34
146BADT12
IC1500(1/2)MPEG
ENCODER/DECODER
IC1500(2/2)MPEG
ENCODER/DECODER
X2500
33.333MHz
IC2500
CLOCK BUFFER
BHDT0-7
279,216,142,55,280,217,143,56 MD_BHDT0-7
8
BBDT0-7
268,125,204,126,205,127,38,128 MD_BBDT20-7
8
BHDT_0-7
BBDT2_0-7
AL27,AL25,AL23,AL21,AL26,AL24,AL20,AL22
B17,E17,C17,B18,A19,C18,A20,F17,B19,G17,E18,F18,B20,C19,C20,A21,A22,B21,E19,C21,G18,E20,B22,F19,C22,A23,A24,G19,B23,E21,F20,A25
AF25,AK28,AJ28,AF23,AF24,AJ27,AK27,AG26
8
BPCAD_0-31MD_BPCAD0-31
32AD0-31
81
83
XT1/SCLK
XT2
X230030MHz
79-76,74-72,70,67,66,64-62,59,58,56,41,40,38,36-32,26-22,
20,19,17
32
B24,C23,E22,G20BPCCBEX_0-3
MD_BPCCBEX0-3
4CBE00-30
68,55,42,28
4
A28BPCPAR PAR
53
A27BPCFRAMEX FRAME0
43
B26BPCIRDYX IRDY0
44
A26BPCTRDYX TRDY0
47
C24BPCSTOPX STOP0
50
F21BPCDEVSELX DEVSEL0
49
F22IPCREQX2 REQ0
16
MD_BPCAD17
C26BPCGNTX2
E23IPCREQX1
C25BPCGNTX1
GNT015
G21BPCPERRX PERR0
51
G22BPCSERRX
AL11OPETXP1
AK11OPETXN1
AL9OPETXP2
AK9OPETXN2
AL6BPERST1X
AK6
AH30,AE26,AF29,AE29,AD25,AE27
AD27
BPERST2X
Y29,Y27,W31,Y26,W29,Y25,W30,V31,W27,V30,W26,U31,U30,V27,U27,T27BGPIO_8-19,
22,23,30,31
IINT_0-3,IINTD_5,6
AL10IPERXP1
AK10IPERXN1
AL8IPERXP2
AK8IPERXN2
SERR052
F23OPCRSTX VBBRST0
13
B27IPCINTCX
E25IPCINTBX
MD_BPCPAR
MD_BPCFRAMEX
MD_BPCIRDYX
MD_BPCTRDYX
MD_BPCSTOPX
MD_BPCDEVSELX
MD_BPCPERRX
MD_BPCSERRX
MD_OPCRSTX
MD_BPCPAR
MD_BPCFRAMEX
MD_BPCIRDYX
MD_BPCTRDYX
MD_BPCSTOPX
MD_BPCDEVSELX
MD_BPCPERRX
MD_BPCSERRX
MD_OPCRSTX
AH10IPECKP1
AG11IPECKN1
AG10IPECKN2
AH9IPECKP2
INTA014
CLKB18
CLKB17
CLKA19
CLKA20
PCLK11
IDSEL29
8
IC1600(1/2)AVIT
MD_TORINO_BVYDT0-71/4
BD_TORINO_BVCDT0-71/4
MD_TORINO_BVHSYNC1/4
MD_TORINO_BVVSYNC1/4
MD_TORINO_BVFLDID1/4
MD_TORINO_IVCLK1/4
MD_TORINO_OVCLK1/4
DV_TO_MD_IVFSYNC4/4
DV_TO_MD_CLK274/4
DP_B_PXY_VIDEO0-34/4
DP_O_PXY_CLK4/4
DP_B_PXY_VALID4/4
OMAD00-12
BMDT16-23,40-47,24-39
16,17,107,188,106,15,254,253,104,103,105,14,13
9OMCEX
100OMWEX
182OMRSX
101OMCSX
102OMCKE
IC1601MOBILEDDR
SDRAM
1213A0-11
A0-11
A12
A0-12
68,29,98,28,10,88,9,52,87,8,99,51
3232
OMDQ2-5118,91,20,181
4 4DM0-3
MD_TRINO_OMDQ0-3 67,53,71,49
BMDQS0-3115,93,111,5
4 4
6
17
DQS0-3MD_TRINO_BMDQS0-3 66,54,72,48
OMADB0,1251,185
2 2BA0,1
MD_TRINO_OMADBB0,1 69,30
DQ0-31
22,62,63,95,64,96,65,97,89,55,90,56,91,57,58,16,
38,76,75,105,74,104,73,103,83,47,82,46,81,45,80,44
29,116,28,117,27,195,26,113,242,90,174,89,172,173,241,88,263,110,264,108,112,19,109,18,7,8,6,99,96,95,97,98,
RAS31
CAS70
11OMCLK
10OMCLKX
CK50
CK85
CKE7
IHCLK57
IBCLK35
CS100
WE101
86NC2
16XTAL_IN
ISYSCKBCLK1V56
IBCK2AK29
IHCKAL18
BCLK04
ISYSDRPCKBCLK2AG78
IPCPCLKBCLK3A1710
BCLK412
BCLK514
IC2300USBHOST
CONTROLLER
IC2400CLOCK
GENERATOR
IC2501
CLOCK BUFFER
1ICLK Q1
2
Q23
Q34
Q45
MD_ZOU3_IAPCK21/4
MD_Z3TRN_IAFS21/4
MD_ZOU3_BADT3421/4
MD_ZOU3_BADT1221/4
87
88
X1
X0
X220024.576MHz
5
6
X1
X2
X240025MHz
TPA0p
TPA0n
AD0-31
68-65,63,62,59,58,56,55,53,52,50-47,33,32,29-26,24,23,
18-15,13,12,10,9
32
CBE0-357,45,34,21
4
PAR44
FRAME35
IRDY36
TRDY37
STOP40
DEVSEL39
REQ8
GNT7
PERR41
SERR42
PRST5
INTA4
V7OSYSPLOCK P-RESET
81PCLK
6
IC2200i.LINK
CONTROLLER
101
100
TPA+
TPA-
CN3400
60
58
TPB0p
TPB0n
99
98
TPB+
TPB-
TPA+
TPA-
TPB+
TPB-56
54
CN1
60
58
56
54
CN3
4
3
2
1
REFCLK+
REFCLK-
REFCLK+
REFCLK-
CLKREQ
PETp0
PETn0
SYSRST
PERp0
PERn0
CPPEMD_BGPIO_8
MD_BGPIO_9
MD_BGPIO_10
MD_BGPIO_11
MD_BGPIO_16
MD_BGPIO_17
MD_BGPIO_22
MD_BGPIO_30
CPUSB
STBY
SHDN
LED0
WAKE
LED1
OC
PETp0
PETn0
SYSRST
PERp0
PERn0
CLKREQ
DP2
DM2
106
105
USB_D+
USB_D-
PCIEXT0
PCIEXC0
7
8
PCIEXT1
PCIEXC1
14
13
CLKRE004
CLKRE0117
CN2401
DP1
DM1
102
101
USB_D+
USB_D-
REFCLK+
REFCLK-
CLKREQ
PETp0
PETn0
PRST
PERp0
PERn0
CPPE
CPUSB
WAKE
USB_D+
USB_D-
CN2400
6
5
23
14
13
22
10
9
24
20
25
26
30
21
29
2,4,17
12,14
3.3VOUT1,2
AUXOUT
1.5VOUT1,2
27
CN1
2
1
6
5
23
14
13
22
10
9
24
20
25
26
30
21
29
27
2
1
6
5
23
14
13
22
10
9
24
20
25
26
30
21
29
27
2
1
6
5
23
14
13
22
10
9
24
20
25
26
30
21
29
27
2
1CLK_INT2
CLK_INC3
IC2401CLOCK
GENERATOR
CLKC13
CLKC14
CPPEMD_BGPIO_12
MD_BGPIO_13
MD_BGPIO_14
MD_BGPIO_15
MD_BGPIO_18
MD_BGPIO_19
MD_BGPIO_23
MD_BGPIO_31
MD_BGPIO_8,9,12,13,22,23
MD_BGPIO_8-19,22,23,30,31
CPUSB
STBY
SHDN
LED0
WAKE
LED1
OC
19
18
16
25
24
13
21
22
11
17
4
14,15
12
9,10
3,5
153.3VIN1,2,AUXIN
1.5VIN1,2
19
OC
20
SHDN
1
STBY
9
CPUS
B
10
CPPE
6
SYSR
ST
8
PERS
T
11,13
CN2
CN2
3
2
ExpressCardSLOT A
MD_BPCAD16IDSEL
22AK13
OSCRDYXAG15
OSCD0
SY_SC21_MEDIA_RDY 4/4
Y31BGPIO_6 MD_BGPIO_6 3/4
SY_SC21_MEDIA_DOUT 4/4AH14
ISCD1 SY_SC21_MEDIA_DIN 4/4AL14
ISCPENX SY_SC21_MEDIA_PEN 4/4AH15
ISCCK SY_SC21_MEDIA_CLK 4/4AG13
ISYSSRSTX SY_SC21_MEDIA_RESET-2 4/4
IINTD_7 DV_TO_MD_DVFSYNC 4/4
+3.3V
D1
IC1POWER SWITCH
+1.5V
+3.3V_PE
+3.3V_AUX
+1.5V_PE
EC-68
CN-3273(1/2)
REFCLK+
REFCLK-
CLKREQ
PETp0
PETn0
PRST
PERp0
PERn0
CPPE
CPUSB
WAKE
USB_D+
USB_D-
2,4,17
12,14
3.3VOUT1,2
AUXOUT
1.5VOUT1,2
CN1
19
18
16
25
24
13
21
22
11
17
4
14,15
12
9,10
3,5
153.3VIN1,2,AUXIN
1.5VIN1,2
19
OC
20
SHDN
1
STBY
9
CPUS
B
10
CPPE
6
SYSR
ST
8
PERS
T
11,13
CN2
CN2
3
2
ExpressCardSLOT B
+3.3V
D1
IC1POWER SWITCH
+1.5V
+3.3V_PE
+3.3V_AUX
+1.5V_PE
i.HDV
33
34
35
36
37
38
39
31
32
ICMS
ICDI
ICDO
IURCK
IURSDI1
OURSDO1
BGPIO_0
ICCK
ICRSTXMD_ZOU3_ICE_ICMS
MD_ZOU3_ICDI
MD_ZOU3_OCDC
MD_ZOU3_IURCK
MD_ZOU3_IURSDI1
MD_ZOU3_OURSDO1
MD_BGPIO_0
MD_ZOU3_ICE_ICCK
MD_ZOU3_ICE_ICRSTX
AG8
AF9
AK4
AB25
AD31
AE31
AB30
AL5
AL4
CN3402
6-6 PMW-EX1R6-6
DAP-41 (2/4), DPR-311 (3/4), HN-356 (2/4)DAP-41 (2/4), DPR-311 (3/4), HN-356 (2/4)
AUDIO codec
DAP-41 (2/4)Main board
DPR-311 (3/4)DPR-DAP relay board
HN-356 (2/4)
DPR-311(3/4) DAP-41(2/4)
AD26
Y7IUBVBUS
IINTD_4
AH3IUBDREQ1X
AL3OUBDACK1X
AG6OUBRD1X
AK3OUBSTP1X
AD2,AB6,AA7,AE1,AB5,AC2,AC3
OUBA_1-7
AA6,AD1,AC1,AA5,AB3,AB1,AB2,AA3,AA2,AA1,Y3,Y2,Y1,W3,W2,W1
BUBD_0-15
IC1600(2/2)DDR2,PIFC
IC600(2/3)BASEBAND
OMAD00-12
BMD0_0-31
A4,E7,D6,A6,E6,A5,B5,D7,
B3,A3,B6,B4,E8
F2OMCSX_0
D9OMWEX
E5OMRASX
D2OMCASX
B7OMCKE
IC1800DDR2SDRAM
12 13A0-12
A0-12 A0-12
M8,M3,M7,N2,N8,N3,N7,P2,P8,P3,M2,P7,R2
16 32
BMDM_0-3H2,L1,A10,B14
42UDM,LDM
MD_OMDM0-3MD_OMDM0,1
MD_BMD00-15 MD_BMD00-31
B3,F3
BMDQSP0-3,BMDQSN0-3
J4,J5,N4,N5,E11,D11,D14,E14
84
UDQS,UDQS,LDQS,LDQS
MD_BMDQSP0-3,MD_BMDQSN0-3
MD_BMDQSP0,N0,MD_BMDQSP1,N1
D7,A8,F7,E8
OMBA0,1D8,A7
22BA0,1
MD_OMBA0,1 MD_OMBA0,1L2,L3
DQ0-15
G8,G2,H7,H3,H1,H9,F1,F9,C8,C2,D7,D3,D1,D9,B1,B9
H5,G5,H4,G4,H1,L5,J2,J1,L4,M5,L2,M4,M2,N2,M1,N1,
B9,E10,A9,D10,B10,A11,B11,E13,B13,D13,A13,A14,A15,B15,D15,E15
RASK7
CASL7
G1OMCKP_0
G2OMCKN_0
CKJ8
CKK8
A8OMCKP_1
B8OMCKN_1
MD_OMCS0X
MD_OMCS1X
MD_OMCS1X
MD_OMWEX
MD_OMRASX
MD_OMCASX
MD_OMCKE
MD_OMCKP0
MD_OMCKN0
E2OMODT_0ODT
K9 MD_OMODT0
MD_OMCKP1
MD_OMCKN1
MD_OMCS0X
MD_OMWEX
MD_OMRASX
MD_OMCASX
MD_OMCKE
MD_OMCKP1
MD_OMCKN1
MD_OMODT0ODT
K9
CKEK2
CSL8
WEK3
D1OMCSX_1BA2
L1
M8,M3,M7,N2,N8,N3,N7,P2,P8,P3,M2,P7,R2
B3,F3
D7,A8,F7,E8
L2,L3
G8,G2,H7,H3,H1,H9,F1,F9,C8,C2,D7,D3,D1,D9,B1,B9
K7
L7
J8
K8
K2
L8
K3
L1
IC1801DDR2SDRAM
A0-12
UDM,LDM
UDQS,UDQS,LDQS,LDQS
BA0,1
DQ0-15
RAS
CAS
CK
CK
CKE
CS
WE
BA2
12
A0-12
16
2
MD_OMDM0,1
MD_BMD16-31
4
MD_BMDQSP2,N2,MD_BMDQSP3,N3
2
MD_OMBA0,1
O_DDR_ADDR0-12
B_DDR_DATA0-63
AH2,AF2,AK2,AF3,AN3,AF1,AN2,AN1,
AM3,AL3,AJ3,AL2,AK3
AJ2O_DDR_CS
AH3O_DDR_WE
AE2O_DDR_RAS
AG2O_DDR_CAS
AM2O_DDR_CKE
IC1100MDDRRAM
12 13A0-12
DP_O_DDR_ADDR0-12 DP_O_DDR_ADDR0-12
J8,J9,K7,K9,K1,K3,J1,J2,J3,H1,J7,H2,H3
32 64
B_DDR_DM0-7
W1,AB1,AD1,AG1,AR8,AR5,AR12,AR10
84DM0-3
DP_B_DDR_DM0-7DP_B_DDR_DM4-7
DP_B_DDR_DATA32-63 DP_B_DDR_DATA0-63
K8,K2,F8,F2
B_DDR_DQS0-7
V1,AA1,AE1,AH1,AR7,AR4,AR13,AR11
84DQS0-3
DP_B_DDR_DQS0-7DP_B_DDR_DQS4-7L8,L2,E8,E2
O_DDR_BA0,1AE3,AG3
22BA0,1
DP_O_DDR_BA0,1 DP_O_DDR_BA0,1H8,H9
DQ0-31
R8,P7,P8,N7,N8,M7,M8,L7,L3,M2,M3,N2,N3,P2,P3,R2,A8,B7,B8,C7,C8,D7,D8,E7,E3,D2,D3,C2,C3,B2,B3,A2
U2,U3,V2,V3,W2,W3,Y2,Y3,AD5,AC5,AB5,AA5,AY5,W5,V5,U5,
AD3,AD2,AC3,AC2,AB3,AB2,AA3,AA2,AE5,AF5,AG5,AH5,AJ5,AK5,AL5,AL6,
AN7,AP7,AN8,AP8,AN9,AN10,AP10,AP6,AN6,AP5,AN5,AP4,AN4,AP3,AP2,AP14,
AN14,AP13,AN13,AP12,AN12,AP11,AN11,AL7-14
RASG9
CASG8
AR3O_DDR_CLK1
AR2O_DDR_CLKN1
CKG2
CKG3
AL1O_DDR_CLK0
AK1O_DDR_CLKN0
MD_OMCS0X
MD_OMWEX
MD_OMRASX
MD_OMCASX
MD_OMCKE
DR_O_DDR_CLK1
DR_O_DDR_CLKN1
DR_O_DDR_CLK0
DR_O_DDR_CLKN0
MD_OMCS0X
MD_OMWEX
MD_OMRASX
MD_OMCASX
MD_OMCKE
DR_O_DDR_CLK0
DR_O_DDR_CLKN0
AL20
X110054MHz
3I_CLK_DDR
CKEG1
CSH7
WEG7
12A0-12
DP_O_DDR_ADDR0-12
J8,J9,K7,K9,K1,K3,J1,J2,J3,H1,J7,H2,H3
32
4DM0-3
DP_B_DDR_DM0-3
DP_B_DDR_DATA0-31
K8,K2,F8,F2
4DQS0-3
DP_B_DDR_DQS0-3L8,L2,E8,E2
2BA0,1
DP_O_DDR_BA0,1H8,H9
DQ0-31
R8,P7,P8,N7,N8,M7,M8,L7,L3,M2,M3,N2,N3,P2,P3,R2,A8,B7,B8,C7,C8,D7,D8,E7,E3,D2,D3,C2,C3,B2,B3,A2
RASG9
CASG8
CKG2
CKG3
CKEG1
CSH7
WEG7
IC1101MDDRRAM
A1-7
36
74
XTIN_CLK
XOUT
X200030MHz
38,104,39,106,76,105,40
77
D0-15
41,107,78,42,79,43,80,44,
2,46,3,47,4,82,48,5
1616
EP1_DRQB52
EP1_DACKB10
EP1_RDB53
EP1_TCB11
AJ4IUBDREQ2X
AJ2OUBDACK2X
AF5OUBWR2X
AH5OUBSTP2X
EP2_DRQB55
AB7IUBINTX_0 INTB_ALL2
75
AE6IUBM2 M2
9
EP2_DACKB14
EP2_WRB56
EP2_TCB15
Y5OUBWRX
V3OUBRDX
MD_OUBWRX
MD_OUBRDX
MD_OUBWRX
MD_OUBRDX
V2OUBRSTX
WRB85
RDB49
RESETB35
AF1OUBCSX_0
AD3OUBCSX_1
AG14ISYSRDYX
AC31O_DA_Y
C2I_BS_TCK
C3I_BS_TDI
D1O_BS_TDO
CSB103
MD_OUBA1-7
MD_BUBD0-15
AH2,AD7,AG3,AJ1,AE5,AH1,AD6,AG2,AC7,AF3,AC6,AD5,AF2,AG1,AE3,AE2
BUBLD_0-15 LD0-15
89,57,16,90,92,58,91,18,59,19,60,20,61,21,62,22
1616
MD_BUBLD0-15
MD_OUBA1-7
MD_BUBD0-15
MD_BUBLD0-14
IC2000USB
DEVICECONTROLLER
A0-6
5-3,1,2,27,26
7
DQ0-15
28,9,43,10,11,46,12,35,29,30,
44,31,45,33,34,14
16
WE22
A7-21
24,38,21,37,36,19,20,18,17,16,25,41,47,42,48
15
IC1901NOR
FLASH ROM
DP
DM
97
99
VSUB33
USB_DP
USB_DM
CN3302
97
99
USB_VSUB
D+
D-
VCC100
CN107
97
99
100
CN106
3
2
1
DP_I_BS_TDI
DP_O_BS_TDO
CN3402
12
13
DP_I_BS_TCK11
F34O_BS_RTCK
B1I_BS_TMS
C1O_BS_TRST
I_BS_TMS
I_BS_TRST15
16
DP_O_BS_RTCK14
AL22I_BS_nSRST
D2I_DBG_SI
A1O_DBG_SO
I_DBG_SI
O_DBG_SO18
19
I_BS_nSRST17
95
CN3301
CN-3258
CN3300
28
97
4 2IC2502
OE7
Y6OUBPSWX
CE6
RESET39
WP/ACC40
MD_ZOU3_ISYSRDYX 4/4
4
1
2IC1900
Q1900
SWITCH MD_+3.3V
Y34O_DA_PR
AA35O_DA_PB
A27O_VBS
AL27I_CLK_54M
A28O_GLK_SCS
E10
C8
I_XTL_CLK_12M
B_XTL_CLK_12M
X60012.5MHz
DP_+2.5VIC803DA
CONV
IC804PHASECOMP
8
7
1
6
X800
54MHzVCO
C31O_VCO_CTL0
E31O_VCO_CTL1
IC808
IC8098
1
5
10
6
3
2
4
5
6
7
9
IC809
32
1
IC80911
13
12
1 4
IC8062 4
IC800
2 4
IC801
2 4
IC802
DP_TO_TX_SIO_STX1/4
DP_TO_TX_SIO_SCLK1/4
TX_DPR_CLK5M_SEL1/4 DP_ADJ_54M 4/4
DP_O_SDI_CLK 4/4
DPR_TO_TX_DA_Y 4/4
DPR_TO_TX_DA_PR 4/4
DPR_TO_TX_DA_PB 4/4
DPR_TO_TX_DA_VBS 4/4
IC2801DC-DCCONV
SWITCH
10,11,14,15
10,11,14,15
7
7
MD_+1.0V_ZOU3MD_+1.0V_TORINO
1,9,16
1,9,16
Q2805,2807,2809,2811
GP_50
H_START_UP
D2800
98DOWN_DET_ME
CN3301
29
IC903DC-DCCONV
SWITCH
4
1
DP_+1.1V_TONE6,7
Q904-907
GP_51
SWITCH
Q909
SWITCH
Q908
CN3301
27
IC2800DC-DCCONV
SWITCH
4
1
MD_+1.5V_EXP
1
6,7
IC904DC-DCCONV
6
7
DP_+1.2V3,4
SWITCH
Q910
IC905DC-DCCONV
6
7
DP_+2.5V3,4
REG_+4.6V
Q2800-2804
GP_141
CN3301
26
IC2802DC-DCCONV
SWITCH
2
2
MD_+3.3V_EXP
IC2600DC-DCCONV
4MD_+1.0V_ZOU3_SPA
6,7MD_+3.3V
IC100+3.2VREG
3IM_+3.2V_CMOS_R
4IM_+5.0V
IC407+3.2VREG
4IM_+9.0V
5IM_UNREG_OUT
IC101+3.2VREG
3IM_+3.2V_CMOS_G
4
IC102+3.2VREG
3IM_+3.2V_CMOS_B
4
Q2806,2808,2810,2812
GP_140
H_SHUTDOWN
D90096
DOWN_DET_STOP
D2802
D2801
MD_BGPIO_62/4
HN-356(2/4)
CN1
97
99
100
CN2
97
99
100
1 4
IC807
CN-3259
IC805+3.3VREG
4DP_A4.6V
3
6-7PMW-EX1R 6-7
DAP-41 (3/4), DPR-311 (4/4), HN-356 (3/4)DAP-41 (3/4), DPR-311 (4/4), HN-356 (3/4)
AUDIO codec
DAP-41 (3/4)Main board
DPR-311 (4/4)DPR-DAP relay board
HN-356 (3/4)
DPR-311(4/4)
IC1600SYSCON
IC1300DV FPGAGDV
CN3301
CN3402
CN3400
CN3302
18 CN-3259PWR_WAKEUP
CN-3273
TX-131
A0-24
D0-15
D20,AC23,AB21,R21,AB23,AB22,AA23,R20,T21,U21,P21,AA22,Y23,Y22,P20,V23,V22,N20,P22,U23,U22,T23,N22,T22,R22
D16CS0
B21RD
D17,A23
SY_MLN_WE0/DQMLL
SY_MLN_WE0/DQMLL
WE0/DQMLL,WE1/DQMLU
C17RST
AA19WAIT
C20RD/WR
A21CS3
C19CAS
C21CKE
E16CKI0
D18RAS
IC2909SDRAM
IC2908FLASHROM
12
16DQ0-15
A8,B9,B8,C9,C8,D9,D8,E9,E1,D2,D1,C2,C1,B2,B1,A2
A0-11A1-12
H7,H8,J8,J7,J3,J2,H3,H2,H1,G3,H9,G2
2BA0,1
A13,14 G7,G8
25
A0-24
WEF9
1616
2
M22,M21,L20,L21,W20,J21,K21,L23,K20,L22,K23,K22,J23,J20,J22,H23
CSG9
CASF7
RASF8
CKEF3
CLKF2
2LDQM,UDQM
F1,E8
RST
WED19
BS ADVC4
27SY_ICE_RESET
V4TCK
Y1TRST
AB1TDO
AA1RTCK
AA2TMS
AA3TDI
F4RXD1
B13TXD1
CN3302
9 HN-356SY_I2C_SDAAA14
SDA
8 HN-356
CN-3259
CN-3259
SY_I2C_SCLY13SCL
CN3400
6SY_I2C_SDA
5SY_I2C_SCL
CN3401
22 DRSY_SDA
21 DRSY_SCL
CN3301
22SDA
21SCL
7 CN-3273SW_INTAA4
INT3
CN3302
10 HN-356SW_INT
CN3302
47HN-356
CN700
13-22
CN700
24-33
11 HN-356RTC_INTAAB9
INT6
AC9INT5
CN3400
8
HN-356
SY-UCON_RESET
CLK
IC2907
41
2
B20CS6
AC8INT2
SY_+2.5V
AB10TI2A
Y5TI2B
3JOG_A
4JOG_B
AA8PU2
SY_+2.5V
IC2904
IC2910
41
2
IC2905
24
CN3302
12
CN-3273
SY-UCON_RESET
CN3401
8SY-UCON_RESET
DR
F3DREQ0/PE2
IC3110
IC3101
IC310142
A7X290027MHz
3EXTAL
SY_MLN_CLK1/4
VPH
VMH
J1
H1
VSUBR2
VPF
VMF
L1
K1
Q3000
IM_O_DGTL_V_X 1/4
AC10INT7
SY_+2.5VIC2903
41
2SY_SC21_MEDIA_RDY 2/4
W2INT8
IC2902
41
2SY_SC21_DISP_RDY 1/4
AA10INT9
IC2901
41
1
2
DP_+2.5V
PU1Y14
IC31024
1
2
SY_SC21_IMG_RDY 1/4
AB7INT1
41
2
IC3205SERIALEEPROM
5 6
MD_ZOU3_ISYSRDYX3/4AA15
PU3SY_SC21_MEDIA_RESET_22/4Y8
PU4SY_SC21_IMG_PEN1/4
Y9PU6SY_SC21_MEDIA_PEN2/4
Y7PU0SY_SC21_IMG_RESET1/4
DP_SYS_RESET1/4
DP_SYS_RESET
DPR_TO_TX_D_Y0-9
DPR_TO_TX_D_C0-9
DP_+2.5V
PU5AA16
IC3103
41
2
SY_+2.5V
IC3200
41
2
DP_SC21_DISP_PEN1/4
SY_SC21_IMG_DOUT1/4
C12SCK1
SY_SC21_IMG_DIN1/4
SY_SC21_IMG_CLK1/4
B10RXD3
C10TXD3
SY_+2.5V
IC3202
41
2SY_SC21_MEDIA_DOUT2/4
U4PM3
AC3PM2
AB2PM1
V3PM0
AB6PN0
W4PM6
U3PM5
AB4PM4
2
2
2 5 6 1
14 24
17
16
15
14
13
12
11
18
3
4
5
6
7
8
9
SDO
SDI
SCK
CS nCFG
SCS1
SCS0
STRB
SDO
SDI
SCK
CS
nCFG
SCS1
SCS0
STRB
Y4PN2
C9SCK3
SY_SC21_MEDIA_DIN2/4
SY_SC21_MEDIA_CLK2/4
B12RXD2
C11TXD2
SY_+2.5V
IC3201
41
2
DP_+2.5V
IC3204
41
2
SY_SC21_DISP_DOUT1/4
E3SCK2
SY_SC21_DISP_DIN1/4
IC3203
41
2SY_SC21_DISP_CLK1/4
DAP-41(3/4)
USB_DP_0TG0
USB_DM_0TG0
CN3302
91
93
USB_VSUB0TG0
DPR_TO_TX_700_WAIT
D+
D-
VCC94
CN700
109
DPR_TO_TX_MLN_ADR0-3 99-102
90-97
CN107
91
93
94
CN105
3
2
1USB
(MAINTENANCE)
105DPR_TO_TX_MLN_WE0/DQMLL
104DPR_TO_TX_MLN_RD
103DPR_TO_TX_MLN_RD/WR
106DPR_TO_TX_MLN_CS6
108DPR_TO_TX_700_INT
89DPR_TO_TX_MLN_RESET
26SY_TCK
25SY_TRST
24SY_TDO
23SY_RTCK
22SY_TMS
21SY_TDI
IC1716,1718DELAY
D3001
SY_+2.5V
HN-356(3/4)
CN1
91
93
94
CN2
91
93
94
24A0-23
A1-24
4
A0-3
DPR_TO_TX_MLN_DAT0-7
8
D0-7
H2,H3,G3,H4,J5,G5,J6,H7,G2,J3,
G4,J4,H5,G6,H6,J7DQ0-15
D0-15D0-15
D0-15
G1,F1,E1,D1,B1,C1,F2,E2,F6,D7,E7,B8,C8,D8,F7,E8,F8,D2,B2,B3,E6,B7,C7,C3
IM_CPU_CLK
K1
C6 F4
G7WAIT
F1-CE
F1-OEJ2
F5
DP_TO_DV_SCLHD_Y0-9 1/410
T12,R12,R13,T11,R10,R11,T13,T14,N12,L11
DP_TO_DV_SCLHD_C0-9 1/410
N11,K10,M9,L9,L10,P11,P9,N9,M10,M11
DP_TO_DV_SCLHD_XRST 1/4
10P8,N8,T8,M8,R8,L8,T7,K8,R7,M7
10L7,P6,T6,R6,N6,T5,R5,P3,T3,R3
CN700
35DPR_TO_TX_D_VSYNC
DP_TO_DV_SCLHD_VSYNC 1/4T10M6
36DPR_TO_TX_D_HSYNC
DP_TO_DV_SCLHD_HSYNC 1/4R9N5
37DPR_TO_TX_D_FLDID
DP_TO_DV_SCLHD_FLDID 1/4T9N3
41DPR_TO_TX_D_CLK
DP_TO_DV_SCLHD_CLK 1/4T15
DP_TO_DV_AU_DT12 1/4C2
DP_TO_DV_AU_DT34 1/4D1
DV_TO_DP_AU_DT12 1/4D4
DV_TO_DP_AU_DT34 1/4G1
DP_TO_DV_CODEC_CLK 1/4M15
DP_TO_DV_IVFSYNC 1/4C14
DV_TO_MD_IVFSYNC 1/4D14
DV_TO_DP_RET_VSYNC 1/4J13
DV_TO_DP_RET_HSYNC 1/4J14
DV_TO_DP_RET_FSYNC 1/4J15
DP_B_PXY_VIDEO0-3 2/4N2,N1,L4,L3
DP_O_PXY_CLK 2/4P2
DP_B_PXY_VALID 2/4P1
DV_TO_DP_RET_CLK 1/4J16
DV_TO_MD_DVFSYNC
DV_TO_SY_IVFSYNC
1/4B1
DV_TO_DP_RET_Y0-9 1/4
K16,L16,J12,L15,J11,N16,K11,K12,L14,L13
N15,P16,L12,M12,P15,N14,N13,R16,P14,R14
DV_TO_DP_RET_C0-9 1/4
E11
38TX DPR_TO_TX_D_XRST
DP_TO_TX_CLK54 3/443DPR_TO_TX_CLK54
DP_TO_TX_TC_HD 1/482DPR_TO_TX_TC_HD
DP_TO_TX_TC_VD 3/483DPR_TO_TX_TC_VD
DP_TO_DV_CLK54 3/4M1
DV_TO_MD_CLK27 2/4A15
DV_TO_DP_INT0 1/4K1
R1
CN700
48DV_TO_TX_AU_DT12 F3
CN3400
34LINE_34_CNT H16
49DV_TO_TX_AU_DT34
TX_TO_DPR_AU_DT12D
TX_TO_DPR_AU_DT34D
F5
53F1
CN700
50DPR_TO_TX_AU_256FS E15
51DPR_TO_TX_AU_64FS
DPR_TO_TX_AU_FS
B16
52
J6
K6G5
53DV_TO_DAP_AUFS D15
54DV_TO_DAP_AU64FS
DV_TO_DAP_AU256FS
C16
55C15
DP_LOOPBACK_EE56
H15
54F2
CN3302
49DV_TO_DAP_AU_DT12 D16
50DV_TO_DAP_AU_DT34
DAP_TO_DV_AU_DT12
DAP_TO_DV_AU_DT34
F13
51F14
52G11
CN700
56TX_TO_DPR_CFG_SDO
57DPR_TO_TX_CFG_SDI
DPR_TO_TX_CFG_SCK
DPR_TO_TX_CFG_CS58
59DPR_TO_TX_CFG_nCFG
60TX
DPR_TO_TX_CFG_SCS161
DPR_TO_TX_CFG_SCS062
DPR_TO_TX_CFG_STRB63
CN700
66
CN-3273
DPR_TO_TX_SIO_STXDP_TO_TX_SIO_STX 1/4
J1
M16
65DPR_TO_TX_SIO_SRX
DP_TO_TX_SIO_RTX 1/4J2
67DPR_TO_TX_SIO_SCLK
DP_TO_TX_SIO_SCLK 1/4M2
68DPR_TO_TX_SIO_SCS
DP_TO_TX_SIO_SCS 1/4K2
DP_TO_DV_GPIO_B3 1/4
DP_TO_DV_AU_FS 1/4
DP_TO_DV_AU_64FS 1/4
DP_TO_DV_AU_256FS 1/4
DP_TO_DV_GPIO_B2 1/4
M-DDRSET
R622-625
H2
C1
H1
D2
H5
IC1402,1403
IC1404
IC1400,1401
J3DP_+3.1V
IC1405CONFIGROM
1,19
D6
C8
A8
F7
A6
A7
IC1301SDRAM
13
16DQ0-15
26,24,51,23,50,22,49,21,5,35,4,34,3,33,2,32
A0-12
A9,F11,D11,A10,A13,B13,B11,A12,B12,B9,D9,B10,A11
E6,E7,A3,F6,A4,E8,A5,C6,B8,B7,
B6,B5,B4,C3,D3,A2
44,45,16,15,11,10,40,39,8,61,18,38,7
2BA0,1
C11,C965,46
WE20
CS19
CAS66
RAS47
UDQM6
LDQM48
D8
F8CKE
60
CLK37
HN-356
10
10
4
6-8 PMW-EX1R6-8
AXM-42 (2/2), DET-52, DR-644, HN-363, KSW-55 (2/2), RM-224AXM-42 (2/2), DET-52, DR-644, HN-363, KSW-55 (2/2), RM-224
AUDIO XLR
AXM-42 (2/2)LCD switch
DET-52EVF driver
DR-644DR-EVF relay board
HN-363Handle switch
KSW-55 (2/2)Remote receiver
RM-224
DET-52
RM-224
AXM-42(2/2)
KSW-55(2/2)
HN-363DR-644
DPR
RED0-770-77
CN1
11O_EVF_B_PB
IC1LCD
CONTROLLER
BAIN43
CN1
12O_EVF_G_Y
GAIN48
CN1
13O_EVF_R_PR
RAIN54
CN3
40-33R0-7
GREEN0-79-2
32-25G0-7
BLUE0-719-12
24-17B0-7
CN1
CN1
VSYNC31
19O_EVF_VD
HSYNC30
20O_EVF_HD
DATACK67
13PCLK
HSOUT66
11HSYNC
VSOUT64
10
40-33
32-25
24-17
13
11
10
40-33
32-25
24-17
13
11
10VSYNC
CN2 CN1
SDA57
17DP_I2C_SDA
SCL56
20DP_I2C_SCL
28PANEL_REVERSE
29PANEL_OPEN/CLOSE
CN2
10
11
CN6
10PANEL_REVERSE
11PANEL_OPEN/CLOSE
PANEL_REVERSE
PANEL_OPEN/CLOSE
PANEL_REVERSE
PANEL_OPEN/CLOSE
CN3
1
4
CN1
1
1
4
EVFMODULE
S1
ZOOMMODULE
S2
CN1
22
CN6
2 SDA018
P3232
P0630
I2C_SDACN2
CN2
CN2
2
S1
SWITCH
IC100LOCALuCOM
ZOOM SPEED
8SW_ZOOM_A(H)
CN6
8
9SW_ZOOM_B(OFF)
SW_ZOOM_A
SW_ZOOM_BCN6
9
21 1 SCL017I2C_SCL
I2C_SDA
I2C_SCL
I2C_SDA
I2C_SCL
8SW_UCON_RESETSW_UCON_RESET
1
3
RESET
P43-40,124
6
P7029
P7128
2-5,7 5
SW_UCN_RESET3
CN4
2
3
5
S100
H|L|OFF
P0531
SW_REC_SS
SW_ZOOM_T
SW_ZOOM_W
P13057
P0458
CN2
4
3
2
CN1
4
3
2
CN5 CN3
10
11
12
13
10
11
12
13
P141
LED_FRTALLY_HIGH
LED_FRTALLY_LOW
SW_FRRMOUT63
P22LINE1_SW54
P23+48V_1_SW53
P24LINE2_SW52
P12+48V_2_SW44
SWITCHP77,76,73,P75,74,72,
P00,01,120,33
SW_STICK_UPSW_STICK_LEFTSW_STICK_RIGHTSW_STICK_DOWNSW_STICK_PUSH
SW_FREV,SW_PLAYSW_STOP,SW_FFWDSW_PREV,SW_NEXT
SW_VOL_M,SW_VOL_PSW_THUMB
SW_STICK_CANCEL
22,23,26,24,25,27,62,61,1,21 10
S101-110
SWITCH
Q1,2
REMOTERECEIVE
IC1
D1
+5V
S1 LINE/MIC/+48V_1
+48V|MIC|
LINE
S2 LINE/MIC/+48V_2
+48V|MIC|
LINE
IC102
RESET
IC101
42
1
8
CN3 CN2 CN18
CN3 CN2 CN18
CN3 CN2 CN1
LPF
LPF
LPF
6-9PMW-EX1R 6-9
DC-152
RE-272 CN-3258
RE-273
RE-273
BATTERY
CN2
2
1
3DC IN
CN1
CN1
F1
D303
D307
Q317-319
Q320,321
Q309
Q310,311
GA2 SAB2
SWITCHDRIVER
GB2
GA1 SAB1 GB1
SWITCH
5
11 10 9
16 15 14
V+
SW
DIODE
7
3
1
CN1
1
22
33
EXT_DC(+)
DC_DET DC_DET
EXT_DC_GND
4
5
CAP_SWD_UNREG
EXT_DC_GND
EXT_DC(+)
13SENSE+
BATT_DET
SENSE-12
Q310,311
SWITCH
IC307
+5VREG
IC300
REFDC
CN2
CN2
F2
Q305,306
SWITCH1
5BATT(-)
BATT(+)
2
3BAT_SDA
4
CN201
36
37
38
18
BATT_ID_DATA
BAT_SCL
BAT_SDA
BATT_ID_DATA
BAT_SCL
CN201
52PWR_ON/HOLD
IN1
1
IN2
2
Q307,308
SWITCH
EVER_5.0V_1
Q300,301
IC304
41
2
IC305Q302,304
41
2
IC310
41
2
IC309
42
1
IC301
42
1
42
1
2
4
31 IC306
IC302
PROTECT17.38-18.37
2
31
IC311
EXT.DCDET
6
57
IC302
PROTECT17.38-18.37
Q316
D312
D311
D313 Q303
CN201
47
EVER_5.0V
EVER5_ON/OFF
CN201
CN201
17
SWD_UNREGCN201
53,54
UNSW_UNREGCN201
57,58 +2.5V_MECN200
89,90
DC/BATT_DETCN201
48
Q218L210
Q202,210
28SW_ME_2P5V
+2.5V_IMCN200
49,50
Q219L202
Q203,211
29SW_IM_2P5V
+2.5V_DPCN200
41,42
Q220L203
Q204,212
30SW_DP_2P5V
+2.5V_SYCN200
45,46
Q230L209
Q231,232
25SW_SY_2P5V
+3.1V_IMCN200
61,62
Q221L204
Q205,213
31SW_IM_3P1V
+3.1V_DPCN200
53-56
Q222L205
Q206,214
32SW_DP_3P1V
+3.1V_MECN200
65-68
Q223L206
Q207,215
33SW_ME_3P1V
+3.1V_SYCN200
93
Q240L211
Q241,242
34SW_SY_3P1V
SW_ME_2P5V
SW_IM_2P5V
SW_DP_2P5V
SW_SY_2P5V
SW_IM_3P1V
SW_DP_3P1V
SW_ME_3P1V
SW_SY_3P1V
+1.2V_IMCN200
77,78
Q224L207L10L8
Q226,228
23SW_IM_1P2V
+1.2V_SYCN200
73,74
+1.0V_IMCN200
81-84
Q225L208
SY DOWN DET
Q238,239D205,D218-220
D15,18,D202,208
D16,19,201,204,207
Q227,229
24SW_SY_1P2V
+4.6V_IMCN200
37,38
+4.6VCN200
3-16Q216
L200
Q27
IC13SWITCHINGCONTROL
L3L2
Q14,16L1
Q200,208
26SW_IM_4P6V
+4.6V_DPCN200
17,18
Q217L201
Q201,209
35SW_DP_4P6V
+4.6V_SYCN200
33,34
Q243L212
Q244,245
IC18
DC/DCCONV
3
1
4
27SW_SY_4P6V
SW_IM_1P2V
SW_SY_1P2V
SW_IM_4P6V
SW_DP_4P6V
SW_SY_4P6V
Q35
SWITCH
L9L7IC17
DC/DCCONV
3
1
4
Q34,49,50
SWITCH
Q11
15
10
14
12
9
8
1
Q28
IC14(1/2)SWITCHINGCONTROL
L4
Q13
REF2.5V
29
28
27
1
Q29
IC14(2/2)SWITCHINGCONTROL
L3
Q12
17
18
19
15
DPR
H_START_UP
H_START_UP
CN200
98
50IC_VCC
CN201
39
H_SHUTDOWNCN200
CN200
97
DOWN_DET_ME95
DOWN_DET_DP96
CN1
89,90
CN1
49,50
CN1
41,42
CN1
45,46
CN1
61,62
CN1
53-56
CN1
65-68
CN1
93
CN1
77,78
CN1
73,74
CN1
81-84
CN1
37,38
CN1
3-16
CN1
17,18
CN1
33,34
CN1
98
CN1
CN1
97
95
96
CN2
89,90
CN2
49,50
CN2
41,42
CN2
45,46
CN2
61,62
CN2
53-56
CN2
65-68
CN2
93
CN2
77,78
CN2
73,74
CN2
81-84
CN2
37,38
CN2
3-16
CN2
17,18
CN2
33,34
CN2
98
CN2
CN2
97
95
96
22SW_IM_1P0V
DOWN_DET_SY
SW_IM_1P0V
CN201
1-8
CN201
40
+4.6V
DOWN_DET_IM46
DOWN_DET_ME44
DOWN_DET_DP45
42DP_EN
H_SHUTDOWN
49H_SHUTDOWN
41ME_EN
43IM_EN
IC95
67+
-
IC10
REFDC
IC12
REFDC
Q20
2
Q25
6,9,11
12
Q23
ME DOWN DETIM DOWN DET
Q36,38,Q236,237D14,200,203,D206,217
DP DOWN DET
S-GND
S-GND
R334
OVERCURRENTPROTECT
IC308
Q15,17,43,44,47,48
Q41,42,52
IC21
3
21
+
-
IC21
5
67
+
- Q45,46,53
REF2.5V
SW
Q10,40,51
IC21
3
21
+
-
IC22
5
67
+
-
REF2.5V
SW
IC11
3
21
+
-
IC11
5
67
+
-
REF2.5V
SW
CAPACITOR
+
CN-3258, DC-152, RE-272CN-3258, DC-152, RE-272
DPR-RE272 relay board
CN-3258DC-IN connector
DC-152DC-DC converter
RE-272
6-10 PMW-EX1R6-10
CN-3259, RE-273CN-3259, RE-273
DPR-RE273 relay board
CN-3259DC-DC converter
RE-273
RE-273 CN-3259
RE-272
CN2
1-8+4.6V
H_STARTUP
+1.8V_IMCN1
53,54
Q112L103
Q102,107
24
SW_IM_1P0V
+1.8V_DPCN1
45-48
Q113L104
Q103,108
25
SW_IM_1P2V
+1.8V_MECN1
37-40
Q114L105
Q104,109
26
SW_SY_1P2V
+1.8V_SYCN1
35,36
Q115L106
Q116,117
27
SW_SY_2P5V
28
SW_IM_4P6V
29
SW_SY_4P6V
30
SW_ME_2P5V
31
SW_IM_2P5V
SW_IM_1P8V
SW_DP_1P8V
SW_ME_1P8V
SW_SY_1P8V
L2
35
SW_ME_3P1V
SW_SY_3P1V
L3
32
SW_DP_2P5V
33
SW_IM_3P1V
IC6
DC/DCCONV
1
4
6
34
SW_DP_3P1V
80
63
493 1
82
5
35
31
37
27
59
26
36
54
58
53
Q100
Q101SW_IM_UNREG
SW_IM_1P8V
SW_DP_1P8V
SW_ME_1P8V
SW_SY_1P8V
SW_DP_M4P6V
SW_DP_13P5V
61
55
28
34
51
52
SW_IM_UNREG30
SW_DP_4P6V 2
Q18
SWITCH
L9 L100L1IC5
DC/DCCONV
1
4
5
Q17,22,24
SWITCH
DRIVE
Q28,29
IC4DC/DCCONV
L4
DPR
+13.5V_DPCN1
61,62
Q119L101
Q118SW_DP_13P5V
SW_DP_M4P6V
-4.6V_DPCN1
57,58
23
CN2
CN2
CN2
CN2
CN2
22
18
41
IM_EN42
43
ME_EN
SY_EN
DP_EN
39
44
41
40
PWR_ON/HOLD52
57
EVER5_ON/OFF
H_SHUTDOWNCN2
49
28
GP_140
29
GP_141
GP_50
GP_51
25
29
7
56
27
CN1
CN1
26
18
6-1014-16
4Q7
EVER 5V
Q1002
Q1003
Q1000
CN1PWR_WAKEUP
1864
Q1001
D17-20
CN2
46DOWN_DET_IM
45DOWN_DET_DP
44DOWN_DET_ME
40DOWN_DET_SY
38BATT_ID_DATA
1
57,58UNSW_UNREG
IC10
DC/DCCONV
81 EVER_2.5V
SWD_UNREG
UNREG_DP
UNREG_IM
CN1
3,4
CN1
73
69,70
65,66
CN2
53,54SWD_UNREG
CN2
50
EVER_5.0V_2CN2
17
IC7
3
21
+
-
IC7
5
67
+
-Q25-27
SW
IC8
REFDC
D5
DP DOWN DET
Q21,D10,16,201
D200 D202 D203
IC1008
IC1001POWERCONTROL
505 7
20
19
IC1008
CN2
39IC_VCC
37BAT_SDA
36BAT_SCL
38
3247
BATT_DET
48DC/BATT_DET
18
1722
SDA
21SCL
CN122
2316
SW_PWR_A
17SW_PWR_B
2415
CN1
53,54
CN1
45-48
CN1
37-40
CN1
35,36
CN1
61,62
CN1
57,58
28
29
27
CN1
CN1
26
CN1
18
CN1
3,4
CN1
73
69,70
65,66
22
21
CN1
16
17
15SW_BATTINFO
CN2
53,54
CN2
45-48
CN2
37-40
CN2
35,36
CN2
61,62
CN2
57,58
28
29
27
CN2
CN2
26
CN2
18
CN2
3,4
CN2
73
69,70
65,66
22
21
CN2
16
17
15
15-16
6-11PMW-EX1R 6-11
ASW-68, CN-3273 (2/2), LED-491, LED-494, SW-1484ASW-68, CN-3273 (2/2), LED-491, LED-494, SW-1484
Rear panel switch
ASW-68DAP-ASW relay board
CN-3273 (2/2)Headphone
LED-491LED CACHE
LED-494Switch
SW-1484
ASW-68
DPR
CN-3273(2/2)
CN1
6
CN101
6 SDA018
P3232
P0531
SY_I2C_SDACN2
CN1 CN2
6
CN1
2
CN101
SWITCH
IC301LOCALuCOM
2SW_PWR_B
CN2
2
1 1SW_PWR_A
POWER_B
POWER_A
CN300
1
61
5 5 SCL017SY_I2C_SCL
5
VIF
7 7 EXSCL0
P06,72-76
19
30,27-236
SW_INT7
CN1
17
CN101
17LINE_OUT_1
CN2
17
20 20LINE_OUT_2
20
32 32HP_SP_BEEP
NOT USED32
CN1
3
CN101
3JOG_A
CN2
3
4 4JOG_B
4 JOG DIAL
EN300
SW_S&Q
LED_S&Q
CN302 CN1
6 6
S100-103,300,301
S1
S302
CN1
24
CN101
24HP(R) HP(R)
SW_JACK_INCN2
CN1 CN2
24
CN103 CN104
CN103 CN104
3
23 23HP(L) HP(L)
23 2
3
2
HP_MUTE4 4
1 1
P7029 SW_EXCHANGE
7
P405
5 5P0359
AIN650 AU_AUDIO_VOL1
CN100
6
AIN749 AU_AUDIO_VOL2
2
7
S2
AU VOLMODULE
POWER SWMODULE
P0458
P7128
LED_RRTALLYCN103
9
CN104
9LEDSW
Q1
Q1
MUTEDRIVE
Q200-202
26 26SP+ SP+
26
CN103 CN104
6
27 27SP- SP-
27
CN1 CN2
35 35
36 36
7
6
7
CN2
CN3
2SPEAKER
HEADPHON
NC
1
SW-1484
LED-491
D1
LEDSW
Q1
D2
+5V
+5V
P13057 LED_CACHE
CN301
3
CN1
3LEDSW
LED-494
D1
+2.5V
P14163 REAR_IR_SW
CN103
10
CN104
10REMOTE
IC1
1
3
5
9
13
I/O0
I/O1
I/O2
I/O3
I/O6
I/O5
I/O7
2
4
6
8
12
DP_I2C_SDACN101
CN101
35DP_I2C_SCL
36
IC205
13
12
2
3SDA
SCL4
5
9
8
10
IC203SERIAL/PARALLEL
CN1 CN2
34 34LINE_34_CNT
CN101
34
CN1 CN2
29 29LINE_MONI1
CN101
29
IC200
IC202
12
1314
21
5
34
2
115
10 119
CN1 CN2
30 30LINE_MONI2
CN101
30
CN1 CN2
21 21
LINE_OUT_1NCN101
21
18 18LINE_OUT_2N
18
IC201
IC202
12
1314
67
5
34
2
115
LINE_AV_OUT1CN102
2
IC204
LINE_AV_OUT2CN102
47
10 119
Q203 Q204
IC302
24
3
21
+
-
IC204
5
6
+
-
CN101
8SW_UCON_RESET
88
RESET6RESET
IC300
6-12 PMW-EX1R6-12
TX-131, VIF-46TX-131, VIF-46
HD-SDI
TX-131HDMI I/F
VIF-46
SDI OUT
TX-131
VIF-46
Q300TX_+3.3V-PLL
X301
VCO
74.25MHz
X300
VCO
74.175824MHz
Q301TX_+3.3V-PLL
2 1
IC302DC BUFF
6
9
IC301
IC201,202
IC204-206
IC207
IC100
IC202,208
IC203CONFIGPROM
PHASECOMP
1
IC304
42
1
2 4
IC305
DPR_TO_TX_D_Y0-9
A8,F9,B8,E9,A7,C9,B7,F8,A6,E8
10
10
10
10
13-22
CN100
CN100
CN100
CN100
CN100
CN100
DPR_TO_TX_D_C0-9
E10,B6,C7,B5,D7,A4,E7,B4,A2,A1
24-33
DPR
N7,T4,T6,V5,U5,M6,N6,V4,U4,V3 O_GS_Y0-9
O_GS_PBPR0-9
GS_PCLK
O_GS_HSYNC
O_GS_VSYNC
O_GS_FLD
O_GS_RESET
GS_SD/HD
GS_STANDBY
I_GS_LOCKD
P9,N8,V8,U8,V7,P8,R8,U7,V6,U6
U2
V1
B4
A4
C10 Coaxial cableD2,D1,C3,C1,C2,B1,B2,A1,A2,B3
K3,J3,K2,K1,J2,J1,H2,H1,F2,F1
V2
U1
G4
A3
P7
U3
E3
G8
N9
P6
H4
D3
IC200VIDEOSELECTFPGA
IC500
X500VCO
1483.5-1485.0MHz
CABLEDRIVER
1
2 4
IC306
EX3
DPR_TO_TX_D_VSYNC A3
F7
B3
D9,L17
B9,N17
K2
F3
H3
D1
H4
E2
H5
A9,N18
D3
DPR_TO_TX_D_HSYNC
DPR_TO_TX_D_FLDID
DPR_TO_TX_D_XRST
DPR_TO_TX_D_CLK
35
36
37
38
41
75
TX_TO_DPR_CFG_SDO
R18
56
E146
DPR_TO_TX_CFG_SDI
K6
4
5
P2
R1
2
IC307
4
R2
R3
T3
A10,F17
6
5
9
IC303
PHASECOMP
IC300
DELAY
4
5
A9
A7
57
DPR_TO_TX_CLK5443
DPR_TO_TX_CLK54MSEL
TX_TO_DPR_CLK54MSEL
DPR_TO_TX_SDI_DWN
45
C2
B1
F1
C1
DPR_TO_TX_AU_DT12
DPR_TO_TX_AU_DT34
DPR_TO_TX_AU_64FS
DPR_TO_TX_AU_FS
DPR_TO_TX_CFG_SCK58
DPR_TO_TX_CFG_CS59
DPR_TO_TX_CFG_nCFG60
5 2
2 4
4 2
C10,D10,F10,E11,F11,C12,G13,D12,E13,D141
16-19,21-27
3
2 4
1
61
DPR_TO_TX_CFG_SCS1
DPR_TO_TX_CFG_SCS0
DPR_TO_TX_CFG_STRB
61
CN100DPR_TO_TX_DA_Y
9
CN100
CN100
DPR_TO_TX_VBS2
CN100
CN100
74DPR_TO_TX_ADJ54M
CN100
DPR_TO_TX_CPNT_DWN70
CN100DPR_TO_TX_CPST_DWN
71
62
63
CN100F6
C5
D5
G6
TX_TO_DPR_SIO_SRX65
DPR_TO_TX_SIO_STX66
DPR_TO_TX_SIO_SCLK67
DPR_TO_TX_SIO_SCS68
48
49
51
52C2
B1
TX_TO_DPR_AU_DT12D
TX_TO_DPR_AU_DT34D53
54
F2DPR_TO_TX_AU_256FS50
2
Q800-803
SWITCH
SWITCH
Q804-807
SWITCH
CN100
L3
M3
L6
TX_TO_DPR_REF_HD84
TX_TO_DPR_REF_VD85
TX_TO_DPR_REF_FLD86
L4
M1
DPR_TO_TX_TC_HD82
DPR_TO_TX_TC_VD83
CN500
10
10
2
2 2
P18,R17,R16,T17,T16,D17,D18,E17,E18,G17 Y0-9
C0-9H17,H18,K18,K17,L18,G14,H15,H14,H13,J13
M17
M18
23
24
44 13 TX_TO_VIF_COPRO_CPST
TX_TO_VIF_HDMI_Y0-9
YO-9
DACA
CO-9
P_HSYNC
P_VSYNC
P_BLANK
S_HSYNC
S_VSYNC
CLKIN_B
CLKIN_A
S_BLANK
2-9,12,13
14-18,26-30
10
10
D10,V11,U11,V12,U12,U13,V14,U14,V15,U15
V16,U16,V17,U17,N10,P11,T11,N11,N12,R11
M14 25
50
48
49
L14
L15
32
63
RESET
SDA,SCLKN15,N16
L13
21,22
33
IC801DIGITALVIDEO
ENCODER
LPF AMP
IC805 Q811-813
1
CN901
40-31
CN901
RM_VIDEO_VBS1
CN101
DPR_TO_TX_MLN_RD/WR103
DPR_TO_TX_MLN_RD104
DPR_TO_TX_MLN_WE0/DQMLL105
DPR_TO_TX_MLN_CS6106
DPR_TO_TX_700_INT108
DPR_TO_TX_700_WAIT109
DPR_TO_TX_700_B150DET110
DPR_TO_TX_MLN_RESET89
DPR_TO_TX_MLN_CKI02
DPR_TO_TX_MLN_RD
DPR_TO_TX_MLN_WE0/DQMLL
DPR_TO_TX_MLN_CS6
DPR_TO_TX_700_INT
DPR_TO_TX_700_WAIT
DPR_TO_TX_700_B150DET
DPR_TO_TX_MLN_RESET
DPR_TO_TX_MLN_CKI0288
DPR_TO_TX_700_RESET107
RM_VIDEO_VBS19
20
21
22
23
24
25
26
27
DPR_TO_TX_MLN_DAT0-790-97
SY_MLN_DAT0-77-14
RM_VIDEO_Y2
TX_TO_VIF_HDMI_PBPR0-930-21
CN901
U18 TX_TO_VIF_HDMI_CLK20
CN901
M13 TX_TO_VIF_HDMI_HSYNC19
N13 TX_TO_VIF_HDMI_VSYNC18
H6 EX3_TO_TX_TC_IN28
CN101
B2 EX3_TO_TX_REF_DWN6
D2 EX3_TO_TX_REF_F5
H1 EX3_TO_TX_REF_V4
G1 EX3_TO_TX_REF_H
G2
P1
3
CN102
EX3_TO_TX_REF_DET3
TX_TO_EX3_RM_SEL2
SY_700P_RESET1
L1 TX_TO_EX3_TC_OUT29
L2 TX_TO_EX3_H_NTSC30
V18 TX_TO_VIF_HDMI_DE17
T13 TX_TO_VIF_HDMI_256FS16
R13 TX_TO_VIF_HDMI_AU_DT1215
P12 TX_TO_VIF_HDMI_AU_DT3414
T14 TX_TO_VIF_HDMI_64FS13
P13 TX_TO_VIF_HDMI_FS12
R5,T1 TX_TO_VIF_HDMI_SDA,SCL11,10
TX_TO_VIF_HDMI_DWN9
VIF_TO_DPR_CPNT_CONE8
VIF_TO_DPR_CPST_CONE
DPR_TO_TX_HDMI_DWN
TX_HDMI_+1.8VTX_DP_+1.8V
TX_TO_DPR_CPNT_CONE
TX_TO_DPR_CPST_CONE
TX_TO_VIF_HDMI_Y0-9 10
10
B2,A2,B5,A5,B6,A6,B7,A7,B8,A8
B4,A4,B9,A9,B10,A10,C9,C10,D9,D10TX_TO_VIF_HDMI_PBPR0-9
D1TX_TO_VIF_HDMI_CLK
C1TX_TO_VIF_HDMI_HSYNC
D2TX_TO_VIF_HDMI_VSYNC
C2TX_TO_VIF_HDMI_DE
E1TX_TO_VIF_HDMI_256FS
F2TX_TO_VIF_HDMI_AU_DT12
F1TX_TO_VIF_HDMI_AU_DT34
H2TX_TO_VIF_HDMI_64FS
H1TX_TO_VIF_HDMI_FS
F9,F10TX_TO_VIF_HDMI_SDA,SCL
TX_TO_VIF_HDMI_DWN
VIF_TO_DPR_CPNT_CONE
VIF_TO_DPR_CPST_CONE7
39 13 TX_TO_VIF_COPRO_YDACD LPF AMP
IC802
4
CN901
38 13 TX_TO_VIF_COPRO_PBDACE LPF AMP
IC803
3
CN901
37 13 TX_TO_VIF_COPRO_PRDACF LPF
TX_TO_VIF_COPRO_CPST
TX_TO_VIF_COPRO_Y
TX_TO_VIF_COPRO_PB
TX_TO_VIF_COPRO_PR
Y
PB
PR
AMP
IC804
41 1TX_DP_+3.1V
TX_HDMI_+6.0V
5VAA
2.5VREG
IC800
2
CN901
K2,K1 TMDS_CLOCK_+,-
SDA,SCL
HPD
+5V_POWER
D2,3,8-15
TXC+,-
D6,7,16-23
CLK
HSYNC
VSYNC
DE
MCLK
I2S1
SCLK
I2S0
LRCLK
SDA,SCLK
IC2HDMI
10,12
16,15
19
18
K5,K4 TMDS_DATA0_+,-TX0+,- 7,9
K8,K7 TMDS_DATA1_+,-TX1+,- 4,6
J10,K10 TMDS_DATA2_+,-TX2+,-
G9,G10
K3HPD
1,3
1
CN1
CN901
9
7
CN4
CN1
CN900 CN3
40-31
CN1
30-21
CN1
20
CN1
19
18
17
16
15
14
13
12
11,10
9
8
7
CN1
76
73
72
4
CN1
3
CN1
2
CN1
1
CN5
3
5
LINE_MONI1_L(A/V)
LINE_MONI2_R(A/V)1
6
SW
AV_SW
VIDEO
10
VIF_+6.0V1,2
VIF_+6.0V1,2
DPR_TO_VIF_LINE_AV1
DPR_TO_VIF_LINE_AV22
CN2
4
ASW
ASW
4
1
6 +5VREG
IC1
HDMIOUT
COMPONENTOUT
A/VOUT
TX_DP_+3.1V
TX_DP_A4.6V
TX_DP_-4.6V
TX_DP_A4.6V_1
TX_DP_-4.6V_1
TX_CPNT_DWN_ADC
Q700-703
SWITCHTX_DP_A4.6V_3
TX_DP_-4.6V_3
TX_DP_A4.6V_2
TX_DP_-4.6V_2
Q603
Q605,606
IC1012 4
1
10
8 8DPR_TO_TX_MLN_ADR0-399
-102
SY_MLN_ADR0-315-18
4 4
LPF
LPF
AMP AIN-
7,32VDD1,2
D0-9
CLK31 9
SHDN10
OE11
VCM
IC702
1 52.85VREG
IC706
IC705ADC
P17
D16
4 2
A14,B14,A15,A16,B16,A17,A18,B17,C17,C181
45-48,51-56
3
CN100DPR_TO_TX_DA_PR
110
LPF AMP AINA- DA0-9
CLKA61 8
SHDNA58
OEA57
VCMA
IC701
IC704ADC
4 15
F12,F13,E12,E14,C16,A11,A12,B12,A13,B131
28-30,33-39
3
CN100DPR_TO_TX_DA_PB
510
LPF AMP AINB-
7,10,18,63TX_DP_+3.1V VDD1-4
DB0-9
CLKB20 9
SHDNB22
OEB23
VCMB
IC703
CN6
DDCSDA,DDCSCL
TRANSMITTER(Transmitter)
7-1PMW-EX1R 7-1
2
3
4
5
1
A B C D E F G H
Frame WiringFrame Wiring
Frame Wiring
Section 7Schematic Diagrams
EC-68 EC-68
RM-224
DR-644
ASW-68Rear Panel SW
AUDIO
i.LINK(HDV)
Speaker
KSW-55
RE-272
DC-DC converter A
RE-273
SW-1484
LED-494
DC-DC converter B
DC-152
TX-131HD-SDI HDMI I/F
SW-1478Shutter SW
VIF-46
HN-361
MA-183
Main Board
DPR-311
FFC FFC
FPC
FPC
CN-3259
LED-491
IF-1127
DET-52
SLOTSEL
S & Q
Int. MIC
MIC
RemoteAExpress
Cardslot
BExpress
Cardslot
POWER SW Module
Headphone
SUB
SUBMicro computer
AU Volume Module
USB(Sys)
USB(AV/IT)
A/VOUT
COMPONENTOUT
Ir RM
Tally
LCD SW
CN1
AXM-42
Handle SW
EVFModule
EVF Driver
ZoomModule
AUDIO XLR
LCDModule
LENS
SE-912
CMOS G
CMOS R
CMOS B
BI-204
BI-202
CMOS Sensor
CMOS Sensor
SUB
Capacitor
DCINCN2
BatteryTerminal
BI-203
HN-356
HN-360
CMOS Sensor Flexible board
Micro computer
Micro computer
Coaxial cable
Flexible board
Flexible board
Flexible board
Flexible board
Harness
Harness SUB
Harness SUB
Harness
Harness SUB
Harness SUB
Harness SUB
Harness SUB
Harness SUB
Harness
Harness SUB
Fine-wire coaxial
AUDIO CODEC
DAP-41
Front AUDIO
AU-326
Inside SW
SWC-50
Gain
20p
8p4p
30p
30p
100p
100p 100p
100p
80p
p08100p
p08
p08
p001
p001
6p
14p 14p
2p
45p 45p45p
12p
4p4p
6p
12p
10p10p
6p6p
30p30p15p
30p
50p
6p
5p
60p
60p
3p
5p
160p
160p
2p
80p80p
80p
80p
80p
80p
30p
30p
30p 30p
30p30p
30p
40p
10p
Zebra/Peaking
DisplayShot_trans
Assign
CN-3258
CN-3273
HN-363
p001
60p 60p
50p
Headphone
AUDIO IN
CH-1
CH-2
SDI OUT
Fine-wire coaxial
Fine-wire coaxial
Flexible board
Flexible board
Flexible board
Flexible board
Flexible board
(DPR311-EC68)
Fine-wire coaxial (TX131-VIF46)
(DPR311-EC68)
(DPR311-LCD)
(AU313-SW1375)
(SE912-AU313)
(KSW53-RM213)
(KSW53-MA161)
(KSW53-DR621)
(KSW53-DET44)
(ASW68-LED491)
Harness SUB (TX131-VIF46)
Harness SUB (VIF46-ASW68)
(DC143-RE250)
SUBMicro Computer
CN100
CN900
Mic Unit L
Mic Unit R
CN3401
40pCN3402
CN101
CN102CN2400 CN2401
CN1
CN1
CN1
CN1
CN5
HDMIOUT
CN6CN4
CN2
CN1
CN1
CN1
CN1
CN100
CN500
4pCN2
15pCN102
40pCN901
40pCN1
8pCN900
8pCN3
CN103 CN104
CN300
4pCN102
CN101
CN103
CN105
CN106CN102 CN104
CN2
CN107
CN2
CN101
CN700
CN3300
CN3301
CN1
1N
C1
NC
CN3302
CN101
CN1
CN1
CN2
CN7
CN6 CN3
CN3
CN3
CN2CN1 CN3 CN1
CN2
CN4
CN5
CN34pCN1
4pCN2
CN201
002N
C
CN100
10p
6p
CN302
CACHEREC
CN301
2N
C
1N
C
2N
C2
NC
CN2
1N
C
CN2 CN1
CN3400
1N
C
30pCN101
CN110p
40p20p
40p
CN101CN100
CN200
Sony Corporation
PMW-EX1R (UC)PMW-EX1R (E)PMW-EX1R (J)PMW-EX1R (CE)PMW-EX1R (CN) J,E9-968-701-01
Printed in Japan2009. 11 16
©2009