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PMW-EX1R Service Manual

Contents

1. CN3302 HN 356 DP SYS RESET i i 1 4 SY SC21 1MG RESET aging 0822 81 03000 cN3302 CN2 MELLE 1 2 USB VSUBOTGO a ri ser pu si 4 s ERR X 91 et 3 MAINTENANCE M16 3 4 MD_Z0U3_ISYSRDYX 93 93 2 4 SY SC21 MEDIA RESET 2 2400 CN700 Y8 DPR TO TX 10 STX 1 4 SY SC21 1MG PEN lt NEUE P DP TO TX 810 STX 1 4 ra DPR TO TX 10 SRX D 103103 DP 42 5V DP_TO_TX_S10_SCLK 1 4 C174 DP_SC21_DISP_PEN 2 AM DPR TO TX MLN RESET gt Se A0 3 DPR TO TX NLN ADRO 3 99 CN700 P8 N8 T8 M8 R8 712 R12 R13 T11 R10 CAMERAS DILE Ao DPR TO TX D Y0 9 S L8 T7 R7 M7 T13 T14 N12 111 S B 4 lis 13 22 DP TO DV SCLHD YO 9 1 4 X2900 00 7 DPR_TO_TX_MLN_DATO 7_ 90 53700 L7 P6 T6 R6 N6 N11 K10 M9 L9 L10 27MHz 97 24 33 ee R TO TX D 00 9 5 5 P3 T3 P1 PO NO M10 MII DP TO DV SCLHD CO 9 1 4 SY MLN WEO DQNLL DPR TOTKMNNEO OOWLE 1 4 SY MLN CLK DPR TO ERAL E TTDL ee DP TO DV SCLHD VSYNC 1 4 DPR_TO_TX_MLN_RD WR DP TO DV SCLHD FLDID 1 4 DP
2. 2 8 E 2 2 9 Rear Panel Assembly 2 10 E 2 2 10 Express Card Assembly 2 11 E 2 2 RE 272 Board and RE 273 Board 2 12 E 2 2 12 Battery Case TX 131 Board 2 13 E 2 2 13 311 Boatd 2 15 2 2 14 Case L Assembly uu uuu uuu u ine 2 16 E 23195 JO 2 17 2 2 16 Prism Assembly 2 18 E 2507 NDF 2 18 24 418 Lens RR 2 19 2 2 19 DR 644 Boatd 2 19 E 2 2 20 LED 491 Boatd 2 20 E 2 2 21 Speake 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 Uni t 2 23 E 2 2 25 DET 52 Boatrd 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 E 3 1 1 Basic Menu Operations 3 E 3 1 2 SERVICE Menu Structure
3. 1 pe id MONITOR LEVEL Douce 1 PWR per MK MUTE x p 1 202 1C203 i Z 1C201 IC600 IC203 205 I2C MPX 5 DEVICE CONTROL CONTROL MED T one 1 MONI2 2 2 1 ASW 68 pea i a w sa n n a a J s 4 saa as kU Va oO uu pi ks Fig 1 Audio block diagram PMW EX1R 1 7 E Serial control The PC 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 and CH2 The PC control from Display Block Base band selects either IC202 or IC203 for the target with PC 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 control signal from Display Block Base band is output at and performs the switching be tween MONITOR CH1 CH2 CH1 CH2 CH1 CH2 for
4. 4 4 SY SC21 DISP CLK 8Y C21 DISP PEN 8Y SC21 DISP DOUT Y C21 DISP DIN 4 4 SY SC21 DISP RDY 034 035 E33 E35 F35 474 pP SYS RESET AN29 SY 621 SY_SC21_ MG_RESET MG_PEN 4 4 4 4 SY_SC21_ MG_CLK 4 4 SY_SC21_ MG_DIN 4 4 SY_SC21_ SY_SC21_ MG_DOUT MG_RDY 4 4 4 4 SY_MLN_CLK 4 4 DP_FLASH_SEL 0 D HSYNC C600 1 3 BASE BAND AP18 AN18 AR19 AP19 AN19 AP20 20 AN21 B CODEC Y2 0 Wo TORINO BVYDTO 7 2 4 AN15 AL15 AR16 AP16 8 AN16 116 AR17 AP17 B CODEC C2 9 x BD TORINO BVCDTO 7 2 4 8 AN30 B_CODEC_HSYNC Fw MD_TORINO_BVHSYNG 2 4 B_CODEC_VSYNC Ja MD TOR INO BVVSYNC B_CODEC_FLOID le BVFLDID 2 4 CODEC CLK 0 OVCLK 2 4 o copec 88 0_IVCLK 2 4 m DP TO DV CODEC 0 CODEC VFSYNC DP_TO_DV_IVFSYNC 4 4 _CAM_CLK AE34 AE33 AE31 035 034 CAM HD i AD39 AD31 1 W35 W34 DP_TO_DV_SCLHD_Y0 9 4 4 CAM VD W33 W31 V31 V33 V34 10 V35 U31 U33 U34 U3 0 D 9 DE iie Re X DP TO DV SC 4 4 CAM SKIN o_p_vsyne 532 10 DP TO DV SCLHD VSYNC 4 4 VALID DP TO DV SCLHD HSYNC 4 4 o_p_FLbip AY DP TO DV SCLHD FLDI0 4 4 0 CAM SYS CLK xnsr S
5. 11 20 SP Supply code fille o Cose dv bau FEL CWE C 2550 MRS 7x C c 22 Dog NTRA D LAM me XUI Handle Cover and EVF Assembly 5 2 Exploded Views 5 2 PMW EX1R No Part No 1 A 1737 582 A 2 X 2187 352 2 3 X 2515 725 1 4 X 2515 727 1 5 X 2515 729 1 6 X 2515 730 1 7 1 811 033 11 8 1 873 733 11 9 3 080 203 31 10 3 165 904 01 11 3 278 644 01 12 3 285 383 03 13 3 288 585 02 14 3 288 586 02 15 3 288 591 01 16 3 302 492 01 17 3 657 657 02 18 3 878 256 03 19 4 164 591 01 20 4 164 856 01 21 4 673 655 01 PMW EX1R Description MOUNTED CIRCUIT BOARD HN 363 MICROPHONE HOLDER ASSY ASSY HANDLE COVER UPPER COVER REAR ASSY HANDLE HINGE ASSY LOUPE ASSY LCD MODULE BOARD FP 776 FLEXIBLE SREW M2 LOCK ACE P2 WASHER SCREW STOPPER XDCAM EMBLEM COVER CONNECTOR CASE PANEL LID PANEL SHEET VF PROTECTION SPRING COMPRESSION SCREW M5 RUBBER SW KEY CABINET EVF EYE CUP SCREW B Handle Cover and EVF Assembly 5 3 Handle Block 1 J TA M D Z PTT2 6 x 6 7 7 0 5 4 PMW EX1R No Part No SP 101 A 1737 622 A 5 102 1737 623 5 103 A 1737 624 A 5 104 1737 626 5 105 A 1737 628 A 5 106 X 2515 751 1 8 107 1 478 955 21 S 108 1 825 968 11 s 109 1 965 718 12 S 110 1 966 993 11 s 111 2 640 315 02 0 112 3 080 203 31 S 113 3 08
6. 1 15 E 1 7 2 Replacing Tue uuu aki Sas decreuit 1 15 E le8 NOTE 1 16 1 8 1 Requirements on Replacement of Boards 1 16 1 8 2 Requirements on Replacement of Lens 1 16 E 1 8 3 Note on Replacement of Parts on ihe Dogri u u 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 SOUT acetates aka dace 1 17 E 1 9 Connector Location Diagram on Board 1 18 E 1 10 Connecting Disconnecting the Flexible Card HO 1 19 E 1 11 Replacing the Coaxial Cable with Connector Fine Pitch Coaxial Cable 1 20 E 2 Replacement of Main Parts 2 Outline of Replacement Procedures 2 1 E 2 2 Replacement Procedures 2 2 E 2 2 1 Lihim Dat y 2 2 E 2 2 2 Case Bottom L R and Front Panel ENS SI glo 2 2 PMW EX1R 2 2 3 Microphone Holder Assembly 2 4 E 2 2 4 EYF 2 4 2 2 5 Handle Assembly Uu LLL I 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
7. 3 1 E 3 1 3 Displaying the SERVICE Menu 3 1 E 352 SERVICE Menu LIS notare tte 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 Listof Error Numbers on the LCD Display 3 10 E 4 Alignment 4 Servicing software ServiceNavi EX 4 E 4 1 4 2 1 Service Tools and Equipment 4 E 4 2 2 Connection 4 1 E 4 3 MAINTENANCE Menu 4 E 4 3 Test Saw Selling yy sid detis secu naam dads 4 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 Ais OG M uU diritti pre u u u state 4 5 E 4 3 6 Executing Auto FB Adjust 4 6 E 4 4 RPN CORRECT Menu 4 8 E 4 4 Executing Auto Detection 4
8. CN2 E CN100 CN100 CN2 CN100 CN2 CN100 CN2 E CN100 AU 326 DAP 41 4 4 16100 0100 DC DC 4 6V A CONV 48V SWC 50 200 202 SWITCH 8200 A 2 5V o 300 301 SWITCH 400 402 SWITCH 5500 Ny 1 500 509 SWITCH 2 5V 1 o 16201 5 gt 7 0225 GAIN SWITCH 11 10 9 16200 1209 C208 3 3 1 Ls Ti 2 gt 5 10209 5 7 3 o 4 O 11 10 9 0224 11 10 9 GAIN SWITCH Q206 207 0212 215 10203 3 1 WIND 2 FILTER LINE A MIC 7 SWITCH 6 ATT TT 10203 GAIN ATT SWITCH Q200 202 Q204 210 0220 222 BIAS 48V SWITCH E 0208 209 0216 219 10202 3 1 WIND 2 FILTER LINE MIC 1 SWITCH Jn 10202 0226 GAIN ATT SWITCH la Q201 203 E BIAS 2 48V SWITCH Q221 223 P 0229 WIND FIL 1 lt 120B 1 WIND FIL 2 12082 LINK 1 A 10202 AUDIO AD DA MIX 10203 AUDIO AD DA MIX HPOUTIL HPOUTIR SPKOUTLP SPKOUTLN LINE MONI IN2LP IN2RP IN2LN LINE MONI DP BEE DP 0 AU DTI P HP SP BEE DACDAT ADCDAT GP DP_ _CAM_AU_DT1 DP_LOOPBACK_EE DP_AU_256FS DP AU 64FS LINE OUTIP DP AU FS
9. 202 CMOS sensor 203 CMOS sensor 204 AUDIO codec DAP 44 1 4 Main board DPR 311 1 4 DPR DAP relay board HN 356 1 4 Front switch SW 1478 1 2 PMW EX1R PMW EX1R DPR 311 2 4 MD TORINO BVYDTO 7 MD TORINO BVYDTO 7 155 228 CN 3273 1 2 DPR 311 2 4 EC 68 3273 1 2 DPR 311 2 4 EC 68 154 153 101500 1 2 279 216 AL27 125 66 227 MPEG 142 55 AL23 AL21 229 67 ENCODER DECODER 280 217 AL26 AL24 143 MD BHDTO 7 AL20 AL22 BVYDTO 7 BHDT0 7 8 231 68 g AF25 AK28 156 232 AJ28 AF23 158 159 AF24 AJ27 MD TORINO BVCDTO 7 78 161 MD BBDT20 7 AK27 AG26 1 4 BD TORINO BVCDTO 7 BVCDTO 7 BBDTO 7 8 296 1 1 4 MD TORINO BVHSYNC a nene HALE 1 4 MD_TORINO_BVVSYNC ma ene HWRX 1 4 TORINO BVFLDID BVFLDID HRDX HCSX 65 1 4 MD_TORINO_IVCLK IVOLK ISRSTX 1 4 MD TORINO OVCLK OVCLK OHINT I VFSYNC BRDY ISCLK OBRDY ACLK BBADT IBARDY OBARDY 4 4 DV_TO_MD_IVFSYNC AE18 4 4 DV TO MD CLK27 AF21 AJ21 DP B PXY VIDEOO 3 A621 AF20 DP B PXY VIDEOO 3 4 AK22 DP_O_PXY_CLK m i DP_B_PXY_VALID AL29 1 4 MD_Z0U3_BADT342 AL28 1 4 MD_Z0U3_BADT122 m 1 4 MD_Z0U3_IAP
10. ck 2 DP_TO_DV_SCLHD_CLK 4 4 o_GLkK_stx 29 i 8 TX 810 STX 374 4 4 B28 10602 TERME DP TO TX 810 SCLK 3 4 4 4 asan 0 TC SCS T D DP TO TX S10 8CS 0 TC HD e DP TO TX TC HD 0 TC VD AR34 AP35 AP34 AN35 AN34 AN35 AM34 AN33 133 AL B BET yo g 0395 AMSA ANII 1133 ALO Dv TO DP 0 9 4 4 B FM DATAO 15 AL35 AK35 AK34 AK33 AJ35 10 AK34 AK33 5 AH34 AH33 C0 9 lt DV_TO_DP_RET_cO 9 4 4 eap B_RET_VSYNC E31 l 4 4 B RET HSYNC DET RET_HSYNC 4 4 B_RET_FSYNC 45231 4 4 B_GP10_GP_BO lt AL31 DV TO DP RET CLK 474 0 FII RST FM RDY N34 0 CAM AU DT34 95 DP TO DV AU DT34 4 4 _CAM_AU_DT12 4 4 DV TO DP AU DT12 4 4 CAM AU DT34 9 DV TO DP AU DT34 4 4 O_CAM_AU_FS L34 DP_TO_DV_AU_FS 4 4 0 CAM AU 64FS e DP TO DV AU G4FS 4 4 0 CAN AU 256rs L3 DP_TO_DV_AU_256FS 4 4 0 O EXRAMLCS AU DT34 a 23 WD Z0U3 BADT342 O_EXRAM_CAS copgc AU DT12 a 39 WD Z0U3 BADT122 2 4 O_EXRAM_RAS o AU 64FS 32 MD Z0U3 APCK2 2 4 O EXRAM CKE 0 copgc AU FS E33 MD Z3TRN IAFS2 2 4 0_EXRAM_CLK oense 93 DP BEEP 4 4 B GPI0 GP B3 523 DP TO DV GPlo B3 4 4 B GPI0 GP B2 2 DP TO DV GP 10 B2 EM EXT INTO B19 C19 A2
11. 6 BI 204 board 7 CN 3258 board 8 Qa CN 3259 board lt 8 CN 3273 board CV DAP 41 board 24 NS A 22 17 DC 152 board 2 DET 52 board 3 DPR 311 board DR 644 board 15 EC 68 board HN 356 board 0 HN 360 board HN 361 board HN 363 board IF 1127 board 692 22 0 KSW 55 board 62 LED 491 board 03 LED 494 board MA 183 board 25 RE 272 board D RE 273 board 9 RM 224 board SW 1478 board SW 1484 board SWC 50 board 8 TX 131 board 82 VIF 46 board PMW EX1R 1 3 Circuit Description 1 CMOS Block System 202 203 204 Board The BI 202 BI 203 and BI 204 boards are the rigid flexible 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 amplifier and black level clamp functions are also provided in the above boards The BI 202 board 15 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 s
12. ee 61 62 61 62 61 62 62 ais 4 SW_DP_13P5V SWITCH E 017 20 5 TT jum L100 4 OL LO CONV AT 57 58 57 58 017 22 24 4 SWITCH D200 D202 0203 SW_DP_M4P6V 0202402034 H_SHUTDOWN RE 272 DPR EX DOWN DET IM 2 DOW DET DP me DP DOWN DET DOWN DET ME DOWN DET SY 021 D10 16 201 CN2 CN2 Q28 29 107 6 025 27 I gt DRIVE 3 de co lt gt lt c e V m S m o t s aw SW_IM_UNREG 61 SW_IM_1P8V SW_DP_1P8V 161001 28 SW ME 1P8V 161008 POWER BATT_ID_DATA 1 5 p 7 50 34 SY 1P8V BAT_SDA 51 W_DP_M4P6V BAT_SCL BATT_DET DC BATT DET c P ad GP 140 GP 141 GP 50 GP 51 n e lt 2 gt 2 co c c gt c co ce 2 m m m gt SW_PWR_ SW_PWR_ SW BATTINFO 16 17 15 Sil_1M_4P6V SW_ME_2P5V SW M 2P5V SW DP 2P5V SW IM 3P1V SW DP 3P1V SW ME 3P1V SW SY 3P1V SW DP 4P6V A gt rm gt i Oa gt gt 29 1
13. 5 Remove the screw of A and remove the CN 3273 board from the i Link holder 6 Remove the screw of d 7 Remove the three screws of and remove the 1 Link holder PMW EX1R Bottom support assembly 8 M2 x 4 black b M2 x 3 silver 9 M2 x 3 silver d M2 x 2 black 9 M2 x 3 silver 2 13 E 10 11 12 15 14 15 16 17 18 Remove the four screws of Remove the center frame rear carefully not to damage the CN 3273 board Remove the flex board holder in the direction of the arrow Disconnect the harness and coaxial cable with connector from the connectors on the TX 131 board Flex SS g ard holder t Remove the screw of 9 and remove the main harness holder Disconnect the coaxial cable from the coaxial connector Remove the two screws of h remove the coaxial connector Remove the four screws of D remove the bottom plate 9 M2 x 3 silver h M2 x 3 silver D M2 x 3 silver Disconnect the coaxial cable from the con nector on the TX 131 board Remove the four screws of k and remove the TX 131 board Reinstall the battery case and the TX 131 board by reversing the steps of removal 2 14 E Center frame rear D M2 x 3 silver CN 3273 board Coaxial cable with connector Harness TX 131 board Main harness holder Coaxial cable Coaxial connector 9 B2 x 3 silver
14. Coaxial cable PMW EX1R 2 2 13 DPR 311 Board Main heat spreader Heat transfer sheet top 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 SS portion that is adhered to the rear Rear main frame main frame The characteristic of the heat transfer sheet Adhered portion 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 5 Disconnect the CN 3258 board CN 3259 board CN 3273 board and HN 356 board Flexible card from the connectors on the DPR 311 board wire 30 core CN 3273 board CN 3258 board 6 Disconnect the flexible boards of prism assembly from the three connectors on the DPR 311 board 7 Disconnect the flexible card wire 30 core and two coaxial cable with connectors from the connectors on the DPR 311 board DPR 311 8 Remove the DPR 311 board poate 9 Reinstall the DPR 311 board by reversing the steps of removal Coaxial cable with connector Flexible boards of prism assembly PMW EX1R 2 15 E 2 2 14 Case L Assembly 8 M2 x 4 silver 6 M2 x 3 silver 1 Refer to Sections from 2 2 1 to 2 2 5 and disassemble the unit up to Handle Assem bly
15. LINEOUTIP LINEOUTIN LINEOUT2P LINEOUT2N LINE OUT1N LINE OUT2P LINE OUT2N DP 0 CAM AU DT34 DACDAT DP CAM AU DT34 ADCDAT 16201 12C BUS DRIVER DP 12C SDA DP 12C SCL DP SYS RESET 10205 SERIAL PARALLEL 16208 10206 SERIAL PARALLEL LINK 2 A SW EZMODE SW PEAKING ji CN101 CN104 SW ZEBRA 25 5 64 2C SDA EEE 20_SDA 12C_SDA 17 120 801 120_SCL 120 801 5010 0200 X100 37 32 768kHz sw SDA SW_WBALANCE_A SW_WBALANCE_B RTC_INTA SW_GAIN_A i RQ FOUT SW_GAIN_B 26 29 10101 0100 CN101 CN104 0100 SW_ASSINI 3 55 53 36 lt Bri E A ko o BT100 CN101 B CN104 Q101 LITHIUM SW_SHOTTR 19 SW_INT SW_INT BATTERY SW TRAN A B EXSCLO gt ae TT SW BACKLIGHT SW BRIGHT P M SW TC UB CT SW STATUS I 51 50 56 SW OUTPUT 63 4 1 62 1200 10204 67 pc pc 1 ncc 9 59 E 3 1V_D ae 1 8V 4 6V_A SONN 3 2V_J 10201 31 24 34 6 RESET 6101 CN104 SW RESET KCN KUNI SW RESET SW RESET SW_BATTERY_INFO DISPLAY EE EH SW BATTERY INFO DISPLAY SW BATTERY INFO SW AWB SW AWB SW AWB P 8 9 1198 9 11 2 X HN 356 4 4 e x o co e elo gt co
16. e I CN BAT_SCL ue 0224 2 2 _ 1 i8 L207 tov ty C00 ON CNi BAT SDA BAT SDA 0 0 CONV LOH 9 77 78 W7 78 77 78 BATT 1D DATA 1D DATA 1 P lt L 035 D sumen 0225 L208 CN200 1 2V_SY Y Ho 0 73 74 ra 74 73 74 0227 229 SW SY 1P2V ONOI 1017 L9 gt et ov iy C20 Love 034 49 50 SWITCH IM DOWN DET ME DOWN DET DP DOWN DET I SW IM 1POV 0238 239 036 38 D15 18 D16 19 h D205 0236 237 D202 208 201 204 207 0218 220 D14 200 203 ME Y 0206 217 DOWN DET ME 9 1 DOWN DET DP REF2 5V RE 273 lt 015 17 43 44 47 48 I DPR RE272 relay board 325 DC IN connector IMEN DC 152 T DP EN DC DC converter cN200 cn CNi RE 2 72 H_SHUTDOWN H_SHUTDOWN PMW EX1R 6 9 6 9 CN 3259 RE 273 CN 3259 RE 273 RE 273 CN 3259 EVER 5 0V 2 1010 5V CNi CN2 CN1 UNSW UNREG 1 Dc pc 8 EVER 2 5V SWD_UNREG SWD_UNREG 0100 UNREG DP arte E70 69 70 A 70 o e UNREG I fo 66 65 66 65 66 0101 SW_IM_UNREG 2 EA HAB L3 14 16 6 10 4 00 IC4 00 CN2 07 DC DC H_STARTUP gt can cn 45 48 45 48 Q103 108 1 SW DP 1PBV cn 37 40 37 40 0104 109 SW ME 1P8BV gt CNi CN2 35 36 36 35 36 36 35 36 36 0116 117 i SW SY 1PBV D L2 cn 6 1 025
17. 30 MD BGPIO 17 LED1 29 I Z amp 2 DNE 24 530 e 3 3V0UT1 2 35 NE r 3 3V AUXIN 15 3 3V_AUX 12 14 AUXOUT H2 t1 5V 11 13 1 5V PE 102400 5VOUTH 2 CLOCK 07 GENERATOR GENERATOR POWER SWITCH PCIEXTO PCIEXCO CLKRE00 CN2401 USB D USB 0 CLK INT REFCLK CLK INC PCIEXTI PCIEXC1 CLKREO1 D 1 1 1 2 S r me 1 I eE 5 o gt e 15 ep EE Kei e Y29 Y27 W31 Y26 W29 Y25 W30 V31 N W27 V30 W26 U31 D1 2 030 V27 U27 MD BGPIO 8 19 22 23 30 31 2 2 ro no 1 1 4 LA o avout 25 3 3V E AH30 AE26 AF29 AE29 AD25 AE27 t XN 15 AUC 7 3 3V AUXOUT 15 3 3V_AUX 11 13 1 5V PE 5VOUTI 2 e 2 5 o a MD_BGP10_8 9 12 13 22 23 x IC1 AD27 6 POWER SWITCH DV TO MD DVFSYNC 162200 i LINK CONTROLLER 68 65 63 62 59 58 56 55 53 52 50 47 CN 3273 1 2 E IS paz 213000 cv jas 00 15 13 12 10 00 31
18. Insulated side Insulated side C RA Latch D Connector Ss Latch Connector PMW EX1R 1 19 E 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 The coaxial cable with connector uses fine 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 e 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 Disconnecting Disconnect the coaxial cable with connector while holding the connector Do not attempt to disconnect by pulling the cables Connecting Insert the connector of the coaxial cable with connector firmly as far as it will go Type C Coaxial cable Connector with connector oN Coaxial cable with connector 1 20 E PMW EX1R Section 2 Replacement of Main Parts Outline of Replacement Procedures 2 1 2 for details of the replacement proce The following figures show the flow for removing the main parts Refer
19. 2 YGND Y GND 3 PB O COMPONENT Pb 4 PBPR GND PBPR GND 5 PR O COMPONENT Pr 6 NC 7 NC 8 NC 9 SW GND 10 SW 1 USB Mini B connector 5P 5 EXT VIEW No Signal I O 1 VCC 2 D I O 3 D I O 4 ID 5 GND Specifications USB Vcc USB USB NC Ground LENS REMOTE 8P FEMALE D EXT VIEW No Signal COMMON V O ZOOM N COMMON V O COMMON SW COMMON FRAME GND CO O O BR O 1 2 E Specifications GND GND WIDE 1 66V STOP 3 33V TELE 3 33V 1 66V GND ON OPEN OFF GND ON OPEN OFF GND 9 DC IN 2P DC JACK TYPE 4 tes EXT VIEW HDMI OUT 19P 19 1 EXT VIEW No Signal I O 1 TMDS_DATA2 O 2 TMDS_DATA2_SHIELD 3 TMDS DATA2 O 4 TMDS_DATA1 O 5 TMDS_DATA1_SHIELD 6 TMDS DATA1 O 7 TMDS DATAO O 8 TMDS DATAO SHIELD 9 TMDS DATAO O 10 TMDS_CLOCK O 11 TMDS_CLOCK_SHIELD 12 TMDS CLOCK O 13 CEC N C 14 RESERVED N C 15 SCL O 16 SDA I O 17 DDC CEC_GND 18 5V_POWER O 19 HPD 1 Battery 5P 1 2 3 4 5 EXT VIEW No Signal I O Specifications 1 BATT 11 to 17 V dc 2 BAT_SCL O 3 BAT_SDA I O 4 BATT_ID_DATA 5 PMW EX1R 1 2 Location of the Printed Wiring Boards 1 ASW 68 board 2 AU 326 board 3 AXM 42 board 4 BI 202 board 5 BI 203 board
20. 3 47 UDQS 000 MD BMDQSP1 N1 ND BMDOSNO 3 E11 011 014 E14 BuDQsSPO 3 T Yt W3 SEM MD BUBDO 15 LDQS 1005 8 BMDQSNO 3 F2 seb D_0MCS0X ONCSX_0 BDREQ1X EP1 DROB we D D OMMY OMWEX B EP1 DACKB D_OMCKE OMCKE OUBRD1X EP1_RDB Ras D D OMRASX OMRASX UBSTP1X EP1 TCB cas D OMCASX BDREO2X EP2 DROB OMCKP 0 BDACK2X EP2 DACKB D OMOKNO OMOKN_O OUBWR2X EP2_WRB ODT D OMODTO OMODT 0 OUBSTP2X EP2 D ONCKP1 loce VO OUBIRY i MD OMCKN1 B aus SUR MD OUBRDX P8 M2 P7 R OUBRSTX RESETB Z OUBCSX_0 CSB UBINTX_0 INTB_ALL2 0 MD OMBAO 1 UBM2 a MD OMCS1X 11801 Hu MD OUB SDRAM 19 D_OUBA1 7 x 40 6 7 MD BND16 31 bis 000 15 24 38 21 37 96 FLASH ROM 19 20 18 17 16 OMDMO MD BUBLDO 14 25 41 47 4248 jj MD BMDQSP2 N2 15 UDQS 000 F7 s MD BNDOSP3 N3 jJ 100 100 A 28 9 43 10 11 LB 46 12 35 29 30 m MD OMCSOX 80800 15 44 31 45 33 34 14 WE Hg O we 16 01900 K2 MD_OMCKE MD_OUBWRX Wace mg MD 43 3V 3 K7 MD_OMRASX K MD OUBRDX 7 ms ps MD ONCASX 161900 CAS p ouscsx_1 H RESET fet e J8 MD OMCKP1 K8 x MD_OMCKNI L OT 4214 MD 20U3 ISYSRDYX 4 4 J8 J9 K7 K9 AH2 AF2 AK2 AF3 Kt K3 Jt J2 AN AN2 J3 H1 J7 H2 H3 20 008 DP 0 DDR ADDRO 12 d ALS AL2 AK3 ODR ADDRO 12 H8 H9 DP 0 DDR 1 DP 0 DDR BA
21. BI 204 41 1 4 DPR 311 1 4 HN 356 1 4 SW 1478 1 2 R5 R3 N1 N2 N3 N5 5 2 Pt P2 G3 G5 H1 H2 H5 J1 J2 J3 K2 K3 K5 L1 L2 L3 M1 M2 M5 D3 E1 E2 ES Fi F2 F3 F5 G1 G2 10 16200 0 CLK D F5 61 61 53 62 64 53 62 64 71 72 Th 72 CN101 CN102 17 13 20 15 24 21 36 43 34 42 38 39 000 0 18 14 19 16 23 22 35 44 SDA TEMP SCL TEMP AC14 AA16 AA 4 AA12 K24 M21 L21 J24 0 DGTL H X N21 L24 R21 T24 Sopas 11 P24 M24 P21 R24 S ashes ETT T3 DATA G0 0 11 0 DGTL FLD o parL skin HE Ri DATA G0 0 11 0 DGTL FVALID EE n _P STRB P aa rid vaste Lat L5 DI TOUT XCE E24 G20 E23 G21 9 sck 1 1 SDI f 0_SD0_1 0_SCE_1_X C16 B16 A16 E15 TEVODIN XVS XHS F23 F21 D23 D24 0_CLK_G C15 B15 A15 E14 0_OHB_F_G 61 F1 E1 01 C1 C14 B14 A14 E13 0_OHB_H_G F2 E2 F6 D7 E7 B8 C13 B13 A13 E12 0_OHB_V_G C8 08 F7 F8 D2 C12 B12 A12 B11 IMO DGTL V X B2 B3 E6 x A1 21 101001 40 21 C11 C10 87 21 toc 22 M7 CT 4 2 O E7 C7 B7 101003 H2 H3 G3 H4 J5 161004 C6 B6 A6 C5 10 CPU A 0 1 G5 J6 H7 62 J3 B5 A5 C4 B4 G4 J4 H5 G6 H6 J7 A4 B3 A3 A2 B18 D18 E18 A17 E x 1010
22. Clear SHUTTER SW ON GAIN L 0 dB WHITE BAL ATW FULL AUTO OFF 4 6 E PMW EX1R Adjustment Procedure 1 Set the Video Format by selecting the menus as follows OTHERS Video Format Select either HQ 1080 601 or HQ 1080 501 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 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 Center ZOOM POSITION TELE ZOOM SERVO FOCUS FULL MANUAL IRIS OPEN GAIN Ode WHITE BAL ATH FULL AUTO OFF Item Setting Lens ZOOM POSITION TELE ZOOM SERVO FOCUS FULLMANUAL IRIS OPEN GAIN OdB WHITE BAL ATB FULL AUTO OFF 4 Enter the SERVICE menu and select MAINTENANCE Auto FB Adjust Then execute Auto FB Adjust 5 Waituntil Auto FB Adjust is complete 6 Restart the camera Check after Adjustment l 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 PMW EX1R 4 7 E 4 4 RPN CORRECT Menu The RPN CORRECT menu enable
23. Hull pee pe AUUT 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 The flare 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 PMW EX1R 4 5 E 4 3 6 Executing Auto FB Adjust Executing the Auto FB Adjust menu enables automatic adjustment of lens flange 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 flange back FB Flange Focal Length adjustment method Preparation Upgrade the firmware to the newest version Prepare the Flange Back Chart and place it at the distance of 3 meters far from the camera Flange Bback Chart 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
24. 11 611 1 966 991 11 612 1 966 992 11 613 3 056 233 2421 614 3 080 203 01 615 39278272 7 01 616 3 968 129 52 617 4 164 571 01 618 4 164 619 01 619 4 164 620 01 620 4 164 626 01 621 4 164 627 01 622 4 164 628 01 623 4 164 629 01 624 4 164 630 01 625 4 672 834 11 626 1 169 621 01 627 1 I71 215 01 PMW EX1R SP Description MOUNTED CIRCUIT BOARD TX 131 MOUNTED CIRCUIT BOARD CN 3258 MOUNTED CIRCUIT BOARD CN 3259 MOUNTED CIRCUIT BOARD CN 3273 MOUNTED CIRCUIT BOARD HN 356 MOUNTED CIRCUIT BOARD DPR 311 CONVERTER COAXIAL CONNECTOR CABLE FLEXIBLE FLAT 30 CORE CABLE ASSEMBLY COAXIAL HARNESS DPR311 EC68 HARNESS SUB TX131 VIF46 HARNESS TX131 VIF46 SCREW M2 LOCK ACE P2 SREW M2 LOCK ACE P2 BNC COVER SCREW M2 LOCK ACE P2 SHEET RADIATION 1 5 C SHEET HEAT TRANSFER MAIN SHEET HEAT TRANSFER TOP SHEET RADIATION 1 5 A SHEET RADIATION 1 SHEET RADIATION 1 SHEET RADIATION 2 SHEET RADIATION 2 SCREW B EG GRIP 5 5 A B SHEET RADIATION 1 B EMC FLEX SHEET Main Frame 2 0 15 Front Block 5 16 PMW EX1R No Part No 701 A 1737 615 A 702 A 1737 616 A 703 A 1737 617 A 704 A 1737 618 A 705 A 1738 049 A 706 A 1759 650 A 707 A 1759 651 A 708 X 2187 375 4 709 X 2187 376 1 710 X 2515 726 1 711 1 788 703 13 712 1 965 711 11 713 1 965 713 11 714 3 056 233 21 715 3 080 206 21 716 3 281 730 01 717 3 281 751 01 718 3 284 472 01 719 3 285 955 01 120 3 285
25. 311 3 4 HN 356 2 4 HN 356 M3 7 N2 A4 06 A6 N3 N7 P2 E6 A5 B5 D7 102502 P3 2 B6 B4 AD26 joi B3 A3 86 B4 ES MAD00 12 LINTD 4 UBVBUS MD OMBAO 1 MD OMBAO 1 08 47 1 mm 38 104 39 106 ausos 76 105 40 T MD OMCS1X Bos ouga 1 7 8 A62 03 x MD OUBA1 7 E vei Ts G4 Hf 15 J2 J1 7 7 162000 97 d DDR2 M i ie a AH2 07 AGS 89 57 16 90 UB 2 ds si USB DM SDRAM B9 E10 A9 D10 B10 11 B11 E13 AES AH1 06 A62 92 58 91 18 Device DM os es B13 013 A13 A14 n it m t 5B 19 60 20 CONTROLLER 000 15 MD BMD00 15 MD BMD00 31 x A15 B15 D 5 E15 BIIDO 0 31 BUBLD 0 15 x MD BUBLD0 15 6h 96 100 15 XTINLCLK 36 P ND_OMDMO 1 I AAG 01 ACT AAS 41 107 78 42 14 z UDM LDM H2 Li Ato BIA AB3 AB1 AB2 AAS 79 43 80 44 MD BMDQSPO NO MD BMDQSPO 3 24 J5 N4 N5 AA2 AAT Y2 2 46
26. 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 flexible board from the connector CN101 on the ASW 68 board 7 Reinstall the rear panel assembly by reversing the steps of removal 2 10 E 8 M2 x 3 silver b M2 x 4 black ASW 68 board 9 CN101 Rear panel assembly Harness Ss 27 N RE 272 board lt CN 3273 board 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 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 PMW EX1R silver Coaxial cable with connector slot A Coaxial cable with connector slot B Express card assembly silver 2 11 E 2 2 11 RE 272 Board and RE 273 Board 8 M2 x 3 silver b M2 x 3 silver 1 Refer to Sections from 2 2 1 to 2 2 5 and disassemble the unit up to Handle Assem bly removal 2 Referto Sections from 2 2 8 to 2 2 10 and disassemble the unit up to Express Card Assembly r
27. 7 6 3 F Ts TT ento n s LINE OUT 2N 14 peo 10204 LINE AV OUT1 1 VIF 10204 6 LINE AV OUT 7 0203 0204 6 11 HEADPHON SPEAKER Rear panel switch ASW 68 DAP ASW relay board CN 3273 2 2 Headphone LED 491 LED CACHE LED 494 Switch SW 1484 TX 131 VIF 46 TX 131 VIF 46 M XQe i n C i y CN100 TO TX VBS RILVIDEO ves N Hs RII VIDEO Y DPR TO TX MLN DATO 7 SY NLN DATO 7 90 97 7 14 99 SY NLN ADRO 3 D LN RD WR RII VIDEO VBS D LN RD DPR TO TX NLN RD D LN WEO DONLL DPR TO TX WEO DONLL 5 D LN C56 DPR TO TX MLN CS6 108 DPR TO TX 700 INT DPR TO TX 700 INT EE D O_WAIT DPR_T0_TX_700_WAIT D 0 B150DET DPR TO TX 700 B150DET D LN RESET DPR TO TX MLN RESET Era TX MLN CK102 DPR TO TX CK102 DPR TO TX 700 RESET Vex CN100 CN101 TX TO CFG SDO 61 EX3 TO TX REF H R_TO_TX_CFG_SCK EX3_TO_TX_REF_F R_TO_TX_CFG_CS TO TX REF DIIN R_TO_TX_CFG_nCFG EX3_TO_TX_TC_IN TX_T0_EX3_TC_OUT L2 TX_T0_EX3_H_NTSC DPR TO TX CFG S651 DPR TO TX CFG S80 Pa SY 700P RESET DPR TO TX CFG STRB TX DP 3 1V TX TO EX3 RM
28. 8 SW FREV SW PLAY L m ANE SW_STOP SW_FFWD SW_ZOOM_B OFF SW_ZOOM_B 28 SW_PREV SW_NEXT OFF O 22 2826 SILVOL M SIL VOL 24 25 27 SW THUMB 16 79 62 61 1 21 10 sw STICK CANCEL SWITCH P75 74 T2 P00 01 120 33 SW FRRMOUT mu LINE SW CNS m CN3 2 weis Em PANEL REVERSE PANEL REVERSE EN E PANEL REVERSE PANEL REVERSE EN PANEL OPEN CLOSE PANEL OPEN CLOSE pg ENS 5 PANEL OPEN CLOSE PANEL OPEN CLOSE p FA os AXM 42 2 2 DET 52 DR 644 HN 363 KSW 55 2 2 RM 224 RM 224 01 2 01 57 LED FRTALLY HIGH e 58 060 8 3 1 REMOTE RECEIVE 42 2 2 T LINE MIC 48V_1 a 48V O LINE 82 LINE MIC 48V 2 48V O zl LINE AUDIO XLR 42 2 2 LCD switch DET 52 EVF driver DR 644 DR EVF relay board HN 363 Handle switch KSW 55 2 2 Remote receiver RM 224 PMW EX1R CN 3258 DC 152 RE 272 CN 3258 DC 152 RE 272 RE 272 CN 3258 CN1 014 16 020 Li cN20
29. 8 E 4 4 2 Correction Mode Settings 4 8 E 4 4 3 Chanel Setting uuu uu asua ewe qaa 4 8 E 4 4 4 CURSOR SELLE uu ul l m u 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 tudine 5 3 2 Exploded Views 5 2 5 3 Suppled AGG68880T168 boxer Eo Dopod eene bugs 5 18 6 Block Diagrams CI NNI TE 6 2 CIN V m 6 3 AA M 6 3 8 r PJ Mc 6 3 4 6 7 i ee er nent 6 3 4 6 7 fei e H m 6 3 Ji cree meinem eer eerie re E 6 3 IR 6 3 8 MARIO TT 6 3 JEU E
30. 956 01 721 3 694 181 03 722 3 968 729 52 723 4 164 616 02 724 4 164 859 02 125 4 164 878 01 126 4 164 861 01 7 627 556 57 PMW EX1R SP cn NM co S S Description MOUNTED CIRCUIT BOARD AU 326 MOUNTED CIRCUIT BOARD SW 1478 MOUNTED CIRCUIT BOARD SWC 50 MOUNTED CIRCUIT BOARD HN 360 MOUNTED CIRCUIT BOARD DAP 41 UNIT LENS UNIT PRISM BLOCK CASE L ASSY BOTTON CASEL ASSY PANEL ASSY FRONT ND FILTER OPTICAL HARNESS SUB SE912 AU313 HARNESS SUB AU313 SW1375 SCREW M2 LOCK ACE P2 SCREW TAPPING P2 SWC 47 ADHESIVE SHEET SHEET HN 338 ADHESIVE CUSHION ASSIGN CMOS PROTECTION SHEET A CMOS PROTECTION SHEET B TYPE1 AROCK PRECISION P2 6X5 SCREW M2 LOCK ACE P2 MAIN FRAME REAR CASE R FRONT FRAME SHEET C MOS FLEXIBLE PRECISION SCREW P 2 6X5 1 Front Block 0 17 5 3 Supplied Accessories Ref No or Q ty Part No 1 X 2546 633 1 1 1 479 570 14 lpc A 1 757 562 11 1 1 782 476 13 1 1 828 544 12 1 1 829 414 22 1 0 15583524 lpc 3 210 903501 1 4 130 649 04 1 A 4 163 183 01 lpc A 4 163 183 11 lpc A 4 163 183 21 1 A 4 164 150 01 5 18 Description KIT COLD SHOE REMOTE COMMANDER RM F300 CORD POWER UC CORD POWER CN CORD CONNECTION USB CABLE CONNECTION COMPONENT CORD CONNECTION AV MULTIPLE SHORUDER BELT CD ROM UTILITY SOFTWARE MANUAL INSTRUCTION J MANUAL INSTRU
31. 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 lt i Link controller The i Link signal output from the i Link controller 1C2200 is connected to the 4 pin 1 Link connector CN3 on the CN 3273 board passing through the both sided flexible 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 Board The MA 183 board contains a built in microphone unit The MA 183 board amplifies the audio signal with the microphone bias power supply and head amplifier Q5 Q7 and Q9 and Q6 Q8 and Q10 It provides the balanced output for the audio signal AXM 42 Board The 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 Board This 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 board This 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
32. 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
33. LM FLASH 3 1V EEPROM SWITCHING Bl 203 103 2 BI 203 13 CAMERA 162909 2 NEN SYSCON TEMP CON SDRAM 21 I C MOS IMAGER I FE C1500 C1600 E B 202 IC ExpressCard C MOS R CAMERA MPEG SAI SLOT IMAGER TAT HOST sxs I CN 3273 J own PROCESS ENC DEC C MOS I 101003 L 101602 161000 6804 807 808 DR 644 SDRAM 101901 ici FLASH DAP 41 3 3 I C1300 2 2 02000 E USB MAINTENANCE _ USB DEVICE E LCD I TX 131 16200 10500 MA 183 AU 326 16200 201 DAP 41 SD MICI MIC2 2 3 noes SDI OUT DRIVER 10208 209 10202 203 1 2 X300 301 AUDIO IN G Eran 16203 VIF 46 i BM Pe CONF IG C2 SPEAKER H m i HON V I L C801 HEADPHONE LED 491 Y PR PB p COMPONENT OUT VIDEO D s B OUT I I LINE MONI 1 2 Overall 6 2 6 2 PMW EX1R AU 326 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 INTERNAL I MIC 1 INTERNAL LI 1 2 KSW 55 1 2 HN 361 I CN3 f CN7 CN2 gp ON1 OL EN ENTE EM AXM 42 1 2 g CNS CNi CN2 f ON CN3 ff CNS CN1 CN2 f ON 15 EXTERNAL L WIC LINE 1 EXTERNAL WIC LINE 2 PMW EX1R aor meon vem 0 a ee HN 360
34. PMW EX1R 3 1 E 3 2 SERVICE Menu List 3 2 1 Menu Item Test Saw Auto BLK Balance Black Shading White Shading Flare Submenu Item Setting Channel Sel H Saw H Para V Saw V Para Auto BLK Shad Setting Channel Sel H Saw H Para V Saw V Para G Flare B Flare R Flare MAINTENANCE Menu Choice On Off Execute Cancel On Off G B R 99 to 99 99 to 99 99 to 99 99 to 99 Execute Cancel On Off G B R 99 to 99 99 to 99 99 to 99 99 to 99 99 to 99 99 to 99 99 to 99 3 2 2 RPN CORRECT Menu Menu Item Auto Detection Correction Mode Channel Cursor Cursor H Position Cursor V Position Cursor Next Cursor Prev 3 2 E Submenu Item Choice Execute Cancel Concealment Compensation G B R On Off 1 to 1920 1 to 1080 Function Turns On or Off the Test Saw Starts up the auto black balance adjustment Turns On or Off the black shading correction Selects the channel R ch or G ch or B ch to execute black shading adjustment on The present setup values of H Saw H Para V Saw and V Para for the selected channel are displayed automatically Adjusts the black shading H Saw correction level Adjusts the black shading H Para correction level Adjusts the black shading V Saw correction level Adjusts the black shading V Para correction level Starts up the auto black shading correction Tu
35. S EXTEND ER LENS RET SW AN D20 AC23 21 R21 AB23 S 8 SW S COMP ENS REMOTE S IRIS C o ro 3 gt n2 ND_POSI_0 3 4 5 PU1 PU2 P04 AB22 AA23 R20 T21 021 AA22 Y23 Y22 P20 V22 N20 P22 U23 123 21 L20 L21 421 K21 L23 L22 K23 K22 J20 J22 H23 G1 F1 Et 01 Bt C1 F2 E2 F6 D7 E7 B8 C8 D8 F7 E8 F8 D2 B2 B3 E6 B7 C7 C3 RIS_CONT LOCAL ONT A0 23 WAIT 10413 FLASH ROM H2 H3 G3 H4 J5 G5 J6 H7 G2 J3 G4 H5 G6 H6 J7 DQ0 15 16 Ki LL nae je ae p IM CPU C6 10402 ANOUTO ANOUTI MSDATA2 ADV CLK ND POSI 1 LENS TX H7 H8 J8 J7 J3 J2 H2 H1 G3 H9 G2 G7 G8 19 IM RISE CS X 17 S_RX AA13 IM_CAM_XRESET A13 14 d Y17 B8 C9 C8 D9 08 E9 LENS_RESET A8 B9 D 16 El 02 D1 C2 C1 B2 B1 A2 S FLMDO S UNREG ENS UNREG a e M TRST 10404 IM_ 3 3V 10403 OUT GND IM UNREG IM CPU CLK M_TMS _ CE_RESE T IM 2 5V 6 4
36. SEL t A 4 G2 EX8 TO TX REF DET gt J CNIOO TO DPR 10 SRX F6 DPR TO TX S10 STX C5 ra DPR TO TX S10 SCLK D5 DPR TO TX 810 SCS G6 702 16 19 C10 D10 F10 E11 F11 10307 m DPR TO TX DA Y 2 27 12 613 D12 E19 D14 A10 F17 4 2 7 1302 9 R18 T 1301 DC BUFF X300 10305 PHASE 6 2 1 vco 2N 4 COMP 9 gt 74 25MH2 TX_ 3 3V PLL 0300 M14 B14 A15 A16 B16 CN100 A17 A18 B17 C17 C18 PHASE DPR TO TX DA PR AMP AINA DA0 9 COMP 10704 DPR ae ADC 2 lt VCMA CLKA 10306 1300 vco 2 4 16304 5 SHDNA 2 5 2 74 175824MHz OEA DELAY TX_ 3 3V PLL 1 0301 4 SR 1703 28 30 F12 F13 E12 E14 C16 DPR TO TX DA PB 4 1 15 33 39 A11 A12 B12 A13 B13 R2 a LPF AMP AINB DBO Q m m T T3 VCMB CLKB SHDNB TX_DP_ 3 1v I 10 1863 NETT A8 F9 B8 E9 N7 T4 T6 V5 U5 D2 D1 03 C1 C2 iiu CN500 C9 B7 F8 A6 M6 NG V4 U4 V3 0 68 Y0 9 1
37. SET button Exiting the Menu Mode Press 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 correction INFORMATION 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 MENU button 99 dal To display the SERVICE menu the following operations are needed CANCEL button 1 Close the LCD monitor Qeu gt oum iu Set the LCD B LIGHT switch on the upper operation panel to the OFF position ES set the GAIN switch on the side operation panel to H position EDD Press the CANCEL button the MENU button and the Jog dial at the same time Oo When the LCD monitor is opened the SERVICE menu is displayed PICTURE DC IN PROFILE O Rear panel jr ec 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
38. 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 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 CHI and CH2 respectively The switch MONITOR AUDIO that is common to 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 PC It operates on a 27 MHz clock X2900 FLASH ROM 1 2908 SDRAM IC2909 and EEPROM 1 3205 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 r
39. 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 EX Slow Shutter Off Country Video Format lower front of the unit lt CAMERA menu NTSC Area OTHERS menu 1 Self diagnostic items HQ1080 601 OTHERS menu 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 Typel Simple self diagnosis Use to execute a simple version of the self diagnosis This finishes 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 Item1 Item2 Item3 Item4 Item5 Item6 Item Item8 Item9 Item10 Item11 Item12 Item13 3 4 E Self diagnostic item Image processor block Display block Media block Audio block System controller block Power block I F between image processor and display block Video I F while recording between display and media block Video I F while playing back between display and media block Audio I F while recording between display and media block Audio I F while playing back between display a
40. 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 Ar LEAD FREE MARK 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 C 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 PMW EX1R 1 17 E 1 9 Connector Location Diagram on Board The PWM EXIR uses flexible card wires and coaxial cables with connector The following diagrams indicate the location of each connector The location of flexible card cables are indicated by the circle number 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 L TO CN302 enna F i DPR 311 board A side KSW 55 board A side CN900 L CN3401 CN2401 CN2400 D CN3402 CN5 je EC 68 board B side DR 644 board A side CN1 2 Z TX 131 board B side VIF 46 board B side 3 cnt
41. removal 2 Refer to Sections from 2 2 8 to 2 2 13 and disassemble the unit up to DPR 311 Board removal Rear main frame 3 Remove the three screws of 8 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 SNOW CON TD S lt D D Q NN ON EN 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 AU 326 board CN2 2 16 E PMW EX1R 7 Remove the four screws of 8 Remove the case L assembly carefully not to damage the flexible board ORC M2 x 4 black Flexible boards of prism assembly lt 9 Reinstall the case L assembly by reversing the steps of removal Check if the position of the ND filter knob matches the position of the lever Be careful with the position of the flexible board from the prism block when installing the case L assembly ND filter knob Case L assembly 2 2 15 CaseR 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 and remove the case R 5 Reinstall the case R by reversing the
42. signal from the CMOS image sensor enters first 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 finally enters the baseband processing IC IC600 The pixel number conversion processing from 1920 1080 to 1440 1080 or 1280 720 1s also performed inside IC200 1 4 E PMW EX1R The CAMERA MICON camera u 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 IC500 FLAH ROM 1 413 SDRAM IC414 3 Video Signal System DPR 311 Board The 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 functi
43. 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 amplifier IC200 and IC201 of this board Output of the balanced amplifier Is connected to the analog switch IC208 IC209 for switching between INT EXT The DC DC converter IC100 Q100 for microphone power 48 V 1s built in and when EXT MIC 48 V 15 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 amplifier IC202 IC203 that performs amplification 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 amplifier 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 RT
44. steps of removal 8 M2 x 4 black b M2 x 4 black M2 x 3 silver PMW EX1R 2 17 E 2 2 16 Prism Assembly 8 M2 x 3 silver 6 Tapping M2 x 5 black 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 Prism assembly l disassemble the unit up to Case R removal C MOS flexible sheet 3 Remove the screw of 8 and remove the 2 plate Positioning holes N7 4 Peel off the adhered portion of the C MOS E flexible sheet lt dowels 4 5 Remove the four screws of b and remove 4 C5 gt M Plate the prism assembly Adhesion position 6 Reinstall the prism assembly by reversing the steps of removal When installing check that the two position ing holes of the prism assembly are aligned with the dowels 2 2 17 NDFilter 1 Refer to Sections from 2 2 1 to 2 2 5 and e Positioning disassemble the unit up to Handle Assem ND filter bly removal 2 Refer to Sections from 2 2 8 to 2 2 16 and disassemble the unit up to Prism Assembly 007 block removal 3 Disconnect the harness from the connector on Harness the ND filter 4 Remove the three screws and remove the ND filter by drawing the lever block of the ND filter out of the hole of the main frame dowels 5 Reinstall the ND filter by reversing the steps Haene of removal J m
45. the registration of RPN PMW EX1R 4 9 E 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 specified 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 1s 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 15 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 procedure 1 Set the Video Format to HQ 1080 601 2 Set the Readout Mode to Frame To facilitate viewing the RPN position on a monitor screen 3 Set the lens iris to CLOSE Adjust GAIN and Black Level to the settings that facilitate viewing the RPN position on a monitor screen 5 Set Ch
46. 0 cn CNi CAP_SWD_UNREG H_START_UP 0 0 O O O 1012 1010 REF aN REF ap REF2 5V DC ic L4 L210 21200 80 CNi ii cNi l eut F1 0310 311 0310 311 NER oS OU gt 189 90 90 89 90 1 EXT_DC Js ocet H SWITCH SWITCH CURRENT 2 ExT_pe_eND eue BE cun 28 013 L202 2 5y iu 21200 5 Y Ho io 50 9 50 49 50 0203 211 SW 1M 2P5V 10 IC14 1 2 p 482 iy pp 09200 cw2 SWITCH SENSE T Hoo elit 42 ut 42 41 42 DRIVER SENSE 0204 212 m SW DP 2P5V gt SABI 681 IN1IN2 T Edd Hr 14 142 208 0230 0309 00 Ho o 0231 232 SW SY 2P5V b gt 2 BATT l a j L3 L204 BATT 0317 319 ite e 60 e LUN e per QU 0205 213 4T SW_IM_3P1V gt 4 CN201 17 0222 EVER5_ON OFF E m T L205 0300 301 19 P CN201 iu 0206 214 J oo EUN SW DP 3P1V gt I je MTS 15 m L206 ay y c 200 Toe I 00 ET T Hoo 65 68 65 68 65 68 SW_ME_3P1V gt 2 i 12 0241 242 BATTERY lt SW SY 3P1V gt 2 gar L3 a gy C00 ee CNi poo 70 3 16 3 16 3 16 D31 ON HOLD Po E 52 C300 0200 208 20 TE D313 0207 TT Ic capot DC gt 12 ji 10302 T si run PROTECT i 2 0201 209 17 38 18 37 D 9 TT SW DP 4P6V r 7 10302 i z RET 7 0244 245 17 38 18 37 SW SY 4P6V 025 gt
47. 0 206 21 s 114 3 276 443 01 S 115 3 276 875 03 s 116 3 276 876 01 s 117 3 276 877 01 5 118 3 276 881 01 s 119 3 278 663 02 S 120 3 278 665 02 S 121 3 278 666 02 S 122 3 278 667 03 s 123 3 282 659 02 S 124 3 452 727 01 S 125 3 678 684 01 0 126 3 688 754 11 5 127 3 688 755 13 s 128 3 694 181 03 s 129 3 724 182 01 5 130 3 968 729 52 S 131 4 164 569 01 s 132 4 164 593 02 8 133 4 164 596 01 s 134 3 080 203 01 s 7 627 556 38 s 1 685 792 09 s PMW EX1R Description MOUNTED CIRCUIT BOARD DR 644 MOUNTED CIRCUIT BOARD LED 491 MOUNTED CIRCUIT BOARD KSW 55 MOUNTED CIRCUIT BOARD HN 361 MOUNTED CIRCUIT BOARD AXM 42 COVER CENTER ASSY SWITCH BLOCK CONTROL 75 5610 LOUDSPEAKER 1 8CM HARNESS SUB KSW53 DR621 HARNESS SUB ASW68 LED491 SCREW M2X5 SMALL P SW SREW M2 LOCK ACE P2 SCREW TAPPING P2 SPEAKER CUSHION HANDLE COVER LOW SPEAKER GRILLE DAMPER LCD LCD SUPPORT KSW 53 BRACKET KNOB XLR SW RAIL XLR SW HOLDER SPEAKER SHEET HANDLE REAR SHEET SPEAKER HOLDER HOLDER CABLE SPRING SHOE ACCESSORY TYPE1 AROCK PRECISION P2 6X5 NUT SMALL JACK M SCREW M2 LOCK ACE P2 SHOE REAR ACCESSORY SWITCH ZOOM LED 491 BRACKET SCREW M2 LOCK ACE P2 SCREW P 2 6X4 0 SCREW PTT 2 6X6 S Handle Block 1 5 5 Handle Block 2 NC 4 be PMW EX1R 5 6 No Part No SP 201 A 1737 619 A 5 202 A 1737 620 A 5 203 A 1737 627 A 5 204 1748 4
48. 0 7 BPCCBEX_0 3 BBDT1_0 3 BPCAD_0 31 BPCPAR BPCFRAMEX BPCIRDYX BPCTRDYX BPCSTOPX BPCDEVSELX BPCPERRX BPCSERRX OPCRSTX IPCINTCX IPCREQX2 BPCGNTX2 IPECKP1 IPECKN1 IPECKP2 IPECKN2 OPETXP1 OPETXN1 PERXP1 PERXN1 BPERST1X OPETXP2 OPETXN2 PERXP2 PERXN2 BPERST2X BGP 10_8 19 22 23 30 31 INT 0 3 I INTD 5 6 INTD_7 BGPI0 6 OSCRDYX 050600 15001 I SCPENX ISCCK ISYSSRSTX IPCINTBX PCREQX1 BPCGNTX1 OSYSPLOCK B17 E17 C17 B18 162300 19 C18 A20 F17 USB x B19 617 E18 F18 HOST 820 C19 020 21 79 76 74 72 CONTROLLER CN2400 cNi cN2 A22 B21 E19 C21 70 67 66 64 62 ini USB D G18 E20 B22 F19 59 58 56 41 40 C22 A23 A24 619 38 36 32 26 22 f 7 B23 E21 F20 A25 MD BPCADO 31 20 19 17 x _ UN E x e me B24 023 E22 620 MD BPCCBEXO 3 68 55 42 28 CLKREQ 30 23 23 16 XT1 SCLK 25 MD BPCAD17 MD BPCPAR WD BPCFRAMEX MD BPCIR MD BPCTR MD BPCSTOPX MD BPCDEVSELX MD BPCPE ro o ro o o gt e o o o o r Sec NI MD BPCSERRX MD_OPCRSTX
49. 0 B1 B2 At 2 B3 C10 d Coaxial cable 10 CABLE Y E10 B6 C7 B5 D7 N8 V8 UB V7 J3 KL J2 parve DPR_TO_TX_D_C0 9 A4 E7 B4 A2 A1 8 07 V6 U6 0_ S_PBPRO 9 J1 H2 H1 F2 F1 Ag X500 X 10 ae Te Tn is GS POLK b4 A7 14835 1485 OMH 0 68 HSYNC M D HSYNC D FLDID 0 68 VSYNC 0 68 FLD D XRST VIF 46 0 68 RESET _ GS_SD HD LK54 GS STANDBY LK54MSEL _GS_LOCKD LK54MSEL D10 V11 011 V12 012 641901 eu B2 A2 B5 AS B6 013 V14 U14 V15 015 TX TO VIF HDMI YO 9 6 B7 A7 B amp AB i2 om LK TNDS DATAO V16 U16 V17 U17 N10 B4 A4 B9 A9 B10 8715 EK TMDS_DATAI P11 T11 N11 N12 R11 TX_TO_VIF_HDMI_PBPRO 9 TX_TO_VIF_HDMI_PBPR0 9 10 A10 C9 C10 D9 D10 TRANSMITTER J10 K10 TMDS DATA2 X D6 7 Transmitter TX2 TE UT 1 3 i U18 X TO E is dei E TX TO VIF HOMI m sk U89610 SDA SCL 7 OUT TX_TO_VIF_HDMI_HSYNC iz 3 HPD 19 HSYNC HPD 19 a TX_TO_VIF_HDMI_VSYNC 5V_POWER TX_TO_VIF_HDMI_DE E SA 10204 206 TX_TO_VIF_HOMI_256FS nE CN100 PE MCLK DPR TO TX TC HD R13 TX_TO_VIF_HDMI_AU_DT1 2 F2 DPR_TO_TX_TC_VD TX TO VIF HDMI AU DT34 AU_DT34 TX_TO_DPR_REF_HD 14 TX_TO_VIF_HOMI_64FS _64FS Bop 1 ae TX_T0_VIF_HDMI_FS FS TO VIF HDMI T m LRCLK sms S R5 TX_TO_VIF_HOMI_SDA SCL HER sa SE TX TO_VIF HOMI SDA SCL Fo FIO eer D 2 E CN3 ict 0800 803 VI
50. 02 lt B17 D17 E17 A16 a 2 16 018 017 AC16 Y18 10 CPU 00 7 C i M8 AA15 AMT AC13 012 11 J2 B18 DATA B0 0 11 AC18 AC17 AC15 A418 IM WEO Y15 Y17 AA13 AC12 013 Y16 Y14 Y12 IM RD 33 41 37 40 27 31 53 62 64 53 62 64 HN 356 1 4 n2 p CN2 1 24 5 6 0 lj eo c 4 m ro gt Is aje a c D oo eo 4A DATA B0 0 11 IM RISE CS X AD15 AD14 _CLK_B STRB B 0 SCK 2 I SDI 2 IM CAM XRESET 01 TOUT XCE AAB Y8 AC8 AD8 57 60 0 SD0 2 0 SCE 2 X 44 45 16 AA9 Y10 AA10 ACQ 40 39 8 A0 12 0 CPU WAIT 15 11 10 61 18 38 7 0 12 A14 15 4 A20 21 J 4 3 33 2 32 26 24 51 23 50 22 49 21 MCK X TEVODIN 161000 65 46 XVS XHS 0 SIRQ Sm a 0_GP_V nan 48 6 0_EXT_OHB_H_X LDQM UDQM 5 35 4 3 000 15 WE cs RAS SDA_TEMP SCL_TEMP 6 2 CN3302 ANGLE LEVEL M ANGLE LEVEL V B2 LENS IRIS POSI 03 S Z00M POSI
51. 1 313 4 164 567 01 314 4 164 568 01 PMW EX1R Description INSIDE PANEL ASSY BATTERY LITHIUM CR2032 TYPE SREW M2 LOCK ACE P2 SREW M2 LOCK ACE P2 SREW M2 LOCK ACE P2 JACK COVER WASHER D TRIPOD CAP BNC WASHER SCREW M2 LOCK ACE P2 USB COVER CASE BOTTOM L CASE BOTTOM R LID LITHIUM BATERY Inside Panel and Bottom Cover 5 9 Outside Panel and Rear Panel V N PMW EX1R 5 10 No Part No SP 401 A 1737 621 A 5 402 1737 625 5 403 1737 629 5 404 A 1737 630 A s 405 A 1738 050 A s 406 X 2515 728 1 5 407 1 480 457 21 S 408 1 487 628 11 s 409 1 965 712 12 S 410 1 966 991 11 s 411 1 966 992 11 S 412 1 966 993 11 s 413 1 966 995 12 S 414 3 080 203 21 S 415 3 056 233 21 S 416 3 278 316 01 s 417 3 701 443 01 5 418 3 729 013 21 S 419 3 968 729 52 S 420 4 164 570 01 S 421 4 164 572 01 s 422 4 164 586 01 5 423 4 164 730 01 8 424 4 164 731 01 S 425 4 164 732 02 S 426 4 164 733 01 S 427 4 164 735 01 S 428 4 164 736 01 S 429 4 164 997 01 S 430 4 644 493 11 s PMW EX1R Description MOUNTED CIRCUIT BOARD VIF 46 MOUNTED CIRCUIT BOARD DC 152 MOUNTED CIRCUIT BOARD LED 494 MOUNTED CIRCUIT BOARD SW 1484 MOUNTED CIRCUIT BOARD ASW 68 REAR OUTSIDE PANEL SUB ASSY BLOCK AU VOLUME SWITCH BLOCK HARNESS SUB DC143 RE250 HARNESS SUB TX131 VIF46 HARNESS TX131 VIF46 HARNESS SUB ASW68 LED491 HARNESS SUB VIF46 ASW
52. 17006 Abnormality in the start up process of the display block 17007 Abnormality in the start up process of the media block 17014 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 or 4XXXX If multiple errors occur simultaneously The highest priority error is displayed When an error with a higher priority is cleared the one with the next priority is displayed 3 10 E PMW EX1R Section 4 Alignment 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 Office Service Center 4 2 Preparation When adjusting the PMW EXIR 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
53. 2902 _SC21_DISP_ SS ue DUE AMO 4 DPR_TO_TX_CFG_SCSO 2 s 4 SY SC21 MG RDY 1 4 DPR TO TX CFG STRB B 162901 1 4 N 1 DP 43 1V IC3110 CN3302 J3 lt E gt SY UCON_RESET 72 12 HN 356 1 101404 DREQ0 PE2 gt CN 3273 o 2 wl ce DR Da 56 CN 3259 N 3259 AMA SY 12C SDA T SEEN M SY 120 SCL 103205 DR SERIAL DR EEPROM SY 12C 8D 2 SY 12C SC AB10 161716 1718 CN 3273 AUDIO codec DAP 41 3 4 Main board DPR 311 4 4 DPR DAP relay board HN 356 3 4 PMW EX1R 6 7 6 7 DPR AXM 42 2 2 DET 52 DR 644 HN 363 KSW 55 2 2 RM 224 DR 644 HN 363 0 EVF R PR 54 R0 7 LPF ict REDO 7 40 33 40 33 40 33 LCD T CONTROLLER 8 60 7 GREENO 7 32 25 32 25 32 25 O_EVF_G_Y 8 B0 7 EVF BLUEO 7 24 17 24 17 24 17 NODULE 0 EVF B PB T i DATACK CNi HSOUT KUR UM io 0 EVF VD 31 VSYNC 19 VSOUT 10 10 DP 2C SDA 57 DP_12C_SCL 56 KSW 55 2 2 CN2 CN6 12 8DA 12 8DA 12 8DA 18 32 SW REC S5 22 m T ic100 T TECUE 2C SCL 126 8CL 12C SCL 200 SW UCON RESET SW UCON RESET EE SW UCN RESET uCOM 31 SW Z00M W Ea SW STICK UP SW STICK LEFT SW STICK RIGHT RESET 5 SW STICK DOWN 5100 40 124 2 5 7 lt SW STICK PUSH SWITCH 10102 Z00M SPEED i l SW_Z00W_A H CNG sW_ZOOM_A 29 c
54. 35 5 205 A 1748 439 A 5 206 X 2187 184 5 5 207 1 542 748 11 8 208 1 965 713 11 S 209 1 965 715 11 s 210 1 965 716 11 5 211 1 966 994 11 S 212 3 080 203 31 s 213 3 080 206 21 5 214 3 086 368 31 5 215 3 276 867 01 s 216 3 276 871 01 s 217 3 276 872 01 5 218 3 276 874 01 s 219 3 276 878 02 s 220 3 278 640 01 s 221 3 278 656 02 S 224 3 278 657 01 s 223 3 278 658 01 s 224 3 278 660 01 s 225 3 278 661 01 s 226 3 278 662 11 S 227 3 278 668 01 s 228 3 284 538 01 s 229 3 968 729 52 S 230 4 164 597 01 S PMW EX1R Description MOUNTED CIRCUIT BOARD RM 224 MOUNTED CIRCUIT BOARD MA 183 MOUNTED CIRCUIT BOARD DET 52 MICROPHONE UNIT ASSY 3 5 INCH LCD ASSY COVER ASSY MICROPHONE MICROPHONE UNIT HARNESS SUB KSW53 MA161 HARNESS SUB KSW53 DET44 HARNESS SUB KSW53 RM213 HARNESS DPR311 LCD SREW M2 LOCK ACE P2 SCREW TAPPING P2 SCREW M1 4 LOCK ACE P2 PLATE BLIND BEZEL LCD PACKING LCD HINGE COVER TOP LCD CABINET SHEET PANEL BLIND MIC SIDE GRILLE CASE MICROPHONE HINGE COVER LOWER MIC CUSION R MIC CUSION L HANDLE MAIN HINGE SHIELD SHEET MIC SCREW M2 LOCK ACE P2 MA CUSHION Handle Block 2 5 Inside Panel and Bottom Cover PMW EX1R 5 8 No Part No 301 A 1748 440 B 302 A 1 528 174 31 303 3 080 203 01 304 3 056 233 21 305 3 080 203 51 306 3 278 639 02 307 3 288 392 01 308 3 604 795 01 309 3 701 439 21 310 3 968 729 52 311 4 164 565 01 312 4 164 566 0
55. 5 ME EN 44 DP EN 40 IM EN 39 01000 DPR RE273 relay board CN 3259 DC DC converter RE 273 6 10 6 10 PMW EX1R 01001 PWR_WAKEUP gt 64 c PWR_ON HOLD 57 B PMW EX1R ASW 68 CN 3273 2 2 LED 491 LED 494 SW 1484 CN 3273 2 2 ASW 68 ASW 68 CN 3273 2 2 LED 491 LED 494 SW 1484 EN300 JOG DIAL SY_12C_SDA 18 SDAO SY 12 SCL 17 SCLO SW_INT 19 EXSCLO 16300 RESET 6 CN2 FCN101 SW_UCON_RESET 100 103 300 301 6 30 27 23 SWITCH P06 72 76 CN2 ICN101 LETS 10304 LOCAL uCOM 979 5302 EX TE SW_EXCHANGE amp LED_S amp Q LED T LED 494 LED CACHE CN301 CN1 S x LED Ga n I a LED 491 AU AUDIO VOL 1 AU AUDIO VOL 2 2 MODULE 01 CN103 CN104 D2 D1 LED_RRTALLY LED boe 9 e SW N G tos ICt REMOTE E 2 REAR_IR_SW EN SW JACK N HP L ON1 CN2 CN101 HP R HP MUTE 16203 DPR lt CN2 CN101 DP 120 SDA eei 5 LINE 34 CNT SERIAL PARALLEL LINE OUT 1 LINE OUT 2 HP SP BEEP NOT USED LINE MONI1 E cNi01 1202 LINE MONI2
56. 5 A24 B24 0 LCD 66 7 DP TO DV INTO 4 4 0 LCD R0 7 0 LCD B4 7 0 LCD G0 5 0 LCD CLK 0 LCD HD 0 LCD VD 0 LCD XRST 0 LCD SCS B GPIO GP A3 _EVF_SRX B_SYS_SCLK B_SYS_PEN 0 SYS STX _SYS_SRX 0 SYS RDY _SYS_XRST O_EVF_R 0 EVF G 0 EVF B 0 EVF XRST O_EVF_SCS O_EVF_VD 0 EVF HD 0 EVF SCLK 0 EVF SCLK 0 EVF STX 16901 SERIAL PARA B HDMI 1C SDA 103401 103400 LEL DP VIDEO CPNT DP VIDEO CPST DP ADJ 54M DP CONE V CPNT 4 4 DP CONE V CPST 4 4 DP HDMI DWN DP SDI DWN 4 4 4 4 0 EVF STX EVF_DWN PANEL_OPEN CLOSE PANEL_REVERSE DP_ 2C_DAT DP_ 2C_SDA 4 CN3401 CN900 C24 E24 A23 B23 C23 0 LCD Y0 9 gt X 20 11 E22 A21 B21 C21 E21 10 10 CN900 A20 B20 C20 E20 A19 0 LCD C0 9 TE ie 19 CN900 E25 EER LCD LCD BLC ROBUR LCD SRX 4 0 LCD SCLK 10900 61 ee 0 LCD STX hs 16902 0901 903 1 VDD 3 3V DP 3 1V SWITCH 31 0900 902 39 VDD BL 5 0V DP A4 6V smi Ton 35 36 J 1 CN3401 0 EVF R PR T 0 EVF G Y E 0 EVF B PB 0 EVF XRST 0 EVF SCS r O_EVF_VD 0 EVF HD B HDMI IC SCK DP 12C SCL 6 4 DP 12C SDA gt ASW ASW HN 356 HN 356 CMOS sensor
57. 68 SREW M2 LOCK ACE P2 SREW M2 LOCK ACE P2 TAPE C WASHER 5 SCREW M1 4X2 5 WASHERHEAD P SCREW M2 LOCK ACE P2 RELEASE BUTTON BT COVER HDMI HOLDER BELT BRACKET DC JACK PANEL REAR BUTTON REAR PUSH RAIL REAR SLIDE SWITCH REAR L SLIDE SWITCH REAR H SLIDE CAPACITOR BRACKET ACE M2 6 LOCK Outside Panel and Rear Panel 0 11 Main Frame 1 0 12 PMW EX1R No Part No 501 1737 580 502 1738 054 503 A 1738 055 A 504 A 1748 437 B 505 X 2515 740 1 506 1 780 570 11 507 1 955 930 11 508 3 968 729 52 509 4 164 571 01 510 4 164 598 01 511 4 164 656 01 512 4 166 648 01 513 4 170 734 01 514 3 080 203 31 PMW EX1R SP 9 9 9 9 9 co Description MOUNTED CIRCUIT BOARD EC 68 MOUNTED CIRCUIT BOARD RE 272 MOUNTED CIRCUIT BOARD RE 273 BATTERY CASE ASSY SUPPORT BOTTOM ASSY TERMINAL BOARD BATTERY HARNESS DPR311 EC68 SCREW M2 LOCK ACE P2 SHEET RADIATION 1 5 C SHEET RADIATION BOTTOM SHEET RADIATION 1 A BATTERY CASE GASKET INSIDE BOTTOM GASKET SCREW M2 LOCK ACE P2 Main Frame 1 5 13 Main Frame 2 PMW EX1R a Yj 1224 SA S ed e Z J Q C7 G 5 14 No Part No 601 A 1737 576 A 602 A 1737 577 A 603 A 1737 578 A 604 A 1737 579 A 605 A 1737 581 A 606 A 1738 053 A 607 1 784 240 11 608 1 837 283 11 609 1 837 302 11 610 1 966 990
58. 7 m eu e e NC NC 31 NC NC NC s NC 4 42 e o A o a no co CN1 17 13 20 15 17 13 20 15 24 21 36 43 8 24 21 36 43 34 42 38 39 34 42 38 39 18 14 19 16 23 22 35 44 1 23 22 35 44 33 41 37 40 33 41 37 40 DPR 311 CN100 8 14 19 16 1 4 V21 W24 W21 024 AA23 V24 AA21 AC21 AD22 Y24 Y21 AC23 V20 W23 W20 023 AB23 V23 AA20 AC20 AD21 Y23 Y20 AC22 B12 D12 A11 B11 011 E11 A10 B10 D10 A9 M_ 10 _CAMA_Y0 9 DATA R0 0 11 0 DATA GY A 0 9 A6 B6 D6 A5 B5 DATA R0 0 11 27 91 57 60 57 60 D5 E5 D4 E4 F4 1_CAMB_Y0 9 10 O_DATA_GY_B_0 9 _CLK_R _STRB_R 0 SCK 0 I SDI 0 AA24 AB24 H24 J20 H23 J21 DI TOUT XCE 61 61 53 62 64 53 62 64 CN1 1 2 3 1 CN101 DOO 7 13 20 15 17 13 20 15 0 4 21 36 43 9 24 21 36 43 4 42 38 39 34 42 38 39 12 d xn us 18 14 19 16 pot o 11 P23 M23 P20 R23 8 14 19 16 27 31 57 60 57 60 B9 09 E9 8 8 08 A7 B7 07 E7 10 0 D0 0 0 SCE 0 X CAMA C0 9 0 DATA RPR A 0 9 X TEVODIN XVS H21 F24 G24 G23 A4 B4 A3 B3 B2 C1 C2 D1 D2 E1 X CAMB 0 9 0 DATA GY A 0 9 202 203
59. 8 B9 B8 C9 C8 D9 D8 E9 15 C9 00 15 16 E1 D2 01 02 Ct B2 A2 2 4 SY SC21 MEDIA q x 000 15 2 1 NEO DQNLL 017 A23 a ii Ft EB i oou upon HN 356 ra WE1 DQMLU A 53 12 5 i 4 PUMA DP_B_PXY_VIDEO0 3 NA HT FT DP LOOPBACK EE Po 5 CAS pamm s RAS CN3400 DP B PXY VALID 021 F3 LINE 34 CNT H16 CN 3273 E16 F2 K16 L16 J12 L15 J11 M6 K114 K12 L14 L13 10 44 45 16 15 A9 F11 011 A10 DV_TO_DP_RET_Y0 9 1 4 162905 CN3301 11 10 40 39 A13 B13 B11 A12 N15 P16 L12 M12 P15 17 4242 PUR WAKEUP 8 61 18 38 7 13 B12 9 09 B10 A11 N14 R16 P14 R14 10 B e lt 18 CN 32 40 12 X DV TO DP RET C0 9 1 4 IN 1 101301 10 SDRAM BAO 1 B 3 CN3402 26 24 51 23 50 E6 E7 A8 F6 A4 1 4 SY ICE RESET 22 49 21 5 35 E8 A5 C6 B8 B7 27 1 4 v4 SY TCK 4348 93232 B6 B5 B4 C3 D3 A2 m Yt SY TRST 25 DV_TO_DP_RET_CLK 1 4 ABI SY TDO M15 m DP TO DV CODEC 1 4 xm DP TO DV iVFSYNC 1 4 m DV TO MD VFSYNC DV TO MD DVFSYNC 1 4 SY 42 5V SY_ 2 5V _ 4 7 Et DV TO SY I VFSYNC 2 r INLO DGTL V X 102904 CN 3273 101405 IG HN 356 ae CN3302 dis 101402 1403 HN 356 TX_TO_DPR_CFG_SDO SY_ 2 5V 2 E DPR TO TX 8DI 102903 2 DI CFG SUR 4 i 2 SY_SC21_MEDIA_RDY DPR TO TX CFG CS D 1 ER TO Terence au sv scat Dis i4 DPR_TO_TX_CFG_SCS1 10
60. B L7 X1100 AL27 L3 M2 M3 N2 54MHz CLK 54M N3 P2 P3 R2 3 AL20 A8 B7 B8 C7 40 _CLK_DDR TET C8 07 D8 E7 3 DP A4 6V E3 D2 D3 C2 REG ai B2 B3 A2 DP_B_DDR_DATAO 31 K8 K2 32 F8 F2 DP B DDR DMO 3 cadi 7 4 6 8 P4 s Te 1 4 DP_TO_TX_ 10_STX z 10803 8 DP 42 5V M 4 2 4 DA 1 4 1 809 1 4 _DP_TO_TX_S10_SCLK gt o Heb A 35 0 GLK SCS H7 11 54MHz OMCSOX pem tad 1316809 WD OMCKE 0 VC CTLO DP 0 SDI OLK MD OMRASX 0 VCO CTL1 1C809 G8 MD ONCASX D 8 62 DR O DDR CLKO 1 4 TX DPR CLK5M SEL DP ADJ 54M 4 4 63 DR 0 DDR CLKNO 6 6 6 6 2 4 DAP 41 2 4 99 eo AUDIO codec DAP 41 2 4 Main board DPR 311 3 4 DPR DAP relay board HN 356 2 4 PMW EX1R DAP 44 3 4 DPR 311 4 4 HN 356 3 4 DAP 44 3 4 DPR 311 4 4 HN 356 3 4 DPR 311 4 4 TT 8 TS lt lt MEUS 3 4 3 4
61. C is also built on this board but the explanation has been omitted here 1 6 E PMW EX1R e Audio Codec 1 202 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 amplifier speaker amplifier are built on one chip and the parameters are set with PC 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 1s 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 amplifier and speaker amplifier 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 o
62. CK2 AG23 1 4 MD_Z3TRN_IAFS2 17 101500 2 2 MPEG ENCODER DECODER IPCLK BADTI2 L IAFS BADT34 16 17 107 188 106 15 254 253 68 29 98 28 104 103 105 10 88 9 52 12 13 40 12 87 8 99 51 ouanpo 25 185 WO_TRINO_OWADBBO 69 30 2 2 29 116 28 117 22 62 63 95 27 195 26 113 64 96 65 97 242 90 174 89 89 55 90 56 172 173 241 88 91 57 58 16 11601 263 110 264 108 38 76 75 105 MOBILE 112 19 109 18 74 104 73 103 DDR 7 8 6 99 83 47 82 46 SDRAM oa apa7 96 95 97 98 81 45 80 44 BNDT16 23 40 47 E ss funis 24 39 a ounoz s 118 291 20 184 wo TR INO 00 Wis 4 1 5 66 54 72 48 IHCLK BMDQSO 3 MD TAINO 0080 3 IBCLK OMCEX C CS OMWEX OMCKE OMRSX OMCSX OMCLK OMCLKX 102501 i CLOCK BUFFER 1 ICLK X2500 12500 33 333MHz CLOCK BUFFER 40 XTAL IN BCLKO l BCLKI BCLK2 BCLK3 BCLK4 BCLK5 CN3402 MD_Z0U3_1CE_ICCK MD ZOU3 ICE CRSTX MD ZOU3 ICE CMS MD ZOU3 ICDI MD Z0U3_ MD_ZO0U3_IURSDI1I AD31 MD_Z0U3_OURSDO1 AE31 MD BGPIO 0 AB30 I 101600 1 2 AVIT OHALE OHWRX OHRDX OHCS 2X OHRST2X IHINT2 OBRDY2 BBRDY2 OBACK2 BACK2 BBADT2 OBARDY 2 BARDY2 STCCK VFSYNC BCK1 BBRDY1 DT342 DT122 APCK2 AFS2 AFS1 APCK1 IHCK IBCK2 ISYSCK ISYSDRPCK IPCPCLK CCK CRSTX CMS 001 CDO URCK URSDI1 OURSDO1 BGP 0_0 BBDT2_
63. CN901 s 1 18 E PMW EX1R 1 10 Connecting Disconnecting the Flexible Card Wire This unit uses the two types connectors for the flexible card wires Notes Be very careful not to fold the flexible card wire Life of flexible card wire will be significantly short ened if it is folded The flexible 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 flexible card wire straight Ensure that the conduction surface of the flexible card wire 1s not contaminated Type A Disconnecting Open the latch of the connector in the direction of arrow A to unlock and disconnect the flexible card wire Connecting 1 Insert the flexible card wire firmly 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 Disconnecting Connecting Latch Insulated side A Connector Latch Insulated side Connector Flexible card wire Flexible card wire Type B Disconnecting Open the latch of the connector in the direction of arrow C to unlock and disconnect the flexible card wire Connecting 1 Insert the flexible card wire firmly 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
64. CTION CE E UC MANUAL INSTRUCTION CN CD ROM INSTRUCTION MANUAL CE E UC PMW EX1R PMW EX1R Index Board Name Overall ASW 68 AU 326 AXM 42 202 203 204 CN 3258 CN 3259 CN 3273 DAP 41 DC 152 DET 52 DPR 311 DR 644 EC 68 HN 356 HN 360 HN 361 HN 363 KSW 55 LED 491 LED 494 MA 183 RE 272 RE 273 RM 224 SW 1478 SW 1484 SWC 50 TX 131 VIF 46 Section 6 Block Diagrams Function Rear panel switch Front AUDIO AUDIO XLR CMOS sensor CMOS sensor CMOS sensor DPR RE272 relay board DPR RE273 relay board DPR ASW relay board Audio codec DC IN connector LCD switch MAIN board EVF driver ExpressCard slot DPR DAP relay board AU HN relay board KSW HN relay board DR EVF relay board Handle switch LED CACHE Headphone Internal MIC DC DC converter DC DC converter Remote receiver SHUTTER switch EXCHANGE switch Inside switch HD SDI HDMI I F Page 6 2 6 11 6 3 6 3 8 6 4 6 4 6 4 6 9 6 10 6 5 11 6 3 4 6 7 6 9 6 8 6 4 5 6 7 6 8 6 5 6 3 4 6 7 6 3 6 3 6 8 6 3 8 6 11 6 11 6 3 6 9 6 10 6 8 6 3 4 6 11 6 3 6 12 6 12 6 1 6 1 Overall Overall RM 224 KSW 55 SWC 50 DAP 41 1 3 RE 273 RE 272 DC 152 HANDLE SW INSIDE SW BT100 C100 16200 6100 LITHIUM C1001 AT 00 IN LOCAL LOCAL LOCAL POWER rRM R O REAR L BATTERY ELLA EM DPR 31 1 AF 18S LENS 10320 iss is 2900 102908 EPUM
65. F 6 0V VIF 46 OV 6 5v 4 6 TX DP A4 6V X DP A4 6V_1 Tecno PIU TX DP 4 6V X DP 4 6V 1 1 CN100 CNS DPR_TO_TX_CPNT_DWN p Y0 9 1 801 TX TO VIF COPRO Y Y H17 H18 K17 118 DIGITAL PB _DP_A4 6V_2 614 H15 H14 H13 J13 VIDEO PR COMPONENT C0 9 ENCODER OUT _DP_ 4 6V_2 1 TX TO VIF COPRO PB DPR TO TX CPST DIN P HSYNC 0700 703 P VSYNC X_DP_A4 6V_3 P_BLANK SWITCH TX_TO_VIF_COPRO_PR X_DP_ 4 6V_3 S HSYNC TX CPNT DIN ADC F3 S VSYNC S BLANK TX TO VIF iil PRO CPST SERES w L E 7 LINE_MONI1_L A V a CN100 RESET LINE MONI2 R A V DPR TO TX SD 1 DIN TX DP 43 1V SDA SCLK CN2 DPR TO VIF LINE AVI T gt DPR TO VIF LINE AV2 E is 6100 DPR TO TX ADJ54N 0605 606 TX DP 1 8V SWITCH TX HDI H1 8V HD SDI 0603 CN901 CNi 1 31 DPR TO TX HDMI DWN gt TX TO VIF HDMI DIN TX TO VIF HOMI DWN TX TO CPNT VIF TO CPNT bh VIF_T0_DPR_CPNT_CONE TX_TO_DPR_CPST_CONE VIF_T0_DPR_CPST_CONE VIF_T0_DPR_CPST_CONE HDMI I F VIF 46 6 12 6 12 PMW EX1R Frame Wiring Section 7 Schematic Diagrams 1 CN2 30p CN1 30p CMOS Sensor 204 Z BI 203 CMOS G HN 360 Flexible board Harness SUB Harness SE912 AU313 CN2 I Front AUDIO NE CN100 AU 326 CN101 20p DO 40p _______ CN200 55 40 CN103 CN101 m 4p 8p C
66. Front Panel Assembly removal Remove the two screws of 8 and disassem HN 356 board bly the bottom support assembly Disconnect the SWC 50 board and HN 356 Harness board from the connectors CN104 and CN107 on the DAP 41 board Disconnect the harnesses from the connectors CN101 CN102 and CN103 on the DAP 41 board 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 Remove the screw of DAP 41 board While pushing case R lightly in the direction 8 M2 x 3 silver of the arrow remove the DAP 41 board b M2 x 3 silver M2 x 4 black Disconnect the HN 360 board from the connector CN100 on the AU 326 board Remove the four screws of d and remove the AU 326 board Reinstall the DAP 41 board and AU 326 board by reversing the steps of removal M2 x 3 silver PMW EX1R AU 326 board 2 7 E 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 2 a SW 1478 board CSS 4 Reinstall the SW 1478 board by reversing the SS steps of removal M2 x 3 silver 2 2 8 Inside Panel Assembly Outside Panel Assembly 1 Refer to Sections from 2 2 1 to 2 2 5 and disasse
67. 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 flange 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 16 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
68. N105 Sys ju AUDIO CODEC DAP 41 USB cN106 AV IT G 102 CN104 I 10p 30p ET NR T Y U U o CN101 a gt Gain 30p 4 Harness SUB pL AU313 SW1375 I L Zebra Peaking caen Inside SW SUB Ld sweso epson CN1 I 10p I Shutter SW I Assign SW 1478 _ I Display m Shot trans PMW EX1R Flexible board I BI 202 CMOS Sensor Flexible board CMOS Sensor Flexible board Flexible board Kami Remote CN1 Frame Wiring T ee AUDIO IN CN1 CN1 Handle SW 9 CN5 CH 1 30p 30p KSW 55 15p AUDIO XLR AXM 42 MM CH 2 Harness SUB SUB A B KSW53 RM213 CN2 1 Express 1 Express RM 224 6p 6p Card Card slot slot Lll CN1 CN1 _ _ 30p 30p Mic Unit CN1 Harness SUB L 4p Mic MIC CN3 KSW53 MA161 CN7 10p 10p Fine wire coaxial Fine wire coaxial Es MIC I CN6 DPR311 EC68 DPR311 EC68 _ LL 183 Es CN900 40p CN2400 30p CN2401 CN102 30p 80p CN3401 CN100 30p 80p Fine wire coaxial DPR311 LCD Harness SUB KSW53 DR621 EVF Driver DR 644 30p Micro computer cnt LCDSW id persa LCD Module I EL EVF Module Harness SUB KSW53 DET44 45
69. O 1 AE3 A63 uuo 12 Popp j oe DPR_TO_TX_DA_Y 4 4 2 2 Y34 DPR TO TX DA PR 4 4 R8 P7 P8 N7 U2 U3 V2 W2 W3 Y2 AA35 N8 M7 M8 L7 ADS ACS 5 AAS AY5 WS V5 US m MUS LN c L3 M2 M3 N2 03 AD2 AC2 AB3 2 AA2 DPR TO TX DA VBS 4 4 IR N3 P2 P3 R2 AES AF5 AGS AH5 AJ5 AK5 ALS AL6 i A8 B7 8 C7 AN7 AP7 ANB AN9 AN10 AP10 AP6 1600 2 3 C8 D7 D8 E7 ANG 5 ANS AP4 ANA AP2 AP14 BASEBAND E3 D2 D3 C2 AN14 AP13 AN13 AP12 AN12 APT T ANTI 000 5 25 82 83 amp 2 DP B DDR DATA32 63 DP B DDR DATA0O 63 AL7 14 DP_B_DDR_DN4 7 DDR DMO 7 wu m BS TCK DMo 3 MU R DMO 7 i 8s 42 ur 8 Vt AAI AHL 85 e SE AR13 DU DP 0 BS TDO DP B DDR D0S4 7 _DDR_D0S0 NT ARA AR13 ARTT DP 0 BS RTCK o 8s H 0 BS RTCK 7 MD OMCSOX BS TIS mm C 0 DDR CS _BS_TNS MD OMWEX BS TRST WE O DDR ME 0 BS TRST P 0 DDR CKE _BS_nSRST _BS_nSRST 0 08851 RAS P 0_DDR_RAS _DBG_S D OMCASX M 0 DBG 50 cas D 0 DDR CAS 0 D86 0 R 0 DDR CK 0 DDR CLK1 R_0_DDR_CLKNI oa R 0 DDR CLKO duds DR 0 DDR CLKNO m 6 f DR 0 DDR_CLKNO J3 H1 J7 H2 T J H8 H9 2 DP 0 DDR BAO T RIS on 2 Ed 12 5 R8 P7 P8 N7 B_XTL_CLK_12M N8 M7 M
70. R TO TX 700 WAIT lt 18 DP_TO_DV_SCLHD_CLK 1 4 DPR_T0_TX_700_I NT TX X 020 AC23 21 R21 AB23 ps 4 8 DP TO DV SCLHD XR 23 21 R21 23 7 DAA AST 822 A423 R20 T21 021 61 Ft Et D1 Bf C1 DP TO TX CLK54 DP_T0_DV_CLK54 3 4 P21 AA22 Y23 22 P20 F2 E2 F6 D7 E7 B8 32 EUIS ER al V23 V22 N20 P22 U23 C8 D8 F7 E8 F8 D2 M5 U22 T23 N22 T22 R22 40 24 B2 B3 E6 B7 C7 C3 2 4 F4 DP TO TX TC VD DV TO MD CLK27 2 4 SS DOF VENTE ae gt 09 B13 W20 J21 K2t L23 H2 G3 J5 a DP_TO_DV_AU_DT12 1 4 SY_SC21_ING_DIN 1 K20 L22 23 K22 65 J6 H7 G2 J3 DV_TO_TX_AU_DT34 01 ZU UGUEMS 1 4 sY sc2t IMG CLK J23 J20 J22 H23 64 H5 G6 J7 DP TO DV AU DT 174 1 4 SY_8C21_IMG_CLK 102908 TITO DPR AU 07340 Gt i Kt ROM DV TO DP AU DT34 174 Serb 4 B12 L 32 DPR TO TX AU 256FS 2 SY MLN WEO DQNLL F5 C 1 4 sY_sc21_DisP_Dout 163201 me n DPR TO TX AU 64FS J6 em 04 DD DPR_TO_TX_AU_FS Ie SET 1 4 SY SC21 DISP DIN 1 C 2 C11 IM CPU C6 103204 4 1 4 SY SC21 DISP CLK E3 DP TO DV AU 256FS 103203 DP TO DV AU 64FS DP TO DVGPlO B3 174 H7 J8 J7 J3 J2 DP TO DV AU FS DP TO DV GPIO B2 Seles AMETS Aa Le 4 B10 DV_TO_DP_INTO 1 4 2 2 102909 SY C21 MEDIA 0007 103202 w G7 Gb BAO 1 SDRAM i SY_SC21_MEDIA DIN A
71. RE 6 3 4 ML 00 6 3 J 6 4 6 4 6 4 fl uu 6 4 5 6 7 D 6 5 11 6c M uu XV 6 5 DE 6 8 DR 644 6 8 o SUX 6 8 RM 224 6 8 n s 6 9 m T 6 9 PE I ENS 6 9 o c NNI 6 10 RE ERR RR 6 10 ht Mo HM 6 11 LEDA 6 11 IERI 6 11 BY M 6 11 Jf CE cO EC TER EM 6 12 pi c 6 12 7T Schematic Diagrams Frome VU ssc 7 1 PMW EX1R Purpose of this manual Related manuals PMW EX1R Manual Structure The service manual is intended for use by trained system and service engineers and provides the information of maintenance and detailed service The following manuals are available in this model If this manual is required please contact your local Sony Sales Office Service Center Operating Instructions Supplied with unit This manual is necessary for application and operation of this unit e Semiconductor Pin Assignments CD ROM Available on request This Semiconductor Pin Assignments CD ROM allows you to search for semiconductors used in B
72. SONY SOLID STATE MEMORY CAMCORDER PMW EX1R WIDE CONVERSION LENS VCL EX0877 XDAMEX GXS b CINE ALTA Exmor Homi FULL HD 3CMOS SERVICE MANUAL 1st Edition AN SE 0 7 G KARACT C OO 7 NII PLR FARR BPE EZTS AFEMICDIEMATERPSBIVET fale 2132570 Ur Z RP ORLY FRB MBG OB CEN TEX A WARNING This manual is intended for qualified service personnel only To reduce the risk of electric shock fire or injury do not perform any servicing other than that contained in the operating instructions unless you are qualified to do so Refer all servicing to qualified service personnel A WARNUNG Die Anleitung ist nur f r qualifiziertes Fachpersonal bestimmt Alle Wartungsarbeiten d rfen nur von qualifiziertem Fachpersonal ausgef hrt 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 d rfen nur von Personen ausgef hrt werden die eine spezielle Bef higung dazu besitzen AVERTISSEMENT Ce manual est destin uniquement aux personnes comp tentes en charge de l entretien Afin de r duire les risques de d charge lectrique d incendie ou de blessure n effectuer que les en r parations indiqu es dans le mode d emploi moins d tre qualifi pour en effectuer d autres Pour toute r paration faire appel u
73. TPAO 10 o M 32 100 TPAOn 4 TPA 57 45 34 21 I 99 TPB TPB i HDV 4 MD BGPIO 6 MD BPCAD16 SY S021 MEDIA RDY R SY SC21 MEDIA DOUT AMEX SY SC21 MEDIA DIN MID BPCIRDYX 36 SY S021 MEDIA PEN MD_BPCTRDYX SY_SC21_MED A_CLK MD BPCSTOPX STOP SY SC21 MEDIA RESET 2 MD BPCDEVSELX DEVSEL KD BPCPERRX 41 KMD_BPCSERRX 42 MD OPCRSTX IDSEL PAR FRAME IRDY TRDY SERR PRST INTA X2200 88 24 576MHz 6 5 6 5 Express Card SLOT A Express Card SLOT B DPR ASW relay board CN 3273 1 2 Main board DPR 311 2 4 ExpressCard slot EC 68 DPR 311 3 4 DOWN DET STOP DOWN DET ME DAP 44 2 4 DPR 311 3 4 HN 356 2 4 REG 4 6V DP_ 2 5V DP_ 1 2V CN 3258 H_START_UP H_SHUTDOWN mu CN 3259 CN3301 GP 50 CN3301 02805 2807 2809 2811 mu GP 141 CN3301 GP 140 02806 2808 2810 2812 DP 1 1V 10 11 1 9 16 102801 14 15 DC DC MD 1 0V Z0U3 Um MD 1 0V TORINO 7 02802 pl e 7 12800 DC DC MD_ 1 5V_EXP NE 1 D2801 102802 DC DC MD 3 3V EXP CONV 102600 DC DC MD_ 1 0V_Z0U3_SPA CONV MD_BGP10_6 IM_ 5 0V IM_ 3 2V_CMOS_R IM_ 3 2V_CM0S_G IM_ 3 2V_CMOS_B IM UNREG OUT 1M 9 0V DAP 44 2 4 DPR
74. ain frame When installing check that the two posi tioning holes of the ND filter are aligned with the dowels When reinstalling the ND filter loosely fix the three screws and then fully tighten them while paying attention not to deform the ND filter 2 18 E PMW EX1R 2 2 18 Lens Unit L Refer to Sections from 2 2 1 to 2 2 5 and disassemble the unit up to Handle Assem bly removal Refer to Sections from 2 2 8 to 2 2 17 and disassemble the unit up to ND filter remov al Remove the five screws and remove the front frame Reinstall the lens unit by reversing the steps of removal When installing align the positioning pin of the lens unit with the positioning hole of the main frame 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 Disconnect the harnesses from the connector CN2 on the DP 644 board Remove the two screws and remove the DR 644 board Reinstall the DR 644 board by reversing the steps of removal Note 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 PMW EX1R Front frame Positioning hole Lens unit M2x3 silver DR 644 board Slide switch 0008 DR 644 board Knob 2 19 E 2 2 20 LED 491 Board LED 491 board 1 Refer to Sections from 2 2 3 to 2 2 5 and disassemble th
75. am 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 fine 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 fine coaxial cables just as with the PCI Express signals IC2300 is controlled by PCI bus from IC1600 PMW EX1R 1 5 E USB device controller USB device signal output from USB device controller IC2000 is connected to output board DAP 41 through the both sided flexible board HN 356 from
76. annel 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 specific 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 4 10 E PMW EX1R 5 1 1 Section 5 Spare Parts Notes on Repair Parts Safety Related Components Warning Components marked critical to safe operation Therefore specified parts should be used in the case of replacement 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 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 Harness Harnesses with no part number are not registered as spare parts PMW EX1R 5 1 E Sa SIA z EST A EID O U TE Bi d AA MEET 7 55 ines LEDT sd ARRAT BE lt TEKS Abo OBIE uH vv WEEDERGSEATERHVET MERSICKSZEOCS
77. 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 u processor 1001 Overcurrent detection The overcurrent detection circuit is comprised of IC308 on the RE 272 board The setting value 15 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 15 turned off the POWER SUPPLY MICON power supply u processor IC1001 enters the Sleep mode in order to save the power by minimizing the detection circuit of the camera power switch 1 10 E PMW EX1R 2 DC DC converter function The power supply output is divided into 25 systems which are separated into four blocks as seen below e 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 15 controll
78. d remove the lithium iium Battery holder battery lid 2 Remove the lithium battery 3 Reinstall the lithium battery by reversing the steps of removal M2 x4 Black Lithium battery lid 2 2 2 Case Bottom L R and Front Panel Assembly b Case bottom L 1 Remove the lithium battery Refer to Section 2 2 1 2 Remove the four screws of 8 and remove the tripod washer D 3 Remove the five screws of b and remove the case bottom L in the direction of the arrow 4 Remove the case bottom R Be careful not to drop or damage the USB cover 8 M2 x 6 Black 6 M2 x 4 Black Tripod D 2 2 E PMW EX1R 5 Remove the two dowels and remove the front panel assembly Two dowels 6 Reinstall case bottom L R and Front panel Y assembly by reversing the steps of removal When 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 Front panel assembly Slide switch Shutter knob 52 SW 1478 board CNN PMW EX1R 2 3 E 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 2 2 4 EVF Assembly 1 Remove the microphone holder assembly Refer to Section 2 2 3 Remove the four screws 3 Dise
79. e gt _ 55 j CN107 CN2 CN1 ar I CN107 CN2 CN102 E CNI 3 SW 1478 2 2 1 3 SWITCH gt DPR 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 326 AUDIO XLR AXM 42 1 2 AUDIO codec DAP 44 4 4 DPR DAP relay board HN 356 4 4 AU HN relay board HN 360 KSW HN relay board HN 361 Handle switch KSW 55 1 2 Internal MIC MA 183 Front switch SW 1478 2 2 Inside switch SWC 50 CNi a no ps oW 1478 1 2 NC BI 202 202 203 204 DAP 41 1 4 DPR 314 1 4 HN 356 1 4 SW 1478 1 2 B4 C4 B5 C5 C3 D3 D2 E2 F2 G2 J3 K3 K2 L2 L3 M3 M2 N2 4 P4 N3 H2 G3 M12 L11 J11 1 203 4 LENS G CH CMOS IMAGER B CH CMOS IMAGER 4 04 B5 C5 C3 D3 D2 E2 161 H2 G3 E3 F3 F2 G2 J3 K2 L2 L3 M3 M2 N2 N4 P4 N3 P3 12 M11 K11 N13 N12 4 M12 L11 J11 101 B4 C4 B5 C5 C3 D3 D2 E2 E3 F3 F2 G2 J3 K3 K2 L2 L3 M3 M2 N2 4 P4 N3 Mtt K11 N13 N12 4 H2 G3 M12 L11 J11 M13 M11 K11 N13 N12 DAP 41 1 4 CN102 EXT ru m CN10
80. e 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 Milli 20min STBY LAS TCG 00 00 00 00 Self Diag Diagld Try Success Result 0x02 1 0 03 1 0 04 Press CANCEL button joystick or jog dial while displaying the result of self diagnosis to return to the INFORMATION menu The results of self diagnosis The 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 1s 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 PMW EX1R 3 5 E 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 Diagnos
81. e or electric shock If the fuse 1s 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 flows 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 AN 1 533 627 21 Fuse 5 A 125 V F2 A 2 Side B PMW EX1R 1 15 E 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 firmware version All data are written at once when upgrading the firmware version Refer to Section 1 5 Board name DPR 311 e 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 F 11272 Part CMOS block EVF block LCD module 1 The adjusted values for the CMOS block the EVF block and the
82. e unit up to Handle Assem bly removal LED 491 2 Remove the connector cover from the head bracket phone jack of the LED 491 board 3 Remove the three screws of 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 LED 491 bracket LED 491 board 6 Reinstall the LED 491 board by reversing the steps of removal Connector cover 8 M2 x 3 silver b M2 x 3 silver 2 2 21 Speaker OS E Speaker holder Nets SS 1 Refer to Sections from 2 2 3 to 2 2 5 and v Y za Speaker grill disassemble the unit up to Handle Assem 3 bly removal SS 2 Referto Section 2 2 20 and disassemble the p M SS unit up to LED 491 board removal 3 Remove the two screws and remove the speaker holder Be careful not to drop the speaker grill 4 Remove the speaker holder sheet and remove v Speaker v holder sheet the speaker harness from the slit of the speak er holder Speaker harness 5 Remove the speaker from the speaker holder 6 Reinstall the speaker by reversing the steps of removal 2 20 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 Remove the rubb
83. e whenever the media block diagnosis item 3 1s executed ID 0x01 0x06 0x09 OxOB 0x14 0x15 0x12 0x20 0x23 0x24 Diagnosis description Error value DDR2 SDRAM Read Write 1 Error check USB Device Register 1 Error Read Write check i Link Register Read 1 Error Write check USB Host Register Read 1 Error Write check PIFC POWSW 1 Error SPA POWSW 1 Error MPEG encoder decoder 1 Error IC Data Read Write NOR FlashROM data 1 Error consistency check Slot A LED blink 1 Error Slot B LED blink 1 Error Item4 Audio block diagnosis Audio block diagnosis analyzes the following contents ID 0x02 Diagnosis description Memory area check for audio block Error value comparison NG When an error occurs it indicates that the hardware has a defect PMW EX1R Type 1 2 2 only 1 only 1 only 1 only 1 only 1 only 1 only 1 only 1 only 1 only 1 Memory read write Note Continuous operations cannot be operated after this check This check requires a long time Type 1 2 Note 1 2 3 7 E Item5 System controller block diagnosis System controller block diagnosis analyzes the following contents ID 0x01 0x02 0x03 0x04 0x05 0x06 0x09 0x10 0x11 0x12 0x13 When an error is detected in the communication test it indicates a possible failure in the communication line or device Diagnosis description IIC communication test clock IC IIC commu
84. ecording playback system 1 8 E PMW EX1R Main functions of the system controller and peripherals 1 Reading operation switch information Reading the switch information and the LED control are performed by PC bus communication with each sub microprocessor Handle switch IC100 on the KSW 55 board nside 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 control The 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 demodulation The 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 communication The Info Battery of SM bus specifications 1s 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 PC bus communication 5 Power supply voltage detection The 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 control IC1001 on the RE 273 board checks t
85. ed by the POWER SUPPLY MICON power supply u 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 specified type This helps prevent one cause of major accidents when using batteries as a power supply If the attached batter is not the speci fied type of batter the camera immediately turns off Battery Info function In an intelligent specified 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 PMW EX1R 1 11 E 1 4 Service Tools Measu
86. emoval CN 3259 board 3 Remove the screw of 8 and remove the top RE 272 board 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 flexible board from the connector CN1 on the RE 273 board and remove the RE 273 board 7 Remove the two screws of the inside button holder 8 Remove the four screws of 9 the DD CON holder 9 Disconnect the harnesses from the connector CN2 on the RE 272 board 10 Disconnect the CN 3258 flexible board from the connector CN200 on the RE 272 board and remove the RE 272 board 9 M2 x 3 silver d M2 x 3 silver RE 272 board Harness 11 Reinstall the RE 272 board and RE 273 board by reversing the steps of removal Inside button holder 2 12 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 five screws of and remove the battery case assembly 4 Remove the two screws of b and remove the bottom support assembly When replacing the battery case assembly be sure to also replace the battery case gasket and the inside bottom gasket at the same time
87. er 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 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 PMW EX1R silver Rubber SW key KSW 55 board Control switch block AXM 42 board gp HN 361 board 2 21 E 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 B four claws and remove the blind plate In the direction of arrow B 5 Remove the two screws Tapping 6 Pull out the harness KSW53 MA161 and M2 x 5 black the harness KSW53 RM213 from the hole l on the handle in the direction of arrow C 7 Remove the microphone unit assembly in the direction of arrow D Be careful not to hook or damage the har nesses 8 Reinstall the microphone unit assembly by reversing the steps of removal RSs ZA Harness KSW53 MA161 Harness KSW53 RM213 Microp
88. er batteriet skal du felge lovgivningen i det p g ldende omr de eller land HUOMIO Rajahdysvaara jos akku vaihdetaan virheellisesti Vaihda vain samanlaiseen tai vastaavantyyppiseen valmistajan suosittelemaan akkuun Noudata akun havittamisessa 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 Table of Contents Manual Structure Purpose of this manual 3 E Related manuals 3 E 1 Service Overview 1 1 External Connectors 1 1 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 1 12 1 4 2 Measuring Equipment 1 12 E l 5 Firmware modius u uu 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
89. er the entire area fa 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 Setting The 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 PMW EX1R 4 3 E 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 reflected 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 sens
90. er to Sections from 2 2 3 to 2 2 5 and c M1 4 x 2 5 silver disassemble the unit up to Handle Assem Hinge cover top bly removal 2 Turn the LCD block in the direction of the arrow 3 the two screws of 8 and remove LCD block the hinge cover top Pes 4 Disconnect the harnesses CN1 from the c DET44 connector on the DET 52 board 5 Remove the screw of b and remove the DET 52 board and the DET44 fit plate 6 Remove the two screws of and remove the DET 52 board from the DET44 fit plate 7 Reinstall the DET 52 board by reversing the steps of removal DET 52 board DET44 fit plate 2 24 E PMW EX1R 2 2 26 3 5 inch LCD Assembly M2 x 4 black LCD cabinet 1 Refer to Sections from 2 2 3 to 2 2 5 and disassemble the unit up to Handle Assem a bly removal U 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 LCD block 4 Disconnect the coaxial cable with connector Connector from the IF 1127 board IF 1127 board 5 Remove the four screws and the LCD pack M2 x 3 ing and remove the 3 5 inch LCD assembly silver 6 Reinstall the 3 5 inch LCD assembly by LCD packing reversing the steps of removal LCD bezel Coaxial cable with connector PMW EX1R 2 25 E 2 2 27 Replacing the Parts in the Removing
91. evel 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 2 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 flat H SAW H PARA V SAW V PARA A N P lt w V io 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 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 satisfied Use a full white pattern for the White Shading adjustment having uniform brightness ov
92. hat the power switch on the PMW EXIR 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 u processor IC1001 on the RE 273 board By turning off the power systems to unnecessary circuits blocks power can be saved 7T EVF SDI System SDI block TX 131 Board This 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 PMW EX1R 1 9 E 8 Power supply system RE 272 273 Board This board is comprised of the power supply circuit and the POWER SUPPLY MICON power supply u processor IC1001 on the RE 273 board However part of the low voltage power supply is mounted on the DPR 311 board 1 Input powe
93. hone unit assembly 2 22 E PMW EX1R 2 2 24 Microphone Unit 1 Refer to Sections from 2 2 3 to 2 2 5 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 Note When reinstalling the microphone unit attach the sheet to the original position 4 Remove the three screws of 8 and remove the microphone case 5 Remove the screw of b and remove the microphone cover 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 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 When assembling attach the MA CUSHION to the original place PMW EX1R Peel off slightly Microphone cover Microphone unit 8 Tapping M2 x 5 black b Tapping M2 x 5 black Microphone unit Harness RM 224 board KSW53 MA161 gt CN2 V Harness KSW53 RM213 J cushion Lp SPF MA 183 board Tapping M2 x 5 black d Tapping M2 x 5 black 2 23 E 2 2 25 DET 52 Board 8 M2 x 4 black b M1 4 x 2 5 silver 1 Ref
94. ignals that are supplied from the CMOS image sensors pass through the EMI filters 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 u processor IC500 on the DPR 311 board via PC bus 2 Camera Block System DPR 311 Board The DPR 311 board consists of the Camera Signal Processor IC IC200 and the CAMERA MICON camera 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 first 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 u processor IC500 Auto white balance Auto black balance Auto focus Auto iris Auto knee The digital video
95. is 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 number 0x09 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 IC Ox0a 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 LCD 0x02 Communication signal line 1 Connection error 1 2 test of COPRO SAD 3 6 E PMW EX1R Item3 Media block diagnosis Media block diagnosis analyzes the following contents There can be cases that the error value 6 15 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 onc
96. itivity 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 oo 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 flat H SAW H PARA V SAW V PARA AN Mw AN xw V 0 N Y 4 4 E PMW EX1R 4 3 5 Flare Adjustment The Flare Adjustment menu enables flare 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 fill 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
97. lent Advantest TR6845 or equivalent Sony HDM 20E1U 14E1U 14E5U or equivalent Konica Minolta LS 110 or equivalent PMW EX1R 1 5 Firmware Upgrade Upgrade the firmware for the PMW EXIR through a USB connection to a computer For detailed information about the upgrade procedure check the readme file that comes with the upgrade software For inquiry or comments about the firmware upgrade please contact the Sony sales office Firmware Upgrade Procedure Download the software for the new firmware upgrade onto the computer before starting these operations 1 Check that the power switch on the PMW EXIR is turned OFF 2 Remove the cover on the USB maintenance connector USB maintenance connector 3 Use the USB connector that comes with the PMW EXIR to connect the computer and the USB maintenance connector Switch the power switch to CAMERA and turn the power ON Run the software for the firmware upgrade on the computer When the upgrade is complete turn OFF the power and remove the USB cable p OX UE aee Attach the cover on the USB maintenance connector When the PMW EXIR is connected to the computer for the first time the driver software will need to be installed into the computer For more details check the readme file that comes with the upgrade software PMW EX1R 1 13 E 1 6 Recommended Replacement Parts This section describes the recommended replacement parts and recommended replacement time Recom
98. mble the unit up to Handle Assem bly removal 2 Remove the two screws of a and one screw of 6 and remove the inside panel assembly 2 De zh Inside panel assembly gt SN A 8 M2 x 4 silver 6 M2 x 4 silver 2 8 E PMW EX1R 3 Remove the two screws of c and one screw of d and remove the outside panel assem bly Note When removing the outside panel assembly be careful not to drop the battery release button 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 6 Peeloffthe 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 Be careful that no harness should be caught PMW EX1R M2 x 4 silver d M2 x 4 silver Battery release button Outside panel assembly Coaxial cable with connector Outside harness holder VIF 46 board Harness 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 fix the SW 1484 board
99. mended replacement timing Sony part No 4 164 856 01 4 179 065 01 ID Part name 1 Check for deformation and deterioration from time to time Replace it as necessary Eye cup Lens hood 2 PMW EX1R 1 14 E 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 flowing through the circuit as the internal resistance increases when an excessive current flows 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 AN 1 805 726 11 0 20 A 25 C THP2 A 1 Side A THP3 A 1 Side A THP4 A 1 Side A 1 7 2 Replacing Fuse The 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 specified ones this may cause a fir
100. n Self Diag Log Dump PMW EX1R Submenu Item Diag Type Item1 Item2 Item3 Item4 Item5 Item6 Item Item8 Item9 Item10 Item11 Item12 Item13 Choice Type1 Type2 Execute Cancel Execute Cancel Execute Cancel Execute Cancel Execute Cancel Execute Cancel Execute Cancel Execute Cancel Execute Cancel Execute Cancel Execute Cancel Execute Cancel Function Indicates the RPN compensation level Registers the RPN Deletes the RPN Selects the CMOS readout mode Deletes all the RPN that are registered after shipment from the factory Function Displays the serial number Displays the software version number Selects the self diagnostic type Executes self diagnostic Item 1 Executes self diagnostic Item 2 Executes self diagnostic Item 3 Executes self diagnostic Item 4 Executes self diagnostic Item 5 Executes self diagnostic Item 6 Executes self diagnostic Item 7 Executes self diagnostic Item 8 Executes self diagnostic Item 9 Executes self diagnostic Item 10 Executes self diagnostic Item 11 Do not execute this item Do not execute this item Records the error log to media 3 3 E 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
101. nd media block Do not execute this item Do not execute this item Description Diagnosis of lens CMOS block and camera block Diagnosis of video signal system LCD and base band signal processing Diagnosis of media recording and playback encoder decoder memory card i LINK and USB interface Diagnosis of audio input and output Diagnosis of system controller system Diagnosis of power supply system Diagnosis of the signal line from camera signal processor IC to base band processing IC Diagnosis of the video signal line recording direction from base band processing IC via encoder IC to AVIT signal processing IC Diagnosis of the video signal line playback direction from AVIT signal processing IC via decoder IC to base band processing IC Diagnosis of the audio signal line recording direction from base band processing IC to AVIT signal processing IC Diagnosis of the audio signal line playback direction from AVIT signal processing IC to base band processing IC PMW EX1R 2 Procedure for the self diagnosis 1 Select the type of self diagnosis Type 1 or Type 2 in Diag Type 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 Item to Item11 3 When an Item is selected Execute and Cancel appear In addition when Execut
102. ne personne comp tente uniquement PMW EX1R UE fex LINO HNIC ACHAT HL EIS AERDEN ET WAS HERE OD REB C SHALL C lt 72v FERA BMI o C MELTS e S UA 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 m me type ou d un type quivalent recommand par le constructeur Lorsque vous mettez la batterie au rebut vous devez respecter la l gislation en vigueur dans le pays ou la r gion 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 m ssen Sie die Gesetze der jeweiligen Region und des jeweiligen Landes befolgen PMW EX1R FORSIKTIGHET Fara for explosion vid felaktigt placerat batteri Byt endast mot samma eller likvardig typ av batteri enligt tillverkarens rekommendationer Nar du kasserar batteriet ska du f lja radande lagar for regionen eller landet PAS PA Fare for eksplosion hvis batteriet ikke udskiftes korrekt Udskift kun med et batteri af samme eller tilsvarende type som er anbefalet af fabrikanten du bortskaff
103. ngage the two claws on the front of the handle cover upper assembly first Then remove the rear of the handle cover upper assembly from the EVF assembly Be careful not to drop the rubber SW key Handle cover upper assembly LE PMW EX1R 4 Remove the screw of 5 Disengage the two claws and fin 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 Note The life of the flexible board and the flexible card wire will be significantly shortened if they are folded Be very careful not to fold them 8 Remove the four screws of and remove the EVF assembly 9 Reinstall the EVF assembly by reversing the steps of removal 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 8 and remove the cover center assembly 3 Disconnect the connector CN2 on the HN 361 board from the connector on the HN 360 board 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 PMW EX1R Rear accessory shoe wr 7 we SS Handle cover rear assembly 8 M2 x 4 black b M2 x 3 silver M2 x 4 black HN 361 board CN2 HN 360 b
104. nication test EEPROM IIC communication test power supply microcomputer IIC communication test sub microcomputer of the inside panel IIC communication test sub microcomputer of the handle IIC communication test sub microcomputer of the rear panel IIC communication test I O expander Version matching test power supply microcomputer Version matching test sub microcomputer of the inside panel Version matching test sub microcomputer of the handle Version matching test sub microcomputer of the rear panel Error value Error Error Error Error Error Error Error Error Error Error Error When an error is detected in the version matching test upgrade again to a compatible version Contact your local Sony Sales Office Service Center for information on versions Item6 Power block diagnosis Power block diagnosis analyzes the following contents ID 0x01 0x02 0x03 Diagnosis description Error value Type 1 2 Power switch readout 1 Cannot readout power 1 2 switch 4 Cannot diagnose since the power switch is not set to CAMERA Battery recognition 1 Cannot communicate with 1 2 battery 4 Cannot diagnose since the battery is not connected Power supply state 1 Power supply is not 1 2 controlled correctly 4 Cannot diagnose since the power switch is not CAMERA Note Type 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 Note se 9 3 Po
105. nt V Saw correction level adjust ment and parabola correction level adjustment 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 Setting The 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 reflected 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 l
106. oard CN1 lt lt e x lt s 9 e gt Cover center assembly e Knob M LCD B LIGHT Slide switch 8 M2 x 2 black Pane 4 Disconnect the harness from the connector CN104 on the LED 491 board 5 Disconnect the flexible card wire 30 core from the connector CN1 on the DR 644 board 6 Remove the three screws of b that fix the control switch block 7 Remove the five 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 flexible card wire 30 core The coaxial cable with connector uses fine 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 2 6 E Control switch block DR 644 board Flexible card wire 30 core LED 491 board R 3 CN104 lt v Harness P2 6 x 5 black d M2 x 4 black Handle assembly Flexible card wire 30 core DPR 311 board Coaxial cable with connector PMW EX1R 2 2 6 DAP 41 Board and AU 326 10 Board Bottom support assembly Refer to Sections from 2 2 1 to 2 2 2 and disassemble the unit up to Case Bottom L R and
107. ons 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 board The 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 IC1300 Peripheral 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 Board Output from the baseband processing IC IC600 15 input into the MPEG encoder decoder IC 1500 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 stre
108. p CN3402 40p CN1 CN101 80p 80p Headphone co Rear Panel SW LED 491 Main Board CN3400 CN101 DPR 311 eup 50p ASW 68 SW 1484 AUDIO SUB SLOT CN302 Micro computer I SEL 10p 7 Speaker I CN300 Module 6p Harness SUB VIF46 ASW68 CN102 AU Volume Ap Module a _ c DC DC converter B Ck No ro SUB CNet 6 amp Flexible board CN 3259 6 58 Micro Computer HN 356 80p m Flexible board B ED CN3302 100p CN2 CN1 DC DC converter A 1 pro Flexible board CN 3258 5p CN700 p 160 4 n gt DC 152 1 Harness SUB e e e e a a Batter DC143 RE250 CN100 Fine wire coaxial CN2 a CN101 160p CN901 TX131 VIF46 CN1 30p HD SDI 40p 40p HDMI I F Capacitor TX 131 VIF 46 4p I Harness SUB CN102 CN500 CN900 TX131 VIF46 CN3 15p 2p 8p 8p I I CN4 CN5 CN6 Coaxial cable AN COMPONENT HDMI T SDI OUT O Frame Wiring 1 1 1 1 PMW EX1R UC PMW EX1R E PMW EX1R J PMW EX1R CE I Printed in Japan PMW EX1R CN J E oony Corporation 2009 11 16 9 968 701 01 02009
109. r 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 MA 183 di INT EXT1 INT EXT2 nec 1 1 ott n MIC LINE 48V 1 Aa MIC LINE 48V 2 CONTROL f WIND FILTER1 lt 7777 Tone 1 1 WIND FILTER2 INT MIC1 l l COPY1to2 LINK2to1 LINK1to2 with i BAL O HEAD AMP am AMP 10 l OA I INT MIC2 INT EXT 1 with i BAL HEAD AMP 10dB P eo i IC200 pr RUE ig WIND FILTER i Q I I 1512 48V 1 203 MIC LINE j Hali BAL 1 E XLR P a CLOCK DIV I 11 48V MIC LINE 1 0 12dB 1 WIND FILTER2 with PGA Q O 1 EN Digital Audio 2 I I I INT EXT 2 I I 1 I DIGITAL 48V MIC LINE 2 AUDIO IF L Control CLOCK DIV AV Monitor i Out 1 MUTE Line Out1 VT 1fs 64fs 256fs 1 I IC204 1 2 i I AV Monitor i IC1300 Out 2 MUTE I LINE 3 4 DPR 311 MONI 1 1 MONI 2 1 1C202 2 2 ae ee I KZ I M NEN Uo d c II ie e a E AXM 42 AU 326 I gt Digital Audio x 1 2
110. r supply UNREG system operations When 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 IC1001 recognizes that Power switch 15 ON the power is turned on for the system control system and the POWER SUPPLY MICON power supply u 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 IC1001 and the camera shuts down When the input power supply voltage
111. ring Equipment List 1 4 1 Service Tools Figure No Part No Commercially available Commercially available J 6394 080 A J 6029 140 B 3 292 755 01 J 6325 110 A J 6325 380 A J 6326 120 A J 6325 400 A J 6252 510 A 7 432 114 11 7 651 000 10 This cable is supplied with PMW EX1R Grayscale chart Star chart Grayscale chart Pattern box PTB 500 Mini USB cable XLR tool Bit for torque driver M1 4 M1 7 Bit for torque driver M2 Hexagon bit For torque screwdriver size 1 5 Torque driver 3 kg cm 0 3 Nem Torque driver 6 kg cm 0 6 Nem Locking compound 200 g Sony SGL 601 50 g grease 1 4 2 Measuring Equipment Usage Note Reflective type 16 9 Camera adjustment on market Reflective type camera adjustment on market Transparent type 16 9 Camera adjustment on market Camera adjustment For firmware version upgrade For removing the mounted circuit board For tightening screw For tightening screw For tightening screw For preventing screw from being loosened Lubricant Use the calibrated equipment or equivalent as listed below for the adjustments Equipment Oscilloscope HD waveform monitor Frequency counter Digital voltmeter Color monitor Luminance meter 1 12 E Model name Tektronix TDS3054 or equivalent 150 MHz or more LEADER ELECTRONICS CORP LV5152DA or equivalent Advantest TR5821AK or equiva
112. rns On or Off the white shading correction Selects the channel R ch or G ch or B ch to execute white shading adjustment on The present setup values of H Saw H Para V Saw and V Para of the selected channel are displayed automatically Adjusts the white shading H Saw correction level Adjusts the white shading H Para correction level Adjusts the white shading V Saw correction level Adjusts the white shading V Para correction level Adjusts the G ch flare correction level Adjusts the B ch flare correction level Adjusts the R ch flare correction level Function Starts up automatic detection of RPN Selects the RPN correction mode that is used to register or delete the manual registration Selects and displays the channel R ch or G ch or B ch to execute manual registration or deletion of RPN correction on Turns On or Off the RPN correction point indicator cursor Displays and move the horizontal address of the RPN correction point indicator cursor Displays and move the vertical address of the RPN correction point indicator cursor Moves the RPN correction point indicator cursor to the next RPN point Moves the RPN correction point indicator cursor to the previous RPN point PMW EX1R Menu Item Compensation Level Record Delete Readout Mode Reset Submenu Item Choice 0 to 255 Execute Cancel Execute Cancel Field Frame Execute Cancel 3 2 3 INFORMATION Menu Menu Item Serial Number Versio
113. roadcast and Professional equipment Part number 9 968 546 06 Section 1 Service Overview 1 1 External Connectors 8 AUDIO IN CH 1 CH 2 XLR 3P Female 1 1 1 Signal Inputs and Outputs SIDE VIEW EXT VIEW 0 dBu 0 775 V rms No Signal I O Specifications 1 MIC LINE G 65 dBu to 8 dBu 2 MIC LINE H IN 4 dBu selectable MIC LINE C IN High impedance Balanced 4 AN OUT Multiconnector 10 10 2 IL TEILT N FRONT VIEW 9 1 EXT VIEW No Signal Specifications 1 LINE MONI1 L A V O LINE OUT L 2 LANC SIG NC 3 S GND GND 4 LANC DC NC 5 S C O NC 6 LINE MONI2 R A V O LINE OUT R 7 AV SW REAR VIEW 8 VIDEO AUDIO GND GND 9 VIDEO O Composite OUT 10 S Y O NC 5 HDV DV i LINK connector IEEE1394 S400 4P 4 1 pem EXT VIEW No Signal I O Specifications 1 TPB I O Strobe on receive data on SDI OUT BNC type transmit B SDI output signal 2 TPB IO Strobe on receive data on transmit B 20 HEADPHONES Stereo mini jack 3 TPA I O Data on receive strobe Sound monitor monaural stereo selectable transmit A 20 5 dBu Reference level 16 Q loaded Loss lO Data on receive strobe on transmit A 4 PMW EX1R 1 1 E 6 COMPONENT OUT Mini D terminal 10 EI 3o EE HL 10 2 EXT VIEW No Signal I O Specifications 1 Y O COMPONENT Y
114. s 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 Auto Detection cannot be executed under the following settings Change the settings to execute Auto Detection When Video Format other than HQ 1080 601 or HQ 1080 501 is selected When electronic shutter 15 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 Se
115. the grip cover l Replacing the cap START STOP 1 Installing the grip cover Reinstall the grip cover by reversing the steps of removal Replacing the grip belt 1 Lens Grip 8 P2 6 x 6 silver b M3 x 6 black Remove the three screws a and remove the screw b Fig 1 Remove the grip cover in the direction of the arrow Fig 1 Disconnect the harness from the connector of the T W zoom switch Fig 2 Remove the cap START STOP by pushing it in from the outside of the grip cover Fig 3 Install the new cap START STOP by align ing its notch with the protrusion of the grip cover Fig 3 Separate the grip belt from the buckle and remove the pad Fig 4 Pull it off the grip belt from the grip cover Fig 4 Install the new grip belt by reversing the steps of removal Fig 4 2 26 E START STOP Buckle Grip belt PMW EX1R Section 3 SERVICE Menu 3 1 Outline of SERVICE Menu 3 1 1 Basic Menu Operations Basic Menu Operation Press 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
116. to Section 2 dures START gt a a E L o o c 25 qo MSS Front panel assembly Inside panel Rear panel assembly Outside panel assembly center assembly ND filter EVF assembly e Cover Prism assembly Case L Handle assembly RE 273 board RE 272 board DPR 311 board D il a gt Express card assembly Battery case assembly 2 1 E PMW EX1R 2 2 Replacement Procedures When tightening screw be sure to tighten it with the specified 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 specified in a specific item use the tightening torque as specified below M2 screw 18 X 10 2 0 02 Nem 1 8 0 2 kgf cm 2 6 screw 53 x 10 2 0 07 Nem 5 3 0 7 kgf cm screw 80 X 10 0 01 Nem 8 0 0 1 kgf cm The life of the flexible board and the flexible card wire will be significantly shortened if they are folded Be very careful not to fold them The coaxial cable with connector uses fine 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 Removing lithium battery 1 Remove the screw an
117. tting 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 8 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
118. unication 1 Test pattern checking failure 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 Do 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 Type 1 2 1 2 1 2 1 2 1 2 Note 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 Do not remove the media until Log Dump message appears PMW EX1R 3 9 E 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 startup Repair the DPR 311 board or replace it 17003 The display block does not start up 17004 The media block does not start up 17005 Abnormality in the start up process of the image processor block
119. unit PMW EX1R PTB 500 2to3m AB 00 HD waveform monitor j 9 SDI OUT HD SDI Color monitor 4 3 MAINTENANCE Menu The MAINTENANCE menu enables setting for Image device and setting parameters that must be set uniquely to each PMW EXIR 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 PMW EX1R 4 1 E 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 15 executed the execute RPN automatic detection Auto 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 601 or HQ 1080 501 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 adjustme
120. wer switch must be set to CAMERA Appropriate battery must be connected Power switch must be set to CAMERA Item7 Diagnosis between image processor and display blocks Diagnosis between Image processor and Display blocks analyzes the following contents ID 0x80 Diagnosis description Error value Type 1 2 Video signal line test 1 Test pattern checking 1 2 failure Note Conducts a test from camera 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 8 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 8 0x90 Video signal line communication 1 Test pattern checking failure 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 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 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 comm

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