Samsung VP-D451 Service Manual Download

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Samsung Electronics

4-1

4. Disassembly and Reassembly

4-1 Cabinet and PCB

4-1-1 Ass’y Top Removal

REMOVE 3 SCREWS

(M 1.4 X 3 WHT)

REMOVE 1 SCREW

(M 1.7 X 4 BLK)

ROTATE CASE-TOP

Fig. 4-1 Ass’y Top Removal

4-1-2 Ass’y Front Removal

Fig. 4-2 Ass’y Front Removal

REMOVE 1 SCREW

(M1.7 X 2 BLK)

REMOVE 1 SCREW

(M1.7 X 4 WHT)

REMOVE 1 SCREW

(M1.7 X 4 WHT)

Caution :

Please indicate that the connector

must be detached before separating
the Front-FPC Assembly

REMOVE 1 SCREW

(M1.7 X 3 BLK)

Summary of Contents for VP-D451

Page 1: ... Flash Memory VP D454 i D455 i D6650I Only Multi Memory Card Slot VP D454 i D455 i D6650I Only Direct Print System PictBridge USB 2 0 High quality MPEG4 Digital Image Stabilizer Real Wide mode 16 9 Manual DIGITAL VIDEO CAMCORDER Merit Character regarding Product SERVICE MANUAL VP D451 I D452BI D453 I D454 I D455 I D6620I D6640I D6650I ELECTRONICS Samsung Electronics Co Ltd FEB 2005 Printed in Kore...

Page 2: ... Reassembly 4 1 4 16 4 1 Cabinet and PCB 4 1 4 2 Deck 4 5 5 Exploded View and Parts List 5 1 5 20 5 1 Ass y Chassis 5 2 5 2 Ass y Left 5 4 5 3 Ass y LCD 5 6 5 4 Ass y Right 5 8 5 5 Ass y Rear 5 10 5 6 Ass y CVF 5 12 5 7 Ass y Case Left 5 13 5 8 Ass y Front 5 14 5 9 Ass y Housing 5 15 5 10 Mechanical Parts Main Chassis 5 16 5 11 Mechanical Parts Sub Chassis 5 18 6 Electrical Parts List 6 1 6 14 7 B...

Page 3: ...ain PCB 10 5 10 5 DV 1Chip Main PCB 10 6 10 6 Video Interface Main PCB 10 7 10 7 Audio Main PCB 10 8 10 8 Camera Process Main PCB 10 9 10 9 DSP Main PCB 10 10 10 10 Camera Memory 1 Main PCB 10 11 10 11 Camera Memory 2 Main PCB 10 12 10 12 CCD CCD PCB 10 13 10 13 Front Front PCB 10 14 10 14 Jack Jack PCB 10 15 10 15 Rear Rear PCB 10 16 10 16 Function Function PCB 10 17 10 17 CVF CVF PCB 10 18 10 18...

Page 4: ...l Camcoder Summary 13 1 13 2 Set Explanation 13 2 13 3 H W Function Specifications 13 6 14 Reference Information 14 1 14 44 14 1 Deck Operating Description 14 1 14 2 PC INTERFACE 14 30 14 3 Memory Card 14 34 14 4 Camcorder Function Description 14 39 CONTENTS ...

Page 5: ...ot exceed 0 5 milliamp Reverse the power plug prongs in the AC outlet and repeat the test 6 X ray Limits The picture tube is designed to prohibit X ray emissions To ensure continued X ray protection replace the picture tube only with one that is the same type as the original Fig 1 1 AC Leakage Test 7 Antenna Cold Check With the unit s AC plug disconnected from the AC source connect an electrical j...

Page 6: ... instrument s ground lead to the instrument chassis ground before connecting the positive lead always remove the instrument s ground lead last 17 Observe the original lead dress especially near the following areas Antenna wiring sharp edges and especially the AC and high voltage power supplies Always inspect for pinched out of place or frayed wiring Do not change the spacing between components and...

Page 7: ...rox 18 83mm s LP approx 12 57mm s SP 60 minutes when using DVM 60 LP 90 minutes when using DVM 60 Approx 150 sec using DVM60 tape CCD Charge Coupled Device 800k pixels F1 8 10x Optical 900x Digital Electronic zoom lens Ø25 2 5inches 123k TFT LCD Colour LCD 1Vp p 75Ω terminated Y 1Vp p 75Ω C 0 286Vp p 75Ω 7 5dBs 600Ω terminated VP D451i D453i D454i D455i 4pin special in out connector VP D451 D453 D...

Page 8: ...udio Color Color Viewfinder 2 5 123K 2 5 123K LCD 680K 680K CCD 10x 900x 10x 900x Zoom Digita l Zoom 520 line 520 line Resolution MiniDV MiniDV Form at VM F830 D457 SC D455 D453 Model cod e NTSC Rsx NTSC America Region Acces sory Comment S Cable Scart Jack Carrying Case Tape Battery Pack X X Remoc on Acces sory Shoe Analog In O O Multi Lang Batt Ch eck Instant On O GUI O Beep Sound Displ ay PB Zoo...

Page 9: ...C Power Adapter AA E8 TYPE AD44 00090A AD68 00839G 5 Instruction Book 6 Lithium Battery CR2025 AD43 10130H 7 Remote Control AD59 00085A AD97 07354B 8 USB Cable AD39 00073A AD46 00082A AD46 00061A 9 Software CD 10 Lens Cover 11 Lens Cover strap AD72 00049A 12 Memory Stick 3 AC Cord AD39 00078A 13 Scart Adapter Model standard of VP D455 XEU Model standard of VP D455 XEU Model standard of VP D455 XEU...

Page 10: ...Product Specification 2 4 Samsung Electronics MEMO ...

Page 11: ...ustment step Ø In order to exit the adjustment mode disconnect the power source 2 Function of each buttons on the Set Key Buttons Description MENU Selector push Confirm Stores changed value in the adjustment and auto adjustment mode MENU Selector Right Data Up Changes data in the adjustment state MENU Selector Left Data Down EASY Q Mode Up Changes mode DISPLAY Mode Down Table 3 1 3 How to get into...

Page 12: ...t the power must be reset This can be done by disconnecting and reconnecting the power source Fig 3 2 Indicates current adjustment item Adjustment value For Engineering Mode Stored value Fig 3 3 3 1 2 VCR Adjustment Œ Get into VCR ADJUST mode Move to the VCR ADJUST address 6IF ˇ Play standard tape and Head Switching Position will be adjusted automatically within 5 Seconds Mode Address Name Value D...

Page 13: ...Lens Zoom Track Zoom VR Center ˇ Auto HALL Auto IRIS ˆ Auto White Balance indoor Ø Auto White Balance outdoor 3 2 1 Adjustment Preparation 1 Before you start Œ Use the buttons on the CAMCORDER when adjusting Camera When changing the adjustment item please press the EASY Q and DISPLAY buttons on the CAMCORDER ˇ The adjustment value can be changed by moving the MENU Selector Left or Right Press the ...

Page 14: ... monitor OSD appears as shown Fig 3 5 the adjustment mode has been activated successfully ˇ Move the MENU Selector to highlight CAM ADJ and push the MENU Selector Monitor OSD shows Fig 3 6 Then Camera adjustment mode has been activated successfully STEP 3 In order to complete the adjustment the power must be reset This can be done by disconnecting and reconnecting the power source Fig 3 5 Fig 3 4 ...

Page 15: ...ange it shall be in focus The location of a focus lens is moving depending on the location of Zoom Lens During adjusting micom measures the focus location from a near distance to a long Œ Camera is set to E E mode Focus chart photo ˇ Center the camera about 3m from a focus chart which should be placed on a flat surfaced white or gray wall Connect the video output terminal to a TV ˆ Press the EASY ...

Page 16: ...in 00BC 00BD and 00BB respectively ˆ The OSD shows OK after finishing the adjustment The word OK is displayed for only a fraction of a second 6 Auto White Balance indoor Œ Camera mode 3100 K gray scale chart Connect a video output terminal to a vectorscope and a TV ˇ Press the EASY Q Mode Up DISPLAY Mode Down buttons so that OSD shows 0D4 XX XX Ensure that camera picks up image 40µs on 3100 K gray...

Page 17: ...stment step Ø In order to exit the adjustment mode disconnect the power source 2 Function of each buttons on the Set Key Buttons Description MENU Selector push Confirm Stores changed value in the adjustment and auto adjustment mode MENU Selector Right Data Up Changes data in the adjustment state MENU Selector Left Data Down EASY Q Mode Up Changes mode DISPLAY Mode Down Table 3 4 3 How to get into ...

Page 18: ...stment mode has been activated successfully ˇ Move the MENU Selector to highlight VCR ADJ and push the MENU Selector Monitor OSD shows Fig 3 10 Then VCR adjustment mode has been activated successfully STEP 3 In order to complete the adjustment the power must be reset This can be done by disconnecting and reconnecting the power source Fig 3 9 Fig 3 10 Indicates current adjustment item Adjustment va...

Page 19: ...ds short Refer to Fig 3 11 two short point Press a STOP button for 3 seconds or more until INT OK appears See Fig 3 12 Fig 3 12 You continuously let two solder lands short until completing all adjustment from 1 Initial Adj to 7 VCO Adj and they must be opened after completing all adjustment If two solder lands are continuously shorted the product doesn t work correctly ...

Page 20: ... B0 04 95 95 95 95 05 1F 1F 1F 1F 06 5A 5A 5A 5A 07 40 40 40 40 08 00 00 00 00 09 40 40 40 40 0A 90 90 90 90 0B 2A 2A 2A 2A 0C 30 30 30 30 0D A1 A1 A1 A1 0E 4C 4C 4C 4C 0F 10 10 00 0 00 0 10 05 05 05 05 11 11 11 11 11 12 00 00 01 01 13 04 04 04 04 14 2D 2D 2D 2D 15 D7 D7 D7 D7 16 2C 2C 2C 2C 1D 85 85 85 85 1E 02 02 02 02 1F 02 02 02 02 20 2A 2A 2A 2A 21 02 02 02 02 22 02 02 02 02 Table 3 5 ...

Page 21: ...h the PLAY Key Cover the Top End sensor with black tape because they do not operate Note For the removal of the Housing Ass y refer to 4 2 2 page 4 6 Connceted the Recorder Circuit SWITCH C IN Fig 3 13 3 4 2 Setting Mechanical Mode Without Recorder Circuit 1 Set the power supply output to approx 3V 5V 2 Choose the polarity depending on whether load ing or unloading 3 Supply the voltage to the Moto...

Page 22: ... counterclockwise by hand Note Do not rotate the motor by power or rotate the Upper Drum assembly clockwise Also the Head tip will be damaged if the lens tissue is moved in a perpendicular direction Be sure to follow these instructions when cleaning the Drum Ass y 2 Cleaning of Tape Path Œ In EJECT mode clean the tape path system from Pole Tension P1 through Pole Review P8 Pinch Roller and Capstan...

Page 23: ...e tip of a Ø 2mm stick as shown in Fig 3 16 Table 3 7 Fig 3 16 O Cleaning Oil Confirmation Tape path system D R I V I N G S Y S T E M Never let oil get on to the tape path surface Maintenance checks Hours of use H Remark 500 1000 1500 2000 2500 3000 3500 4000 4500 5000 Cleaning of tape path O O O O O O O O O O Cleaning and degaussing of drum ass y O O O O O O O O O O Capstan Shaft Gear Capstan Gea...

Page 24: ...between external surface of Holder Loading and extenal diamater of Arm Tension is 0 7 0 3mm Fig 3 17 ˇ If necessary proceed to step 4 If the Arm Tension Œ is located inside or right the position specified adjust the Cap Adjust Œ toward arrow A If it is located outside or left adjust toward arrow B Note Check if the Arm Tension can be moved toward arrow C in PB mode 3 Reassembly Œ For the removal o...

Page 25: ...REV Torque check 1 Set up the cassette torque tape 2 Set to CAMERA mode Push the EDIT button and check that the torque value of Reel T is 9 3g cm 3 Push the EDIT button and check that the torque value of Reel S is 15 3g cm 4 If necessary replace the defective Reel Disk S T Ass y 3 4 4 d Reel Table Height Check 1 Removal Œ For the removal of the Housing Ass y refer to 4 2 2 page 4 6 For the removal...

Page 26: ...an oscilloscope ˇ Play back the alignment tape Check that the waveform of the RF signal is flat at both inlet and outlet A in Fig 3 21 If not flat B or C in Fig 3 21 do adjustments 3 4 5 b through 3 4 5 d RF Signal Pin 3 of CNR02 Head Switching Pin 2 of CNR02 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 CNR02 Fig 3 20 Rear PCB Bottom Side P1 P2 P5 P6 P7 P8 P3 Fig 3 22 A B C INLET OUTLET NORMAL DEF...

Page 27: ... 3 4 5 c Take Up Path Adjustment Œ Play back the alignment tape and confirm that the tape is not twisted between the Guide Roller T and Capstan If the tape is twisted turn P8 Fig 3 23 Set to REV mode and observe the outlet waveform of PB RF signal Fig 3 24 ˇ If the outlet waveform is out of spec turn P8 counterclockwise and redo steps 1 and 2 P8 P6 MOTOR CAPSTAN P2 Fig 3 23 DEFECTIVE CORRECT Fig 3...

Page 28: ...rm Fig 3 26 2 CUE and REV Check Œ Playback the alignment tape and set to REV mode Confirm that the waveform peaks have a uniform Pitch Fig 3 27 A If the track pitch is not uniform do section 3 4 5 b Tracking adjustment and 3 4 5 c P8 adjustment Set to CUE mode Confirm that the waveform peaks still have a uniform pitch Fig 3 27 B If the track pitch is not uniform do section 3 4 5 b Tracking Adjustm...

Page 29: ...inch Roller Fig 3 28 ˇ Run the tape in CUE REV and FF REW modes then playback Confirm the waveform of PB RF signal rises flat within 3 seconds Also confirm that the tape is not twisted or curled around the Pinch Roller Repeat steps 2 and 3 4 Tape Path Check Œ In CUE and REV modes check that the tape is not curled around the P2 P6 upper flange and P8 upper Lower flanges P8 MOTOR CAPSTAN P6 P2 Fig 3...

Page 30: ...3 20 Alignment and Adjustments Samsung Electronics MEMO ...

Page 31: ...VE 1 SCREW M 1 7 X 4 BLK ROTATE CASE TOP Fig 4 1 Ass y Top Removal 4 1 2 Ass y Front Removal Fig 4 2 Ass y Front Removal ˇ REMOVE 1 SCREW M1 7 X 2 BLK REMOVE 1 SCREW M1 7 X 4 WHT Œ REMOVE 1 SCREW M1 7 X 4 WHT Caution Please indicate that the connector must be detached before separating the Front FPC Assembly REMOVE 1 SCREW M1 7 X 3 BLK ...

Page 32: ...ft Removal 4 1 4 Ass y LCD CVF Jack Removal Caution Please indicate that the connectors must be detached before separating the EASY Q Assembly Caution Please indicate that the connectors must be detached before separating the LCD Assembly Caution Please indicate that the connectors must be detached before separating the CVF Assembly Œ REMOVE 4 SCREWS M1 7 X 4 BLK REMOVE 2 SCREWS M1 7 X 4 BLK REMOV...

Page 33: ...the connectors must be detached before separating the Rear Assembly Fig 4 5 Ass y Rear Removal 4 1 6 Ass y Right Removal Fig 4 6 Ass y Right Removal Œ REMOVE 2 SCREWS M1 7 X 2 BLK REMOVE 2 SCREWS M1 7 X 2 BLK ˆ REMOVE Assy Main Assy Lens Assy Deck ˇ REMOVE Assy Housing REMOVE 3 SCREWS T1 7 X 4 BLK Caution Please indicate that the connectors must be detached before separating the Right Assembly ...

Page 34: ...E 3 SCREWS M1 7 X 2 WHT Œ REMOVE Deck FPC 3 Point Caution Please indicate that the connector must be detached before separating the Deck Assembly from the MAIN PCB 4 1 8 Ass y Lens Removal Œ REMOVE 2 SCREWS M1 7 X 2 BLK REMOVE Connector Caution Please indicate that the connector must be detached before separating the Lens FPC Assembly ...

Page 35: ...the power supply output to approximately 3V 5V and connect it to the Motor Loading 2 Choose the polarity depending on whether loading or unloading See Table 4 1 3 Supply the voltage to the Motor Loading Fig 4 9 Loading and Unloading A B Movement of Chassis _ Loading _ Unloading Table 4 1 A B DC POWER SUPPLY 4 2 Deck ...

Page 36: ...ing 1 Push the Lever see arrow A Detail A turn the Lever Lock Œ in the direction of arrow B and open the Housing Ass y 2 Separate the Hook L and Hook R and then lift it 3 Separate the Shape of Pin L and R ˆ from Cam Parts Ø of Sub Chassis and then lift the Housing Ass y 4 2 2 b Reassembly 1 Mount the Shape of Pin L and R ˆ to Cam Parts Ø of Sub Chassis 2 Mount Shape Ô of Arm L pushing them in the ...

Page 37: ...2 Screws Œ then lift the Cover Reel Ass y 2 Then lift the Idler Ass y ˇ 4 2 3 b Reassembly 1 Fit the Idler Ass y ˇ into the Pin 2 Mount the Cover Reel Ass y to the Sub Chassis in the reverse direction of arrow 3 Secure the 2 Screws Œ 2 SCREWS Œ COVER REEL ASS Y ˇ IDLER ASS Y BRAKE S Fig 4 11 Cover Reel Ass y Idler Ass y ...

Page 38: ...el Disk S 4 2 4 b Reassembly 1 Mount the Reel Disk S ˆ 2 After pushed Arm Tension Ass y in the direction A and then insert into the Pin Ø 3 Insert the Washer Slit ˇ and then hang the Spring Tension Œ to Sub Chassis Hook and Arm Tension Hook Note 1 When reassembling or dsiassembling position of Spring Tension Œ is same Note 2 When moving inspecting must be inspect Back Tension Note 3 When reassembl...

Page 39: ...ssis Ass y from Main Chassis ˇ Fig 4 13 Sub Chassis 4 2 5 b Reassembly 1 Insert PinPart of Sub Chassis Ass y to Main Chassis Rail ˆ and then fit the reassembly part of two place to Secure Hole Ø of Main Chassis Ass y ˇ 2 Secure 2 Screws Œ Note 1 After assembling with ˇ make sure that Sub Chassis Ass y loads and unloads correctly by applying 3V 5V to the Motor Loading Note 2 When reassembling confi...

Page 40: ...4 2 6 a Disassembly 1 After turned Arm Review Œ in the direction of arrow A and then lift up 2 Lift up the Reel Disk T 3 Lift up the Brake T ˇ PIN REEL DISK T BRAKE T ˇ ARM REVIEW Œ ˆ PIN PIN Ø 4 2 6 b Reassembly 1 Insert Brake T ˇ to Pin Ø 2 Insert Reel Disk T to Pin ˆ 3 Insert Arm Review Œ to Pin state of turning in the direction of arrow A Fig 4 14 Arm Review Reel Disk T Brake T ...

Page 41: ...sembling the Drum Œ 1 Remove 1 Screw Œ and then remove the Spring Plate Drum 2 Lift up the Drum ˇ 3 Remove 1 Screw and then lift up the Holder FPC ˆ 4 2 7 b Reassembly 1 Mount and insert the Drum ˇ to the Bosses Ø 2 Insert the Spring Plate Drum and secure the 1 Screw Œ 3 Insert the Holder FPC ˆ and secure the 1 Screw DRUM ˇ SPRING PLATE Œ 1 SCREW ˆ HOLDER FPC Ø 2 BOSSES BASE DRUM 1 SCREW HEAD TIP ...

Page 42: ...ller S ˇ and T 3 SCREWS Œ GUIDE RAIL ASS Y GUIDE ROLLER S ˇ GUIDE ROLLER T POLE BASE S ˆ POLE BASE T Ø MAIN CHASSIS 4 2 8 b Reassembly 1 Assembly the Guide Roller S ˇ and T as turn to countclock wise to the Pole Base S ˆ and T Ø 2 After Pole Base S ˆ and T Ø unloading mode and then assemble Guide Rail Ass y to the Main Chassis and secure the 3 Screws Œ Note 1 When removing and reassembling Guide R...

Page 43: ...y 1 After assemble and fit Gear Tension Ø Gear Cam Main to assemble point and then secure the 2 Screws ˆ 2 Insert Hook of Motor Loading Ass y to assemble point of Main Chassis and then secure the 1 Screw 3 After assemble FPC to Motor and then weld pt welding 2 parts Œ Note 1 When reassembling confirm that pin of Slide Main insert into Cam of Gear Cam Main Œ PT WELDING 2 POINTS 2 SCREWS ˆ Ø GEAR TE...

Page 44: ...tan Arm Pinch Roller Slide Main LeverEject 2 SCREWS Œ MOTOR CAPSTAN ˇ WASHER SLIT SPRING LEVER PINCH LEVER EJECT ˆ MAIN CHASSIS HOOK Ø ARM PINCH ROLLER SLIDE MAIN MAIN CHASSIS DETAIL 4 2 10 a Disassembly Note 1 When removing and reassembling be careful not to giss the Gear Part Note 2 When removing and reassembling be careful not to touch the hand in the pinch Roller Protection contamination 1 Rem...

Page 45: ...pstan 2 Separate the Belt Timming ˇ lift the Gear Pully Fig 4 19 Gear Pully Belt Timming Gear Capstan WASHER SLIT Œ GEAR CAPSTAN ˇ BELT TIMING GEAR PULLY 4 2 11 b Reassembly 1 Mount the Gear Pully and hang the Belt Timming ˇ on the Gear Pully 2 Hang the Belt Timming ˇ to the upper gear of the Gear Capstan and mount the Gear Capstan 3 Assemble the Washer Slit Œ ...

Page 46: ...4 16 Disassembly and Reassembly Samsung Electronics MEMO ...

Page 47: ... y Chassis 5 2 5 2 Ass y Left 5 4 5 3 Ass y LCD 5 6 5 4 Ass y Right 5 8 5 5 Ass y Rear 5 10 5 6 Ass y CVF 5 12 5 7 Ass y Case Left 5 13 5 8 Ass y Front 5 14 5 9 Ass y Housing 5 15 5 10 Mechanical Parts Main Chassis 5 16 5 11 Mechanical Parts Sub Chassis 5 18 Page ...

Page 48: ...Exploded View and Parts List 5 2 Samsung Electronics 5 1 Ass y Chassis C050 W225 P155 W121 W125 FL515 P052 P051 C314 C310 W121 C201 P001 W206 M001 ...

Page 49: ...ASSY MAIN BOARD TIGER PJ VP D455 XE 1 SA P051 AD97 09378A ASSY LENS ZOOM PC SSCL º 10X 1 SA P052 AD29 00031A FILTER OLPF SSCL 4 5 3 4 1 60 1 SA P155 AD97 08613A ASSY THETA2 DECK FPC ASSY FPC THETA 1 SA W121 6002 001132 SCREW TAPPING BH T0 5 2 M1 7 L3 0 4 SA W125 6001 001385 SCREW MACHINE CH M1 7 L2 5 ZPC BL 2 SA W206 6001 001373 SCREW MACHINE PH T0 5 M1 7 L3 0 B 2 SA W225 6009 001410 SCREW SPECIAL...

Page 50: ...Exploded View and Parts List 5 4 Samsung Electronics 5 2 Ass y Left W112 P054 C550 C023 W297 FL433 P004 P157 W113 C696 C697 W113 W121 P158 P006 W112 C321 C001 L001 ...

Page 51: ... VP D455 PAL 1 SA P004 AD97 09593A ASSY FUNCTION BOARD TIGER PJ SC D45 1 SA P006 AD97 09596A ASSY JACK BOARD TIGER PJ SC D455 XA 1 SA P054 AD97 04289A ASSY SPEAKER D5 PJ G 17S08 0823 1 SA P157 AD97 09696A ASSY DUMMY LEFT ASSY TIGER PJ 1 SA P158 AD97 09724A ASSY EASY FPC TIGER ASSY EASY FP 1 SA W112 6003 001453 SCREW TAPTITE BH B M1 7 L4 ZPC BL 7 SA W113 6002 001085 SCREW TAPPING CH 2 M1 7 L5 ZPC B...

Page 52: ...Exploded View and Parts List 5 6 Samsung Electronics 5 3 Ass y LCD W298 L016 L017 W313 L014 W124 L011 L006 W118 W298 L013 C349 L0533 L004 C208 L015 ...

Page 53: ... TIGER PJ ABS94HB T1 1 SA L015 AD63 00733A COVER HINGE BOTTOM TIGER PJ ABS94HB 1 SA L016 AD97 09662A ASSY HINGE ASSY TIGER PJ 1 SA L017 AD97 09723A ASSY LCD FPC TIGER ASSY LCD FPC 1 SA L0533 AD07 00046A LCD THETA4 PJ 58 36 46 46 2 1 1 SA W118 6003 001291 SCREW TAPTITE CH B M1 4 L3 0 ZPC 2 SA W124 6001 001526 SCREW MACHINE CH 0 3 M1 7 L3 0 N 2 SA W298 6003 001508 SCREW TAPTITE PH B M1 4 L3 NI PLT 3...

Page 54: ...Exploded View and Parts List 5 8 Samsung Electronics 5 4 Ass y Right C659 C014 C010 W127 C698 C020 C018 C308 W241 C016 C019 W118 C660 W126 C661 W126 C210 C059 W126 C334 C212 ...

Page 55: ...J SUS301 1 1 SA C308 AD61 02047A PLATE SPRING POWER TIGER PJ SUS301 1 SA C334 AD63 00739A COVER DC JACK TIGER PJ ABS94HB T1 0 1 SA C659 AD61 02017A BRACKET RIGHT A TIGER PJ SUS301 1 2 1 SA C660 AD61 02016A BRACKET RIGHT B TIGER PJ SUS301 1 2 1 SA C661 AD64 01348A BUTTON S STOP TIGER PJ ABS 94HB W7 1 SA C698 AD61 01494A SPRING ETC LOCKER POWER RAPIDO PJ S 1 SA W118 6003 001291 SCREW TAPTITE CH B M1...

Page 56: ...Exploded View and Parts List 5 10 Samsung Electronics 5 5 Ass y Rear W112 FL512 P009 W118 P159 W222 P101 C556 C208 C042 C663 C306 C666 C044 C664 C665 W112 ...

Page 57: ...J SUS301 1 1 SA C308 AD61 02047A PLATE SPRING POWER TIGER PJ SUS301 1 SA C334 AD63 00739A COVER DC JACK TIGER PJ ABS94HB T1 0 1 SA C659 AD61 02017A BRACKET RIGHT A TIGER PJ SUS301 1 2 1 SA C660 AD61 02016A BRACKET RIGHT B TIGER PJ SUS301 1 2 1 SA C661 AD64 01348A BUTTON S STOP TIGER PJ ABS 94HB W7 1 SA C698 AD61 01494A SPRING ETC LOCKER POWER RAPIDO PJ S 1 SA W118 6003 001291 SCREW TAPTITE CH B M1...

Page 58: ...50A ASSY UNIT CVF ASSY TIGER PJ 1 SA L064 AD41 00683A FPC CVF TIGER PJ REV 00 POLYESTER 2 1 SA W118 6003 001291 SCREW TAPTITE CH B M1 4 L3 0 ZPC 2 SA W121 6002 001132 SCREW TAPPING BH T0 5 2 M1 7 L3 0 1 SA W206 6001 001373 SCREW MACHINE PH T0 5 M1 7 L3 0 B 3 SA Exploded View and Parts List 5 12 Samsung Electronics 5 6 Ass y CVF W121 L064 C591 C668 L054 L0544 C667 W206 W206 W118 W118 Loc No Parts N...

Page 59: ...5A ASSY TRIPOD ASSY TIGER PJ 1 SA P091 AD97 09715A ASSY CASE LEFT ASSY TIGER PJ MULTI 1 SA W296 6003 001479 SCREW TAPTITE BH B M1 7 L4 ZN 2 SA Exploded View and Parts List 5 13 Samsung Electronics 5 7 Ass y Case Left C208 C356 C208 C208 C208 W296 C321 P091 Loc No Parts No Description Specification Q ty S N A Remark ...

Page 60: ...95C ASSY FRONT BOARD TIGER PJ SC D457 X 1 SA P121 AD97 09713A ASSY CASE FRONT ASSY TIGER PJ LIGHT 1 SA W127 6003 001292 SCREW TAPTITE CH 0 3 B M1 7 L3 Z 6 SA Exploded View and Parts List 5 14 Samsung Electronics 5 8 Ass y Front P121 C669 C339 W127 P061 W127 Loc No Parts No Description Specification Q ty S N A Remark ...

Page 61: ...339A INLAY DECORTION TIGER PJ PC T1 0 W7 1 SA W116 6001 001527 SCREW MACHINE CH 0 3 M1 7 L2 0 N 4 SA W119 6001 001444 SCREW MACHINE PH M1 7 L2 0 ZPC BL 4 SA W127 6003 001292 SCREW TAPTITE CH 0 3 B M1 7 L3 Z 2 SA Exploded View and Parts List 5 15 Samsung Electronics 5 9 Ass y Housing W119 L067 C670 W119 C047 C347 W116 W127 C049 Loc No Parts No Description Specification Q ty S N A Remark ...

Page 62: ... View and Parts List 5 16 Samsung Electronics 5 10 Mechanical Parts Main Chassis M010 M026 W105 M011 M013 W106 M020 M019 W107 M021 M016 M018 W101 W104 W103 M022 W106 M012 M202 M023 M017 M024 M203 M025 M014 M015 ...

Page 63: ...ASSY GUIDE ROLLER Mold ETC DD 4 P 1 SNA M021 AD61 01483A GUIDE ROLLER DD 4 POM BLACK M 1 SNA M022 AD61 00558A PLATE S P BASE DD 3 SUS632 CSP T0 1 SA M023 AD66 00221A PULLEY BELT TIMING DD 4 POLYURETHAN 0 8 SA AD66 00292A PULLEY BELT TIMING DD 4 POLYURETHAN 0 2 SA M024 AD66 00069A GEAR CAPSTAN DD 3 DYAMID 0 4 28 1 SA M025 AD97 06400A ASSY ARM PINCH DD 4 ASSY 0 6 SA AD97 09351A ASSY ARM PINCH ASSY D...

Page 64: ...Exploded View and Parts List 5 18 Samsung Electronics 5 11 Mechanical Parts Sub Chassis M030 M033 M037 M203 M036 W101 M042 M041 M040 M039 M031 M032 M035 M038 M034 W102 M044 M043 ...

Page 65: ... DD 4 SUS304 WPB 1 SA M038 AD97 06402A ASSY ARM REVIEW DD 4 ASSY 1 SA M039 AD97 07213A ASSY BRAKE SOFT S DD 4 ASSY 1 SNA M040 AD97 06394A ASSY HOUSING SECC ETC DD 4 ASSY 1 SA M041 AD61 01194A HOUSING LOCK L DD 4 DURACON M90 44D 1 SA M042 AD61 01195A HOUSING LOCK R DD 4 DURACON M90 44 1 SA M043 AD61 01159A HOLDER BAND DD 4 DURACON M90 44 1 SNA M044 AD69 00425A BAND TENSION DD 4 LUMIRROR WH 1 SNA M2...

Page 66: ...Exploded View and Parts List 5 20 Samsung Electronics MEMO ...

Page 67: ...0NF 10 10V X7R TP 100 1 SA C221 2203 000254 C CER CHIP 10nF 10 16V X7R 1005 1 SA C222 2203 006006 C CER CHIP 0 005NF æ0 25PF 50V C0G 1 SA C223 2203 006006 C CER CHIP 0 005NF æ0 25PF 50V C0G 1 SA C224 2203 006006 C CER CHIP 0 005NF æ0 25PF 50V C0G 1 SA C225 2203 006006 C CER CHIP 0 005NF æ0 25PF 50V C0G 1 SA C227 2203 005923 C CER CHIP 1000NF 20 6 3V X5R TP 1 1 SA C301 2203 006048 C CER CHIP 100NF ...

Page 68: ... 1nF 10 50V X7R 1005 1 SA C717 2203 000254 C CER CHIP 10nF 10 16V X7R 1005 1 SA C718 2203 000254 C CER CHIP 10nF 10 16V X7R 1005 1 SA C719 2203 006320 C CER CHIP 2200nF 10 16V X7R TP 20 1 SA C721 2404 000284 C TA CHIP 10uF 20 16V TP 3528 1 SA C723 2203 006320 C CER CHIP 2200nF 10 16V X7R TP 20 1 SA C725 2404 000284 C TA CHIP 10uF 20 16V TP 3528 1 SA C727 2203 006320 C CER CHIP 2200nF 10 16V X7R TP...

Page 69: ...005 1 SA CP305 2203 001432 C CER CHIP 47nF 80 20 16V Y5V 100 1 SA CP306 2203 000438 C CER CHIP 1nF 10 50V X7R 1005 1 SA CP307 2203 000714 C CER CHIP 3 3nF 10 50V X7R TP 100 1 SA CP33 2203 006048 C CER CHIP 100NF 10 10V X7R TP 100 1 SA CP35 2203 006048 C CER CHIP 100NF 10 10V X7R TP 100 1 SA CP36 2404 001020 C TA CHIP 10uF 20 10V GP TP 3216 1 SA CP37 2203 006048 C CER CHIP 100NF 10 10V X7R TP 100 1...

Page 70: ...MX2 NPN 150MW EMT6 1 SA Q723 0501 000225 TR SMALL SIGNAL 2SC4617 NPN 200mW E 1 SA QP01 0501 000225 TR SMALL SIGNAL 2SC4617 NPN 200mW E 1 SA QP05 0504 001025 TR DIGITAL DTC143EE NPN 150MW 4 7K 1 SA R101 2007 000140 R CHIP 1Kohm 5 1 16W TP 1005 1 SA R102 2007 001325 R CHIP 3 3Kohm 5 1 16W TP 1005 1 SA R106 2007 007470 R CHIP 7 5Kohm 1 1 16W DA TP 1005 1 SA R107 2007 000140 R CHIP 1Kohm 5 1 16W TP 10...

Page 71: ...5 1 16W TP 1005 1 SA R506 2007 000140 R CHIP 1Kohm 5 1 16W TP 1005 1 SA R507 2007 000162 R CHIP 100Kohm 5 1 16W TP 1005 1 SA R508 2007 000140 R CHIP 1Kohm 5 1 16W TP 1005 1 SA R509 2007 000162 R CHIP 100Kohm 5 1 16W TP 1005 1 SA R510 2007 000140 R CHIP 1Kohm 5 1 16W TP 1005 1 SA R5100 2007 000140 R CHIP 1Kohm 5 1 16W TP 1005 1 SA R5101 2007 000140 R CHIP 1Kohm 5 1 16W TP 1005 1 SA R5104 2007 00016...

Page 72: ...00162 R CHIP 100Kohm 5 1 16W TP 1005 1 SA R558 2007 000140 R CHIP 1Kohm 5 1 16W TP 1005 1 SA R559 2007 000140 R CHIP 1Kohm 5 1 16W TP 1005 1 SA R5601 2007 000162 R CHIP 100Kohm 5 1 16W TP 1005 1 SA R561 2007 000162 R CHIP 100Kohm 5 1 16W TP 1005 1 SA R562 2007 000162 R CHIP 100Kohm 5 1 16W TP 1005 1 SA R564 2007 000140 R CHIP 1Kohm 5 1 16W TP 1005 1 SA R566 2007 000140 R CHIP 1Kohm 5 1 16W TP 1005...

Page 73: ...m 5 1 16W TP 1005 1 SA R799 2007 000151 R CHIP 15Kohm 5 1 16W TP 1005 1 SA RA50 2007 000148 R CHIP 10Kohm 5 1 16W TP 1005 1 SA RA51 2007 000157 R CHIP 47Kohm 5 1 16W TP 1005 1 SA RA52 2007 000157 R CHIP 47Kohm 5 1 16W TP 1005 1 SA RA53 2007 000140 R CHIP 1Kohm 5 1 16W TP 1005 1 SA RA56 2007 000171 R CHIP 0ohm 5 1 16W TP 1005 1 SA RA561 2007 000171 R CHIP 0ohm 5 1 16W TP 1005 1 SA RA566 2007 000171...

Page 74: ...05 2007 000171 R CHIP 0ohm 5 1 16W TP 1005 1 SA W125 6001 001385 SCREW MACHINE CH M1 7 L2 5 ZPC BL 5 SA W225 6009 001410 SCREW SPECIAL CH M1 4 L4 7 2 5 3 SA X201 2801 003703 CRYSTAL SMD 24 576MHz 50ppm 28 ACI 1 SA X202 2801 003424 CRYSTAL SMD 41 85MHZ 50ppm 28 ACC 1 1 SA X501 2801 004311 CRYSTAL SMD 13 5MHz 50ppm 28 ABV 10 1 SA X502 2801 003856 CRYSTAL SMD 0 032768MHz 20ppm 28 AC 1 SA XM01 2804 00...

Page 75: ...8 1 SA RF62 2007 000102 R CHIP 100Kohm 5 1 10W TP 1608 1 SA RF65 2007 000402 R CHIP 150ohm 5 1 10W TP 1608 1 SA RF66 2007 000402 R CHIP 150ohm 5 1 10W TP 1608 1 SA RF67 2007 000402 R CHIP 150ohm 5 1 10W TP 1608 1 SA RF68 2007 000402 R CHIP 150ohm 5 1 10W TP 1608 1 SA RF69 2007 000402 R CHIP 150ohm 5 1 10W TP 1608 1 SA RF70 2007 000402 R CHIP 150ohm 5 1 10W TP 1608 1 SA RF81 2007 000102 R CHIP 100K...

Page 76: ...056 R CHIP 6 2Kohm 5 1 10W TP 1608 1 SA RR20 2007 000651 R CHIP 27Kohm 1 1 10W TP 1608 1 SA RR21 2007 000923 R CHIP 470Kohm 1 1 10W TP 1608 1 SA RR22 2007 000563 R CHIP 220Kohm 1 1 10W TP 1608 1 SA SWR01 3409 001150 SWITCH DETECTOR 12V 100MA SPST 35GF 1 SA SWR02 3404 001171 SWITCH TACT 12V DC 50MA 200GF 6 6X6 1 SA SWR03 3409 001150 SWITCH DETECTOR 12V 100MA SPST 35GF 1 SA SWR04 3404 000119 SWITCH ...

Page 77: ...A AD61 01048A PLATE TERMINAL BRM D2A NIKEL T0 2 1 SNA AD63 00208A TERMINAL LI BRM D2 BRM E1 WL 85 1 SNA AD64 00492A CASE BOTTOM REMOCON BRM D2 ABS 1 SNA AD64 00867A CABINET TOP REMOCON BRM D2A 1 SNA AD73 00082A RUBBER KEY REMOCON BRM D2A 1 SNA CT02 2203 000239 C CER CHIP 0 1NF 5 50V C0G TP 2012 1 SA CT03 2203 000239 C CER CHIP 0 1NF 5 50V C0G TP 2012 1 SA CT04 2203 000199 C CER CHIP 100nF 80 20 50...

Page 78: ...ITE CH 0 3 B M1 7 L3 Z 2 SA W127 6003 001292 SCREW TAPTITE CH 0 3 B M1 7 L3 Z 1 SA W127 6003 001292 SCREW TAPTITE CH 0 3 B M1 7 L3 Z 1 SA W127 6003 001292 SCREW TAPTITE CH 0 3 B M1 7 L3 Z 7 SA W127 6003 001292 SCREW TAPTITE CH 0 3 B M1 7 L3 Z 2 SA W127 6003 001292 SCREW TAPTITE CH 0 3 B M1 7 L3 Z 2 SA W129 6001 001719 SCREW MACHINE CH M1 7 L4 NI PLT 3 SA W206 6001 001373 SCREW MACHINE PH T0 5 M1 7...

Page 79: ...ens DSP6 S5C7376X MULTI Memory Slot MULTI Stick Slot TMP1962 24C045STP XC61FC2512 RS5C372A MAIN MICOM E2PROM RESET TIMER SONY LCO 2 5 123K SONY CVF 0 24 77K Link Phy Layer ECC MOD DEMOD DCT IDCT COMP DECOMP AUDIO Decimation ADC DAC Shuffle Video ENC Video Decorder 4M DRAM 10 5M DRAM D E C K F U N C I O N P O W E R 3 0V 1 8V 2 5V 5 0V 15V 12V 7 5V 15V I T U 6 5 6 C A M USB MIC AUDDIO IN OUT VIDDEO ...

Page 80: ...GAIN Control Loop Filter Gain Loop Filter Timing Viterbi DAC225 DAC45 ATFout TEST_analog PB_CLK PB_DATA NCO PLL VCO System Clock 45MHz Function Control Function Control Fix Filter Interpolator BPF HPF APF Serial Control Register Error Detection 5TAP FIR Blind Control refCLK To DV Decoder Coefficient 8 8 8 8 7 2 IC102 Block Diagram ...

Page 81: ...R MPEG4 CODEC 30FPS VGA JPEG CODEC VIDEOBUS AHB BUS ARM920T AHB2VIDEO BRIDGE APB BUS AHB2APB BRIDGE USB2 0 DEV UART 2 AUDIO CODEC G 726 MSPro SD MMC Timer 4 GPIO 32bit DNIe DMA 4 DVC DSP I2C 2 Motor Control PWM 2ch I2S SPI 2 OSD AD4ch 200KHz 10bit DRAM Controller for F W NAND FLASH CONTROLLER 7 3 IC201 Block Diagram ...

Page 82: ...R MPEG4 CODEC 30FPS VGA JPEG CODEC VIDEOBUS AHB BUS ARM920T AHB2VIDEO BRIDGE APB BUS AHB2APB BRIDGE USB2 0 DEV UART 2 AUDIO CODEC G 726 MSPro SD MMC Timer 4 GPIO 32bit DNIe DMA 4 DVC DSP I2C 2 Motor Control PWM 2ch I2S SPI 2 OSD AD4ch 200KHz 10bit DRAM Controller for F W NAND FLASH CONTROLLER 7 4 ICM01 Block Diagram ...

Page 83: ...Samsung Electronics 8 1 8 Wiring Diagram MEMORY STICK VP D453 I D6620I VP D454 I D455 I D6650I ...

Page 84: ...Wiring Diagram 8 2 Samsung Electronics MEMO ...

Page 85: ...Samsung Electronics 9 1 9 PCB Diagrams 9 1 Main PCB 9 2 9 2 Front PCB 9 6 9 3 Function PCB 9 6 9 4 CVF PCB 9 7 9 5 CCD PCB 9 7 9 6 Jack PCB 9 8 9 7 LCD PCB 9 8 9 8 Rear PCB 9 9 Page ...

Page 86: ...PCB Diagrams 9 2 Samsung Electronics 9 1 Main PCB COMPONENT SIDE ...

Page 87: ...PCB Diagrams Samsung Electronics 9 3 L708 Œ ˇ ˆ L704 L706 L717 L719 ...

Page 88: ...PCB Diagrams 9 4 Samsung Electronics CONDUCTOR SIDE Fuse 1 25A 32V ...

Page 89: ...PCB Diagrams Samsung Electronics 9 5 XM01 54MHz Œ ˇ ˆ Ø XM02 48MHz X201 24 576M X202 41 85M X501 13 5MHz X502 32 768KHz Fuse 1 25A 32V ...

Page 90: ...PCB Diagrams 9 6 Samsung Electronics 9 2 Front PCB COMPONENT SIDE CONDUCTOR SIDE 9 3 Function PCB COMPONENT SIDE CONDUCTOR SIDE ...

Page 91: ...PCB Diagrams Samsung Electronics 9 7 9 4 CVF PCB COMPONENT SIDE CONDUCTOR SIDE 9 5 CCD PCB COMPONENT SIDE CONDUCTOR SIDE ...

Page 92: ...PCB Diagrams 9 8 Samsung Electronics 9 6 Jack PCB COMPONENT SIDE CONDUCTOR SIDE 9 7 LCD PCB COMPONENT SIDE CONDUCTOR SIDE ...

Page 93: ...PCB Diagrams Samsung Electronics 9 9 9 8 Rear PCB COMPONENT SIDE CONDUCTOR SIDE Rear PCB CNR02 2 3Pin Rear PCB CNR02 7Pin Rear PCB CNR02 9Pin UART_TXD ENVE Head SW UART_RXD ...

Page 94: ...PCB Diagrams 9 10 Samsung Electronics MEMO ...

Page 95: ...ear PCB 10 16 10 16 Function Function PCB 10 17 10 17 CVF CVF PCB 10 18 10 18 LCD LCD PCB 10 19 For schematic Diagram Resistors are in ohms 1 8W unless otherwise noted Note Special note Most semiconductor devices are electrostatically sensitive and therefore require the special handling techniques described under the electrostatically sensitive ES devices section of this service manual Note Do not...

Page 96: ...Schematic Diagrams 10 2 Samsung Electronics This Document can not be used without Samsung s authorization 10 1 DC DC Converter Main PCB ...

Page 97: ...Schematic Diagrams Samsung Electronics 10 3 This Document can not be used without Samsung s authorization 10 2 Servo Main PCB ...

Page 98: ...Schematic Diagrams 10 4 Samsung Electronics This Document can not be used without Samsung s authorization FROM TO TEST JIG 10 3 System Control Main PCB ...

Page 99: ...Schematic Diagrams Samsung Electronics 10 5 This Document can not be used without Samsung s authorization 10 4 Pre Amp PRML Main PCB ...

Page 100: ...Schematic Diagrams 10 6 Samsung Electronics This Document can not be used without Samsung s authorization 10 5 DV 1Chip Main PCB ...

Page 101: ...Schematic Diagrams Samsung Electronics 10 7 This Document can not be used without Samsung s authorization 10 6 Video Interface Main PCB ...

Page 102: ...Schematic Diagrams 10 8 Samsung Electronics This Document can not be used without Samsung s authorization 10 7 Audio Main PCB ...

Page 103: ...Schematic Diagrams Samsung Electronics 10 9 This Document can not be used without Samsung s authorization 10 8 Camera Process Main PCB ...

Page 104: ...Schematic Diagrams 10 10 Samsung Electronics This Document can not be used without Samsung s authorization 10 9 DSP Main PCB ...

Page 105: ...Schematic Diagrams Samsung Electronics 10 11 This Document can not be used without Samsung s authorization 10 10 Camera Memory 1 Main PCB ...

Page 106: ...Schematic Diagrams 10 12 Samsung Electronics This Document can not be used without Samsung s authorization 10 11 Camera Memory 2 Main PCB ...

Page 107: ...Schematic Diagrams Samsung Electronics 10 13 This Document can not be used without Samsung s authorization FROM TO CAMERA PROCESS CNP01 10 12 CCD CCD PCB ...

Page 108: ...Schematic Diagrams 10 14 Samsung Electronics This Document can not be used without Samsung s authorization FROM TO AUDIO CN601 10 13 Front Front PCB ...

Page 109: ...Schematic Diagrams Samsung Electronics 10 15 This Document can not be used without Samsung s authorization FROM TO VIDEO INTERFACE CN302 10 14 Jack Jack PCB ...

Page 110: ...Schematic Diagrams 10 16 Samsung Electronics This Document can not be used without Samsung s authorization FROM TO PRODDUCT JIG FROM TO DC DC CN702 10 15 Rear Rear PCB ...

Page 111: ...Schematic Diagrams Samsung Electronics 10 17 This Document can not be used without Samsung s authorization FROM TO VIDEO INTERFACE CN301 10 16 Function Function PCB ...

Page 112: ...Schematic Diagrams 10 18 Samsung Electronics This Document can not be used without Samsung s authorization FROM TO FUNCTION CNF05 FROM TO CVF PANEL 10 17 CVF CVF PCB ...

Page 113: ...Schematic Diagrams Samsung Electronics 10 19 This Document can not be used without Samsung s authorization 10 18 LCD LCD PCB ...

Page 114: ...Schematic Diagrams 10 20 Samsung Electronics This Document can not be used without Samsung s authorization MEMO ...

Page 115: ... i D454 i D455 i only EASY Q REW REC SEARCH REV FF REC SEARCH FWD PLAY STILL FADE S SHOW SLIDE SHOW STOP BLC MULTI ENGLISH Getting to Know Your Camcorder 13 13 Front Left View 1 Lens 2 LED Light see page 49 VP D453 i D454 i D455 i only 3 Remote Sensor VP D453 i D454 i D455 i only 4 Hand Strap Hook 5 Internal MIC 6 EASY Q button see page 40 7 TFT LCD Screen 8 IEEE1394 Jack 9 USB Jack VP D453 i D454...

Page 116: ...3 RESET button Memory Card Slot Usable Memory Card VP D453 i only Memory Stick Memory Stick PRO VP D454 i D455 i only Memory Stick Memory Stick PRO SD MMC ENGLISH Getting to Know Your Camcorder 15 15 Right Top View 1 Menu Selector VOL MF 2 MENU button 3 Start Stop button 4 Power Switch CAMERA or PLAYER 5 DC Jack 6 TAPE EJECT 7 Zoom Lever 8 PHOTO button see page 67 9 External MIC 10 Cassette Door 2...

Page 117: ...The amount of continuous recording time available depends on The type and capacity of the Battery pack you are using How often the zoom function is used It is recommended that you have several batteries available 1 Attach the Battery pack to the Camcorder 2 Connect the AC Power adapter to an AC Cord and connect the AC Cord to a wall socket 3 Connect the DC cable to the DC jack socket on the Camcor...

Page 118: ...uaranteed for all computer environments recommended above The IEEE1394 cable DV cable is sold separately Video Capture software is commercially available Most DV enabled PCs have a 6 pin socket In this case a 6pin 4pin cable is required for the connection Most DV enabled Notebooks and Laptops have a 4 pin socket Use a 4pin 4pin cable for the connection DIS and Color Nite are not available when whi...

Page 119: ...ta transfer will stop and the data may be damaged If you connect the USB cable to a PC using a USB HUB or with other devices at the same time it may cause conflict and may not work properly If this occurs remove all other USB devices and try the connection again USB Connection speed depends on the System System Requirements Transferring a Digital Image through a USB Connection CPU Intel Pentium II...

Page 120: ...Normal Approx 74 Approx 148 Selecting the Image Quality Move Select Exit MENU M Cam Mode Back Photo Quality File No Super Fine Series Move Select Exit MENU M Cam Mode Memory Photo Quality File No Super Fine Fine Normal 2 4 6 ENGLISH 86 86 Digital Still Camera Mode VP D453 i D454 i D455 i only The Memory Stick stores and manages images recorded by the camera Recording still images and MPEG4 movies ...

Page 121: ...ctronics 12 1 12 Troubleshooting Loading Emergency Is Loading normal IC401 57Pin VS_L 4 8V IC401 25Pin VCC1 4 5V STOP REPAIR IC501 MICOM Changing Loading Motor DECK Housing close CHECK L727 3V NO NO NO YES YES YES ...

Page 122: ...Does Not Rotate IC401 16Pin 3V IC401 5Pin is VS_D 4 8V IC401 is Drum U V W Waveform REPAIR IC501 MICOM Is DRUM error OUT normal CHECK Q702 L717 Changing Drum Motor REPAIR IC401 CHECK R5108 R5107 C518 C519 NO NO NO NO YES YES YES DRUM U V W Waveform ...

Page 123: ...nics 12 3 Capstan Does Not Rotate IC401 2 3V IC401 44 is VS normal IC401 is CAP U V W normal CHECK IC501 MICOM Is CAPSTAN error OUT normal CHECK Q701 L719 Changing CAP MOTOR CHECK IC401 CHECK IC501 ALL CAP PWM NO NO NO NO YES YES YES ...

Page 124: ...AIN TO JACK BOARD CHANGE DSP6 ICM01 CHANGE CAMERA CHANGE THE FFC REPAIR IC201 AND THE AROUND THE CIRCUIT END OF REPAIR IC301 3 5Pin is Y C signal normal REPAIR IC301 NO YES NO YES NO YES NO YES NO YES Is VIDEO in out Terminal normal CHANGE THE VIDEO in out JACK NO YES to 01H in Camera Control IC301 8 14Pin is Y C signal normal VIDEO Y Signal Waveform ...

Page 125: ...mal Is Circuit around IC101 IC201 normal Is Video in out Terminal normal CHECK THE HEAD OF DRUM REPAIR THE IC101 IC201 CHANGE THE VIDEO IN OUT JACK REPAIR THE IC301 END OF REPAIR IC301 8 14Pin Is Y C signal normal Repair the IC501 MICOM Is FPC VCR MAIN to JACK board normal CHANGE THE FFC NO NO YES NO YES YES NO YES NO YES NO YES ...

Page 126: ... THE CIRCUITRY AROUND THE MICOM NO YES YES CHECK L704 L706 L708 L710 L712 L714 L717 L719 NO YES CHECK L701 L702 NO YES CHANGE TR NO YES Q701 Q708 4 5Pin is the output vlotage output when power is supplied Q701 Q708 2 is the output vlotage output when power is supplied Q701 Q708 1 is the output vlotage output when power is supplied ...

Page 127: ...s Speak Connector FPC Harness normal IC201 is AUDIO VCO Normal REPAIR THE CONNECTOR FPC HARNESS CHECK AUDIO POWER L601 L602 L603 L604 NO CHECK THE CONSTANT AND WRONG SOLDERING CHECK THE CONSTANT AND WRONG SOLDERING CHECK THE CONSTANT WRONG SOLDERING NO YES CHECK MIC CELL AND HARNESS YES YES YES YES NO NO ...

Page 128: ...Troubleshooting 12 8 Samsung Electronics MEMO ...

Page 129: ...hich applied FM method digital videos use PCM method to achieve high sound quality of MD standard 3 Can challenge multimedia system by connecting with PC Œ Can edit by using image edition software Image information taken by camera can be saved on PC and printed 4 Can retain compatibility since it is constructed with DV Digital Video format 5 There is no image degradation when replaying or dubbing ...

Page 130: ... Fig 13 2 Sector arrangement on helical track H2 H1 Tp 10um SUB CODE VIDEO AUDIO ITI Lr 32 89mm OPTIONAL TRACK We 5 24mm HO 5 8mm Wt 6 35mm TAPE a 9 1668 TAPE LOWER EDGE PRE4 1200bits PRE3 500bits PRE1 1400bits S S A 1830bits TIA 90bits POS1 280bits G1 625bits PRE2 500bits AUDIO 14 Sync blocks G2 700bits POS2 550bits POS3 975bits G2 1550bits VIDEO 149 Sync blocks SUBCODE 1200bits POS4 1200bits OVE...

Page 131: ...INE FRAME 480 576 5 ACTIVE LINE No FIELD1 23 262 285 524 FIELD2 23 310 335 622 6 quantum Y Cr Cb etc are by carrying out and they are 8bits straight lines quantum 7 A relation with level which scale 1 254 serves as the analog picture level Y LEVEL 220 WHITE LEVEL 235 signal level quantum BLACK LEVEL 16 Cr Cb LEVEL 225 GRAY LEVEL 128 Mode Channel Sampling Frequency Quantization 48K mode 2 48KHz 16B...

Page 132: ...Back Porch Front porch 40IRE Ref Burst Amptd 4 IRE 2 0 IR E 4 IRE 7 5 IRE Z Z 0 7 Vpp 0 Vpp 0 15 Vpp 0 3 Vpp 100 0 3Vpp ntsc timing pal timing 10 9µs 0 2µs SYNC to Blanking End 9 4µs 1µs SYNC to Burst End 7 8µs Breezeway Burst 2 5µs 1 6µs SYNC 4 7µs 1µs 6µs tr tf 250ns 50ns tr tf 200ns 50ns 2 25µs 0 2µs 10cycles 5 6µs 0 1µs 4 7µs 0 2µs FP 1 5 0 3µs 12 0 3µs 1 5µs 1 100µs 50 ...

Page 133: ... Audio and video products Safety Assurance Regulation No 776 Adapter only Table 13 3 Safety FCC Part 15B USA Standard Class B Radio Frequency Devices EN 55013 Europe Standard EMI Part of CE EN 55020 EN 61000 3 2 Europe Standard EMS part of CE EN61000 3 3 EN61000 4 3 GOST R 51515 99 Russia Standard EMI EMS AS NZS 1053 Australia Standard EMI Domestic electromagnetic Domestic electromagnetic wave con...

Page 134: ...f the Camera Lens Ass y with the audio signal in DV format on a 6 35 mm tape 13 3 2 Camera Circuit Block H W Function Specifications DSP6 receives the digitized CCD signal or ITU R656 data and outputs the video signal after going through the color and brightness signal process Finally it performs encoding decoding JPEGs at the SVGA rate and MPEG4s at 30 FPS by using this video signal Using a USB 2...

Page 135: ...Control 2 DV1 Chip Control PRML Control Audio Control 3 Input control for Function Keys and Remote Control Keys 4 IEEE 1394 LCD CVF Control 5 Mechanism Control SERVO BLOCK controls the speed and phase of the DECK s Drum Motor and Capstan Motor according to received PWM PULSE for motor control and the On Off control signal from MICOM It also receives various sensor signals TOP END T S REEL REC PROO...

Page 136: ... PRML BLOCK that processes the amplified signal to the appropriate digital video signal and DV1 Chip BLOCK that processes both the input signal from Camera Block and the signal read from a tape It also consists of Video Interface IC that outputs the video signal and Audio Interface IC that processes audio signals In REC Mode DV1 Chip BLOCK transfers REC DATA to PREAMP after performing signal proce...

Page 137: ...tably play back by switching the signal to PB Clock when an unstable signal is received from the PREAMP It supplies 41 85 Mbps PB data to the DV 1 Chip after being provided with the playback output signal from the Differential input DIP DIN of the PREAMP It also provides a 41 85 MHz PB Clock to the DV 1 Chip by doubling the 20 925MHz X2 which is the highest frequency of the playback signal It prod...

Page 138: ...ce Block Diagram 13 3 6 AV IF Block H W Function Specifications Video Interface Block receives Video Y C that is included with OSD from the DV 1 Chip and then outputs AV Out and S Video Out through the JACK Board s Multi Jack Audio Interface Block inputs and outputs the audio signal from MIC INT MIC EXT MIC through the 12Bit 16Bit AD DA conversion It also produces the Beep sound and Speaker output...

Page 139: ...ifications DC DC BLOCK produces and provides stable power to the each Block from 7 4V Battery power or 8 4V power adapter DC DC BLOCK controls a total of 7 kinds of voltage 2 5V drive CH1 5V drive CH4 1 2V drive CH2 3V drive CH3 Capstan Drum motor drive CH8 9 15V and 7 5V drive CH7 PMC Control IC consists of these 7CH s Each CH of IC works when H is inputted to CTL 1 35pin and CTL 2 4 If L is inpu...

Page 140: ...Circuit Operating Description 13 12 Samsung Electronics MEMO ...

Page 141: ...DING ASS Y ˇ GEAR WHEEL GEAR TENSION ˆ POLE BASE S ASS Y Ø ARM TENSION ASS Y REEL DISK S ASS Y BRAKE SOFT S ASS Y COVER REEL BRAKE ASS Y HOLDER FPC Ô DRUM ASS Y MOTOR CAPSTAN ASS Y Ò GEAR CAPSTAN Ú POLE BASE T ASS Y Æ ARM REVIEW ASS Y ı ARM PINCH ASS Y REEL DISK T ASS Y BRAKE T ASS Y SWITCH MIC Œ ˇ ˆ Ø Ô Ò Ú Æ ı 14 1 1 Nomenclature ...

Page 142: ... Æ Fig 14 2 Bottom View Œ BASE DRUM RAIL ASS Y MOTOR LOADING ASS Y ˇ GEAR WHEEL GEAR TENSION ˆ POLE BASE S ASS Y Ø GEAR CAM MAIN GEAR PULLY HOLDER FPC MOTOR CAPSTAN ASS Y GEAR CAPSTAN Ô POLE BASE T ASS Y ARM PINCH ASS Y Ò BELT TIMMING Ú SLIDE MAIN Æ LEVER EJECT ...

Page 143: ...al 3 Modes signal 2 common Rotation Angle of Gear Mode Mechanical state EJECT 18kΩ 68 5 46 6 Open Housing UNLOAD 36 4 4 Standby Cassette Down LD 1 54 51 59 Idler Rotate and stop in Loading Mode LD 2 72 70 140 8 Capstan Rotate in Unload Mode STOP 90 199 89 207 85 Stop PLAY 0 269 3 288 5 In REC PB CUE FF PAUSE Fig is based Unload Mode ...

Page 144: ... GEAR WORM MOTOR GEAR WORM LOADING ˇ GEAR WHEEL GEAR TENSION ˆ GEAR CAM MAIN Ø 14 1 3 Operation 14 1 3 1 Gear Connecting 1 Moter Loading Œ rotates Gear Worm Motor Gear Worm Loading ˇ 2 Gear Wheel rotates 3 Gear Tension ˆ rotates 4 Gear Cam Main Ø rotates Fig 14 4 ...

Page 145: ... PIN Ø CAM ˆ GEAR CAM MAIN CHASSIS SUB 14 1 3 2 Chassis Sub 1 Motor Loading Œ rotates 2 Gear Wheel rotates 3 Gear Tension ˇ rotates 4 Gear Cam Main rotates 5 Pin Ø rotates 6 Chassis Sub moved by shape of Cam ˆ in Chassis Sub Mode Chassis Sub OFF ON EJECT UNLOAD LD 1 LD 2 STOP PLAY Fig 14 5 ...

Page 146: ...2 STOP PB MOTOR LOADING Œ REEL DISK S BRAKE S ˆ CHASSIS SUB GERA CAM MAIN ˇ 14 1 3 3 Brake S Sub Main 1 Motor Loading Œ rotates 2 Gear Cam Main ˇ rotates 3 Chassis Sub slides 4 Gear Cam Main ˇ continue rotates in direction of arrow 5 Brake S ˆ separated or contacted to Reel Disk S by Gear Cam Main ˇ Fig 14 6 ...

Page 147: ... Loading Œ rotates 2 Chassis Sub slides 3 Brake T ˇ separated or contacted Gear shape of Brake T ˇ by rotate direction of Reel Disk T Mode Brake Main T OFF ON EJECT UNLOAD LD 1 LD 2 STOP PB Fig 14 7 Brake T operation One Way Operation Reel T rotate direction Clock direction Reel t rotate direction Count Clock direction ...

Page 148: ...PRING TENSION 14 1 3 5 Arm Tension 1 Motor Loading Œ rotates 2 Chassis Sub slides 3 Arm Tension ˇ rotates in direction of arrow By force of Spring Tension and guide of Cam Curve A ˆ in Main Chassis 4 After Loading finished Arm Tension ˇ controled by Cam Curve B of Gear Tension Ø Mode Arm Tension OFF ON EJECT UNLOAD LD 1 LD 2 STOP PLAY Fig 14 8 ...

Page 149: ...ch rotates by Cam Curve A ˇ of Chassis Sub 4 After Chassis Sub is finished loading Slider Main ˆ slides in direction of arrow 5 Pinch Roller Ø contacts shaft of Motor Capstan 6 Motor Loading Œ rotates in reverse 7 Slide Main ˆ moves in reverse direction of arrow 8 Pinch Roller Ø released from shaft of Motor Capstan by spring force of Spring Lever Pinch Mode Arm Pinch OFF ON EJECT UNLOAD LD 1 LD 2 ...

Page 150: ...ING Œ CHASSIS MAIN ˇ CHASSIS SUB ˆ ARM REVIEW CAM CURVE 14 1 3 7 Arm Review 1 Motor Loading Œ rotates 2 Chassis Sub moves 3 Arm Review ˆ simultaneously rotates clockwise and translates by Cam Curve of Chassis Main ˇ Mode Arm Review OFF ON EJECT UNLOAD LD 1 LD 2 STOP PLAY ...

Page 151: ...UIDE RAIL ˆ GEAR LOADING S Ø GEAR LOADING T POLE BASE T 14 1 3 8 Pole Base S T 1 Motor Loading Œ rotates 2 Gear Wheel rotates 3 Gear Tension ˇ rotates 4 Gear Cam Main rotates 5 Gear Loading S ˆ T Ø rotates 6 Pole Base S T slide along Guide Rail 7 Pole Base S T attach to Base Drum Stopper Mode Pole Base S T OFF ON EJECT UNLOAD LD 1 LD 2 STOP PLAY ...

Page 152: ...STAN GEAR CAPSTAN Ø REEL DISK T ˇ BELT TIMMING GEAR PULLY DRUM 14 1 3 9 Reel Driving 1 Motor Capstan Œ rotates 2 Gear Capstan rotates 3 Belt Timming ˇ transmits rotation to Gear Pully 4 Gear Idler ˆ engages Reel Disk T Ø or Reel Disk S Ø 5 Reel Disk T Ø or Reel Disk S rotates Fig 14 12 ...

Page 153: ...e lid lock Housing down Chassis Sub s Cover Stopper opens cassette lid Cassette in By Key Release ˇ of Cover reel releases Reel lock of Cassette tape Housing is locked by Lever Lock and Chassis Sub s Catch ˆ By Lever Lock turns on S W Cassette in Ø KEY RELEASE ˇ COVER STOPPER Œ CATCH LEVER LOCK Ø SWITCH C IN LEVER LOCK CHASSIS SUB CATCH ˆ Fig 14 13 ...

Page 154: ...Pinch Roller attaches to Capstan Shaft Brake S released from Reel S Motor Capstan rotates back ward silghtly and forward Pinch Roller rotates forward Pinch Roller rotates via Silder Main and detaches from Capstan Shaft Brake S operated by Gear Cam main and T operated by rotated direction and contact Reel S T for braking Motor Loading rotates reverse and then stops Drum stops Motor Capstan stops Th...

Page 155: ...NCH ROLLER REEL DISK T BRAKE T SWITCH MIC HOLDER FPC MOTOR CAPSTAN GEAR CAPSTAN POLE BASE T ARM PINCH ROLLER BELT TIMMING SLIDE MAIN LEVER EJECT MOTOR LOADING GEAR WHEEL GEAR TENSION POLE BASE S ARM TENSION REEL DISK S BRAKE S COVER REEL BASE DRUM MOTOR LOADING GEAR WHEEL GEAR TENSION POLE BASE S GEAR CAM MAIN GEAR PULLY Fig 14 14 ...

Page 156: ...s to Capstan Shaft which puts the tape between roller and Capstan Shaft Arm Tension is moved in direction of arrow by Gear Tension Cam Curve causing tension to tape Drum rotates forward Motor Capstan rotates forward Gear Capstan Belt Timing Gear Pully Gear Idier rotate in order Reel T rotates Reel S rotates Tape is fed by the winding operation of Motor Capstan 14 1 4 3 Stop Play Brake S T released...

Page 157: ...7 Fig 14 16 DRUM REEL DISK T SWITCH C IN BRAKE T HOLDER FPC MOTOR CAPSTAN ARM PINCH ROLLER GEAR CAPSTAN BELT TIMMING SLIDE MAIN GEAR PULLY LEVER EJECT MOTOR LOADING ARM TENSION REEL DISK S BRAKE S MOTOR LOADING GEAR WHEEL GEAR TENSION GEAR CAM MAIN ...

Page 158: ... tape between roller and Capstan Shaft Arm Tension is moved in direction of arrow by Cam curve of Gear Tension causing tension to tape Drum rotates foward Motor Capstan rotates forward Gear Capstan Belt Timing Gear Pully Gear Idler rotate in order Reel T rotates 30 times faster tnan PLAY speed Pinch Roller rotates 30 times faster tnan PLAY speed This operation feeds tape 30 times faster than PLAY ...

Page 159: ...9 Fig 14 17 MOTOR LOADING ARM TENSION REEL DISK S BRAKE S MOTOR LOADING GEAR WHEEL GEAR TENSION GEAR CAM MAIN DRUM REEL DISK T SWITCH C IN BRAKE T HOLDER FPC MOTOR CAPSTAN ARM PINCH ROLLER GEAR CAPSTAN BELT TIMMING SLIDE MAIN GEAR PULLY LEVER EJECT ...

Page 160: ...ausing tension to tape Motor Capstan rotates reverse Gear Capstan Belt Timming Gear pully and Gear ldler rotate in order Reel totates 30 times faster than PLAY speed Reel S rotates 30 times faster than PLAY speed Motor Capstan rotates about 30 times faster than PLAY mode This operation feeds tape 30 times faster than PLAY mode Pinch Roller moves in direction of arrow and attaches to Capstan Shaft ...

Page 161: ...1 MOTOR LOADING ARM TENSION REEL DISK S BRAKE S MOTOR LOADING GEAR WHEEL GEAR TENSION GEAR CAM MAIN DRUM REEL DISK T SWITCH C IN BRAKE T HOLDER FPC MOTOR CAPSTAN ARM PINCH ROLLER GEAR CAPSTAN BELT TIMMING SLIDE MAIN GEAR PULLY LEVER EJECT Fig 14 18 ...

Page 162: ... in direction arrow by Cam of Switch Mode Motor Loading stops Pinch Roller rotates Motor Capstan rotates in reverse Gear Capstan Belt Timing Clutch and Gear ldler rotate in order Reel T rotates Reel S rotates Motor Capstan stops Reel T stops Reel S stops Drum is rotating during REC PAUSE Push START STOP Key Pinch Roller rotates Reel T rotates Reel S rotates Silder Main moves in direction of arrow ...

Page 163: ...3 Fig 14 19 MOTOR LOADING ARM TENSION REEL DISK S BRAKE S MOTOR LOADING GEAR WHEEL GEAR TENSION GEAR CAM MAIN DRUM REEL DISK T SWITCH C IN BRAKE T HOLDER FPC MOTOR CAPSTAN ARM PINCH ROLLER GEAR CAPSTAN BELT TIMMING SLIDE MAIN GEAR PULLY LEVER EJECT ...

Page 164: ...tch and Gear ldler rotate in order Arm Loading S T move in direction of arrow and Pole Base S T silde Tape is wound to cassette S W Push is turned off Reel T rotates Drum stops Motor Capstan stops Arm Tension Arm Review and Arm Pinch Roller move Lever Eject moves in direction of arrow by Silde Main and push Lever Lock to release of Housing Chassis Sub stops unloading completes position Motor Loadi...

Page 165: ... PULLY BASE DRUM MOTOR LOADING GEAR WHEEL GEAR TENSION POLE BASE S ARM TENSION REEL DISK S BRAKE S COVER REEL POLE BASE T HOLDER FPC MOTOR CAPSTAN ARM PINCH ROLLER GEAR CAPSTAN BELT TIMMING SLIDE MAIN LEVER EJECT HOLDER FPC DRUM MOTOR CAPSTAN GEAR CAPSTAN POLE BASE T ARM REVIEW ARM PINCH ROLLER REEL DISK T SWITCH C IN BRAKE T SWITCH MIC ...

Page 166: ...0 5 times faster than PLAY mode Motor Capstan rotates approx 10 5 times faster than PLAY mode Gear Capstan Belt Timming Gear Pully Gear Idler rotate in order Reel T rotates approx 10 5 times faster than PLAY mode Push FF Key Tape fed by Motor Capstan is wound up to Reel T Act PLAY mode ...

Page 167: ...Reference Information Samsung Electronics 14 27 REEL DISK S GEAR IDLER DRUM MOTOR CAPSTAN GEAR CAPSTAN REEL DISK T BELT TIMMING GEAR PULLY Fig 14 21 ...

Page 168: ...es in reverse approx 9 5 times faster than PLAY mode Gear Capstan Belt timming Gear pully and Gear Idler rotate in order Reel T rotates in reverse approx 9 5 times faster than PLAY mode Reel S rotates in reverse approx 9 5 times faster tnan PLAY mode Tape fed by Motor Capstan is wound up to Reel S Act in PLAY mode ...

Page 169: ...Reference Information Samsung Electronics 14 29 Fig 14 22 DRUM REEL DISK S GEAR PULLY MOTOR CAPSTAN GEAR CAPSTAN REEL DISK T GEAR IDLER BELT TIMMING ...

Page 170: ...for a parallel port That leaves only 4 usable IRQs Nonetheless a USB can connect 127 peripherals for use at one IRQ It connects the mouse with the keyboard the keyboard with the printer etc as if to link them altogether so things like not having enough ports or entangled cables do not happen 5 Fast Data Transmission USB can transmit data up to 1 5MB 12 Mbps per second but the actual transmission s...

Page 171: ...nk layer chips Because it supports one of the most important characteristics of 1394 the isochronous transmission it ensures the bandwidth and transmission of the real time multimedia data or AV data At the same time it also supports the asynchronous transmission so the commands that control devices can be used That is not only does it handle the data transmission of the 1394 supported devices but...

Page 172: ...nit SIU It implements an endpoint address decoding for the USB packet 3 Endpoint Controls Endpoint 0 controller only implements a control transfer Other endpoints 1 3 can set up In Out randomly using the setting of the In Out programming bit However once the direction is set up it cannot be changed Also aach endpoint can be set up as isochronous bulk or interrupt type Packet size FIFO size mode in...

Page 173: ...ering 6 Internet Register Using of the indexing scheme by the internal register for the endpoint register is as follows IN_CSR IN Control Status Register OUT_CSR OUT Control Status Register IN_MAXP IN Maximum Packet Size Register OUT WRITE COUNT If the core does not include any OUT endpoint OUT_CSR does not exist However OUT WRITE COUNT register exists to read WRITE the count for the endpoint 0 In...

Page 174: ...urpose media F Recent standards have developed to meet the Description Developer Current Maximum Memory Capacity Size Width X Inside Diameter X Thickness In mm Number of Terminal pins or electrodes Copyright Protection Technology Data Transfer Method Maximum read write speed Actual retail price 2 Compact Flash SanDisk US 1GB 36 4x42 8x3 3 50 N A Parallel 3 5 MB sec 7000 Yen 128MB Type Description ...

Page 175: ...widely used MMC is mainly being used in Europe SmartMedia usage will be reduced in the future Memory Cards of Future Mainstream Currently Popular Devices Memory Stick Pro High Speed High capacity Memory Stick Matsushita Electric Industrial Toshiba SanDisk America Olympus Fuji Film Toshiba manufactures Digital camera dedicated media Memory Stick Hardware is compatible up to 128MB SD Memory Card xD ...

Page 176: ...It features standard copyright protection technology Adapted copyright protection technology is CPRM Content Protection for Recordable Media which is being used for DVD s SD Memory Card slots are compatible with MMC SD Memory Card has the same length and width as MMC but with increased thickness Thickness is increased so as to stack the chips for increased capacity To increase speed the number of ...

Page 177: ...ber of interrupts and overheads in the process For an even faster method Direct Memory Access DMA adapted standard which is a method of existing hard disk data transfer is being researched DMA method records data without bothering the CPU Therefore DMA can actualize even faster data transfer because it can reduce overhead during recording even more than the WA method Compact Flash can stack up man...

Page 178: ... Stick Duo as a conventional memory stick the dedicated conversion adapter should be used together For MMC which was already small there is also the RS MMC Reduced Size Multi Media Card that is half the size of MMC Developed by Hitachi the purpose was for using them on mobile phones in Europe There is however no existing application so far Its shape is exactly half the size of MMC The length is a ...

Page 179: ...there is a bright light behind the object being shot Enables bright and clear shooting of objects that appear dark and shaded due to the backlight Tape rewind Fast forward Enables ordered viewing of still images Changes mode Enables viewing of all camcorder functions Select button for camera mode and playback mode Initial Set Mode Date Time setup Can be activated by remote control The sound during...

Page 180: ...nt and the location Used for shooting with a fixed color tone regardless of the shooting location or the environment Used for shooting with the compensated color tone of indoor incandescent lighting Digital Zoom Digitally magnifies the general optical zoom ratio It can enlarge the object up to 800 times when shooting Digital Image Stabilizer Digitally compensates for shaking which easily happens w...

Page 181: ...inserted when editing and recording on 1 track stereo audio of a high resolution image Audio Select Only the audio at the time of shooting is audible Only dubbed music and background music are audible Audio from the time of shooting and dubbed music are both audible Wind cut function When audio dubbing setting up the wind cut function eliminates wind sound background noise and machinery sounds tha...

Page 182: ... PAL 176X144 352X288 Can print out pictures from the memory card only used with the printers that are compatible with memory cards Photo Delete Protection Setup When it is set up photos cannot be deleted File Number Series Reset After formatting the number continues from the number of the last photo taken After resetting the photo number starts from number one Photo Image Delete one photo all phot...

Page 183: ...rder Select video mode on the camcorder Play the video Then start recording after pushing the start recording button two times on the camcorder Recording TV to the camcorder Connect the audio video cable to the matching colored jacks Insert an empty tape into the camcorder Select video mode on the camcorder Turn on the TV to the desired program Then start recording after pushing the start recordin...

Page 184: ...Reference Information 14 44 Samsung Electronics MEMO ...

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