Specifications

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DIGITAL VIDEO CAMCORDER

Chassis : Dragon (Delta III)

BASIC : SCD353

SCD353/XAA, XAO, XAC, XTC, XAX, RCL, XAP,

TWN, GEN, ZAM, SAM, AFS, XBG

SCD352/XAA, XAO, XAC, XTC, XAX, RCL, XAP,

TWN, GEN, ZAM, SAM, AFS, XBG

SCD351/XAA, XAO, XAC, XTC, XAX, RCL, XAP,

TWN, GEN, ZAM, SAM, AFS, XBG

SERVICE

; Shooting Design DVC Leader

; Use Built-in Flash Memory

; Multi Memory Card Slot

; Direct Print System : PictBridge ™

; Power Nite Pix

; High quality MPEG4

; Still image Interpolation

; Real Wide mode (16:9)

Manual

DIGITAL VIDEO CAMCORDER Merit & Character regarding Product

Summary of content (148 pages)

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DIGITAL VIDEO CAMCORDER Chassis : Dragon (Delta III) BASIC : SCD353 SCD353/ XAA, XAO, XAC, XTC, XAX, RCL, XAP, TWN, GEN, ZAM, SAM, AFS, XBG SCD352/ XAA, XAO, XAC, XTC, XAX, RCL, XAP, TWN, GEN, ZAM, SAM, AFS, XBG SCD351/ XAA, XAO, XAC, XTC, XAX, RCL, XAP, TWN, GEN, ZAM, SAM, AFS, XBG SERVICE DIGITAL VIDEO CAMCORDER Manual Merit & Character regarding Product ; Shooting Design DVC Leader ; Use Built-in Flash Memory ; Multi Memory Card Slot ; Direct Print System : PictBridge ™ ; Power Nite Pix ; High quality
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1. Precautions 1. Be sure that all of the built-in protective devices are replaced. Restore any missing protective shields. 2. When reinstalling the chassis and its assemblies, be sure to restore all protective devices, including : control knobs and compartment covers. 3. Make sure that there are no cabinet openings through which people--particularly children --might insert fingers and contact dangerous voltages.
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Precautions 11. High voltage is maintained within specified limits by close-tolerance, safety-related components and adjustments. If the high voltage exceeds the specified limits, check each of the special components. 12. Design Alteration Warning : Never alter or add to the mechanical or electrical design of this unit. Example : Do not add auxiliary audio or video connectors. Such alterations might create a safety hazard. Also, any design changes or additions will void the manufacturer’s warranty. 13.
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2. Product Specifications 2-1 Product Specification System LCD monitor/Viewfinder Connectors General Samsung Electronics Operation Description Video signal Video recording system Audio recording system Usable cassette Tape speed Tape recording time FF/REW time Image device Lens Filter diameter NTSC 2 rotary heads, Helical scanning system Rotary heads, PCM system Digital video tape (6.35mm width): Mini DV cassette SP: approx. 18.81mm/s LP: approx. 12.
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Product Specification 2-2 Chassis Product Specification Region Model cod e Form at Reso lu tion Zoom/Digita l Zoom CCD LCD Viewfinder Audio Image Stabili zer IEEE1394 USB USB Str eam. (For./ si ze/F.Rate) Web c amera (For./ size /F.rate) Memory Card Slot Builtin Memory Memory Card JPEG Recording Si ze to Memory MPEG Clip Form at / si ze / F.Ratio Continuous Shot / Im age Mix JPEG Multi Displ ay Light / Night Captur e / LSS AV / S.Jack / Ext.Mi c / H.phone Beep Sound / Displ ay / PB Zoom Multi Lang./ Batt.
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Product Specification 2-3 Accessories Supplied with Camcorder Accessories Description Part No Remark Accessories Description Part No Basic Accessories Remark Basic Accessories AD43-00136A 1. Lithium Ion Battery Pack 8. USB Cable AD39-00073A AD43-00146A Basic Accessories 2. AC Power Adapter (AA-E8 TYPE) Basic Accessories 9.Software CD AD44-00090A AD43-00128A Basic Accessories 3. AC Cord AD39-00076A 10. Lens Cover AD97-07354B Basic Accessories 11.
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3. Alignment and Adjustment 3-1 VCR Adjustment 3-1-1 Adjustment Preparation 1) Before you start Œ Use the buttons on the CAMCORDER when adjusting VCR. ´ 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 “MENU Selector” to store each adjustment into EEPROM. ˆ The OSD shows “OK” after finishing each adjustment step.
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Alignment and Adjustments [STEP 2] Œ Press and hold the "STOP" and "PB ZOOM" buttons on the video camera at the same time for more than 5 seconds. ´ When monitor OSD appears as shown Fig. 3-2, the adjustment mode has been activated successfully. ˇ Move the “MENU Selector” to highlight VCR ADJ and push the “MENU Selector”. ¨ Monitor OSD shows Fig. 3-3. Then VCR adjustment mode has been activated successfully. [STEP 3] In order to complete the adjustment the power must be reset.
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Alignment and Adjustments 3-2 Camera Adjustment Note : How to adjust the camera system. 1) EEPROM stores confirmed adjustment value of each adjustment step. 2) DSP (Digital Signal Process : ICM01-Main PCB) digitalizes the camera signal. 3) When changing IC505-Main PCB of EEPROM, readjust Main PCB. While changing LCD PCB and CVF PCB- always readjust each part. Since EEPROM stores confirmed adjustment value of each adjustment step, readjusting must be performed in order to store the changed data.
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Alignment and Adjustments 5) How to set up the camera adjustment mode [STEP 1] Œ Connect the Power source. ´ Set the Power Switch to “CAM” position and Mode Switch to “TAPE” position. [STEP 2] Œ Press and hold the "STOP" and "PB ZOOM" buttons on the video camera at the same time for more than 5 seconds. ´ When 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.
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Alignment and Adjustments 3-2-2 Camera Adjustment Note : "XX XX" indicate the previous preset value and adjusted value. Press the “MENU Selector” (Confirm) to store the adjusted value. Adjusted values Stored values Fig. 3-6 1) EEPROM Data Initialize Caution : These adjustments must be done when installing a new EPROM (IC105) or Main PCB. Œ Press the “EASY-Q”(Mode Up)/”DISPLAY”(Mode Down) buttons until CAMADJ displays “0DF XX XX”.
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Alignment and Adjustments 3) Zoom VR Center Œ Connect a video output terminal to a TV. ´ Press the “EASY”(Mode Up)/”DISPLAY”(Mode Down) buttons so that OSD shows “0D6 XX XX”. ˇ Press the “MENU Selector” (Confirm). ¨ Then Micom finds out Zoom VR center position. Store Zoom VR center value in OB7. 4) Auto HALL Œ Connect a video output terminal to a TV. ´ Press the “EASY-Q”(Mode Up)/”DISPLAY”(Mode Down) buttons so that OSD shows "0CD XX XX". ˇ Press the “MENU Selector” (Confirm). ¨ Then micom finds out max.
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Alignment and Adjustments 3-3 Deck Adjustment 4) Press the S/W Push (Keep ON status)to start loading, and push the PLAY Key. (Cover the Top/End sensor with black tape, because they do not operate.) 3-3-1 Operation Without Housing Assembly 1) Remove the Housing Ass’y from the Deck Ass’y. 2) Connect the Mechanical Chassis to the recorder circuit to supply voltage. 3) Set to Unload mode. Note : For the removal of the Housing Ass’y refer to 4-2-2 (page 4-7). Connceted the Recorder Circuit SWITCH C-IN Fig.
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Alignment and Adjustments 3-3-3 Maintenance Carry out the following periodic maintenance checks in order to fully exercise all functions, operations and tape. After repairing, service the set as follows: 1) Cleaning of Drum Assembly Œ Gently apply lens tissue soaked in ethyl alcohol to the Drum assembly. Clean the Upper Drum assembly while rotating it slowly counterclockwise(by hand). Note : Do not rotate the motor by power or rotate the Upper Drum assembly clockwise.
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Alignment and Adjustments 3) Periodic Maintenance and Check List When overhauling, refer to the following table.
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Alignment and Adjustments 3-3-4 Mechanical Check and Adjustment 3-3-4(a) Tension Regulator Adjustment 1) Disassembly Œ For the removal of the Housing Ass’y refer to 4-2-2 (page 4-7). 2) Adjustment Œ Set to PLAY mode (without cassette tape). ´ Check that the distance between external surface of Holder Loading and extenal diamater of Arm Tension is 1±0.5mm. (Fig. 3-12) ˇ If necessary, proceed to step 4.
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Alignment and Adjustments 3-3-4(b) Back Tension Confirmation 1) Set up the cassette-torque tape. 2) Set to CAMERA mode, push the EDIT(+) KEY and check that the torque value of Reel S is 4±1g.cm. 3) If necessary, proceed to step 4. 4) If the Tension value is Low specified, moved to toward “a”. If the Tension value is High specified, moved to toward “b”. Reference : After changed, insert Cassette torque tape and confirm torque value. b a Fig.
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Alignment and Adjustments 3-3-5 Tape Path Adjustment 3-3-5(a) Preparation for Adjustment Œ Clean the tape running surface (Poles, Drum, Capstan Shaft, Pinch Roller). ´ Observe the PB RF signal and Head Switching Pulse on 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. 3-15). If not flat (B or C in Fig. 3-15), do adjustments 3-3-5(b) through 3-3-5(d). INLET OUTLET A NORMAL B DEFECT AT INLET C DEFECT AT OUTLET Fig.
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Alignment and Adjustments 3-3-5(b) Tracking adjustment Œ Play Back the alignment tape. ´ Turn P3 to flatten the waveform at the inlet. ˇ Turn P7 to flatten the waveform at the outlet. MOTOR CAPSTAN P6 P8 P4 P7 P3 P9 Fig. 3-17 3-3-5(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. (Fig. 3-17) ´ Set to REV mode and observe the outlet waveform of PB RF signal. (Fig.
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Alignment and Adjustments 3-3-5(d) Check After Adjustment 1) Tracking Check Œ Playback the alignment tape. ´ Confirm that the minimum amplitude value(E min.)is 80% of the maximum value(E max.) or larger. (Fig. 3-19) ˇ Confirm that no large fluctuation occur on the waveform. (Fig. 3-20) C A Emin Emax C Emin Emax 80(%) C Fig. 3-19 1 A 8 Fig. 3-20 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.
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Alignment and Adjustments 3) Rise Time Check Œ Playback the alignment tape. ´ Set to playback mode, and confirm that 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. (Fig. 3-23) 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.
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4. Disassembly and Reassembly 4-1 Cabinet and PCB 4-1-1 Ass’y Zoom Removal Œ REMOVE 3 SCREWS (M 1.7 X 4 BLK) Fig. 4-1 Ass’y Zoom Removal 4-1-2 Ass’y Front Removal Œ REMOVE 2 SCREWS (M1.7 X 4 BLK) Caution : Please indicate that the connector must be detached before separating the Front Assembly ´ REMOVE 2 SCREWS (M1.7 X 4 BLK) ˇ REMOVE 1 SCREW (M1.7 X 5 WHT) Fig.
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Disassembly and Reassembly 4-1-3 Ass’y Top Removal Œ REMOVE 1 SCREW (M1.7 X 4 BLK) ´ REMOVE 1 SCREW (M1.7 X 5 WHT) Fig. 4-3 Ass’y Top Removal 4-1-4 Ass’y Left Removal Caution : Please indicate that the connectors must be detached before separating the Left Assembly ˇ REMOVE 1 SCREW (M1.7 X 5 WHT) Œ REMOVE 3 SCREWS (M1.7 X 4 BLK) ´ REMOVE 2 SCREWS (M1.7 X 4 BLK) Fig.
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Disassembly and Reassembly 4-1-5 Ass’y LCD & EVF/CVF Removal Caution : Please indicate that there is a connector on the View-Finder that must be detached Œ REMOVE 3 SCREWS (T1.7 X 4 BLK) ¨ REMOVE 2 SCREWS (M1.7 X 3 WHT) Caution : Please indicate that this connector must be detached before separating the LCD Assembly ˇ REMOVE 4 SCREWS (T2 X 5 BLK) ´ REMOVE 1 SCREW (M1.7 X 5 WHT) Fig. 4-5 Ass’y LCD & EVF/CVF Removal 4-1-6 Ass’y Rear Removal Caution : The Rear Assembly is connected to the Main PCB.
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Disassembly and Reassembly 4-1-7 Ass’y Cover Housing Removal Œ REMOVE 2 SCREWS (M1.4 X 3 BLK) Fig. 4-7 Ass’y Cover Housing Removal 4-1-8 Ass’y Right Removal Œ REMOVE 2 SCREWS (M1.7 X 4 BLK) ´ REMOVE 2 SCREWS (T1.7 X 4 BLK) Fig.
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Disassembly and Reassembly 4-1-9 Ass’y Deck Removal Œ REMOVE 3 SCREWS (M1.7 X 2.5 BLK) Caution : Please indicate that these connectors must be detached before separating the Deck Assembly from the MAIN PCB. Fig. 4-9 Ass’y Deck Removal 4-1-10 Ass’y Main PCB Removal Caution : The Lens Assembly is connected to the Main PCB. Pulling it to the left as indicated in the illustration can cause the connector to break.

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Disassembly and Reassembly 4-2 Deck 4-2-1 How to Load and Unload (Setting the Mechanical Modes) 1) Set the power-supply output to approximately 3V~5V, and connect it to the Motor Loading(= Loading Motor). 2) Choose the polarity depending on whether loading or unloading. (See Table 4-1) 3) Supply the voltage to the Motor Loading(= Loading Motor).

A B Movement of Chassis + _ Unloading _ + Loading A DC POWER SUPPLY B Fig.

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Disassembly and Reassembly 4-2-2 Housing Ass’y 4-2-2(a) Disassembly 4-2-2(b) Reassembly Note : Do disassembly and reassembly in the unloading mode. 1) Mount the Shape of Pin L and R ˆ to Cam Parts Ø, ∏ of Main Chassis. 2) Mount Housing Lock L ´, R ˇ to right and left , and then locked. 1) Push the Lever(see arrow “A”, Detail A) turn the Lever Lock Œ and open the Housing Ass’y ”. 2) Separate the Hook of Housing Lock L ´ and Housing Lock R ˇ and then lift it.

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Disassembly and Reassembly 4-2-3 Cover Reel Ass’y, Idler Ass’y 4-2-3(a) Disassembly 4-2-3(b) Reassembly 1) Lift the Cover Reel Ass’y Œ (See arrow “A”). 2) Then lift the Idler Ass’y ´. 1) Fit the Idler Ass’y ´ into the Pin. 2) Mount the Cover Reel Ass’y Œ to the Main Chassis is groove in the oposite direction of arrow “A”. "A" Œ COVER REEL ASS'Y 2 IDLER ASS'Y ´ Fig.

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Disassembly and Reassembly 4-2-4 Reel Disk T, Brake T, Lever Eject 4-2-4(b) Reassembly 4-2-4(a) Disassembly Note 1 : When disassembling, take care not to deform the part. Do not stain the post. 1) Lift up the Brake T ´. 2) Lift up the Reel Disk T Œ. 3) Separate the Lever Eject’s hook from the Main Chassis, and then Lift up the Lever Eject ˇ. 1) Insert the Lever Eject ˇ into the shape of pin ¨, and then lock the Lever Eject’s hook Eliminate this step. 2) Mount the Reel Disk T Œ to the pin Ø.

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Disassembly and Reassembly 4-2-5 Arm Tension (=Tension Arm) Ass’y, Reel Disk S 4-2-5(a) Disassembly 4-2-5(b) Reassembly Note 1 : When disassembling, take care not to deform any part. Do not stain the post. 1) Separate the Spring Tension (=Tension Spring)Œ form Hook of Main Chassis. 2) Remove the Washer Slit ˇ, and then lift up the Arm Tension (=Tension Arm) ¨. 3) Lift up the Reel Disk S ˆ. 1) Mount the Reel Disk S ˆ.

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Disassembly and Reassembly 4-2-6 Drum 4-2-6(a) Disassembly 4-2-6(b) Reassembly Note 1 : Do not touch the Head tip Ø when removing or reassembling the Drum ˇ. Note 2 : Do not touch the path post when removing or reassembling 1) Mount and insert the Drum ˇ to the 1 Bending ¨ and 1 Hole ˆ. 2) Insert the Spring Plate ´, and then secure 3 Screws Œ. 1) Remove 3 Screws Œ, and then remove the Spring Plate ´. 2) Lift up the Drum ˇ.

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Disassembly and Reassembly 4-2-7 Loading Motor Ass’y, Pinch Review Ass’y 4-2-7(a) Disassembly 4-2-7(b) Reassembly Note : When disassembling and reassembling, be careful not to touch the Pinch Roller and the review post. 1) Lock the one hook of Loading Motor Ass’y ¨ and secure one screw ˇ. 2) Re-solder the 2 wires. (+ into red wire , - into blue wire) 3) In disassembling position, insert the Pinch Review Ass’y Œ and rotate the Pinch Review Ass’y Œ in unload position.

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Disassembly and Reassembly 4-2-8 Guide Roller S,T , Pole Base S,T , Gear Loading S,T Ass’y Note1 : When disassembling and reassembling, be careful not to touch the Guide Roller S ˆ and T Ø. Note2 : When disassemblig and reassembling the Guide Roller S ˆ and T Ø, be careful not to deform the Gear Loading S ´ and T ¨ Ass’y. 4-2-8(b) Reassembly 1) Turn the S ˆ and T Ø Guide Rollers clockwise and reassemble. 2) Replace the S ´ and T ¨ Gear Loading assemblies.

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Disassembly and Reassembly 4-2-9 Slide Main, Gear Cam Main, Gear Mode Switch Note : Disassembly and reassembly must be done with the Deck Assembly in the Unload mode. 4-2-9(a) Disassembly 1) Remove the 1 screw Œ and lift up the Slide Main ´. 2) Lift up the Gear Cam Main ˇ. 3) Remove the 1 screw ¨ and lift up the Gear Mode Switch ˆ. 4-2-9(b) Reassembly 1) Mount the Gear Mode Switch ˆ and secure the 1 screw ¨. 2) After assemble and fit the Gear Cam Main ˇ, Gear Mode Switch ˆ to assemble point.

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Disassembly and Reassembly 4-2-10 Cover Capstan, Capstan Motor Ass’y Note : Be careful not to damage the gears during the disassembly and reassembly process. 4-2-10(a) Disassembly 1) Remove the 1 Screw Œ. 2) Separe 2 hooks of Cover Capstan ´ and then lift up the Cover Capstan ´. 3) Remove the 2 Screws ˇ, and then lift up the Capstan Motor Ass’y ¨. 4-2-10(b) Reassembly 1) Mount the Capstan Motor Ass’y ¨ and secure the 2 Screws ˇ. 2) Lock the 2 hooks of Cover Capstan ´ and 1 Screw Œ.

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Disassembly and Reassembly 4-2-11 Belt Timing (Timing Belt), Gear Capstan, Gear Pulley, Lever Review 4-2-11(a) Disassembly 4-2-11(b) Reassembly 1) Lift up the Lever Review Œ. 2) Remove the Washer Slit ´ and lift up the Gear Capstan ˇ. 3) Separate the Pulley Belt Timing (=Timing Belt) ¨ and lift down the Gear Pulley ˆ. 1) Mount the Gear Pulley ˆ and hang the Belt Timing (=Timing Belt) ¨ on the Gear Pulley ˆ.

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Exploded View and Parts List 5-1 Ass’y Chassis M001 C050 W225 (M1.4 X L4.7 (2.5) YEL) P001 P051 W125 (M1.7 X L2.5 BLK) W126 (M1.7 X L4 BLK) C607 P053 P002 C201 W126 (M1.7 X L4 BLK) W125 (M1.7 X L2.

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Exploded View and Parts List Loc. No C050 C201 C607 M001 P001 P002 P051 P053 W125 W126 W225 Parts No. AD97-09608A AD61-01994A 0605-001099 AD97-09507A AD97-09528A AD97-09528C AD97-09528E AD97-09533A AD97-08324A AD60-00053A 6001-001385 6003-001300 6009-001410 Samsung Electronics Description ; Specification ASSY-CHASSIS DECK;ASSY,DRAGON-PJ,BRACKET-LENS;DRAGON-PJ,SUS304 1/2H,T0.5, CCD;COLOR,DIP,14P,8.2x8.36x3.

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Exploded View and Parts List 5-2 Ass’y Left (SCD353) W112 P003 W112 P054 W112 C007 W112 C208 C621 C635 C323 C002 C640 C005 C208 C008 C622 P004 C003 C623 W117 C626 W112 C001 5-4 Samsung Electronics

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Exploded View and Parts List Loc. No C001 C002 C003 C005 C007 C008 C208 C323 C621 C622 C623 C626 C635 C640 P003 P004 P054 W112 W117 Parts No.

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Exploded View and Parts List 5-3 Ass’y Left (SCD352/SCD351) W112 P003 W112 P054 W112 C208 C002 C208 C622 P004 C003 C623 W117 C626 W112 C001 5-6 Samsung Electronics

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Exploded View and Parts List Loc. No C001 C002 C003 C208 C622 C623 C626 P003 P004 P054 W112 W117 Parts No. AD63-00709A AD61-01977E AD61-01977C AD61-01694A AD61-12033A AD64-01314A AD64-01315A AD63-00716A AD97-09524B AD97-09526A AD97-08377A 6003-001453 6003-001490 Samsung Electronics Description ; Specification COVER-LEFT;DRAGON-PJ,ABS,T14,W30,L58,-,CASE-LEFT;SC-D352,ABS 94HB,T25,W79,L99,S CASE-LEFT;SC-D351,ABS 94HB,T25,W79,L99,S HOLDER-TRIPOD;THETA3-PJ,PC,T1.0,W30,L14, BRACKET-NUT;SV-D10,SECC,-,-,-,-,T0.

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Exploded View and Parts List 5-4 Ass’y LCD L015 W120 C208 L001 W116 W118 L017 W117 L016 L014 L013 L053 W112 L011 C349 L004 L008 L010 L009 W118 L007 L006 5-8 Samsung Electronics

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Exploded View and Parts List Loc. No C208 C349 L001 L004 L006 L007 L008 L009 L010 L011 L013 L014 L015 L016 L017 L053 W112 W116 W117 W118 W118 W120 Parts No.

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Exploded View and Parts List 5-5 Ass’y Front (SCD353/SCD351) W112 P006 W127 C597 W112 W112 W112 C627 C208 C034 W127 C013 C037 P058 C062 C031 C625 C471 C210 5-10 Samsung Electronics

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Exploded View and Parts List Loc. No C013 C031 C034 C037 C062 C208 C210 C471 C597 C625 C627 P006 P058 W112 W127 Parts No. AD63-00713A AD63-00568A AD61-01976A AD61-01984A AD63-00707A AD61-12033A AD61-01993A AD63-00705A AD63-00711A AD63-00714A AD63-00714B AD63-00719A AD97-09525F AD97-09525B AD97-08597A 6003-001453 6003-001292 Samsung Electronics Description ; Specification COVER-JACK;DRAGON-PJ,ABS+URETHAN,T3,W8,L SHEET-MIC;DELTA2-PJ,0Œ¡˜6˜,T0.2,W12.

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Exploded View and Parts List 5-6 Ass’y Front (SCD352) C597 W112 W127 C658 C053 P006 C054 W127 W112 W112 W112 C627 C208 C034 W127 C013 C037 P058 C062 C031 C625 C471 C210 5-12 Samsung Electronics

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Exploded View and Parts List Loc. No C013 C031 C034 C037 C053 C054 C062 C208 C210 C471 C597 C625 C627 C658 P006 P058 W112 W127 W127 Parts No. AD63-00713A AD63-00568A AD61-01976A AD61-01984A AD64-01319A AD61-01985A AD63-00707A AD61-12033A AD61-01993A AD63-00705A AD63-00710A AD63-00714A AD63-00719A AD61-01995A AD97-09525E AD97-08597A 6003-001453 6003-001292 6003-001292 Samsung Electronics Description ; Specification Remark COVER-JACK;DRAGON-PJ,ABS+URETHAN,T3,W8,L SHEET-MIC;DELTA2-PJ,0Œ¡˜6˜,T0.2,W12.

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Exploded View and Parts List 5-7 Ass’y Rear W112 P009 C354 C208 C334 C306 C045 C044 C208 C041 C015 C042 Loc. No C015 C042 C044 C045 C208 C306 C334 C354 P009 W112 5-14 Parts No. AD63-00527D AD63-00584B AD64-01156B AD61-01980A AD61-12033A AD61-01625B AD63-00704A AD97-09612A AD97-09529A 6003-001453 Description ; Specification Remark COVER-LI BATTERY;OMEGA2-PJ(2M),ABS94+URE COVER-JIG;OMEGA2-PJ(2M),ABS 94HB,T2,W20, KNOB-BATTERY EJECT;DRAGON-PJ,ABS 94HB,T5 HOLDER-BATT EJECT;DRAGON-PJ,ABS,T3.

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Exploded View and Parts List 5-8 Ass’y EVF L055 C208 L054 C630 L060 C208 W206 C208 L056 W206 C208 L062 L061 L065 L063 Loc. No C208 C630 L054 L055 L056 L060 L061 L062 L063 L065 W206 Parts No. AD61-12033A AD61-01983A AD97-09687A AD61-01972A AD61-01973A AD64-01165B AD61-01609A AD67-00250A AD73-00145A AD61-01982A 6001-001373 Samsung Electronics Description ; Specification Remark BRACKET-NUT;SV-D10,SECC,-,-,-,-,T0.8 HOLDER-FRAMELESS;DRAGON-PJ,ABS,T8.7,W15.

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Exploded View and Parts List 5-9 Ass’y Zoom L072 W112 Loc. No L072 P008 W112 5-16 P008 Parts No. AD97-09683A AD97-09527A 6003-001453 Description ; Specification Remark ASSY-CASE ZOOM;ASSY,DRAGON-PJ,EXPORT ASSY-TOP BOARD;DRAGON-PJ,SC-D353,TOP BOA SCREW-TAPTITE;BH,+,B,M1.

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Exploded View and Parts List 5-10 Ass’y Case Right C010 C014 C018 C208 C636 C020 C309 C303 C212 W112 Loc. No C010 C014 C018 C019 C020 C059 C208 C212 C303 C309 C351 C636 W112 Parts No.

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Exploded View and Parts List 5-11 Mechanical Parts (Main Chassis) C353 W105 M011 M209 M033 M037 M203 M036 M021 M019 C628 M021 M048 M047 M035 M010 M034 M026 M032 M015 M022 C636 5-18 Samsung Electronics

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Exploded View and Parts List Loc. No C353 C628 C638 M010 M011 M015 M019 M019 M021 M022 M026 M032 M033 M034 M035 M036 M037 M047 M048 M203 M209 W105 Parts No.

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Exploded View and Parts List 5-12 Mechanical Parts (Sub Chassis) W101 C624 W104 M017 M205 M024 M206 M023 M207 C639 M014 C634 M013 C637 M208 5-20 Samsung Electronics

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Exploded View and Parts List Loc. No C624 C634 C637 C639 M013 M014 M017 M023 M024 M205 M206 M207 M208 W101 W104 Parts No. AD63-00672A AD66-00318A AD61-01916A AD61-01917A AD66-00312A AD66-00327A AD97-09242A AD66-00330A AD66-00313A 6031-001432 AD97-09357A AD97-09358A AD97-09374A 6001-001575 6001-001715 Samsung Electronics Description ; Specification Remark COVER-CAPSTAN;DD-10,POM(DURACON M90-44), LEVER-REVIEW;DD-10,SECC,T0.5,-,-,-,-,STUD-GEAR-MODE-SWITCH;DD-10,SWRCH18A,T2.

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6. Electrical Parts List Loc.

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Electrical Parts List Loc.

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Electrical Parts List Loc.

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Electrical Parts List Loc.

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Electrical Parts List Loc.

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Electrical Parts List Loc.

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Electrical Parts List Loc.

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Electrical Parts List Loc.

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Electrical Parts List Loc.

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Electrical Parts List Loc.

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7. Block Diagrams 7-1 All Block Diagram Rear Ass’y DC Jack Front Ass’y Rig ht Ass’y Remocon (BW;0.16"/ 76K) Battery Zoom S/W, Photo Key, POWER KEY Tape Ejec t key , S.Shutter key S-jack Lithium Battery AV-jack Left As s’y Internal MIC USB jack Menu Key &Selector, IEEE1394 jack Func tio n Key Ext. MIC jack M/S Socket[Multi] 112K PVI LCD Main Ass’y 5V 3.3V 1.8V BL5V -15V~-7.

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Block Diagrams 7-2 IC101 Block Diagram padXZ CC cciacq padRG UP padSEN padSD padSCK padSEN padSD padSCK TD padRG gcnewus reg_sel reg_selects updi updi updo updo upw upw upr upr gcnewus gcer r gcdac padRG iorg XZ gcnewus DO XZ DO padDO ccgctrk cctrtrk ccgcrg cctrrg lowz GCD gcnewus gcerr slrd adafrd CD slrd gcdac cdcd cdcd GCDAC pgrg PG pgrg pgrd adrd adafrd pgrd gcsl SA slrd rd updo afrd padDIP DIP VGX VGX padDIN DIN CTX CTF VGA VGY VGY test data CTX cdcd cdcd k

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Block Diagrams 7-3 IC201 Block Diagram MICOM CLOCK AFE Video Decoder 2nd-DV1CHIP IIC MODAS SHUFFLE VIDEO CODEC AUXSC CODEC (channel) Camera LCD PRML DEMOD DAC Color Encoderr OSD 10.

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Block Diagrams 7-4 ICM01 Block Diagram DVC DSP DNIe OSD PWM 2ch DRAM Controller (for F/W) Motor Control ARM920T AD 4ch (200KHz/ 10bit) SPI * 2 I2S USB 2.0 DEV. AHB2APB BRIDGE I2C*2 MS Pro SD/MMC CAMERA PROCESSOR MPEG4 CODEC (30FPS@VGA) JPEG CODEC AHB2VIDEO BRIDGE VIDEO BUS 7-4 This Document can not be used without Samsung’s authorization APB BUS AHB BUS DMA * 4 NAND FLASH CONTROLLER GPIO(32bit) UART * 2 Timer * 4 AUDIO CODEC (G.

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10. Schematic Diagrams Page Note 10-1 DC/DC Converter (Main PCB) - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 10-2 10-2 Servo (Main PCB) - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 10-3 10-3 System Control (Main PCB) - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 10-4 For schematic Diagram - Resistors are in ohms, 1/8W unless otherwise noted.

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Schematic Diagrams 10-1 DC/DC Converter (Main PCB) 10-2 This Document can not be used without Samsung’s authorization Samsung Electronics

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Schematic Diagrams 10-2 Servo (Main PCB) Samsung Electronics This Document can not be used without Samsung’s authorization 10-3

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Schematic Diagrams 10-3 System Control (Main PCB) 10-4 This Document can not be used without Samsung’s authorization Samsung Electronics

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Schematic Diagrams 10-4 Pre Amp/PRML (Main PCB) Samsung Electronics This Document can not be used without Samsung’s authorization 10-5

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Schematic Diagrams 10-5 DV-1Chip (Main PCB) 10-6 This Document can not be used without Samsung’s authorization Samsung Electronics

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Schematic Diagrams 10-6 Video-Interface (Main PCB) Samsung Electronics This Document can not be used without Samsung’s authorization 10-7

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Schematic Diagrams 10-7 Audio (Main PCB) 10-8 This Document can not be used without Samsung’s authorization Samsung Electronics

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Schematic Diagrams 10-8 Camera Process (Main PCB) Samsung Electronics This Document can not be used without Samsung’s authorization 10-9

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Schematic Diagrams 10-9 DSP (Main PCB) 10-10 This Document can not be used without Samsung’s authorization Samsung Electronics

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Schematic Diagrams 10-10 Camera Memory 1 (Main PCB) Samsung Electronics This Document can not be used without Samsung’s authorization 10-11

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Schematic Diagrams 10-11 Camera Memory 2 (Main PCB) 10-12 This Document can not be used without Samsung’s authorization Samsung Electronics

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Schematic Diagrams 10-12 CCD (CCD PCB) Samsung Electronics This Document can not be used without Samsung’s authorization 10-13

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Schematic Diagrams 10-13 Left (Left PCB) 10-14 This Document can not be used without Samsung’s authorization Samsung Electronics

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Schematic Diagrams 10-14 Jack (Jack PCB) Samsung Electronics This Document can not be used without Samsung’s authorization 10-15

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Schematic Diagrams 10-15 Rear (Rear PCB) 10-16 This Document can not be used without Samsung’s authorization Samsung Electronics

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Schematic Diagrams 10-16 Function (Function PCB) Samsung Electronics This Document can not be used without Samsung’s authorization 10-17

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Schematic Diagrams 10-17 Top (Top PCB) 10-18 This Document can not be used without Samsung’s authorization Samsung Electronics

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Schematic Diagrams 10-18 CVF (CVF PCB) Samsung Electronics This Document can not be used without Samsung’s authorization 10-19

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Schematic Diagrams 10-19 LCD (LCD PCB) 10-20 This Document can not be used without Samsung’s authorization Samsung Electronics

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Schematic Diagrams 10-20 EVF (EVF PCB) Samsung Electronics This Document can not be used without Samsung’s authorization 10-21

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11. Operating Instructions Getting to Know Your Camcorder Front & Left View 6. EASY Q button 7. Function buttons 1. Lens 2. LED light (SC-D352/D354/D355 only) 8. TFT LCD screen 3. Remote sensor (SC-D354/D355 only) 4. S-Video jack 5. Internal MIC 1. Lens 2. LED light (see page 48) (SC-D352/D354/D355 only) 6. EASY Q button (see page 40) 8. TFT LCD screen 7. Function buttons 3. Remote sensor (SC-D354/D355 only) PLAYER - CAMERA EASY Q M.Player (SC-D353/D354/D355 only) - 4.

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Operating Instructions Getting to Know Your Camcorder Right & Top View 1. NITE PIX switch (SC-D352/D354/D355 only) 2. Menu selector (VOL/MF) 7. TAPE EJECT DV IEEE1394 DV 8. Zoom lever 9. PHOTO button USB 3. MENU button USB USB AV 10. Jacks MIC 11. Hand strap hook 4. Start/Stop button AV AV 12. Jack cover 5. Power switch 13. Cassette door 6. DC jack 1. NITE PIX switch (SC-D352/D354/D355 only) (SC-D352/D353 D354/ D355 only) MIC External MIC 8. Zoom lever 2.

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Operating Instructions Preparation Table of continuous Recording Time based on Model and Battery Type. ✤ ✤ If you close the LCD screen, it switches off and the Viewfinder switches on automatically. The continuous recording times given in the table below are approximations. Actual recording time depends on usage. Time Continuous recording time Charging time LCD ON SB-LSM80 Approx. 1hr 20min Approx. 1hr 20min Approx. 1hr 30min SB-LSM160 (AD43-00148A) Approx. 3hr Approx. 2hr 40min Approx.

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Operating Instructions IEEE 1394 Data Transfer Transferring IEEE1394 (i.LINK)-DV standard data connections Connecting to a DV Device (DVD Rrcorder, Camcorder etc...) ■ ■ Connecting to other DV standard products. A standard DV connection is quite simple. If a product has a DV port, you can transfer data by connecting to the DV port using the correct cable. !!! Please be careful since there are two types of DV ports, (4pin, 6pin). This Camcorder has a 4pin terminal.

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Operating Instructions USB Interface (SC-D352/D353/D354/D355 only) Transferring a Digital Image through a USB Connection ✤ ✤ ✤ ✤ The camcorder supports both USB 1.1 and 2.0 standards. (Depends on the PC specification) You can easily transfer a image from a Memory card to a PC without additional add-on cards via a USB connection. You can transfer an image to a PC via a USB connection. (SC-D353/D354/D355 only) If you transfer data to a PC, you need to install the software (Driver, DV Media Pro, DirectX 9.

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Operating Instructions USB Interface (SC-D352/D353/D354/D355 only) Setting the USB Communication Speed ✤ ✤ To ensure proper communication between the camcorder and a PC, please set the USB Version before connecting the camcorder to a PC. USB Version is accessible in every mode. 1 1. Set the Power switch to CAMERA or PLAYER. 2. Set the Mode switch to TAPE or MEMORY CARD. (SC-D353/D354/D355 only) 3. Press the MENU button. ■ The menu list will appear. 4.

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Operating Instructions USB Interface (SC-D352/D353/D354/D355 only) Using the PC Camera Function ✤ ✤ ✤ ✤ To use the PC Camera function, the DV Media Pro, DirectX 9.0a. (included in the CD) programs must be installed in the PC. You can use this Camcorder as a PC CAMERA. When you connect to a Web site that provides video chatting functions, you can use your Camcorder for such functions.

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Operating Instructions Digital Still Camera Mode (SC-D353/D354/D355 only) Selecting the Image Quality ✤ You can select the quality of a still images to be recorded. Select the Image Quality 1. Set the Power switch to CAMERA. 2. Set the Mode switch to MEMORY CARD. 3. Press the MENU button. ■ The menu list will appear. 4. Move the Menu selector to the left or right to select Memory, then press the Menu selector. 5.

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Operating Instructions PictBridgeTM Setting the Date/Time Imprint Option 4. Move the Menu selector to the left or right to select Date/Time, then press the Menu selector. 5. Move the Menu selector to the left or right to select the Date/Time display type, then press the Menu selector. ■ Date/Time display type: Off, Date, Time, Date/Time Printing Images 6. Move the Menu selector to the left or right to select Print, then press the Menu selector, and selected image files will be printed.

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12. Troubleshooting Loading Emergency DECK Housing close Is Loading normal? YES STOP NO IC401~5 (VS_D) 4.8V? NO CHECK IC501 MICOM OUT YES IC401-25 (VCC1) 4.

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Troubleshooting Drum Does Not Rotate IC401-16 3V? NO CHECK IC501 MICOM YES IC401-60 is VS normal? NO Is DRUM error OUT normal? NO CHECK R5108, R5107, C518, C519 YES CHECK Q702, L717 IC401 is Drum U, V, W Waveform NO CHECK IC401 YES Changing Drum Motor 12-2 Samsung Electronics

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Troubleshooting Capstan Does Not Rotate IC401-2 3V? NO CHECK IC501 MICOM YES IC401-44 is VS normal? NO Is CAPSTAN error OUT normal? NO CHECK IC501-ALL CAP PWM YES CHECK Q701, L719 IC401 is CAP U,V,W normal? NO CHECK IC401 YES Changing CAP MOTOR Samsung Electronics 12-3

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Troubleshooting VIDEO MISSING IN DVC CAMERA CHECK COLOR BAR WHEN 12CH DATA CHANGE to 01H in Camera Control MODE NO CHANGE DSP6 (ICM01) YES CP14 is CCD OUT normal? NO CHANGE CAMERA YES IC301-1, 19 is Y, C signal normal? NO REPAIR IC201 AND THE AROUND THE CIRCUIT YES IC301-9, 14 is Y, C signal normal? NO REPAIR IC301 YES CHECK FFC VCR MAIN TO JACK BOARD NO CHANGE THE FFC YES Is VIDEO in/out Terminal normal? NO CHANGE THE VIDEO in/out JACK YES END OF REPAIR 12-4 Samsung Electronics

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Troubleshooting VIDEO MISSING IN PLAY MODE Q111 is Envelop signal normal? NO CHECK THE HEAD OF DRUM YES IC301-1, 19 is Y,C signal normal? NO Is Circuit around IC101, IC201 normal? NO REPAIR THE IC101, IC201 YES YES Repair the IC501 (MICOM) IC301-9, 14 Is Y,C signal normal? NO REPAIR THE IC301 YES Is FFC VCR MAIN to JACK board normal? NO CHANGE THE FFC YES Is Video in/out Terminal normal? NO CHANGE THE VIDEO IN/OUT JACK YES END OF REPAIR Samsung Electronics 12-5

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Troubleshooting NO POWER IN FUSE (FUSE23, FUSE67) NORMAL? NO REPLACE FUSE YES NO CHECK THE CIRCUITRY AROUND THE MICOM NO CHECK L704, L706, L708, L710, L712, L714, L717, L719 IC701-28~31 3V? YES Q701~Q708-4,5 is the output vlotage output when power is supplied? YES Q701~Q708-2 is the output vlotage output when power is supplied? NO CHECK L701, L702 YES Q701~Q708-1 is the output vlotage output when power is supplied? NO CHANGE TR YES REPLACE IC701 12-6 Samsung Electronics

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Troubleshooting NO AUDIO OUTPUT CHECK MIC CELL AND HARNESS YES IC601 is input normal? NO CHECK THE CONSTANT AND WRONG SOLDERING NO CHECK THE CONSTANT AND WRONG SOLDERING NO REPAIR THE CONNECTOR, FPC, HARNESS NO CHECK THE CONSTANT, WRONG SOLDERING AND POWER YES IC601 is output normal? YES Is Speak Connector, FPC, Harness normal? YES IC201 is AUDIO VCO Normal? YES CHECK AUDIO POWER (L601, L602, L603, L604) Samsung Electronics 12-7

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13. Circuit Operating Description 13-1 Summary 13-1-1 Purpose The document which sees with System Design specification of Digital Camcorder “SCD353 System“, it was hereafter maked for setting the direction of business propulsion by standardizing the system structure and Hard ware and the Soft ware plan specification. 13-1-2 Range The low rank system which constitutes SCD353 is classified by Main PCB, Camera Lens Ass’y, Left Function Ass’y, Front Ass’y, Deck Ass’y, Rear Ass’y, etc..

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Circuit Operating Description 13-2 Digital Camcorder Summary 13-2-1 Digital Camcorder Definition Digital Camcorder is SAMPLING FREQUENCY 13.5MHZ (CHROMA 6.75MHZ) and 8Bit. Adopted-child-ized VIDEO SIGNAL, SAMPLING FREQUENCY 48KHZ 16BIT and SAMPLING FREQUENCY DV FORMAT EWI of AUDIO SIGNAL of 32KHZ 12BIT is carried out. About 1/carries out DATA compression by 5. 6.

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Circuit Operating Description 13-3 Set Explanation 13-3-1 Consideration matter at the time of a design (1) Environment condition: A standard is carried out to a CAMCORDER reliability examination rule (6CA-1001). 1) Operating Conditions Œ Temperature : 0° ~ +40° ´ Humidity : 10% ~ 80% 2) Storage Temperature Œ Temperature : -20° ~ +60° (2) DVC Pattery Format TAPE Tp=10um SUB CODE Lr=32.89mm VIDEO We=5.24mm H2 AUDIO HO=5.8mm Wt=6.35mm ITI H1 a=9.1668° TAPE LOWER EDGE OPTIONAL TRACK Fig.

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Circuit Operating Description (4) Ampling structue of ITU-R656 (4:2:2)

NO 1 2 3 Item 625/50 System SAMPLING frequency luminunse (Y) frequency 13.5MHz chrominance (Cr,Cb,) frequency 6.75MHz pixel/line luminunse (Y)frequency 858 864 chrominance (Cr,Cb,) frequency 429 432 ACTIVE PIXEL / LINE luminunse (Y) frequency 720 chrominance (Cr,Cb,) frequency 360 4 ACTIVE LINE / FRAME 5 ACTIVE LINE No.

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Circuit Operating Description (6) Video Signal Blanking 10.9µs ± 0.2µs SYNC to Blanking End Front porch 9.4µs ± 1µs SYNC to Burst End 7.8µs 1.5µs±.1 100µs IRE Color Breezeway Ref White Back Burst 2.5µs Porch (714mv) 6µs 20 40 IRE (286 mv) 1.6µs SYNC 4.7µs±1µs 4 IRE 4 IRE Z Z 40IRE (Ref Burst Amptd) IR E 7.5 IRE Blanking Level Ref Sync Amplitude ntsc timing 0.7 Vpp 12 ± 0.3µs FP 1.5 + 0.3µs 4.7µs ± 0.2µs 0 Vpp - 0.15 Vpp 5.6µs ± 0.1µs - 0.3 Vpp 100% (0.

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Circuit Operating Description (7) Safe standard 1) SAFETY

UL1492 U.S.A. Standard for Audio and video products CSA Std. C22.2 Canada Standard for Audio and video products EN60065 Europe Standard for Audio and video products GOST-R Russia Standard for Audio and video products Safety Assurance Regulation No.

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Circuit Operating Description 13-4 H/W demand matter 13-4-1 Main PCB H/W demand matter Main PCB carries out record reproduction of the input of the signal into which the optical signal was electrically changed from CCD of CAMERA LENS ASS’Y, and an AUDIO signal by DV FORMAT at 6.35mm Tape. It consists of circuits PCB which save or DISPLAY by JEPG and MPEG4 to MEMORY STICK.

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Circuit Operating Description 13-4-3 SYSCON/SERVO Block H/W demand matter At SYSTEM/SERVO BLOCK, it is TMP1962. It is each BLOCK at 32BIT 1MByte MICRO PROCESSOR.CONTROL(ing) IC and a circuit, MAIN CLOCK uses 13.5Mhz(es). RTC use of the exception way for SUB CLOCK LITHIUM BATTERY 3V BACK UP functional execution is carried out. MICOM to PWM PULSE for MOTOR control and an ON/OFF CONTROL signal are inputted, and the phase and speed of DRUM of DD-10 DECK and CAPSTAN MOTOR are controlled by SERVO Block.

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Circuit Operating Description 13-4-4 DV-1 Chip Block H/W demand matter DV_1 CHIP BLOCK is AV I/F BLOCK to a CAMERA circuit or a VIDEO signal at the time of Record MODE. Function . which inputs by ITU-R 656 FORMAT, SHUFFLING(s), and sends RECODING DATA by PREAMP Block. At the time of TAPE reproduction, PRML BLOCK to 41.

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Circuit Operating Description 13-4-5 PRML Block H/W Demand matter At PRML BLOCK, it is Control Signal of Micro Processor to Serial Enable/Data/Clock. In each mode star (SPPB, LP gas-PB, SP-Forward/Reverse Search, LP gas-Search, SP-Slow, LP gas-slow etc) You must be made to carry out data control.

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Circuit Operating Description 13-4-6 PREAMP Block H/W Demand matter With PREAMP Block Amp_cs from DV-1chip (Channel Block) and a PB-High signal perform Recording and Playback operation. In response to Recording Data of 3 Vp-p, after DRUM performing amplification operation, each signal must be printed out in Head S/W High and the Low section, and you have to perform Recording operation. Micro Processor to Head S/W Pulse is used, and it is Head S/W at the time of recording and playback operation.

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Circuit Operating Description 13-4-8 DC/DC Block H/W Demand matter DC/DC BLOCK receives BATTERY 7.4V or ADAPTER 8.4V, and is the use country according to BLOCK.The function supplied stably is carried out. BLOCK another use power supply CAM5V, CAM15V, CAM-7.5V, and DIG3V, DIG1.8V, SS3.0V, SS5.0V, and SS1.8V LCD BL5V it carries V.LIGHT 5.0V In response to DRUM ERROR and a CAPSTAN ERROR signal, you have to supply DRUM VS and CAPSTAN VS to a SERVO circuit from MICOM BLOCK.

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14. Deck Operating Description 14-1 Nomenclature 1 2 8 3 9 10 4 5 11 12 13 6 14 7 15 16 Fig.

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Reference Information 8 1 9 10 11 12 2 3 4 5 13 6 14 7 15 16 Fig.

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Reference Information 14-2 Switch Modes

Modes Signal 1 Signal 2 Signa 3 Rotation Angle of Gear Mode S/W Mechanical state EJECT 1 1 0 -51.25° ~ -31.75° Open Housing BL1 0 0 0 UNLOAD 1 0 0 BL2 0 0 0 LD 1 1 0 1 BL3 0 0 0 LD 2 0 0 1 BL4 0 0 0 STOP 0 1 1 BL5 0 0 0 PLAY 0 1 0 Standby Cassette Down 37° ~ 45° 74.75° ~ 82.75° Capstan Rotate and stop in loading mode 131° ~ 139° Stop 240.7° ~ 258.7° In REC/PB/CUE/FF/PAUSE * Fig.

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Reference Information 14-3 Operation 14-3-1 Gear Connecting 1) Moter Loading Œ rotates. (Gear Worm Motor ´ A Gear Worm Wheel Loading ˇ) 2) Gear Wheel ¨ rotates. 3) Gear Cam Main ˆ rotates. 4) Gear Mode Switch Ø rotates. Œ MOTOR LOADING ´ GEAR WORM MOTOR ˇ GEAR WORM LOADING ¨ GEAR WHEEL ˆ GEAR CAM MAIN Ø GEAR MODE SWITCH Fig.

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Reference Information 14-3-2 Brake T Mode Brake Main T OFF 1) Brake T ´ separated or contacted Gear shape of Brake T ´ by rotate direction of Reel Disk T Œ. ON EJECT UNLOAD LD 1 LD 2 Ů Brake T operation (One-Way Operation) ; Reel T rotate direction (Clock direction) ; Reel t rotate direction (Count Clock direction) STOP PB Œ REEL DISK T ´ BRAKE T Fig.

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Reference Information 14-3-3 Arm Tension Mode 1) Motor Loading Œ rotates. 2) Arm Tension ´ rotates in direction of arrow. (By force of Spring Tension ˆ and guide of Cam Curve ¨ in Main Chassis ˇ) 3) After Loading finished, Arm Tension ´ is on state. Arm Tension OFF ON EJECT UNLOAD LD 1 LD 2 STOP PLAY MOTOR LOADING Œ ARM TENSION ´ GEAR CAM MAIN ˇ CAM CURVE ¨ SPRING TENSION ˆ Fig.

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Reference Information 14-3-4 Pinch Review Ass’y Mode Pinch Review OFF 1) Motor Loading Œ rotates. 2) Slider Main ¨ slides in direction. 3) Ass’y Pinch Review ˇ rotates by Lever Review ´. EJECT 4) Pinch Roller ˆ contacts shaft of Motor Capstan Ø. UNLOAD 5) Arm Review ∏ rotates in play mode. 6) Motor Loading Œ rotates in reverse. ON LD 1 7) Slide Main ¨ moves in reverse direction of arrow. 8) Pinch Roller ˆ released from shaft of Motor Capstan Ø by LD 2 Lever Pinch.

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Reference Information 14-3-5 Pole Base S, T Mode Pole Base S, T OFF 1) Motor Loading Œ rotates. ON EJECT 2) Gear Wheel ´ rotates. 3) Gear Cam Main ˇ rotates. UNLOAD 5) Gear Loading S ¨, T ˆ rotates. 6) Pole Base S Ø, T ∏ slide along Guide Rail ” of Main Chassis. 7) Pole Base S Ø, T ∏ attach to Stopper ’ of Main Chassis. LD 1 LD 2 STOP PLAY ’ STOPPER ” GUIDE RAIL Œ MOTOR LOADING ¨ GEAR LOADING S GRAR LOADING T ˆ ´ GEAR WHEEL POLE BASE T ∏ Ø POLE BASE S ˇ GEAR CAM MAIN Fig.

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Reference Information 14-3-6 Reel Driving 1) Motor Capstan Œ rotates. 2) Gear Capstan ´ rotates. 3) Pulley 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. Œ MOTOR CAPSTAN ´ GEAR CAPSTAN ˇ PULLEY BELT TIMMING REEL DISK S ∏ Ø REEL DISK T GEAR IDLER ˆ ¨ GEAR PULLY Fig.

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Reference Information 14-4 Mode Transitions 14-4-1 Cassette in A Cassette down Cassette in By Catch Œ of Housing release the Cassette-lid lock Housing down Cover Stopper ´ of Main Chassis opens cassette-lid Housing is locked by Lever Lock ¨ and Catched by lock of Main Chassis ˆ. By Key Release ˇ of Cover reel releases Reel-lock of Cassette tape. Lever Eject ∏ turns on S/W Cassette-in Ø. ´ COVER STOPPER Œ CATCH KEY RELEASE ˇ Ø SWITCH C-IN LEVER LOCK ¨ LOCK OF MAIN CHASSIS ˆ ∏ LEVER EJECT Fig.

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Reference Information 14-4-2 Loading Cassette in Housing down. Motor Loading rotates. Drum rotates. Gear Worm Motor Gear Worm Wheel Loading Gear Wheel Gear Cam Main rotate. Gear Capstan, Belt Timing, Gear Pully and Gear ldler rotate in order. Reel T rotates. * This operation makes tape loading. Gear Loading S and T rotate. Motor Capstan rotates. Motor Castan rotates silghtly(for shifting idler to Reel S)and then stops. Arm Tension, Arm Review and Arm Pinch move. Motor Capstan stops.

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Reference Information (Loading state) (Unloading state) Fig.

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Reference Information 14-4-3 Stop A Play Push PLAY Key. Motor Loading rotates Forward. Drum rotates forward Gear Worm Motor, Gear Worm Wheel Loading, Gear Wheel, Gear Cam Main rotates Silder Main moves in direction of arrow. Lever Review rotates in direction of allow Motor Loading stops. Pinch Roller moves in direction of arrow and attches to Capstan Shaft, which puts the tape between roller and Capstan Shaft. Motor Capstan rotates forward.

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Reference Information DRUM MOTOR LOADING ARM TENSION REEL DISK T REEL DISK S BRAKE T TOP VIEW LOADING MOTOR MOTOR CAPSTAN GEAR WHEEL GEAR CAPSTAN LEVER REVIEW BELT TIMMING GEAR CAM MAIN SLIDE MAIN GEAR MODE SWITCH GEAR PULLY BOTTOM VIEW Fig.

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Reference Information 14-4-4 Stop A FF Push FF Key. Motor Loading rotates foward. Drum rotates foward. Gear Worm Motor, Gear Worm Wheel Loading Gear Wheel, Gear Cam Main rotates Slider Main moves in direction of arrow Lever Review rotates in direction of arrow Pinch Roller moves in direction of arrow and attaches to Capstan Shaft, which puts the tape between roller and Capstan Shaft. Motor Capstan rotates forward. Motor Loading stops. * Motor Capstan rotates 30 times faster than PLAY speed.

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Reference Information 14-4-5 Stop A REW Push REW Key. Motor Loading rotates forward. Drum rotates forward Gear Worm Motor Gear Worm Loading Gear Wheel, Gear Tension, Gear Cam Main rotate. Silder Main moves in direction of arrow. Lever Review rotates in direction of arrow. Pinch Roller moves in direction of arrow and attaches to Capstan Shaft, which puts the tape between roller and capstan shaft. Motor Loading stops. Motor Capstan rotates reverse.

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Reference Information DRUM MOTOR LOADING ARM TENSION REEL DISK T REEL DISK S BRAKE T TOP VIEW MOTOR CAPSTAN LOADING MOTOR GEAR WHEEL GEAR CAPSTAN LEVER REVIEW BELT TIMMING GEAR CAM MAIN SLIDE MAIN GEAR MODE SWITCH GEAR PULLY BOTTOM VIEW Fig.

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Reference Information 14-4-6 Stop A REC Set Camera mode. Motor Loading rotates forward. Drum rotates forward. Gear Worm Motor, Gear Worm Wheel Loading Gear Wheel, Gear Cam Main rotate. Silder Main moves in direction of arrow. Pinch Roller moves in direction of arrow and attaches to Capstan Shaft. Motor Capstan rotates in reverse. Motor Loading stops. Gear Capstan, Belt Timing, Clutch and Gear ldler rotate in order. Pinch Roller rotates. Reel T rotates. Reel S rotates. Motor Capstan stops.

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Reference Information 14-4-7 Stop A Unload Push Eject key. Drum rotates forward. Motor Loading rotates in reverse. Gear Worm Motor, Gear Worm Wheel Loading, Gear Wheel, Gear Cam Main rotate. Motor Capstan rotates forward. Gear Loading S, T rotates. Gear Capstan, Belt Timming, Clutch and Gear ldler rotate in order. Drum stops. Arm Loading S, T move in direction of arrow and Pole Base S, T silde. Reel T rotates Slide main moves in direction of arrow. Arm Tension, Arm Review and Arm Pinch move.

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Reference Information LOADING POSTION UNLOADING POSTION Fig.

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Reference Information 14-4-8 CUE Push FF Key. * Act 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 S rotates approx. 10.5 times faster than PLAY mode. Reel T rotates approx. 10.5 times faster than PLAY mode. * Tape fed by Motor Capstan is wound up to Reel T.

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Reference Information 14-4-9 RPS Push REW Key. * Act in PLAY mode. Motor Capstan Stops Motor Capstan rotates 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.