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5. Alignment and Adjustment
5-1. Mechanism Alignment
Refer to mechanical manual "DE-6 (AD68-30200A)"for the adjustment and checks of mechanism section. The location of test point (See Fig.1)

Test Point: PB RF - Pin 11 of CN605 Head Switching Trigger - Pin 9 of CN605

14 12 10 8 6 4 2

13 11 9 7 5 3 1

PB RF Head Switching - Trigger CN605

Fig. 1 Test point

Fig. 2 Test location of test point

Samsung Electronics

5-1

Alignment and Adjustment

UNLOADING OPEN COMMON GROUND IC601 28PIN

IC601 27PIN

IC601 26PIN

EJECT

UNLOADING STOP

LOADING LOADING STOP

PLAY

POSITION EJECT UNLOADING STOP LOADING STOP PB

IC601 28PIN L L H H

IC601 27PIN H L L H

IC601 26PIN H H L L

ACTION MODE EJECT UNLOADING STOP LOADING STOP PLAY, FF, Z/RTN, STILL....

5-2

Samsung Electronics

Alignment and Adjustment

5-2 Camera Section Adjustment
Note : 1. This system has 1) EEPROM to store the confirmed adjustment data. 2) DSP (Digital Signal Process ; ICP01 - Main board) chip to process the signal of camera parts. 3) One test point for the frequency adjustment of DSP main clock (P. CLK). 4) The special mode for camera adjustment using the function keys on the left case. 2. Keep in mind 1) All adjustment steps should performed using the remote controller.

5-2-1 Preparations
1. Equipment to be used 1) DC Power supply 2) Oscilloscope 3) Frequency counter 4) Vectorscope 5) Waveform monitor 6) Color monitor or TV 7) Various charts - Color bar chart - Gray-scale chart, etc... 2. Composition of camera P.C.Boards 1) Main PCB 2) CCD PCB 3) CVF /EVF PCB 3. Adjustment preparations 1) The function keys on the left case is used as a camera adjust tool. 2) Press the confirm button when each manual adjustment step is completed to write the adjustment data to the EEPROM. 3) After each adjustment step is completed, OSD shows "OK!". 4) To cancel the adjustment mode, remove the power source.

4. The function keys on the left case The following is a chart explaining the use of each button :

Using Button MENU/ENTER (CONFIRM) Z/RTN (DATA DOWN) C/RESET (DATA UP) TITLE (MODE UP) DATE/TIME (MODE DOWN) M/F Ring dial (FAR/NEAR) ZOOM TELE/ZOOM WIDE

Adjustment Data store after finishing adjustment by DATA UP/DOWN button. When change data value of adjust state.

Mode change.

Manual focus adjustment. Move the zoom position of lens.

Samsung Electronics

5-3

Alignment and Adjustment

The function keys left case is required to adjust the camera section.

BLC

DATA DOWN

DATA UP

OSD ON/OFF MODE DOWN

MODE UP

CONFIRM

1 ZOOM LEVER : ZOOM TELE/WIDE

Note : In service adjustment mode, button names are different from those in customer camera function control mode. EX) MENU/ENTER button is the same as confirm.

5. How to get into service "ADJUST" mode STEP 1 1. Remove the lithium battery from the camcorder. 2. Connect the power source (battery/ DC cable). 3. Eject the tape if it is in the unit. 4. Set the power switch of the camcorder to "CAMERA" position. 5. Set OSD on state. STEP 2 1. Press and hold the "EJECT" button and "STOP" button on the camcorder at the same time for more than 5 seconds. Then unit goes into service mode.

STEP 3 On screen display show "ODF. T.INI XX XX" CAMERA ADJUSTMENT mode has successfully been activated.

Note : When "XX XX" is shown in service adjustment procedures, this indicates variable values.

5-4

Samsung Electronics

Alignment and Adjustment

"CAMERA ADJUST MODE, EEPROM ADDRESS SEQUENCE & DATA OF PAGE 0"
ADDR 0DF 0CD 0CE 0CF 0D0 0D6 0DB 0DE OSD-DISPLAY T.INI HALL IRIS AWB LENS ZVR.C AGCM 3MLENS NO-OSD-DISPLAY ADDR MODEL/DATA PAL HI8 ADDR 001 002 003 004 005 006 007 008 009 00A 00B 00C 00D 00E 00F 010 011 012 013 014 015 016 017 018 019 01A 01B DATA 50 00 08 F0 80 30 00 08 66 66 00 03 A0 60 3A 87 77 00 80 00 FF 8B 24 ED 07 81 26 50 00 08 F0 80 30 00 08 66 66 00 03 A0 60 3A 87 77 00 80 00 FF 8B 24 ED 07 81 26 50 00 08 F0 80 30 00 08 66 66 00 03 A0 60 3A 87 7B 00 80 00 FF 76 24 F1 13 6E 20 50 00 08 F0 80 30 00 08 66 66 00 03 A0 60 3A 87 80 00 80 00 FF 76 24 F1 13 6E 20 NORMAL HI8 NTSC NORMAL D7 OPTION BIT SEGMENTATION EXPLAIN D6 AGC TARGETD5 0'=FIX D4 WDR='1' D3 PASTEL COLOR D2 KEY/RING D1 CAN/SECREM D0 EMBOSS COLOR CONTENT (EEPROM DATA PAGE 0) TABLE INITIAL HALL AUTO ADJUST IRIS AUTO ADJUST AWB AUTO ADJUST LENS AUTO ADJUST( WARNING! DON'T USE WITHOUT AN INFINITE COLLIMATOR) ZOOM LEVER CENTER DATA CHECKING AGC AUTO ADJUST (NORMALLY NO USED) 3M LENS AUTO ADJUST AT SERVICE FIELD (DISTANCE: 3M +/- 1Cm) CONTENT

@IRIS CONTROL-LOW @IRIS CONTROL-HIGH * AWB-HSS MODE * AWB STOP HALL @P.CLK PWM-HIGH AGC TARGET DOWN VALUE AT 001H D6='1' OPTION AGC MAX, DARK SLICE-B CONTROL @UPD16835 INIT 4th @UPD16835 INIT 6th @UPD16835 INIT 7th @UPD16835 standard data current set A(4th.7) : D0, current set B(7th.7) : D1 @CDS F-REG(f1,f0) CAM : BIT0:f0,BIT1:f1 changed by AUTO HALL ADJ(0CD) changed by AUTO HALL ADJ(0CD) "@CDS F-REG(f9,f2) CAM ;PGA GAIN -HIGH(0.00dB~ 30.0dB)" "@CDS G-REG CAM ;DAC1(HALL REFERENCE CONTROL;0V~3.0V);"

"@CDS H-REG CAM ;DAC2(HALL GAIN CONTROL;0V~3.0V); " "@CDS E-R(e1,e0),J-R(j0),M-R;D0:e0,D1:e1,D2:j0(CAM),D4:e0,D5:e1,D6:j0(VCR),D7:cds-rev='1'" "@CDS F-REG(f9,f2) VCR ;PGA GAIN -HIGH(0.00dB~ 10.0dB)" @WDR REGISTER[7,0] @WDR REGISTER[15,8] @WDR REGISTER[23,16] @WDR REGISTER[31,24] @WDR REGISTER[39,32] @WDR REGISTER[47,40] @WDR REGISTER[55,48] @WDR REGISTER[63,56] @WDR REGISTER[71,64] @WDR REGISTER[79,72] *AEINSEL=D7,AELPFSEL=D6,X[5:0] *AECLIP_TH[7:0] *AEL_TH[7:0] *AEH_TH[7:0] *AEW2VE[7:0] *AEW2VS[7:0] *AEW2HE[7:0] *AEW2HS[7:0] *AEW1VE[7:0] *AEW1VS[7:0]

Samsung Electronics

5-5

Alignment and Adjustment

NO-OSD-DISPLAY ADDR MODEL/DATA PAL HI8 ADDR 01C 01D 01E 01F 020 021 022 023 024 025 026 027 028 029 02A 02B 02C 02D 02E 02F 030 031 032 040 041 049 04A 04B 04C 04D 04E 04F 050 051 052 053 054 055 DATA B4 32 00 FF 00 88 88 2A 99 99 49 F0 44 E0 C0 68 18 FF 28 B2 2E 00 ~03F 10 ~048 04 D0 01 04 80 8A E0 00 44 FF 31 A0 5F B4 32 00 FF 00 88 88 2A 99 99 49 F0 44 E0 C0 68 18 FF 28 B2 2E 00 ~03F 18 ~048 06 D0 01 04 80 80 E0 00 44 FF 33 89 60 C1 43 00 FF 00 88 88 2A 99 99 49 F0 44 E0 C0 68 18 FF 28 B2 2E 00 ~03F 18 ~048 07 D0 01 04 80 8A E0 00 44 FF 48 C8 88 C1 43 00 FF 00 88 88 2A 99 99 49 F0 44 E0 C0 68 18 FF 28 B2 2E 00 ~03F 18 ~048 06 D0 01 04 80 80 E0 00 44 FF 2D 78 5E NORMAL HI8 NTSC NORMAL D7 BIT SEGMENTATION EXPLAIN D6 D5 D4 *AEW1HE[7:0] *AEW1HS[7:0] *SP_ADJ *TEST_ADDR[7:0] *TEST_CNTL[7:0] *ALPF_TH3[7:4],ALPF_TH4[3:0] *ALPF_TH1[7:4],ALPF_TH2[3:0] *ALPF_WTSFT[7:5],ALPF_THSFT[4:3],SHPF_SFT[2:0] *COLOR127[7:4],COLOR55[3:0] *COLOR31[7:4],COLOR63[3:0] *CH_SEL[7:4],COLOR12[3:0] *BACK_SP[7:4].BACK_WT[3:0] *LUT_TAB[7:5],LUT_HPF_SFT[4:2],X[1:0] *LTIC[7:0] *LIT_ON,LSI_ON,HLOG_ON,X[4:0] *HIST_WT *LTU-GAIN[7:0] *LP-V[7:0] *SP-V[7:0] *LP-H[7:0] *SP-H[7:0} *GR_MODE[7:0] LENGTH OF VERTICAL ACTIVE AREA START OF VERTICAL ACTIVE AREA LENGTH OF HORIZONTAL ACTIVE AREA START OF HORIZONTAL ACTIVE AREA WDR COMMAND'00=WDR OFF, C0=WDR ON' HISTOGRAM WEIGHT START POINT ADJUSTMENT D3 D2 D1 D0 CONTENT (EEPROM DATA PAGE 0)

@WDR REGISTER[87,80] @WDR REGISTER[95,88] @WDR REGISTER[103,96] @WDR REGISTER[111,104] @WDR REGISTER[119,112] @WDR REGISTER[127,120] @WDR REGISTER[135,128] @WDR REGISTER[143,136] @WDR REGISTER[151,144] @WDR REGISTER[159,152] @WDR REGISTER[167,160] @WDR REGISTER[175,168] @WDR REGISTER[183,176] @WDR REGISTER[191,184] @WDR REGISTER[199,192] @WDR REGISTER[207,200] @WDR REGISTER[215,208] @WDR REGISTER[223,216] @WDR REGISTER[231,224] @WDR REGISTER[239,232] @WDR REGISTER[247,240] @WDR REGISTER[255,248] NO USED

* AWB- STABLE MODE THRESHOLD NO USED * AWB- TRACKING AREA SETTING "@WDR ON ; AE A-READ(SMALL)DATA CUTTING -LOW" "@WDR ON ; AE A-READ(SMALL)DATA CUTTING -HIGH" "* AWB- R-CTRL UP/DOWN VALUE ( W/B TARGET CENTER(=80) +/- ADDR;04C )" "* AWB- B-CTRL UP/DOWN VALUE ( W/B TARGET CENTER(=80) +/- ADDR;04D )" * AWB- OUTDOOR HALL VALUE WDR AE TARGET -LOW WDR AE TARGET-HIGH changed by AUTO 3MLENS ADJ(0DE) changed by AUTO 3MLENS ADJ(0DE) changed by AUTO AWB ADJ(0CF) changed by AUTO AWB ADJ(0CF) changed by AUTO AWB ADJ(0CF) ZOOM PULSE LOW 16X LENS ZOOM PULSE HIGH 16X LENS R-CONTROL 3100K B CONTROL 3100K R-CONTROL 5100K

5-6

Samsung Electronics

Alignment and Adjustment

NO-OSD-DISPLAY ADDR MODEL/DATA PAL HI8 ADDR 056 057 058 059 05A 05B 05C 05D 05E 05F 060 061 062 063 064 065 066 067 068 069 06A 06B 06C 06D 06E 06F 070 071 072 073 074 075 076 077 078 079 07A 07B DATA 5A 00 00 03 03 04 E0 80 02 50 40 10 10 2A 10 2A 08 0D 1B 32 57 82 C0 F0 EE 08 50 10 03 00 11 7D 5A 55 27 28 33 2C 54 00 00 03 03 04 E0 80 02 50 40 10 10 2A 10 2A 08 0D 1B 32 57 82 C0 F0 EE 08 50 10 03 00 11 7D 60 60 2C 3B 39 30 68 00 00 03 03 04 E0 80 02 50 40 10 10 2A 10 2A 04 07 15 2C 4D 70 B4 F8 EE 08 50 10 03 00 10 68 4B 3D 12 17 2C 1D 4E 00 00 03 03 04 E0 80 02 50 40 10 10 2A 10 2A 04 07 15 2C 4D 70 B4 F8 EE 08 50 10 03 00 10 68 52 4A 21 35 31 21 NORMAL HI8 NTSC NORMAL D7 BIT SEGMENTATION EXPLAIN D6 D5 D4 D3 B CONTROL 5100K D2 D1 D0 CONTENT (EEPROM DATA PAGE 0)

changed by AUTO AWB ADJ(0CF) @DSP#12C( HAPGN) at AGC @DSP#12C (HAPGN) at AGC "* AWB- RATIO ; 1/3 CENTER TRACKING"

"* AWB- RATIO HIGH ; CENTER AXIS OVER 5100K(OUTDOOR)" "* AWB- RATIO LOW ; CENTER AXIS BELOW 3100K(INDOOR)" SHUTTER START POINT OF IRIS CONTROL PERCENT(FF=100% IRIS MAX) "@WDR ON; AE DATA CUTTING -LOW" "@WDR ON; AE DATA CUTTING -HIGH" "@WDR ON; BLACK BALANCE MAX-DATA (MIN DATA+31)" "@WDR ; AE-TARGET MARGIN; #087,#088 -#060, AT CLIP-COUNTER ON " "@WDR ; CLIP_COUNTER-TH-'HIGH' BYTE " @EIS H-TH-COUNTER @EIS H-TH @EIS V-TH-COUNTER @EIS V-TH "@WDR ON; Y ,C GAMMA 1 " "@WDR ON; Y ,C GAMMA 2 " "@WDR ON; Y,C GAMMA 3 " "@WDR ON; Y ,C GAMMA 4 " "@WDR ON; Y,C GAMMA 5 " "@WDR ON; Y,C GAMMA 6" "@WDR ON; Y ,C GAMMA 7" "@WDR ON; Y,C GAMMA 8" "@WDR ON; ADDR#12C ;YVBKT,YVBK,HBLK,YHBK" "@WDR ON; ADDR#123;YHPSC,YAPC" "@WDR ON; ADDR#126;YLPFSEL" "@WDR ON; ADDR#134;RED DARK SLICE" "@WDR ON; ADDR#135;BLUE DARK SLICE" "@WDR ON; ADDR#136;GREEN DARK SLICE" @CINEMA F-ZONE LIMIT UP @CINEMA F-ZONE LIMIT UP @R-GAIN POSITIVE(ADDR.147) at OUTDOOR @R-GAIN NEGATIVE(ADDR.148) at OUTDOOR @R-HUE POSITIVE (ADDR.149) at OUTDOOR @R-HUE NEGATIVE (ADDR.14A) at OUTDOOR @B-GAIN POSITIVE(ADDR.14B) at OUTDOOR @B-GAIN NEGATIVE(ADDR.14C) at OUTDOOR

Samsung Electronics

5-7

Alignment and Adjustment

NO-OSD-DISPLAY ADDR MODEL/DATA PAL HI8 ADDR 07C 07D 07E 07F 080 081 082 083 084 085 086 087 088 089 08A 08B 08C 08D 08E 08F 090 091 092 093 094 095 096 097 098 099 09A 09B 09C 09D 09E 09F 0A0 0A1 DATA 1C 10 50 00 04 5E 00 90 0C 90 02 00 02 75 3A 00 02 00 00 F0 FF F8 02 23 01 1C B9 02 98 B8 30 1C F4 68 0B 0B 18 A0 1A 0E 50 00 04 5E 00 90 0C 90 02 00 02 75 3A 00 02 00 00 F0 FF 09 02 23 01 0C 46 02 98 B8 30 1C F4 68 0B 0B 20 A0 24 15 50 00 04 5E 00 90 0C 90 02 00 02 75 3A 00 02 00 00 F0 FF 00 03 F7 00 16 50 02 98 B8 30 1C F4 68 0B 0B 18 A0 26 0D 50 00 04 5E 00 90 0C 90 02 00 02 75 3A 00 02 00 00 F0 FF 0A 02 F7 00 09 EE 01 98 B8 30 1C F4 68 0B 0B 20 A0 NORMAL HI8 NTSC NORMAL D7 BIT SEGMENTATION EXPLAIN D6 D5 D4 D3 D2 D1 D0 CONTENT (EEPROM DATA PAGE 0)

@B-HUE POSITIVE (ADDR.14D) at OUTDOOR @B-HUE NEGATIVE (ADDR.14E) at OUTDOOR @NEGA BLC TARGET-'L' @NEGA BLC TARGET-'H' "@AE; AE A-WINDOW WEIGHT '05'=50%" "@AE; SPOTLIGHT AE-TARGET 'L'" "@AE; SPOTLIGHT AE-TARGET 'H'" @DIGITAL CLAMP CONTROL START AGC @AGC MAX , DIGITAL CLAMP CONTROL(ADDR.#118) * AWB- W/B DATA-TH * AWB- LUMINANCE AREA NUMBER "@AE; BLC/WDR , AE TARGET 'L'" "@AE; BLC /WDR, AE TARGET 'H'" @SEPIA CDS-R @SEPIA CDS-G "@AE; SAND&SNOW MODE AE TARGET 'L'" "@AE; SAND&SNOW MODE AE TARGET 'H'" changed by AUTO 3MLENS ADJ(0DE) changed by AUTO 3MLENS ADJ(0DE) changed by AUTO 3MLENS ADJ(0DE) changed by AUTO 3MLENS ADJ(0DE) @CCD H-PIXEL NUMBER -LOW BYTE @CCD H-PIXEL NUMBER -HIGH BYTE @CCD V LINE NUMBER -LOW BYTE @CCD V LINE NUMBER -HIGH BYTE @CCD V SKIP LINE DEFAULT VALUE @CCD V LINE NUMBER LOW BYTE @CCD V LINE NUMBER HIGH BYTE "@DSP IC ADDR #41H ;ART DSE LEVEL" "@DSP IC ADDR #1CH ;NEGA MODE WHITE CLIP LEVEL" * AWB- START HALL VALUE "@DSE- MOSAIC SIZE; DSP IC ADDR #39H " "@D/ZOOM MAX RATIO; CO=4X, EE=14.3X, F4= 20X " @ NOISE SLICE START AGC VALUE @ HAP(DSP #10BH) MIN VALUE AT AGC MAX @ VAP(DSP 310C) MIN VALUE AT AGC MAX @ YAP(DSP #10DH) MAX VALUE AT AGC MAX @ CHROMA SUPPRESS PERCENT @FOCUS TELE MARGIN LOW BYTE(CANON X22 LENS) @FOCUS TELE MARGIN HIGH BYTE(CANON X22 LENS) @FOCUS WIDE MARGIN LOW BYTE(CANON X22 LENS) @FOCUS WIDE MARGIN HIGH BYTE(CANON X22 LENS)

5-8

Samsung Electronics

Alignment and Adjustment

NO-OSD-DISPLAY ADDR MODEL/DATA PAL HI8 ADDR 0A2 0A3 0A4 0A5 0A6 0A7 0A8 0A9 0AA 0AB 0AC 0AD 0AE 0AF 0B0 0B1 0B2 0B7 0B8 0B9 0BA 0BB 0BC 0BD 0BE 0BF 0C0 0C1 0C2 0C3 0C7 0C8 0C9 0CA 0CB 0CC 0CD 0CE DATA 60 00 05 B4 C0 89 E5 88 80 20 34 A8 0B 02 68 2A ~0B6 1A 3A 4C 40 C0 E0 00 B0 09 18 82 40 ~C6 10 11 65 24 48 00 FF FF 60 00 05 B4 C0 89 E5 88 80 20 30 A8 0B 02 28 2B ~0B6 1A 3A 4C 40 C0 D0 00 B0 09 18 82 40 ~C6 10 11 65 24 48 00 FF FF 60 00 05 B4 C0 89 E5 88 80 20 34 A8 09 02 5B 08 ~0B6 16 3A 4C 40 C0 D0 00 B0 09 18 82 40 ~C6 10 11 65 24 48 00 FF FF 60 00 05 B4 C0 89 E5 88 80 20 30 A8 09 02 30 01 ~0B6 16 3A 4C 40 C0 D0 00 B0 09 18 82 40 ~C6 10 11 65 24 48 00 FF FF NORMAL HI8 NTSC NORMAL D7 BIT SEGMENTATION EXPLAIN D6 D5 D4 D3 D2 D1 D0 CONTENT (EEPROM DATA PAGE 0)

@ CHROMA SUPPRESS START AGC VALUE changed by AUTO IRIS ADJ(0CE) changed by AUTO IRIS ADJ(0CE) @ IRIS CONTROL MAX LOW BYTE @ IRIS CONTROL MAX HIGH BYTE

* AWB -AT OUTDOOR,TRACKING AMOUNT(IN CASE,INDOOR DATA INPUT) ,B4=70%,FF=0%(NO TRACKING) * AWB- WB AGC% , STOP POINT ( 80=50%, C0=75%) @HALL WIDTH AT HALL ADJUST changed by AUTO 3MLENS ADJ(0DE) changed by AUTO 3MLENS ADJ(0DE) changed by ZOOM VR CENTER(0D6) @ZOOM VR CENTER MARGIN( ZOOM STOP PERIOD) changed by AUTO AGC ADJ(0DB) changed by AUTO AGC ADJ(0DB) @AGC MIN VALUE @AGC MAX VALUE " @ZOOM RESET LOW(16X, 22X LENS) @ZOOM RESET HIGH(16X, 22X LENS) @ZOOM VR CENTER VALUE

"REMOCON ZOOM SPEED; 22X LENS -PAL:0B NTSC:09 AF ZIGZAG AMOUNT AT BASIC ZOOM SPEED

@IN AGC AUTO ADJUST (ADDR.0DB), SHUTTER CONTROL OF AGC MIN ADJUST OPERATING(D0='0'FIX) @IN AGC AUTO ADJUST (ADDR.0DB), SHUTTER CONTROL OF AGC MAX ADJUST OPERATING(D7='1'FIX) NO USED "ZOOM MAX SPEED ;22X LENS PAL:19H,NTSC:15H" @HALL REF START, AT AUTO HALL ADJUST ADDR.0CD @HALL GAIN START, AT AUTO HALL ADJUST ADDR.0CD changed by AUTO HALL ADJ(0CD) changed by AUTO HALL ADJ(0CD) @AE TARGET-LOW BYTE @AE TARGET-HIGH BYTE changed by AUTO IRIS ADJ(0CE) changed by AUTO IRIS ADJ(0CE) changed by AUTO 3MLENS ADJ(0DE) changed by AUTO 3MLENS ADJ(0DE) @HALL CLOSE TARGET NO USED EIS GYRO-RESET TIME '0C=3.7SEC' EIS START TIME ('10'=4.4SEC) AFTER EIS GYRO-RESET @IRIS CONTROL OF ZOOM WIDE POSITION AT LENS ADJUSTMENT @QB_GCTRL @AETAR L (FLEX-ZONE) @AETAR H (FLEX-ZONE) @@HALL AUTO ADJUST @@IRIS AUTO ADJUST @IRIS CONTROL MIN LOW BYTE @IRIS CONTROL MIN HIGH BYTE @FOCUS RESET LOW(16X,22X LENS) @FOCUS RESET HIGH(16X,22X LENS) @HALL MIN VALUE @HALL MAX VALUE

Samsung Electronics

5-9

Alignment and Adjustment

NO-OSD-DISPLAY ADDR MODEL/DATA PAL HI8 ADDR 0CF 0D0 0D1 0D2 0D6 0D7 0D8 0DB 0DC 0DD 0DE 0DF 0E0 DATA FF FF 68 ~0D5 FF 01 ~0DA FF FF FF FF A0 ~0FF FF FF 68 ~0D5 FF 01 ~0DA FF FF FF FF A0 ~0FF FF FF A0 ~0D5 FF 01 ~0DA FF FF FF FF A0 ~0FF FF FF A0 ~0D5 FF 01 ~0DA FF FF FF FF A0 ~0FF NORMAL HI8 NTSC NORMAL D7 BIT SEGMENTATION EXPLAIN D6 D5 D4 D3 D2 D1 D0 CONTENT (EEPROM DATA PAGE 0)

@@W/B AUTO ADJUST @@LENS AUTO INFINITE ZOOM TRACK(DON'T USE IN SERVICE FIELD) FIND AGC ADJUST TARGET SHUTTER CONTROL AT AGC AUTO ADJUST (ADDR.0DB) NO USED @@ZOOM VR LEVER CENTER FINDING @@ZOOM/FOCUS CHK=ONE AF ENABLE BIT 00~03 NO USED @@AGC AUTO ADJUST (ADDR. 0B0,0B1,0D1,0AC,0AD) "@LENS ZOOM TRACK CHECKING ;CONFIRM,DATA UP,DOWN KEY" NO USED "@@LENS 3M ZOOM TRACK ADJUST =SERVICE FIELD MODE (KEEP DISTANCE; 3M+/-1Cm)" @EEPROM -TABLE -INITIAL ('99'+CONFIRM =CAMERA ONLY, 'AA'+CONFIRM=CAM+VCR INITIAL) VCR ADDRESS & DATA

5-10

Samsung Electronics

Alignment and Adjustment

"CAMERA ADJUST MODE, EEPROM ADDRESS SEQUENCE & DATA OF PAGE 1"
ADDR MODEL/DATA PAL HI8 ADDR 100 101 102 103 104 105 106 107 108 109 10A 10B 10C 10D 10E 10F DATA 00 A0 C0 00 0D 07 50 70 0D 00 00 0D 50 01 0C 09 00 A0 C0 00 19 03 48 40 0D 00 00 0D 50 01 0C 09 00 A0 C0 00 0D 06 31 40 0D 00 00 0D 50 01 0C 09 00 A0 C0 00 19 03 38 40 0D 00 00 0D 50 01 0C 09 NORMAL HI8 NTSC NORMAL D7 BIT SEGMENTATION EXPLAIN D6 D5 D4 VSKIP='0' SCK H2DEL(3:0) LALT D3 CINEMA ='0' HSP D2 ND TEST DOSEL D1 DSYNC H_MAX_SEL(1:0) PBLK_SEL HSSC(8) ----| ----| ----| |---|---DSCKSEL RGDLY[3:0] -8~+7nS SHD_DLY[3:0] -8~+7nS FWCKDLY[2:0] 0~+7nS ----| ----| ----| ----| ----| D0 JITNSYNC CONTENT (EEPROM DATA PAGE 1)

EMODE(2:0)='000'internal reset ADCK FWCK

SHTR='11' HSS |---|---|---|---FLALTSEL |---|---DCKSEL

0~15nSEC DELAY ADJUST

HIGH SHUTTER SPEED CONTROL (8:0) GHDLY(7:0) -128 ~+ 127 H1DLY[3:0] 0~+15nS SHP_DLY[3:0] -8~+7nS ADCKDLY[2:0] HCNTSET[7:0] LSSC[7:0] low speed shutter |---VCNTSET[6:0] 0~+7nS

* WDR-AF CLIMB NOISE THRESHOLD * WDR-AF CENTER DATA THRESHOLD LOW * WDR-AF CENTER DATA THRESHOLD HIGH * WDR-AF PEAK NOISE THRESHOLD LOW * WDR-AF PEAK NOISE THRESHOLD HIGH CLUSTER 1 (HEADER[3:0] = 4'b0001) ENCODER/ DEFECT COMPENSATION

110 111 112 113 114 115 116 117 118 119 11A 11B 11C 11D 11E 11F

50 01 00 50 D8 28 00 03 0D 30 00 00 00 00 0E 03

52 01 00 10 D8 28 00 03 10 30 00 00 00 00 0A 03

50 01 00 50 C8 00 00 03 0E 30 00 00 00 00 0A 03

52 03 00 10 CC 00 00 03 10 30 00 00 00 00 0A 03

|---|---|---FSC4 |---|---X X |----|----X |---|---X

C-SYNC[7:0] c.sync level 0~255 SETUP[7:0] setup level 0~255 EBURST[7:0] burst phase control :NTSC only EYDLY[2:0]000=-4PCK,111=+3PCK EUSC[7:0] EVSC[7:0] X X UV_CTRL |---EBURST_H[2:0]

----| ----| ----| ----| ----| ----| NOTBC S2 EXTDAC S1 PD1 S0 ----| ----| RAM-OUT |-------| RAM-OUT[8:6] RAM-OUT[9:8] ----|

"-128~+127 ;B-Y BURST VALUE" "-128~+127 ;R-Y BURST VALUE" X X X D-CLP

AD[1:0] AD CLK DLY

CLAMP_OFFSET[7:0] DEFECY_THRESHOLD[7:0] 0~255 X RAM-OUT[5:0] RAM-OUT[7:0] |---PFINDCNT[5:0] X X

----|

* AWB- AREA INTERVAL FORM CENTER AXIS LENS HYSTERESIS ZOOM TRACKING CURVE CLUSTER 2 (HEADER[3:0] = 4'b0010) LUMINANCE

120 121 122

66 D9 94

66 0C 54

66 D9 94

66 10 4D

"YVBKTH[1;0]" Y_H_GAIN[1:0] Y_L_GAIN[1:0]

YVBKG[1:0] X |----

"YHBKTH[1;0]" Y_H_POSI_GAIN[4:0] Y_V_POSI_GAIN[4:0]

YHBKG[1:0] ----| ----|

YOLD-GAMMA |----

Samsung Electronics

5-11

Alignment and Adjustment

ADDR

MODEL/DATA PAL HI8 NORMAL HI8 NTSC NORMAL D7 03 78 37 50 30 E8 8A 00 08 6E 81 B8 50 03 A0 37 50 0A E4 84 00 08 AF 81 88 50 03 78 37 50 30 E0 8A 00 08 7F 81 B8 50 X |---|---X |---|---|---X |---|---|---X YHL_SC[7:0] YEDGE_SC[7:0] YVAPPSEL YEGCS

CONTENT (EEPROM DATA PAGE 1)

BIT SEGMENTATION EXPLAIN D6 D5 |---D4 D3 D2 D1 D0 ----| ----| ----| YHLCS'0'=ON YLPFSEL |---"YSCDLY[2;0]" ----| ----| YNEGA/POSI ----| ----| X ----| |-------| ----| X YENHANG[1:0] ----| H_C_SUP[4] E_C_SUP[4]

ADDR 123 124 125 126 127 128 129 12A 12B 12C 12D 12E 12F

DATA 02 98 37 50 0A E4 84 00 08 AF 81 88 58

YA_NOISE_SLICE[5:0]

YHINS[6:0] aperture noise slice level after gamma correction. YWC[7:0] YGAIN[7:0] X0~X2 YENHANTH[2:0] YART[2:0] HAPGN[4:0] VAPGN[4:0]

YHI-A-GAIN[1:0] YHCLIP[3:2] YHCLIP[1:0]

H_C_SUPP_GAIN[3:0]high light color suppress |---Y_APERTUTR_CLIP[7:0]

F_FALL[3:0] edge color suppress ----|

CLUSTER 3 (HEADER[3:0] = 4'b0011) LUMINANCE & CHROMA 130 131 132 133 134 135 136 137 138 139 13A 13B 13C 13D 13E 13F 2B 30 30 00 03 FD FD 31 A0 24 07 E6 29 00 FF FF 2B 30 30 00 06 03 00 34 8C 24 07 E6 29 00 FF FF 2B 30 30 00 06 FC 00 53 8F 24 07 E6 29 00 FF FF 2B 30 30 00 05 04 00 34 A0 24 07 E6 29 00 FF FF YHPEG[1:0] |---|---X |---|---|---|---|---|---|---|---YVPEG[1:0] YPST[7:0] pastel level YEMB[7:0] embossing level X X X YEMBOSS YPASTEL YIN-OUT YWINDOW ----| YHEMBSEL[1:0] YVEMBSEL[1:0] ----| ----|

CRDS[7:0] r-dark-slice CBDS[7:0] b-dark-slice CGDS[7:0] g-dark-slice CRWB[7:0] R-white-balance-control CBWB[7:0] B-white-balance-control CGWB[7:0] G-white-balance-control "CSLOPE1[7:0]COLOR_KEY_SLOPE_1;-64~+64" "CSLOPE2[7:0]COLOR_KEY_SLOPE_2;-64~+64" CSLOPE1 H[8] CSLOPE2 H[9] CMONO CKEY

"COLOR KEY OPTION :0(RED)~4;13A,13B,13C ADDRESS" CSLOPE1 H[9] X DUMMY DUMMY CLUSTER 4 (HEADER[3:0] = 4'b0100) CHROMA X X CNEGA CBAR

CSLOPE2 H[9] CKEY-NEGA

140 141 142 143 144 145 146 147

17 42 66 59 D9 F2 72 70

07 42 66 59 D9 F2 72 76

17 42 66 59 D9 F2 72 6C

37 42 66 59 D9 F2 72 67

X |---|---|---|---|---|---|----

X

CHCON(S1/S2) CVCON(cr/cb) CYLSEL

CRMS

CBMS

C-GAMMA-SEL ----| ----| ----| ----| ----| ----| ----|

CRCOEF[7:0] cr-matrix-coefficient CBCOEF[7:0] cr-matrix-coefficient CRRG[7:0] R-G signal coeff. for R-Y signal creating. CBRG[7:0] R-G signal coeff. for B-Y signal creating. CRBG[7:0] B-G signal coeff. for R-Y signal creating. CBBG[7:0] B-G signal coeff. for B-Y signal creating. CRYGP[7:0] R-Y GAIN CONTROL +

5-12

Samsung Electronics

Alignment and Adjustment

ADDR

MODEL/DATA PAL HI8 NORMAL HI8 NTSC NORMAL D7 7E 1D 29 43 35 3C 05 80 60 19 1A 33 24 34 23 80 70 20 40 38 24 39 0A 80 |---|---|---|---|---|---|---|----

CONTENT (EEPROM DATA PAGE 1)

BIT SEGMENTATION EXPLAIN D6 D5 D4 D3 D2 D1 D0 ----| ----| ----| ----| ----| ----| ----| ----|

ADDR 148 149 14A 14B 14C 14D 14E 14F

DATA 78 1D 2A 3D 33 50 08 80

CRYGN[7:0] R-Y GAIN CONTROL CRYHP[7:0] R-Y HUE CONTROL + CRYHN[7:0] R-Y HUE CONTROL CBYGP[7:0] B-Y GAIN CONTROL + CBYGN[7:0] B-Y GAIN CONTROL CBYHP[7:0] B-Y HUE CONTROL + CBYHN[7:0] B-Y HUE CONTROL CGAIN[7:0] x0~ x2

CLUSTER 5 (HEADER[3:0] = 4'b0101) GAMMA 150 151 152 153 154 155 156 157 158 159 15A 15B 15C 15D 15E 15F 08 0D 1B 32 57 82 C0 F0 06 0C 1A 2C 4C 78 B6 F0 08 0D 1B 32 57 82 C0 F0 04 08 15 2B 4C 78 B6 F0 04 07 15 2C 4D 70 B4 F8 04 07 18 30 50 78 B8 F8 04 07 15 2C 4D 70 B4 F8 04 07 18 30 50 78 B8 F8 |---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---YG1[7:0] YG2[7:0] YG3[7:0] YG4[7:0] YG5[7:0] YG6[7:0] YG7[7:0] YG8[7:0] CGAMMA1[7:0] CGAMMA2[7:0] CGAMMA3[7:0] CGAMMA4[7:0] CGAMMA5[7:0] CGAMMA6[7:0] CGAMMA7[7:0] CGAMMA8[7:0] @Y GAMMA POINT 1 @Y GAMMA POINT 2 @Y GAMMA POINT 3 @Y GAMMA POINT 4 @Y GAMMA POINT 5 @Y GAMMA POINT 6 @Y GAMMA POINT 7 @Y GAMMA POINT 8 @C GAMMA POINT 1 @C GAMMA POINT 2 @C GAMMA POINT 3 @C GAMMA POINT 4 @C GAMMA POINT 5 @C GAMMA POINT 6 @C GAMMA POINT 7 @C GAMMA POINT 8 ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----|

CLUSTER 6 (HEADER[3:0] = 4'b0110) D.ZOOM & EIS 160 161 162 163 164 165 166 167 168 169 16A 16B 16C AE 00 1C 00 00 2A 00 3E 09 00 02 F8 01 AE 00 0C 00 00 00 00 00 00 00 02 09 01 AE 00 18 00 00 2A 00 38 AF 00 03 00 01 AE 00 09 00 00 00 00 00 00 00 02 0A 01 D.ZOOM |---|---|---|---|---ZOOM-BYPASS VZOOM[7:0] VZSKIP[7:0] VZOFFE[7:0] EVEN FIELD LINE OFFSET VZOFFO[7:0] ODD FIELD LINE OFFSET HZOOM[7:0] X X X X X HZSTR[8] ----| ----| ----| X MOSAIC V-ADJ[1:0] FCM[9:8] ----| X X X X HMIRROR[9:8] D.EFFECT VADJ[1:0] HADJ[1:0] Z_DELAY ----| ----| ----| ----| ----|

MOSAIC H-ADJ[1:0] |---|---|---HZSTR[7:0] HZOFS[7:0]

MOSAIC[5:0] 4d=8x8,5d=10x10,63d=126x126 X X X

FE MODE[1:0] 01=F,10=H.M |---X FCM[7:0] X

Samsung Electronics

5-13

Alignment and Adjustment

ADDR

MODEL/DATA PAL HI8 NORMAL HI8 NTSC NORMAL D7 07 00 FF 84 00 FF 05 00 FF |---|---DUMMY

CONTENT (EEPROM DATA PAGE 1)

BIT SEGMENTATION EXPLAIN D6 HMIRROR[7:0] CBLK-ADJ[3:0] ----| CCIR-Y CCIR-C X D5 D4 D3 D2 D1 ----| SCKIV D0

ADDR 16D 16E 16F

DATA 7C 00 FF

CLUSTER 7 (HEADER[3:0] = 4'b0111) AF/AE 170 171 172 173 174 175 176 177 178 179 17A 17B 17C 17D 17E 17F 06 EC 04 8D 4D A8 29 71 37 B8 26 81 07 ED 24 8B 06 EC 04 8D 4D A8 29 71 37 B8 26 81 07 ED 24 8B 03 F5 03 76 52 AC 25 5F 43 C1 20 6E 0A EE 1E 73 03 F5 03 76 52 AC 25 5F 43 C1 20 6E 0A EE 1E 73 |---|---|---|---|---|---|---|---|---|---|---|---|---|---|---OAFHS-W1 OAFHE-W1 OAFVS-W1 OAFVE-W1 OAFHS-W2 OAFHE-W2 OAFVS-W2 OAFVE-W2 OAEHS-WA OAEHE-WA OAEVS-WA OAEVE-WA OAEHS-WB OAEHE-WB OAEVS-WB OAEVE-WB "@AF WINDOW 1 H-START POINT;3~252" "@AF WINDOW 1 H-END POINT;5~254" "@AF WINDOW 1 V-START POINT;3~152" "@AF WINDOW 1 V-END POINT;5~154" "@AF WINDOW 2 H-START POINT;1~254" "@AF WINDOW 2 H-END POINT;3~256" "@AF WINDOW 2 V-START POINT;1~154" "@AF WINDOW 2 V-END POINT;3~156" "@ AE WINDOW A H-START POINT;1~254" "@ AE WINDOW A H-END POINT;3~256" "@ AE WINDOW A V-START POINT;1~155" "@ AE WINDOW A V-END POINT;3~156" "@ AE WINDOW B H-START POINT;1~254" "@ AE WINDOW B H-END POINT;3~256" "@ AE WINDOW B V-START POINT;1~155" "@ AE WINDOW B V-END POINT;3~156" ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----|

CLUSTER 8 (HEADER[3:0] = 4'b1000) AWB 180 181 182 183 184 185 186 187 188 189 18A 18B 18C 18D 18E 18F 07 ED 24 8B FF 00 90 30 C0 80 02 00 FF FF FF FF 0A ED 24 8B FF 00 90 30 C0 80 02 00 FF FF FF FF 0A EE 1E 73 FF 00 90 30 C0 80 02 00 FF FF FF FF 0A EE 1E 73 FF 00 90 30 C0 8A 02 00 FF FF FF FF |---|---|---|---|---|---|---|---|---|---OVAF X DUMMY DUMMY DUMMY DUMMY CLUSTER 9 (HEADER[3:0]=4'b1001 ,AWB 190 1F 1F 1F 1F X X X |---ORYTH[4:0] ----| OAWBHS OAWBHE OAWBVS OAWBVE OYH-AE OYL-AE OYH-AWB OYL-AWB "@ AWB WINDOW H-START POINT;1~254" "@ AWB WINDOW H-END POINT;3~256" "@ AWB WINDOW V-START POINT;1~155" "@ AWB WINDOW V-END POINT;1~156" "@Y-HIGH-THRESHOLD FOR AE;0~255" @Y-LOW -THRESHOLD FOR AE @Y-HIGH-THRESHOLD FOR AWB @Y-LOW -THRESHOLD FOR AWB ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| |---OAWBC SEL OZNSEL[2:0] ORBSEL OAWB AREA ----|

OAF_CLIP_TH[7:0] AF CLIP COUNTER THRESHOLD OAE_CLIP_TH[7:0] AE CLIP COUNTER THRESHOLD OLPFSEL X OFILPASS X OYISEL X OAWBSEL ODMTST

5-14

Samsung Electronics

Alignment and Adjustment

ADDR

MODEL/DATA PAL HI8 NORMAL HI8 NTSC NORMAL D7 1F 30 15 70 60 20 05 34 1C 18 28 18 28 1E 16 1F 30 15 70 60 20 05 34 1C 18 28 18 28 1E 16 1F 30 15 70 60 20 05 34 1C 18 28 18 28 1E 16 X |---|---|---|---|---|---X X X X X X X X X X X X X X X X X

CONTENT (EEPROM DATA PAGE 1)

BIT SEGMENTATION EXPLAIN D6 X D5 D4 |---D3 D2 OBYTH[4:0] D1 D0 ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----|

ADDR 191 192 193 194 195 196 197 198 199 19A 19B 19C 19D 19E 19F

DATA 1F 30 15 70 60 20 05 34 1C 18 28 18 28 1E 16

"OAWBSL 1[7:0]; 0~15, R-Y/B-Y CHART SLOPE 1 FOR AWB" "OAWBSL 2[7:0]; 0~15, R-Y/B-Y CHART SLOPE 2 FOR AWB" "OAWBSL 3[7:0]; 0~15, R-Y/B-Y CHART SLOPE 3 FOR AWB" "OAWBSL 4[7:0]; 0~15, R-Y/B-Y CHART SLOPE 4 FOR AWB" "OAWBSL 5[7:0]; 0~15, R-Y/B-Y CHART SLOPE 5 FOR AWB" "OAWBSL 6[7:0]; 0~15, R-Y/B-Y CHART SLOPE 6 FOR AWB" |---|---|---|---|---|---|---|---"OAWB_DETECT_R-Y_POINT A[5:0] ;0~63" "OAWB_DETECT_R-Y_POINT B[5:0] ;0~63" "OAWB_DETECT_R-Y_POINT C[5:0]; 0~63" "OAWB_DETECT_R-Y_POINT D[5:0] ;0~63" "OAWB_DETECT_B-Y_POINT A[5:0] ;0~63" "OAWB_DETECT_B-Y_POINT B[5:0] ;0~63" "OAWB_DETECT_B-Y_POINT C[5:0]; 0~63" "OAWB_DETECT_B-Y_POINT D[5:0] ;0~63"

CLUSTER 10 (HEADER[3:0] = 4'b1010) AF DATA1 1A0 1A1 1A2 1A3 1A4 1A5 1A6 1A7 1A8 1A9 1AA 1AB 1AC 1AD 1AE 1AF 03 02 C0 01 00 01 A0 00 80 00 18 20 0A 16 10 80 03 02 C0 01 00 01 A0 00 80 00 18 20 0A 16 10 80 03 02 C0 01 00 01 A0 00 80 00 18 20 0A 16 10 80 03 02 C0 01 00 01 A0 00 80 00 18 20 0A 16 10 80 * AF CENTER AREA DATA SHIFT COEFF. * AF ALL AREA DATA SHIFT COEFF. * AF ALL AREA FILTER1 DATA CUTTING LEVEL-LOW * AF ALL AREA FILTER1 DATA CUTTING LEVEL-HIGH * AF ALL AREA FILTER2 DATA CUTTING LEVEL-LOW * AF ALL AREA FILTER2 DATA CUTTING LEVEL-HIGH * AF CENTER AREA FILTER1 DATA CUTTING LEVEL-LOW. * AF CENTER AREA FILTER1 DATA CUTTING LEVEL-HIGH * AF CENTER AREA FILTER2 DATA CUTTING LEVEL-LOW. * AF CENTER AREA FILTER2 DATA CUTTING LEVEL-HIGH * AE VARIATION THRESHOLD FOR AF * AF INITIAL DATA STABLE COEFF. * AF CLIMB NOISE THRESHOLD * AF CLIMB SPEED DOWN THRESHOLD1 * AF CLIMB DATA VARIATION THRESHOLD * AF PEAK CHECKING THRESHOLD CLUSTER 11 (HEADER[3:0] = 4'b1011) ,AF DATA2 1B0 1B1 1B2 1B3 1B4 1B5 10 23 30 32 20 08 10 23 30 32 20 08 10 28 30 3C 20 08 10 28 30 3C 20 08 * AF ZIGZAG NOISE THRESHOLD1 * AF ZIGZAG CHECKING TIME1 * AF ZIGZAG NOISE THRESHOLD2 * AF ZIGZAG CHECKING TIME2 * AF ZIGZAG NOISE THRESHOLD3 * AF PEAK CONFIRM THRESHOLD1 ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----|

Samsung Electronics

5-15

Alignment and Adjustment

ADDR

MODEL/DATA PAL HI8 NORMAL HI8 NTSC NORMAL D7 07 1F 18 30 16 14 10 10 20 00 07 1F 18 30 16 14 10 10 20 00 07 1F 18 30 16 14 10 10 20 00

CONTENT (EEPROM DATA PAGE 1)

BIT SEGMENTATION EXPLAIN D6 D5 D4 D3 D2 D1 D0 ----| ----| ----| ----| ----| ----|

ADDR 1B6 1B7 1B8 1B9 1BA 1BB 1BC 1BD 1BE 1BF

DATA 07 1F 18 30 16 14 10 10 20 00

* AF PEAK CONFIRM CONTINUE COUNT * AF PROGRAM OPTION1 * AF CENTER AREA AGC CUTTING PERCENT * AF ALL AREA AGC CUTTING PERCENT * AF CLIMB SPEED DOWN THRESHOLD2 * AF PEAK CLIMB RATIO * AF CENTER AREA CUTTING DATA FOR PATROL-LOW * AF OPTION2 * AF ALL AREA CUTTING CUTTING DATA FOR PATROL-LOW * AF ALL AREA CUTTING CUTTING DATA FOR PATROL-HIGH "CLUSTER 12 (HEADER[3:0] = 4'b1100); AWB/AE"

1C0 1C1 1C2 1C3 1C4 1C5 1C6 1C7 1C8 1C9 1CA 1CB 1CC 1CD 1CE 1CF

1E 25 40 04 10 10 40 40 00 24 0C 6A 8A F0 F0 F0

1E 25 40 04 10 10 40 40 00 24 0C 60 80 F0 F0 F0

1E 25 40 04 10 10 40 40 00 24 0C 6A 8A F0 F0 F0

1E 25 40 04 10 10 40 40 00 24 0C 60 80 F0 F0 F0

* AF PEAK CONFIRM SPEED UP RATIO * AE AUTO MODE CONTROL SPEED DOWN RANGE * AE SPOTLIGHT MODE CONTROL SPEED DOWN RANGE * AE AUTO MODE CONTROL SPEED DOWN REFERENCE * AWB CUTTING THRESHOLD1 * AWB CUTTING THRESHOLD2 * AWB CUTTING THRESHOLD3 * AWB CUTTING THRESHOLD4 * AWB CUTTING THRESHOLD15 * AE OFFSET BORDER * AE SPEED OFFSET COUNTER * AWB HALL STOP AT SPOTLIGHT MODE * AWB HALL AT EIS MODE * AWB HALL STOP AT SPORTS MODE * AWB HALL AT PORTRAIT MODE * AWB HALL AT SAND&SNOW MODE "CLUSTER 13 (HEADER[3:0] = 4'b1101); DECODER 1" ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----| ----|

1D0 1FD

~1FC ~1FF

~1FC ~1FF

~1FC ~1FF

~1FC ~1FF

FIXED MICOM VERSION

----|

5-16

Samsung Electronics

Alignment and Adjustment

CHANGED DATA BY MODEL
ADDR PAL HI8 001 104 NORMAL 40 07 HI8 DATA NTSC NORMAL 40 07 BIT SEGMENTATION EXPLAIN * OPTION SELECT( WDR ,M/FOCUS RING,REMOCON) VP-A30, SC-A30 * GLOBAL DELAY

CONTENT

APPLY MODEL

095 096 162 165 167

08 46 08 00 00

-

-

-

* CCD V-SKIP LINE * CCD V-LINE NUMBER- LOW BYTE * CCD V-SKIP LINE * H-ZOOM * H-START-POINT VP-A800

Samsung Electronics

5-17

Alignment and Adjustment

5-2-2 Camera System Adjustment

Note : From now on, the structure of every adjustment is as follows. Step Adjustment Item 1) Mode and input signal/ alignment tape 2) Test point and ADJ. part 3) And after Result and Remarks 1. Focus to zoom tracking Notes : To maintain proper focus throughout the zoom range, the focus lens position must be changed as the zoom lens is moved. During this adjustment the microprocessor will measure the focus positioning requirements at the wide and telephoto position of the zoom lens. 1) Camera "E-E". 2) Focus chart (Attached on the last page of this manual). 3) Aim the camera at the focus chart placed 3 meters away and perpendicular to the center of the lens. The chart should be placed on the flat, gray or white wall. 4) Connect monitor TV jack to video output jack. 5) Press the "DATE/TIME (MODE UP)" and "TITLE(MODE DOWN)" button, so that the OSD start is "0DE. 3M LEN XX XX". 6) Press "MENU/ENTER(CONFIRM)" button. The camera will move both zoom and focus lens. Be sure to do not tremble the lens. The adjustment is finished when the O.K! message appears on the TV screen. At the wide zoom position, the brightness of picture depends on data of Addr. 0C9, if the picture is dark, decrease the data of Addr. 0C9. Note : The on-screen display information. "XX XX" means arbitrary value. It can be different number depend on the conditions. ODF T.INI XX XX

(3M1cm) (Be sure to maintain the distance.)

LENS

CCD

5-18

Samsung Electronics

Alignment and Adjustment

2. P. CLK Adjustment 1) "Camera", no signal input. 2) P.CLK and AF MICOM. 3) Connect a frequency counter to P.CLK. 4) Press the "DATE/TIME (MODE UP)/TITLE(MODE DOWN)" button so that the OSD state is "005 XX XX". 5) Adjust the "C/RESET(DATA UP)/Z/RTN(DATA DOWN)" button and MENU/ENTER(CONFIRM) button so that frequency is PAL : VP-A30, VP-A31, VP-A33 --> 9.453125MHz 50Hz. VP-A34, VP-A800, VP-A850 --> 14.18750MHz 50Hz. NTSC : SC-A30, SC-A33, SC-A35 --> 9.534964MHz 50Hz. SC-A850, SC-A85 --> 14.318182MHz 50Hz.

P.CLK ADJUSTMENT X-TAL

ICP01 DSP

Main PCB (Solder side)

3. Zoom VR Center 1) Camera "E-E", 3100K gray-scale chart. 2) Video(output) jack and EVR. 3) Connect monitor TV to video(output) jack. 4) Press the "DATE/TIME (MODE UP)/TITLE (MODE DOWN)" button so that the OSD state is "OD6. ZVR.C XX XX". 5) Press "MENU/ENTER(CONFIRM)" button. 6) Then, the microprocessor will work ; - Find the Zoom VR Center position - Store the data to mode 0AA.

4. Auto hall 1) Camera "E-E", 3100K gray-scale chart. 2) Video(output) jack and EVR. 3) Connect monitor TV to video(output) jack. 4) Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button so that the OSD state is "OCD. HALL XX XX". 5) Press "MENU/ENTER(CONFIRM)" button. 6) Then, the microprocessor will work ; - IRIS open, HALL maximum value found, - IRIS closed, HALL minimum value found, - Store the HALL REF/GAIN data to mode 00E and mode 00F. - Store the HALL min./max. data to mode 0BA and mode 0BB.

Samsung Electronics

5-19

Alignment and Adjustment

5. AUTO IRIS 1) Camera "E-E", 3100K gray-scale chart. 2) Video(output) jack and AF MICOM. 3) Connect video(output) jack to waveform monitor input jack and monitor TV jack respectively. 4) Press the "DATE/TIME(MODE UP)/ TITLE (MODE DOWN)" button so that the OSD state is "OCE. IRIS XX XX". 5) Press "MENU/ENTER(CONFIRM)" Button. 6) Then, the micro process will work; - IRIS open, IRIS control MAXIMUM Value found. - IRIS close, IRIS control minimum Value found. - Store the MIN/MAX data to mode 0BE, 0BF and mode 0A3, 0A4. 7) The OSD shows "O.K".
Center of white level H

b-2. Press "MENU/ENTER(CONFIRM)" button so that the white vector moves to the center on screen of the vectorscope. b-3. During the control W/B outdoor, OSD shows "0CF, AWB xx 01". The OSD shows "OK!". b-4. Store the data to mode 053, 054, 055 and 056.

Match the white luminance point with the black luminance point

100IRE

Match the white luminance point with the black luminance point

Optical black level

40US

6. Auto white balance 1) Camera "E-E", 3100K/5100K gray-scale chart. 2) Video(output) jack and AF MICOM. 4) Connect vectorscope input jack to video(output) jack. 3) Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button so that the OSD state is "OCF. AWB XX XX". a. W/B Indoor a-1. Aim the camera at a 3100K gray-scale chart illuminated at 1500 to 2000 lx. (40us) a-2. Press "MENU/ENTER(CONFIRM)" button so that the white vector moves to the center on screen of the vectorscope. a-3. During the control W/B indoor, OSD shows "0CF, AWB xx 00". The OSD shows "OK!". b. W/B Outdoor b-1. Aim the camera at a 5100K gray-scale (or, 3100K+C16 filter) chart illuminated at 1500 to 2000 lx. (40us)

7. Pre white balance (I) 1) Camera "E-E", 3100K gray-scale chart. 2) Video(output) jack and AF MICOM. 3) Connect vectorscope input jack to video(output) jack. 4) Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button so that the OSD state is "137. XX XX." (R-Y axial) 5) Aim the camera at a 3100K gray-scale chart illuminated at 1500 to 2000 lx. 6) Adjust the "C/RESET(DATA UP)/Z/RTN (DATA DOWN)" button so that the white vector moves to the R-Y axial on screen of the vectorscope. Note : Bright dot shifts after the confirm button is pressed.

5-20

Samsung Electronics

Alignment and Adjustment

8. Pre white balance (II) 1) Camera "E-E", 3100K gray-scale chart. 2) Video(output) jack and AF MICOM. 4) Connect vectorscope input jack to video(output) jack. 3) Press the "DATE/TIME (MODE UP)/TITLE (MODE DOWN)" button so that the OSD state is "138. XX XX". 5) Aim the camera at a 3100K gray-scale chart illuminated at 1500 to 2000 lx. 6) Adjust the "C/RESET(DATA UP)/Z/RTN (DATA DOWN)" button so that the white vector moves to the B-Y axial on screen of the vectorscope. Note : Bright dot shifts after the confirm button is pressed.
Match the white luminance point with the black luminance point

10. R-Y Negative Gain 1) Camera "E-E", 3100K color bar chart. 2) Video(output) jack and register of EEPROM. 3) Connect video(output) jack to waveform monitor input jack and monitor TV jack respectively. 4) Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button so that the OSD state is "148. XX XX". 5) Aim the camera at a color bar chart illuminated at 1500 to 2000 lx. 6) Adjust the "C/RESET(DATA UP)/Z/RTN (DATA DOWN)" button so that the cyan level is 65IRE. 7) Be sure to press the "MENU/ENTER/CONFIRM)" button to memorize setting. Note : Bright dot shifts after the confirm button is pressed.

65IRE

11. B-Y Positive Gain 9 R-Y Positive Gain 1) Camera "E-E", 3100K color bar chart. 2) Video(output) jack and register of EEPROM. 3) Connect video(output) jack to waveform monitor input jack and monitor TV jack respectively. 4) Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button so that the OSD state is "147. XX XX". 5) Aim the camera at a color bar chart illuminated at 1500 to 2000 lx. 6) Adjust the "C/RESET(DATA UP)/Z/RTN (DATA DOWN)" button so that the red level is 70IRE. 7) Be sure to press the "MENU/ENTER(CONFIRM)" button to memorize setting. Note : Bright dot shifts after the confirm button is pressed. 1) Camera "E-E", 3100K color bar chart. 2) Video(output) jack and register of EEPROM. 3) Connect video(output) jack to waveform monitor input jack and monitor TV jack respectively. 4) Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button so that the OSD state is "14B XX XX". 5) Aim the camera at a color bar chart illuminated at 1500 to 2000 lx. 6) Adjust the "C/RESET(DATA UP)/Z/RTN (DATA DOWN)" button so that the blue level is 50IRE. 7) Be sure to press the "MENU/ENTER(CONFIRM)" button to memorize setting. Note : Bright dot shifts after the confirm button is pressed.

50IRE 70IRE

Samsung Electronics

5-21

Alignment and Adjustment

12. B-Y Negative Gain 1) Camera "E-E", 3100K color bar chart. 2) Video(output) jack and register of EEPROM. 3) Connect video(output) jack to waveform monitor input jack and monitor TV jack respectively. 4) Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button so that the OSD state is "14C XX XX". 5) Aim the camera at a color bar chart illuminated at 1500 to 2000 lx. 6) Adjust the "C/RESET(DATA UP)/Z/RTN (DATA DOWN)" button so that the yellow level is 50IRE. 7) Be sure to press the "MENU/ENTER(CONFIRM)" button to memorize setting. Note : Bright dot shifts after the confirm button is pressed.

YELLOW VECTOR 165 DEG

14. R-Y Negative Hue 1) Camera "E-E", 3100K color bar chart. 2) Video(output) jack and register of EEPROM. 3) Connect video(output) jack to vectorscope input jack and monitor TV jack respectively. 4) Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button so that the OSD state is "14A XX XX". 5) Aim the camera at a color bar chart illuminated at 1500 to 2000 lx. 6) Adjust the "C/RESET(DATA UP)/Z/RTN (DATA DOWN)" button so that the blue vector is 346. 7) Be sure to press the "MENU/ENTER (CONFIRM)" button to memorize setting. Note : Bright dot shifts after the confirm button is pressed.

50IRE

13. R-Y Positive Hue 1) Camera "E-E", 3100K color bar chart. 2) Video(output) jack and register of EEPROM. 3) Connect video(output) jack to vectorscope input jack and monitor TV jack respectively. 4) Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button so that the OSD state is "149 XX XX". 5) Aim the camera at a color bar chart illuminated at 1500 to 2000 lx. 6) Adjust the "C/RESET(DATA UP)/Z/RTN (DATA DOWN)" button so that the yellow vector is 165. 7) Be sure to press the "MENU/ENTER (CONFIRM)" button to memorize setting. Note : Bright dot shifts after the confirm button is pressed.

BLUE VECTOR 346 DEG.

5-22

Samsung Electronics

Alignment and Adjustment

15. B-Y Positive Hue 1) Camera "E-E", 3100K color bar chart. 2) Video(output) jack and register of EEPROM. 3) Connect video(output) jack to vectorscope input jack and monitor TV jack respectively. 4) Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button so that the OSD state is "14D XX XX". 5) Aim the camera at a color bar chart illuminated at 1500 to 2000 lx. 6) Adjust the "C/RESET(DATA UP)/Z/RTN (DATA DOWN)" button so that the cyan vector is 284. 7) Be sure to press the "MENU/ENTER (CONFIRM)" button to memorize setting. Note : Bright dot shifts after the confirm button is pressed.

16. B-Y Negative Hue 1) Camera "E-E", 3100K color bar chart. 2) Video(output) jack and register of EEPROM. 3) Connect video(output) jack to vectorscope input jack and monitor TV jack respectively. 4) Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button so that the OSD state is "14E XX XX". 5) Aim the camera at a color bar chart illuminated at 1500 to 2000 lx. 6) Adjust the "C/RESET(DATA UP)/Z/RTN (DATA DOWN)" button so that the red vector is 104. 7) Be sure to press the "MENU/ENTER(CONFIRM)" button to memorize setting. Note : Bright dot shifts after the confirm button is pressed.
RED VECTOR 104 DEG.

CYAN VECTOR 284 DEG.

Samsung Electronics

5-23

Alignment and Adjustment

5-2-3 EVF Adjustment
Note : From this point forward, the structure of every adjustment is as follows. Step Adjustment Item
ADJ. point

1. Mode and input signal/ alignment tape 2. Test point and ADJ. part 3. Result and Remarks 1. AFC

Tes t

poin

t

3. Bright 1) CAMERA "AUTO", Aim the gray scale chart. 2) Viewfinder and VRE03. 3) Adjust VRE03 so that all steps of the gray scale can be distinguished.

1) VCR "PB", color bar tape. 2) TPAFC and VRE01. 3) Connect digital voltmeter probe to TPAFC. 4) Adjust VRE01 so that the voltage is DC 2.5V 0.1V.

2. V. Size 1) CAMERA "AUTO", Aim circle object. 2) Viewfinder and VRE02. 3) Adjust VRE02 so that the circle object in viewfinder is round perfectly.

2. V. Size

3. Bright

1. AFC

VRE02 V.SIZE

VRE03 BRIGHT TP1 AFC

ICE01

VRE01 AFC

EVF PCB (Solder side)

5-24

Samsung Electronics

Alignment and Adjustment

5-2-4 CVF Adjustment
Notes : 1. After each adjustment step is completed, OSD shows "CONFIRM!". 2. EEPROM(ICE02) stores confirmed adjustment value of each adjustment step. 3. After finishing the adjustment, reset the main power source (OFF-ON) to memorize the adjustment data in EEPROM.

5-2-4 (a) PREPARATION
1. How to get into the CVF adjust mode.

STEP1
1. Remove RE51 (1.5 kohm) and place a jumper to ground land on the CVF PCB. 2. After adjustment is completed, replace RE51 to its original position. See the below figure for the location of RE51.

STEP2
1. Connect the power source (battery/DC cable). 2. Set the CAMERA/VCR switch of the camcorder to "VCR" position. 3. Set OSD on state. 4. Press and hold the "EJECT" button and "PLAY/STILL" button on the camcorder at the same time for more than 3 seconds. Then unit goes into service mode.

JUMPER

CVF PCB

STEP3
CVF 8. PLL EPR : XX EVR : XX Color bar pattern appears, and 0SD shows "8. PLL EPR XX. EVR XX". Then CVF adjustment mode has been activated successfully.

OSD

Note : When "XX XX" is shown in service adjustment procedures, this indicates variable values.

Samsung Electronics

5-25

Alignment and Adjustment

2. The following chart shows the function of each button. In service adjustment mode, button names are different from those in customer camera function control mode. EX)MENU/ENTER button is the same as confirm. Button DATE/TIME (MODE UP) TITLE (MODE DOWN) C/RESET (DATA UP) Z/RTN (DATA DOWN) MENU/ENTER (CONFIRM) Function When change the adjustment mode. When change the adjustment mode. When change data value of adjust state. Data store after finishing adjustment by "DATA UP/DATA DOWN" button

BLC

DATA DOWN

DATA UP

OSD ON/OFF MODE DOWN

MODE UP

CONFIRM

ADDRESS 0 1 2 3 4 5 6 7 8 9 A B

MODE TINT COLOR BRIGHT CONTRAST R SUB B SUB GAMMA 1 GAMMA 2 PLL MODE 1 MODE 2 MODE 3

NTSC 88 65 88 60 8A 8A 75 B1 60 02 00 F5

PAL 65 75 88 60 80 80 75 B1 60 0E 00 F5

MEAN TINT COLOR GAIN BRIGHT CONTRAST R-BRIGHT B-BRIGHT GAMMA1 GAIN GAMMA2 GAIN PLL SYSTEM SELECTION 1 SYSTEM SELECTION 2 H-POSITION

REMARK ADJUST ADJUST ADJUST FIXED ADJUST ADJUST FIXED FIXED ADJUST FIXED FIXED FIXED

NOTE : "XX XX: indicates variable values.

5-26

Samsung Electronics

Alignment and Adjustment

5-2-4 (b) ADJUSTMENT
Note : 1. From this point forward, the structure of every adjustment is as follows. 2. See page 5-26 for the location of test points and adjustments.

Step

Adjustment Item
ADJ. point

1. Mode and input signal 2. Test point 3. Result and Remarks

Tes t

poin

t

1. PLL 1) Color bar 2) Connect an oscilloscope probe to PLL 3) Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button so that the OSD state is "8 PLL EPR:XX EVR:XX" 4) Adjust the "C/RESET(DATA UP)/Z/RTN (DATA DOWN)" button so that RPD level is DC1.8+-0.1Vp-p. 5) Be sure to press the "MENU/ENTER(CONFIRM)" button to memorize setting. 6) The OSD shows "OK"

8.0V (PEDESTAL TO PEDESTAL)

3. R-Sub Brightness 1) Color bar 2) R-OUT 3) Connect an oscilloscope probe to R-OUT. 4) Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button so that the OSD state is "4 R SUB EPR:XX EVR:XX" 5) Adjust the "C/RESET(DATA UP)/Z/RTN (DATA DOWN)" button so that R-OUT(Red) level is 8.0Vp-p (pedestal to pedestal). 6) Be sure to press the "MENU/ENTER(CONFIRM)" button to memorize setting. 7) The OSD shows "O.K"

1.8V

2. Brightness 1) Color bar. 2) G-OUT. 3) Connect an oscilloscope probe to G-OUT. 4) Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button so that the OSD state is "2 BRIGHT EPR:XX EVR:XX" 5) Adjust the "C/RESET(DATA UP)/Z/RTN (DATA DOWN)" button so that bright(Green) level is 8.0Vp-p (pedestal to pedestal). 6) Be sure to press the "MENU/ENTER(CONFIRM)" button to memorize setting. 7) The OSD shows "O.K"

8.0V (PEDESTAL TO PEDESTAL)

Samsung Electronics

5-27

Alignment and Adjustment

4. B-Sub Brightness 1) Color bar 2) B-OUT 3) Connect an oscilloscope probe to B-OUT. 4) Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button so that the OSD state is "5 B SUB EPR:XX EVR:XX" 5) Adjust the "C/RESET(DATA UP)/Z/RTN (DATA DOWN)" button so that B OUT(Blue) level is 8.0Vp-p (pedestal to pedestal). 6) Be sure to press the "MENU/ENTER(CONFIRM)" button to memorize setting. 7) The OSD shows "O.K"

6. TINT 1) Color bar 2) B-OUT 3) Connect an oscilloscope probe to B-OUT. 4) Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button so that the OSD state is "0 TINT EPR:XX EVR:XX" 5) Adjust the "C/RESET(DATA UP)/Z/RTN (DATA DOWN)" button so that the dual waveforms are superimposed. 6) Be sure to press the "MENU/ENTER(CONFIRM)" button to memorize setting. 7) The OSD shows "O.K" Note : If the data is largely changed, perform 5. Color Adjustment.

DUAL WAVEFORMS ARE SUPERIMPOSED. 8.0V (PEDESTAL TO PEDESTAL)

5. Color 1) Color bar 2) B-OUT 3) Connect an oscilloscope probe to B-OUT. 4) Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button so that the OSD state is "01 COLOR EPR:XX EVR:XX" 5) Adjust the "C/RESET(DATA UP)/Z/RTN (DATA DOWN)" button so that the Yellow level is equal to the pedestal line. 6) Be sure to press the "MENU/ENTER(CONFIRM)" button to memorize setting. 7) The OSD shows "O.K".

PEDESTAL LINE

YELLOW LEVEL

5-28

Samsung Electronics

Alignment and Adjustment

NO. 1 2 3 4 5 6

Address 8 2 4 5 1 0

Adjustment PLL BRIGHTNESS R-SUB BRIGHTNESS R-SUB BRIGHTNESS COLOR TINT

Test point PLL G-OUT R-OUT B-OUT B-OUT B-OUT

Adjustment point EVR EVR EVR EVR EVR EVR

Spec. 1.80.1V DC 8.0Vp-p 8.0Vp-p 8.0Vp-p -

Test point ADJ. point

2. BRIGHTNESS

1. PLL

3. R-SUB BRIGHTNESS

ICE02 PLL

G-OUT R-OUT CNE02 CNE01 B-OUT

4. B-SUB BRIGHTNESS 5. COLOR 6. HUE

Samsung Electronics

5-29

Alignment and Adjustment

5-3 VCR Section Adjustment
5-3-1 Preparations
1. Equipment : 1) Monitor TV. 2) Dual trace oscilloscope of over 20MHz band, incorporates delay mode. (Use 10 : 1 probe unless otherwise specified.) 3) Frequency counter 4) DC power supply. 5) Alignment tape (Colour bar : SP) 6) 8mm Video Tape for record. STEP 1 1. Connect the power source (battery/DC cable). 2. Set the power switch of the camcorder to PLAYER position. 3. Press the eject key to eject mode.

2. Composition of VCR P.C.Boards 1) Main PCB (system control/servo, video, audio, camera, DC/AC CONVERTER) 2) Rear PCB 3) Function PCB 4) Front PCB

STEP 2 1. Press and hold "EJECT" button "STOP" button on the Camcorder at the same time for more than 5 seconds. 2. If the color bar generated internally appears on the monitor and adjustment mode displayed like the figure below, VCR adjustment mode has been successfully activated. 3. Insert tape into housing ass'y and then perform the adjustments.

TV or EVF/CVF monitor

01.CAPSTAN FG EPR:XX EVR:XX

Address of the adjustment mode. : there are 01h to 1 ch.(refer xxxx)

Name of the adjustment mode. : every address have a name like this (refer xxx) Present data : be adjusts before. New data : be adjusted newly.

3. How to get into service "ADJUST" mode.

5-30

Samsung Electronics

Alignment and Adjustment

4. The location of function button.

For Camcorder Adjustment

BLC

DATA DOWN

DATA UP

OSD ON/OFF MODE DOWN

MODE UP

CONFIRM

5. If you want to finish the adjustment mode, you have to do Battery Reset. The Battery Reset means that you pull out the power source and pull in it again. Then, the adjustment ended and the camcorder works normally.

Samsung Electronics

5-31

Alignment and Adjustment

5-3-2 VCR Section

Note 1 : From this point forward, the structure of every adjustment is as follows. Step Adjustment Item
ADJ. point

1. Mode and input signal/ alignment tape 2. Test point and ADJ. part 3. Result and Remarks

Tes t

poin

t

Note 2 : How to connect video out signal. -Connect the video cable to ass'y A/V Jack.

MAIN PCB

MAIN PCB SW772

14 12 10 8 6 4 2

13 11 9 7 5 3 1

14 13 12 11 10 9 8 7 6 5 4 3 2 1

AUDIO OUT R VIDEO OUT AUDIO OUT R PB RF AUDIO OUT L HD SW VCR UNREG JIG CS VCR UNREG JIG SCK SS GND JIG SO JIG DETECT JIG SI

Fig. 1 Video Signal Connection Note 3 : How to record -1. Insert a recordable tape. -2. Press the SW772 (START/STOP)button on the Rear board in the adjustment mode.

5-32

Samsung Electronics

Alignment and Adjustment

5-3-3 Adjustment

1. Kinds of adjustment in recorder mode. ADDRESS
01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F 10 11 12 13 14 15 16 17 18 19 1A 1B 1C

NAME
CAPSTAN FG Y-EMPHASIS IN (NOR) PB OUT-LEVEL (NOR) Y-FM CARRIER (NOR) Y-FM DEVIATE (NOR) C-EMPHASIS BPF-ADJ AUDIO-1.5MHZ AUDIO-1.7MHZ (ST) HD SW P MTQ (PB) MTFQ (NOR) WHITE CLIP (NOR) REC C LEVEL REC Y FM LEVEL PB DEL ADJ D CLIP (NOR) DEL ADJ SMEAR CONT PB OUT LEVEL (HI8) Y-FM CARRIER (HI8) WHITE CLIP (HI8) MTFQ (HI8) D CLIP (HI8) MODEL CODE Y-EMPHASIS IN (HI8) Y-FM DEVIATE (HI8) COLOR BAR LEVEL

NORMAL MODEL
NTSC 80 Adjustment Adjustment Adjustment Adjustment CD Adjustment 70 80 Adjustment D0 7A 80 8C C8 85 65 85 00 -- -- -- -- -- Model code setting 65 9A 8E D0 7A 80 99 B8 65 65 65 00 D0 7A 80 BC AC 70 80 70 80 CD A9 PAL 80 80

HI 8 MODEL
NTSC Adjustment Adjustment Adjustment Adjustment CD Adjustment 70 80 Adjustment D0 7A 80 E0 C0 C/RESET 65 C/RESET 00 Adjustment Adjustment 55 9A 8E Adjustment Adjustment PAL 80

C/RESET 65 C/RESET 00

Model code setting

Adjustment

Adjustment

2. Adjustment * Please keep the order according to explanation.

2-1. Setting of the model name a. Preparation
TAPE EQUIPMENT OTHER TEST POINT ADDRESS NAME NONE POWER SOURCE NONE NONE 19 MODEL CODE

Samsung Electronics

5-33

Alignment and Adjustment

b. Connect a power source. c. Get into the VCR adjustment mode. d. Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button of CAMCORDER so as to select the address 19. e. Press the "C/RESET(DATA UP)/Z/RTN(DATA DOWN)" so that OSD shows "ERR:XX EVR: XX" "XX" is different dependent on the model as below.
MODEL NAME ADDRESSED CODE MODEL NAME ADDRESSED CODE VP-A30 VP-A31 VP-A33 VP-A34 VP-A800 VP-A850 30 31 33 34 80 85 SCA30 SCA31 SCA33 SCA35 SCA80 SCA85 30 30 33 35 80 85

Note : If there is no video out, when you pressed the PLAY button, you can not adjust the Head Switching Point. It may be caused by maladjusted VIDEO block. In this case, adjust the VIDEO block before the Head Switching Point. VIDEO block adjustments are 2-3~2-11. f. The data of Head Switch is set to 6.2H~6.7H automatically.

0A.HD SW P EPR : XX

6.5H EVR : YY

f. Be sure to press the "MENU/ENTER(CONFIRM)" button of CAMCORDER to memorize setting. g. Reset the power source so as to fix the new data to the camcorder's EEPROM.

g. Be sure to press the "MENU/ENTER(CONFIRM)" button of CAMCORDER to memorize setting. h. Reset the power source so as to fix the new data to the camcorder's EEPROM.

2-2. Head Switching Point 2-3. Adjusting Color Bar Level : This adjustment is performed after the replacement of deck mechanism. Without this adjustment, there will be a noise in playback picture. a. Preparations
STANDARD COLOR BAR TAPE RECORDED WITH SP SPEED

: This adjustment is performed to set the standard level of color bar signal which is generated internally. a. Preparations
TAPE EQUIPMENT OTHER TEST POINT NONE OSCILLOSCOPE NONE IC201 PIN 24 1C COLOR BAR LEVEL

TAPE

EQUIPMENT OTHER TEST POINT ADDRESS NAME

POWER SOURCE NONE NONE 0A HD SWP

ADDRESS NAME

b. Connect a power source. c. Get into the VCR adjustment mode. d. Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button of CAMCORDER so as to select the address 0A. e. Insert the Standard Color Bar Tape and press the PLAY button.

b. Connect a power source. c. Get into the VCR adjustment mode. d. Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button of CAMCORDER so as to select the address 1C. e. Connect the oscilloscope to the addressed Test Point. f. Press the "C/RESET(DATA UP)/Z/RTN(DATA DOWN)" button so as to set the P-P level of composite to 0.5V0.02Vp-p. Note : The level is changed after the confirmation.

5-34

Samsung Electronics

Alignment and Adjustment

14 12 10 8 6 4 2

13 11 9 7 5 3 1

14 13 12 11 10 9 8 7 6 5 4 3 2 1

AUDIO OUT R VIDEO OUT AUDIO OUT R PB RF AUDIO OUT L HD SW VCR UNREG JIG CS VCR UNREG JIG SCK SS GND JIG SO JIG DETECT JIG SI

e. Insert a Normal Tape to the camcorder. f. Connect the oscilloscope to the addressed Test Point. g. Press the "C/RESET(DATA UP)/Z/RTN(DATA DOWN)" button so that the IC201 PIN13 is 0.50.02Vp-p from SYNC tip to peak level.

0.5 0.02Vp-p

WHITE ( APPROX. 100% ) APPROX. 0.7V APPROX. 0.3V H

0.5 0.02Vp-p

h. Be sure to press the "MENU/ENTER(CONFIRM)" button of CAMCORDER to memorize setting. i. Reset the power source so as to fix the new data to the EEPROM.

2-5. Adjusting PB OUT LEVEL : This adjustment is perform to set the video out level to the regulated level. a. Preparations
STANDARD COLOR BAR TAPE RECORDED WITH SP SPEED

g. Be sure to press the "MENU/ENTER(CONFIRM)" button of CAMCORDER to memorize setting. h. Reset the power source so as to fix the new data to the EEPROM.

TAPE

2-4. Adjusting Y-Emphasis Input : This adjustment is performed to set the Y level which is recorded in tape. Maladjusted Y level impact to the next adjustment. a. Preparations
TAPE EQUIPMENT OTHER TEST POINT ADDRESS NAME IC 201 PIN 13 02 Y-EMPHASIS IN (NOR) 8MM (NORMAL) TAPE OSCILLOSCOPE EQUIPMENT OTHER TEST POINT ADDRESS NAME OSCILLOSCOPE CONNECT THE MONITOR (75) CN605 PIN13 03 PB OUT-LEVEL (NOR)

b. Connect a power source. c. Get into the VCR adjustment mode. d. Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button of CAMCORDER so as to select the address 03. e. Insert the Standard Color Bar Tape and press the PLAY button. f. Connect the oscilloscope to the addressed Test Point.

b. Connect a power source. c. Get into the VCR adjustment mode. d. Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button of CAMCORDER so as to select the address 02.

Samsung Electronics

5-35

Alignment and Adjustment

g. Press the "C/RESET(DATA UP)/Z/RTN(DATA DOWN)" button so that the CN605 PIN13 is 1.00.02Vp-p from SYNC to peak level.

14 12 10 8 6 4 2

13 11 9 7 5 3 1

14 13 12 11 10 9 8 7 6 5 4 3 2 1

AUDIO OUT R VIDEO OUT AUDIO OUT R PB RF AUDIO OUT L HD SW VCR UNREG JIG CS VCR UNREG JIG SCK SS GND JIG SO JIG DETECT JIG SI

b. Connect a power source. c. Get into the VCR adjustment mode. d. Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button of CAMCORDER so as to select the address 04. e. Insert a Normal Tape to the camcorder. f. Press the START/STOP button on the Rear board so as to set the camcorder to RECORDING mode. g. Connect the frequency counter to the addressed Test Point. h. Press the "C/RESET(DATA UP)/Z/RTN(DATA DOWN)" button so as to set the frequency to 4.38MHz 0.02MHz i. Be sure to press the "MENU/ENTER(CONFIRM)" button of CAMCORDER to memorize setting. j. Reset the power source so as to fix the new data to the camcorder's EEPROM.

WHITE ( APPROX. 100% ) APPROX. 0.7V APPROX. 0.3V H

2-7. Y-FM DEVIATION (NOR) : This adjustment sets the Y-FM modulation level in recording. For adjustment, playback the self-recorded signal and observe the VIDEO OUT signal. * Note : It is a little difficult to adjust because you can check the waveform in playback mode even though the adjustment is performed in VCR record mode. So you have to do it carefully. a. Preparations
TAPE NORMAL TAPE FOR RECORDING OSCILLOSCOPE NONE CN605 PIN13 05 Y-FM DEVIATE (NOR)

1.0

0.02Vp-p

h. Be sure to press the "MENU/ENTER(CONFIRM)" button of CAMCORDER to memorize setting. i. Reset the power source so as to fix the new data to the camcorder's EEPROM.

2-6. Y-FM Carrier (NOR) : This adjustment is performed to set the synctip level of the composite video signal. Maladjusted Y-FM carrier impact to the playback picture, there may be black or white dot noise. a. Preparations
TAPE EQUIPMENT OTHER TEST POINT ADDRESS NAME NORMAL TAPE FOR RECORDING OSCILLOSCOPE NONE IC201 PIN41 04 Y-FM CARRIER (NOR)

EQUIPMENT OTHER TEST POINT ADDRESS NAME

5-36

Samsung Electronics

Alignment and Adjustment

b. Connect a power source. c. Get into the VCR adjustment mode. d. Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button of CAMCORDER so as to select the address 05. e. Insert a NORMAL Tape to the camcorder. f. Press the START/STOP button on the Rear board so as to set the camcorder to RECORDING mode. g. Record for enough time to check the waveform when you playback where you recorded in step f). * 1 minute may be enough to check the waveform in playback mode. h. Connect the oscilloscope to the addressed Test Point. i. Make sure that the waveform is to be as below. If OK, go to step l). j. In case of the waveform level is bigger than 1Vp-p, press the Data Down button so as to set to down the waveform level and if the waveform level smaller than 1Vp-p, press the Data Up button so as to set to up the waveform level. k. Repeat step g), h), i).

2-8. Y-EMPHASIS INPUT (HI8) a. Preparations
TAPE EQUIPMENT OTHER TEST POINT ADDRESS NAME HI8 TAPE OSCILLOSCOPE NONE IC201 PIN13 1A Y-EMPHASIS IN (HI8)

b. Connect a power source. c. Get into the VCR adjustment mode. d. Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button of CAMCORDER so as to select the address 1A. e. Insert the Hi-8 tape to the camcorder. f. Connect the oscilloscope to the addressed Test Point. g. Press the "C/RESET(DATA UP)/Z/RTN(DATA DOWN)" button so that the IC201 PIN13 is 0.50.02Vp-p from SYNC tip to peak level.

14 12 10 8 6 4 2

13 11 9 7 5 3 1

14 13 12 11 10 9 8 7 6 5 4 3 2 1

AUDIO OUT R VIDEO OUT AUDIO OUT R PB RF AUDIO OUT L HD SW VCR UNREG JIG CS VCR UNREG JIG SCK SS GND JIG SO JIG DETECT JIG SI

0.5 0.02Vp-p

h. Be sure to press the "MENU/ENTER(CONFIRM)" button of CAMCORDER to memorize setting. i. Reset the power source so as to fix the new data to the camcorder's EEPROM.

WHITE ( APPROX. 100% ) APPROX. 0.7V APPROX. 0.3V H

1.0 0.02Vp-p

l. Be sure to press the "MENU/ENTER(CONFIRM)" button of CAMCORDER to memorize setting. m. Reset the power source so as to fix the new data to the camcorder's EEPROM.

Samsung Electronics

5-37

Alignment and Adjustment

2-9. PB Output Level (Hi8) : This adjustment is performed to set the synctip level of the composite video signal. Maladjusted Y-FM carrier impact to the playback picture, there may be black or white dot noise. a. Preparations
HI8 STANDARD COLOR BAR TAPE RECORDED WITH SP SPEED

2-10. Y-FM Carrier (Hi8) : This adjustment is performed to set the synctip level of the composite video signal. Maladjusted Y-FM carrier impact to the playback picture, there may be black or white dot noise. a. Preparations
TAPE EQUIPMENT OTHER TEST POINT ADDRESS NAME HI8 TAPE FOR RECORDING FREQUENCY COUNTER NONE IC 201 PIN 13 15 Y-FM CARRIER (HI-8)

TAPE

EQUIPMENT OTHER TEST POINT ADDRESS NAME

OSCILLOSCOPE CONNECT THE MONITOR(75) CN605 PIN13 14 PB OUT-LEVEL (HI8)

b. Connect a power source. c. Get into the VCR adjustment mode. d. Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button of CAMCORDER so as to select the address 14. e. Insert a Hi-8 standard color bar tape and press the PLAY button. f. Connect the oscilloscope counter to the addressed Test Point. g. Press the "C/RESET(DATA UP)/Z/RTN(DATA DOWN)" button so that the CN605 PIN13 is 1.00.02Vp-p from SYNC to peak level.
WHITE ( APPROX. 100% ) APPROX. 0.7V APPROX. 0.3V H

b. Connect a power source. c. Get into the VCR adjustment mode. d. Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button of CAMCORDER so as to select the address 15. e. Insert a Hi-8 Tape to the camcorder. f. Press the START/STOP button on the Rear board so as to set the camcorder to RECORDING mode. g. Connect the frequency counter to the addressed Test Point. h. Press the "C/RESET(DATA UP)/Z/RTN(DATA DOWN)" button so as to set the frequency to 5.99MHz 0.02MHz i. Be sure to press the "MENU/ENTER(CONFIRM)" button of CAMCORDER to memorize setting. j. Reset the power source so as to fix the new data to the camcorder's EEPROM.

1.0 0.02Vp-p

h. Be sure to press the "MENU/ENTER(CONFIRM)" button of CAMCORDER to memorize setting. i. Reset the power source so as to fix the new data to the camcorder's EEPROM.

5-38

Samsung Electronics

Alignment and Adjustment

2-11. Y-FM Deviation (Hi8) : This adjustment sets the Y_FM modulation level in recording. For adjustment, playback the self-recorded signal and observe the VIDEO OUT signal. Note : It is a little difficult to adjust because you can check the waveform in playback mode even though the adjustment is performed in VCR record mode. So you have to do it carefully. a. Preparations
TAPE EQUIPMENT OTHER TEST POINT ADDRESS NAME HI-8 TAPE FOR RECORDING OSCILLOSCOPE NONE CN605 PIN13 1B Y-FM DEVIATE (HI8)
APPROX. 0.3V H APPROX. 0.7V 1.0 0.02Vp-p WHITE ( APPROX. 100% )

14 12 10 8 6 4 2

13 11 9 7 5 3 1

14 13 12 11 10 9 8 7 6 5 4 3 2 1

AUDIO OUT R VIDEO OUT AUDIO OUT R PB RF AUDIO OUT L HD SW VCR UNREG JIG CS VCR UNREG JIG SCK SS GND JIG SO JIG DETECT JIG SI

b. Connect a power source. c. Get into the VCR adjustment mode. d. Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button of CAMCORDER so as to select the address 1B. e. Insert a Hi-8 Tape to the camcorder. f. Press the START/STOP button on the Rear board so as to set the camcorder to RECORDING mode. g. Record for enough time to check the waveform when you playback where you recorded in step f). * 1 minute may be enough to check the waveform in playback mode. i. Make sure that the waveform is to be as below. If OK, go to step l). j. In case of the waveform level is bigger than 1Vp-p, press the Data Down button so as to set to down the waveform level and if the waveform level smaller than 1Vp-p, press the Data Up button so as to set to up the waveform level. k. Repeat step g), h), i).

l. Be sure to press the "MENU/ENTER(CONFIRM)" button of CAMCORDER to memorize setting. m. Reset the power source so as to fix the new data to the camcorder's EEPROM.

2-12. BAND Pass Filter : This adjustment is performed to set the bandwidth of the 1.5MHz BPF. By this adjustment, we can playback the audio without distortion. a. Preparations
TAPE EQUIPMENT OTHER TEST POINT ADDRESS NAME STANDARD COLOR BAR TAPE(MONAURAL) OSCILLOSCOPE NONE CN605 PIN 10 07 BPF ADJ

b. Connect a power source. c. Get into the VCR adjustment mode. d. Press the "DATE/TIME(MODE UP)/TITLE (MODE DOWN)" button of CAMCORDER so as to select the address 07.

Samsung Electronics

5-39

Alignment and Adjustment

e. Insert the Standard Color Bar Tape(monaural) and press the PLAY button. f. Connect the oscilloscope to the addressed Test Point. g. Press the "C/RESET(DATA UP)/Z/RTN(DATA DOWN)" button so as to set the waveform to be as below.

a. Preparations
TAPE EQUIPMENT OTHER TEST POINT ADDRESS NAME STANDARD COLOR BAR TAPE (MONAURAL) OSCILLOSCOPE NONE CN605 PIN 10 08 AUDIO-1.5MHz

14 12 10 8 6 4 2

13 11 9 7 5 3 1

14 13 12 11 10 9 8 7 6 5 4 3 2 1

AUDIO OUT R VIDEO OUT AUDIO OUT R PB RF AUDIO OUT L HD SW VCR UNREG JIG CS VCR UNREG JIG SCK SS GND JIG SO JIG DETECT JIG SI

b. Connect a power source. c. Get into the VCR adjustment mode. d. Press the "D