Page 1
Samsung Electronics 5-1
5. Alignment and Adjustment
5-1. Mechanism Alignment
¥ Refer to mechanical manual ÒDE-6 (AD68-30200A)Ófor the adjustment and checks of mechanism section.
Test Points for Mechanism Alignment
1. PB RF - Pin 11 of CN605
2. 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
Page 2
Samsung Electronics5-2
Alignment and Adjustment
POSITION
IC601 IC601 IC601
ACTION MODE
28PIN 27PIN 26PIN
L H H EJECT
L L H UNLOADING STOP
H L L LOADING STOP
H H L PLAY, FF, Z/RTN, STILL....
EJECT
UNLOADING STOP
LOADING STOP
PB
IC601
27PIN
GROUND
IC601
26PIN
COMMON
IC601
28PIN
OPEN
EJECT
PLAY
LOADING
STOP
UNLOADING
STOP
LOADING
UNLOADING
Reference
¥ Mechanical Transition Chart of MODE switch.
Page 3
Samsung Electronics 5-3
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
4. The function keys on the left case
The following is a chart explaining the use of each button :
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) EVF PCB
4) LCD 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 ÒOK!Ó.
4) To cancel the adjustment mode, remove the
power source.
Using Button
MENU/ENTER (CONFIRM)
EDIT – (DATA DOWN)
EDIT + (DATA UP)
TITLE (MODE UP)
DATE/TIME (MODE DOWN)
MF
(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.
Page 4
Samsung Electronics5-4
Alignment and Adjustment
The function keys left case is required to adjust the camera section.
✤ ZOOM LEVER : ZOOM TELE/WIDE
Note : In service adjustment mode, button names are different from those in customer camera function con-
trol mode. EX) MENU/ENTER button is the same as confirm.
5. How to get into service ÒADJUSTÓ mode
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 1
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 2
On screen display show “ODF. T.INI XX XX” CAMERAADJUSTMENT mode has successfully been
activated.
STEP 3
Note : When ÒXX XXÓ is shown in service adjustment procedures, this indicates variable values.
DATADOWN
DATAUP
MODE DOWN
MODE UP
CONFIRM
ZERO RETURN
XDR/BLC
SELECT MENU
EDIT
_
DSE
ON/OFF
COUNTER
RESET
DISPLAY
+
ENTER
TITLE
DATE/TIME
Page 5
ADDR OSD-DISPLAY CONTENT
0DF T.INI TABLE INITIAL
0CD HALL HALL AUTO ADJUST
0CE IRIS IRIS AUTO ADJUST
0CF AWB AWB AUTO ADJUST
0D0 LENS LENS AUTO ADJUST( WARNING! DONÕT USE WITHOUT AN INFINITE COLLIMATOR)
0D6 ZVR.C ZOOM LEVER CENTER DATA CHECKING
0DB AGCM AGC AUTO ADJUST (NORMALLY NO USED)
0DE 3MLENS 3M LENS AUTO ADJUST AT SERVICE FIELD (DISTANCE: 3M +/- 1Cm)
NO-OSD-DISPLAY
ADDR MODEL/DATA CONTENT (EEPROM DATA PAGE 0)
PAL NTSC
HI8 NORMAL HI8 NORMAL BIT SEGMENTATION EXPLAIN
ADDR DATA D7 D6 D5 D4 D3 D2 D1 D0
001 54 54 54 54 OPTION AGC TARGET- 0'=FIX WDR='1' PASTEL COLOR KEY/RING CAN/SECREM EMBOSS COLOR
002 00 00 00 00 @IRIS CONTROL-LOW
003 08 08 08 08 @IRIS CONTROL-HIGH
004 F0 F0 F0 F0 * AWB-HSS MODE * AWB STOP HALL
005 80 80 80 80 @P.CLK PWM-HIGH
006 30 30 30 30 AGC TARGET DOWN VALUE AT 001H D6='1' OPTION
007 00 00 00 00 AGC MAX, DARK SLICE-B CONTROL
008 08 08 08 08 @UPD16835 INIT 4th
009 66 66 66 66 @UPD16835 INIT 6th
00A 66 66 66 66 @UPD16835 INIT 7th
00B 00 00 00 00 @UPD16835 standard data current set A(4th.7) : D0, current set B(7th.7) : D1
00C 03 03 03 03 @CDS F-REG(f1,f0) CAM : BIT0:f0,BIT1:f1
00D A0 A0 A0 A0 changed by AUTO HALL ADJ(0CD) "@CDS F-REG(f9,f2) CAM ;PGA GAIN -HIGH(0.00dB~ 30.0dB)"
00E 60 60 60 60 changed by AUTO HALL ADJ(0CD) "@CDS G-REG CAM ;DAC1(HALL REFERENCE CONTROL;0V~3.0V);"
00F 3A 3A 3A 3A "@CDS H-REG CAM ;DAC2(HALL GAIN CONTROL;0V~3.0V); "
010 87 87 87 87 "@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'"
011 90 90 90 90 "@CDS F-REG(f9,f2) VCR ;PGA GAIN -HIGH(0.00dB~ 10.0dB)"
012 00 00 00 00 @WDR REGISTER[7,0] *AEINSEL=D7,AELPFSEL=D6,X[5:0]
013 80 80 80 80 @WDR REGISTER[15,8] *AECLIP_TH[7:0]
014 00 00 00 00 @WDR REGISTER[23,16] *AEL_TH[7:0]
015 FF FF FF FF @WDR REGISTER[31,24] *AEH_TH[7:0]
016 8B 8B 76 76 @WDR REGISTER[39,32] *AEW2VE[7:0]
017 24 24 24 24 @WDR REGISTER[47,40] *AEW2VS[7:0]
018 ED ED F1 F1 @WDR REGISTER[55,48] *AEW2HE[7:0]
019 07 07 13 13 @WDR REGISTER[63,56] *AEW2HS[7:0]
01A 81 81 6E 6E @WDR REGISTER[71,64] *AEW1VE[7:0]
01B 26 26 20 20 @WDR REGISTER[79,72] *AEW1VS[7:0]
Samsung Electronics 5-5
Alignment and Adjustment
ÒCAMERA ADJUST MODE, EEPROM ADDRESS SEQUENCE & DATA OF PAGE 0Ó
Page 6
NO-OSD-DISPLAY
ADDR MODEL/DATA CONTENT (EEPROM DATA PAGE 0)
PAL NTSC
HI8 NORMAL HI8 NORMAL BIT SEGMENTATION EXPLAIN
ADDR DATA D7 D6 D5 D4 D3 D2 D1 D0
01C B4 B4 C1 C1 @WDR REGISTER[87,80] *AEW1HE[7:0]
01D 32 32 43 43 @WDR REGISTER[95,88] *AEW1HS[7:0]
01E 00 00 00 00 @WDR REGISTER[103,96] *SP_ADJ START POINT ADJUSTMENT
01F FF FF FF FF @WDR REGISTER[111,104] *TEST_ADDR[7:0]
020 00 00 00 00 @WDR REGISTER[119,112] *TEST_CNTL[7:0]
021 88 88 88 88 @WDR REGISTER[127,120] *ALPF_TH3[7:4],ALPF_TH4[3:0]
022 88 88 88 88 @WDR REGISTER[135,128] *ALPF_TH1[7:4],ALPF_TH2[3:0]
023 2A 2A 2A 2A @WDR REGISTER[143,136] *ALPF_WTSFT[7:5],ALPF_THSFT[4:3],SHPF_SFT[2:0]
024 99 99 99 99 @WDR REGISTER[151,144] *COLOR127[7:4],COLOR55[3:0]
025 99 99 99 99 @WDR REGISTER[159,152] *COLOR31[7:4],COLOR63[3:0]
026 49 49 49 49 @WDR REGISTER[167,160] *CH_SEL[7:4],COLOR12[3:0]
027 F0 F0 F0 F0 @WDR REGISTER[175,168] *BACK_SP[7:4].BACK_WT[3:0]
028 44 44 44 44 @WDR REGISTER[183,176] *LUT_TAB[7:5],LUT_HPF_SFT[4:2],X[1:0]
029 E0 E0 E0 E0 @WDR REGISTER[191,184] *LTIC[7:0]
02A C0 C0 C0 C0 @WDR REGISTER[199,192] *LIT_ON,LSI_ON,HLOG_ON,X[4:0]
02B 68 68 68 68 @WDR REGISTER[207,200] *HIST_WT HISTOGRAM WEIGHT
02C 18 18 18 18 @WDR REGISTER[215,208] *LTU-GAIN[7:0]
02D FF FF FF FF @WDR REGISTER[223,216] *LP-V[7:0] LENGTH OF VERTICALACTIVE AREA
02E 28 28 28 28 @WDR REGISTER[231,224] *SP-V[7:0] START OF VERTICAL ACTIVE AREA
02F B2 B2 B2 B2 @WDR REGISTER[239,232] *LP-H[7:0] LENGTH OF HORIZONTAL ACTIVE AREA
030 2E 2E 2E 2E @WDR REGISTER[247,240] *SP-H[7:0} START OF HORIZONTAL ACTIVE AREA
031 00 00 00 00 @WDR REGISTER[255,248] *GR_MODE[7:0] WDR COMMAND'00=WDR OFF, C0=WDR ON'
032 ~03F ~03F ~03F ~03F NO USED
040 10 18 18 18 * AWB- STABLE MODE THRESHOLD
041 ~048 ~048 ~048 ~048 NO USED
049 04 06 07 06 * AWB- TRACKING AREA SETTING
04A D0 D0 D0 D0 "@WDR ON ; AE A-READ(SMALL)DATA CUTTING -LOW"
04B 01 01 01 01 "@WDR ON ; AE A-READ(SMALL)DATA CUTTING -HIGH"
04C 04 04 04 04 "* AWB- R-CTRL UP/DOWN VALUE ( W/B TARGET CENTER(=80) +/- ADDR;04C )"
04D 80 80 80 80 "* AWB- B-CTRL UP/DOWN VALUE ( W/B TARGET CENTER(=80) +/- ADDR;04D )"
04E 8A 80 8A 80 * AWB- OUTDOOR HALL VALUE
04F E0 E0 E0 E0 WDR AE TARGET -LOW
050 00 00 00 00 WDR AE TARGET-HIGH
051 44 44 44 44 changed by AUTO 3MLENS ADJ(0DE) ZOOM PULSE LOW 16X LENS
052 FF FF FF FF changed by AUTO 3MLENS ADJ(0DE) ZOOM PULSE HIGH 16X LENS
053 31 33 48 2D changed by AUTO AWB ADJ(0CF) R-CONTROL 3100K
054 A0 89 C8 78 changed by AUTO AWB ADJ(0CF) B CONTROL 3100K
055 5F 60 88 5E changed by AUTO AWB ADJ(0CF) R-CONTROL 5100K
Samsung Electronics5-6
Alignment and Adjustment
Page 7
NO-OSD-DISPLAY
ADDR MODEL/DATA CONTENT (EEPROM DATA PAGE 0)
PAL NTSC
HI8 NORMAL HI8 NORMAL BIT SEGMENTATION EXPLAIN
ADDR DATA D7 D6 D5 D4 D3 D2 D1 D0
056 5A 54 68 4E changed by AUTO AWB ADJ(0CF) B CONTROL 5100K
057 00 00 00 00 @DSP#12C( HAPGN) at AGC
058 00 00 00 00 @DSP#12C (HAPGN) at AGC
059 03 03 03 03 "* AWB- RATIO ; 1/3 CENTER TRACKING"
05A 03 03 03 03 "* AWB- RATIO HIGH ; CENTER AXIS OVER 5100K(OUTDOOR)"
05B 04 04 04 04 "* AWB- RATIO LOW ; CENTER AXIS BELOW 3100K(INDOOR)"
05C E0 E0 E0 E0 SHUTTER START POINT OF IRIS CONTROL PERCENT(FF=100% IRIS MAX)
05D 80 80 80 80 "@WDR ON; AE DATA CUTTING -LOW"
05E 02 02 02 02 "@WDR ON; AE DATACUTTING -HIGH"
05F 50 50 50 50 "@WDR ON; BLACK BALANCE MAX-DATA (MIN DATA+31)"
060 40 40 40 40 "@WDR ; AE-TARGET MARGIN; #087,#088 -#060, AT CLIP-COUNTER ON "
061 10 10 10 10 "@WDR ; CLIP_COUNTER-TH-'HIGH' BYTE "
062 15 15 15 15 @EIS H-TH-COUNTER
063 35 35 35 35 @EIS H-TH
064 15 15 15 15 @EIS V-TH-COUNTER
065 35 35 35 35 @EIS V-TH
066 08 08 04 04 "@WDR ON; Y ,C GAMMA 1 "
067 0D 0D 07 07 "@WDR ON; Y ,C GAMMA 2 "
068 1B 1B 15 15 "@WDR ON; Y,C GAMMA 3 "
069 32 32 2C 2C "@WDR ON; Y ,C GAMMA 4 "
06A 57 57 4D 4D "@WDR ON; Y,C GAMMA 5 "
06B 82 82 70 70 "@WDR ON; Y,C GAMMA 6"
06C C0 C0 B4 B4 "@WDR ON; Y ,C GAMMA 7"
06D F0 F0 F8 F8 "@WDR ON; Y,C GAMMA 8"
06E EE EE EE EE "@WDR ON; ADDR#12C ;YVBKT,YVBK,HBLK,YHBK"
06F 08 08 08 08 "@WDR ON; ADDR#123;YHPSC,YAPC"
070 50 50 50 50 "@WDR ON; ADDR#126;YLPFSEL"
071 10 10 10 10 "@WDR ON; ADDR#134;RED DARK SLICE"
072 03 03 03 03 "@WDR ON; ADDR#135;BLUE DARK SLICE"
073 00 00 00 00 "@WDR ON; ADDR#136;GREEN DARK SLICE"
074 11 11 10 10 @CINEMA F-ZONE LIMIT UP
075 7D 7D 68 68 @CINEMA F-ZONE LIMIT UP
076 5A 60 4B 50 @R-GAIN POSITIVE(ADDR.147) at OUTDOOR
077 55 60 3D 4A @R-GAIN NEGATIVE(ADDR.148) at OUTDOOR
078 25 2C 12 29 @R-HUE POSITIVE (ADDR.149) at OUTDOOR
079 28 3B 17 35 @R-HUE NEGATIVE (ADDR.14A) at OUTDOOR
07A 33 39 2C 31 @B-GAIN POSITIVE(ADDR.14B) at OUTDOOR
07B 2B 30 1D 21 @B-GAIN NEGATIVE(ADDR.14C) at OUTDOOR
Samsung Electronics 5-7
Alignment and Adjustment
Page 8
NO-OSD-DISPLAY
ADDR MODEL/DATA CONTENT (EEPROM DATA PAGE 0)
PAL NTSC
HI8 NORMAL HI8 NORMAL BIT SEGMENTATION EXPLAIN
ADDR DATA D7 D6 D5 D4 D3 D2 D1 D0
07C 1C 1A 24 26 @B-HUE POSITIVE (ADDR.14D) at OUTDOOR
07D 0E 0E 15 0D @B-HUE NEGATIVE (ADDR.14E) at OUTDOOR
07E 50 50 50 50 @NEGA BLC TARGET-'L'
07F 00 00 00 00 @NEGA BLC TARGET-'H'
080 04 04 04 04 "@AE; AE A-WINDOW WEIGHT '05'=50%"
081 5E 5E 5E 5E "@AE; SPOTLIGHT AE-TARGET 'L'"
082 00 00 00 00 "@AE; SPOTLIGHT AE-TARGET 'H'"
083 90 90 90 90 @DIGITAL CLAMP CONTROL START AGC
084 0C 0C 0C 0C @AGC MAX , DIGITAL CLAMP CONTROL(ADDR.#118)
085 90 90 90 90 * AWB- W/B DATA-TH
086 02 02 02 02 * AWB- LUMINANCE AREA NUMBER
087 00 00 00 00 "@AE; BLC/WDR , AE TARGET 'L'"
088 02 02 02 02 "@AE; BLC /WDR, AE TARGET 'H'"
089 75 75 75 75 @SEPIA CDS-R
08A 3A 3A 3A 3A @SEPIA CDS-G
08B 00 00 00 00 "@AE; SAND&SNOW MODE AE TARGET 'L'"
08C 02 02 02 02 "@AE; SAND&SNOW MODE AE TARGET 'H'"
08D 00 00 00 00 changed by AUTO 3MLENS ADJ(0DE) @FOCUS TELE MARGIN LOW BYTE(CANON X22 LENS)
08E 00 00 00 00 changed by AUTO 3MLENS ADJ(0DE) @FOCUS TELE MARGIN HIGH BYTE(CANON X22 LENS)
08F F0 F0 F0 F0 changed by AUTO 3MLENS ADJ(0DE) @FOCUS WIDE MARGIN LOW BYTE(CANON X22 LENS)
090 FF FF FF FF changed by AUTO 3MLENS ADJ(0DE) @FOCUS WIDE MARGIN HIGH BYTE(CANON X22 LENS)
091 F8 09 00 0A @CCD H-PIXEL NUMBER -LOW BYTE
092 02 02 03 02 @CCD H-PIXEL NUMBER -HIGH BYTE
093 23 23 F7 F7 @CCD V LINE NUMBER -LOW BYTE
094 01 01 00 00 @CCD V LINE NUMBER -HIGH BYTE
095 1C 0C 16 09 @CCD V SKIP LINE DEFAULT VALUE
096 B9 46 50 EE @CCD V LINE NUMBER LOW BYTE
097 02 02 02 01 @CCD V LINE NUMBER HIGH BYTE
098 98 98 98 98 "@DSP IC ADDR #41H ;ART DSE LEVEL"
099 B8 B8 B8 B8 "@DSP IC ADDR #1CH ;NEGA MODE WHITE CLIP LEVEL"
09A 30 30 30 30 * AWB- START HALL VALUE
09B 1C 1C 1C 1C "@DSE- MOSAIC SIZE; DSP IC ADDR #39H "
09C F4 F4 F4 F4 "@D/ZOOM MAX RATIO; CO=4X, EE=14.3X, F4= 20X "
09D 68 68 68 68 @ NOISE SLICE START AGC VALUE
09E 0B 0B 0B 0B @ HAP(DSP #10BH) MIN VALUE AT AGC MAX
09F 0B 0B 0B 0B @ VAP(DSP 310C) MIN VALUE AT AGC MAX
0A0 18 20 18 20 @ YAP(DSP #10DH) MAX VALUE AT AGC MAX
0A1 A0 A0 A0 A4 @ CHROMA SUPPRESS PERCENT
Samsung Electronics5-8
Alignment and Adjustment
Page 9
NO-OSD-DISPLAY
ADDR MODEL/DATA CONTENT (EEPROM DATA PAGE 0)
PAL NTSC
HI8 NORMAL HI8 NORMAL BIT SEGMENTATION EXPLAIN
ADDR DATA D7 D6 D5 D4 D3 D2 D1 D0
0A2 60 60 60 60 @ CHROMA SUPPRESS START AGC VALUE
0A3 00 00 00 00 changed by AUTO IRIS ADJ(0CE) @ IRIS CONTROL MAX LOW BYTE
0A4 05 05 05 05 changed by AUTO IRIS ADJ(0CE) @ IRIS CONTROL MAX HIGH BYTE
0A5 B4 B4 B4 B4 * AWB -AT OUTDOOR,TRACKING AMOUNT(IN CASE,INDOOR DATA INPUT) ,B4=70%,FF=0%(NO TRACKING)
0A6 C0 C0 C0 C0 * AWB- WB AGC% , STOP POINT ( 80=50%, C0=75%)
0A7 89 89 89 89 @HALL WIDTH AT HALL ADJUST
0A8 E5 E5 E5 E5 changed by AUTO 3MLENS ADJ(0DE) @ZOOM RESET LOW(16X, 22X LENS)
0A9 88 88 88 88 changed by AUTO 3MLENS ADJ(0DE) @ZOOM RESET HIGH(16X, 22X LENS)
0AA 80 80 80 80 changed by ZOOM VR CENTER(0D6) @ZOOM VR CENTER VALUE
0AB 20 20 20 20 @ZOOM VR CENTER MARGIN( ZOOM STOP PERIOD)
0AC 34 30 34 30 changed by AUTO AGC ADJ(0DB) @AGC MIN VALUE
0AD A8 A8 A8 A8 changed by AUTO AGC ADJ(0DB) @AGC MAX VALUE
0AE 0B 0B 09 09 "REMOCON ZOOM SPEED; 22X LENS -PAL:0B NTSC:09 "
0AF 02 02 02 02 AF ZIGZAG AMOUNT AT BASIC ZOOM SPEED
0B0 68 28 5B 30 @IN AGC AUTO ADJUST (ADDR.0DB), SHUTTER CONTROL OF AGC MIN ADJUST OPERATING(D0='0'FIX)
0B1 2A 2B 08 01 @IN AGC AUTO ADJUST (ADDR.0DB), SHUTTER CONTROL OF AGC MAX ADJUST OPERATING(D7='1'FIX)
0B2 ~0B6 ~0B6 ~0B6 ~0B6 NO USED
0B7 1A 1A 16 16 "ZOOM MAX SPEED ;22X LENS PAL:19H,NTSC:15H"
0B8 3A 3A 3A 3A @HALL REF START, AT AUTO HALL ADJUST ADDR.0CD
0B9 4C 4C 4C 4C @HALL GAIN START, AT AUTO HALL ADJUST ADDR.0CD
0BA 40 40 40 40 changed by AUTO HALL ADJ(0CD) @HALL MIN VALUE
0BB C0 C0 C0 C0 changed by AUTO HALL ADJ(0CD) @HALL MAX VALUE
0BC E0 D0 D0 D0 @AE TARGET-LOW BYTE
0BD 00 00 00 00 @AE TARGET-HIGH BYTE
0BE B0 B0 B0 B0 changed by AUTO IRIS ADJ(0CE) @IRIS CONTROL MIN LOW BYTE
0BF 09 09 09 09 changed by AUTO IRIS ADJ(0CE) @IRIS CONTROL MIN HIGH BYTE
0C0 18 18 18 18 changed by AUTO 3MLENS ADJ(0DE) @FOCUS RESET LOW(16X,22X LENS)
0C1 82 82 82 82 changed by AUTO 3MLENS ADJ(0DE) @FOCUS RESET HIGH(16X,22X LENS)
0C2 40 40 40 40 @HALL CLOSE TARGET
0C3 ~C6 ~C6 ~C6 ~C6 NO USED
0C7 12 12 12 12 EIS GYRO-RESET TIME '0C=3.7SEC'
0C8 13 13 13 13 EIS START TIME ('10'=4.4SEC) AFTER EIS GYRO-RESET
0C9 65 64 65 60 @IRIS CONTROL OF ZOOM WIDE POSITION AT LENS ADJUSTMENT
0CA 24 24 24 24 @QB_GCTRL
0CB 48 48 48 48 @AETAR L (FLEX-ZONE)
0CC 00 00 00 00 @AETAR H (FLEX-ZONE)
0CD FF FF FF FF @@HALL AUTO ADJUST
0CE FF FF FF FF @@IRIS AUTO ADJUST
Samsung Electronics 5-9
Alignment and Adjustment
Page 10
NO-OSD-DISPLAY
ADDR MODEL/DATA CONTENT (EEPROM DATA PAGE 0)
PAL NTSC
HI8 NORMAL HI8 NORMAL BIT SEGMENTATION EXPLAIN
ADDR DATA D7 D6 D5 D4 D3 D2 D1 D0
0CF FF FF FF FF @@W/B AUTO ADJUST
0D0 FF FF FF FF @@LENS AUTO INFINITE ZOOM TRACK(DON'T USE IN SERVICE FIELD)
0D1 68 68 A0 A0 FIND AGC ADJUST TARGET SHUTTER CONTROL AT AGC AUTO ADJUST (ADDR.0DB)
0D2 ~0D5 ~0D5 ~0D5 ~0D5 NO USED
0D6 FF FF FF FF @@ZOOM VR LEVER CENTER FINDING
0D7 01 01 01 01 @@ZOOM/FOCUS CHK=ONE AF ENABLE BIT 00~03
0D8 ~0DA ~0DA ~0DA ~0DA NO USED
0DB FF FF FF FF @@AGC AUTO ADJUST (ADDR. 0B0,0B1,0D1,0AC,0AD)
0DC FF FF FF FF "@LENS ZOOM TRACK CHECKING ;CONFIRM,DATA UP,DOWN KEY"
0DD FF FF FF FF NO USED
0DE FF FF FF FF "@@LENS 3M ZOOM TRACK ADJUST =SERVICE FIELD MODE (KEEP DISTANCE; 3M+/-1Cm)"
0DF A0 A0 A0 A0 @EEPROM -TABLE -INITIAL ('99'+CONFIRM =CAMERA ONLY, 'AA'+CONFIRM=CAM+VCR INITIAL)
0E0 ~0FF ~0FF ~0FF ~0FF VCR ADDRESS & DATA
Samsung Electronics5-10
Alignment and Adjustment
Page 11
ADDR MODEL/DATA CONTENT (EEPROM DATA PAGE 1)
PAL NTSC
HI8 NORMAL HI8 NORMAL BIT SEGMENTATION EXPLAIN
ADDR DATA D7 D6 D5 D4 D3 D2 D1 D0
100 00 00 00 00 EMODE(2:0)='000'internal reset VSKIP='0' CINEMA ='0' ND TEST DSYNC JITNSYNC
101 A0 A0 A0 A0 ADCK FWCK SCK LALT HSP DOSEL H_MAX_SEL(1:0)
102 C0 C0 C0 C0 SHTR='11' HSS H2DEL(3:0) 0~15nSEC DELAY ADJUST PBLK_SEL HSSC(8)
103 00 00 00 00 |---- HIGH SHUTTER SPEED CONTROL (8:0) ----|
104 0D 19 0D 19 |---- GHDLY(7:0) -128 ~+ 127 ----|
105 07 03 06 03 |---- H1DLY[3:0] 0~+15nS ----| |---- RGDLY[3:0] -8~+7nS ----|
106 50 48 4E 38 |---- SHP_DLY[3:0] -8~+7nS |---- SHD_DLY[3:0] -8~+7nS ----|
107 70 40 50 40 FLALTSEL ADCKDLY[2:0] 0~+7nS DSCKSEL FWCKDLY[2:0] 0~+7nS
108 0D 0D 0D 0D |---- HCNTSET[7:0] ----|
109 00 00 00 00 |---- LSSC[7:0] low speed shutter ----|
10A 00 00 00 00 DCKSEL |---- VCNTSET[6:0] ----|
10B 0D 0D 0D 0D * WDR-AF CLIMB NOISE THRESHOLD
10C 50 50 50 50 * WDR-AF CENTER DATA THRESHOLD LOW
10D 01 01 01 01 * WDR-AF CENTER DATA THRESHOLD HIGH
10E 0C 0C 0C 0C * WDR-AF PEAK NOISE THRESHOLD LOW
10F 09 09 09 09 * WDR-AF PEAK NOISE THRESHOLD HIGH
CLUSTER 1 (HEADER[3:0] = 4'b0001) ENCODER/ DEFECT COMPENSATION
110 50 52 50 52 |---- C-SYNC[7:0] c.sync level 0~255 ----|
111 01 01 01 03 |---- SETUP[7:0] setup level 0~255 ----|
112 00 00 00 00 |---- EBURST[7:0] burst phase control :NTSC only ----|
113 50 10 50 10 FSC4 EYDLY[2:0]000=-4PCK,111=+3PCK UV_CTRL |---- EBURST_H[2:0] ----|
114 D8 D8 C8 CC |---- EUSC[7:0] "-128~+127 ;B-Y BURST VALUE" ----|
115 28 28 00 00 |---- EVSC[7:0] "-128~+127 ;R-Y BURST VALUE" ----|
116 00 00 00 00 X X X X X NOTBC EXTDAC PD1
117 03 03 03 03 X X AD[1:0] AD CLK DLY D-CLP S2 S1 S0
118 0D 10 0E 10 |----- CLAMP_OFFSET[7:0] ----|
119 40 40 40 40 |----- DEFECY_THRESHOLD[7:0] 0~255 ----|
11A 00 00 00 00 X X X X RAM-OUT |---- RAM-OUT[8:6]
11B 00 00 00 00 |---- RAM-OUT[5:0] ----| RAM-OUT[9:8]
11C 00 00 00 00 |---- RAM-OUT[7:0] ----|
11D 00 00 00 00 X |---- PFINDCNT[5:0] ----|
11E 0E 0A 0A 0A * AWB- AREA INTERVAL FORM CENTER AXIS
11F 03 03 03 03 LENS HYSTERESIS ZOOM TRACKING CURVE
CLUSTER 2 (HEADER[3:0] = 4'b0010) LUMINANCE
120 66 66 66 66 "YVBKTH[1;0]" YVBKG[1:0] "YHBKTH[1;0]" YHBKG[1:0]
121 D9 0C D9 10 Y_H_GAIN[1:0] X |---- Y_H_POSI_GAIN[4:0] ----|
122 94 54 94 4D Y_L_GAIN[1:0]
YOLD-GAMMA
|---- Y_V_POSI_GAIN[4:0] ----|
Samsung Electronics 5-11
Alignment and Adjustment
ÒCAMERA ADJUST MODE, EEPROM ADDRESS SEQUENCE & DATA OF PAGE 1Ó
Page 12
ADDR MODEL/DATA CONTENT (EEPROM DATA PAGE 1)
PAL NTSC
HI8 NORMAL HI8 NORMAL BIT SEGMENTATION EXPLAIN
ADDR DATA D7 D6 D5 D4 D3 D2 D1 D0
123 01 03 01 03 X X |---- YA_NOISE_SLICE[5:0] ----|
124 98 78 A0 78 |---- YHL_SC[7:0] ----|
125 37 37 37 37 |---- YEDGE_SC[7:0] ----|
126 50 50 50 50 X YVAPPSEL YEGCS
YHLCS'0'=ON
YLPFSEL |---- "YSCDLY[2;0]" ----|
127 0A 30 0A 30 |---- YHINS[6:0] aperture noise slice level after gamma correction. ----| YNEGA/POSI
128 E4 E8 E4 E0 |---- YWC[7:0] ----|
129 84 8A 84 8A |---- YGAIN[7:0] X0~X2 ----|
12A 00 00 00 00 X YENHANTH[2:0] X X YENHANG[1:0]
12B 08 08 08 08 |---- YART[2:0] ----| |---- YHI-A-GAIN[1:0] ----|
12C AF 6E AF 7F |---- HAPGN[4:0] ----| YHCLIP[3:2] H_C_SUP[4]
12D 81 81 81 81 |---- VAPGN[4:0] ----| YHCLIP[1:0] E_C_SUP[4]
12E 88 B8 88 B8 H_C_SUPP_GAIN[3:0]high light color suppress F_FALL[3:0] edge color suppress
12F 58 50 50 50 |---- Y_APERTUTR_CLIP[7:0] ----|
CLUSTER 3 (HEADER[3:0] = 4'b0011) LUMINANCE & CHROMA
130 2B 2B 2B 2B YHPEG[1:0] YVPEG[1:0] YHEMBSEL[1:0] YVEMBSEL[1:0]
131 30 30 30 30 |---- YPST[7:0] pastel level ----|
132 30 30 30 30 |---- YEMB[7:0] embossing level ----|
133 00 00 00 00 X X X X YEMBOSS YPASTEL YIN-OUT YWINDOW
134 04 06 05 05 |---- CRDS[7:0] r-dark-slice ----|
135 00 03 FE 04 |---- CBDS[7:0] b-dark-slice
136 FD 00 00 00 |---- CGDS[7:0] g-dark-slice
137 31 34 53 34 |---- CRWB[7:0] R-white-balance-control
138 A0 8C 8F A0 |---- CBWB[7:0] B-white-balance-control
139 24 24 24 24 |---- CGWB[7:0] G-white-balance-control
13A 07 07 07 07 |---- "CSLOPE1[7:0]COLOR_KEY_SLOPE_1;-64~+64"
13B E6 E6 E6 E6 |---- "CSLOPE2[7:0]COLOR_KEY_SLOPE_2;-64~+64"
13C 29 29 29 29
"COLOR KEY OPTION :0(RED)~4;13A,13B,13C ADDRESS"
CSLOPE1 H[9] CSLOPE1 H[8] CSLOPE2 H[9] CSLOPE2 H[9]
13D 00 00 00 00 X X X CNEGA CBAR CMONO CKEY CKEY-NEGA
13E FF FF FF FF DUMMY
13F FF FF FF FF DUMMY
CLUSTER 4 (HEADER[3:0] = 4'b0100) CHROMA
140 17 07 17 37 X X
CHCON(S1/S2)
CVCON(cr/cb)
CYLSEL CRMS CBMS C-GAMMA-SEL
141 42 42 42 42 |---- CRCOEF[7:0] cr-matrix-coefficient ----|
142 66 66 66 66 |---- CBCOEF[7:0] cr-matrix-coefficient ----|
143 59 59 59 59 |---- CRRG[7:0] R-G signal coeff. for R-Y signal creating. ----|
144 D9 D9 D9 D9 |---- CBRG[7:0] R-G signal coeff. for B-Y signal creating. ----|
145 F2 F2 F2 F2 |---- CRBG[7:0] B-G signal coeff. for R-Y signal creating. ----|
146 72 72 72 72 |---- CBBG[7:0] B-G signal coeff. for B-Y signal creating. ----|
147 70 76 6C 67 |---- CRYGP[7:0] R-Y GAIN CONTROL + ----|
Samsung Electronics5-12
Alignment and Adjustment
Page 13
ADDR MODEL/DATA CONTENT (EEPROM DATA PAGE 1)
PAL NTSC
HI8 NORMAL HI8 NORMAL BIT SEGMENTATION EXPLAIN
ADDR DATA D7 D6 D5 D4 D3 D2 D1 D0
148 78 7E 60 70 |---- CRYGN[7:0] R-Y GAIN CONTROL - ----|
149 1D 1D 19 20 |---- CRYHP[7:0] R-Y HUE CONTROL + ----|
14A 2A 29 1A 40 |---- CRYHN[7:0] R-Y HUE CONTROL - ----|
14B 3D 3E 33 34 |---- CBYGP[7:0] B-Y GAIN CONTROL + ----|
14C 33 35 24 24 |---- CBYGN[7:0] B-Y GAIN CONTROL - ----|
14D 50 3C 34 39 |---- CBYHP[7:0] B-Y HUE CONTROL + ----|
14E 08 04 23 0A |---- CBYHN[7:0] B-Y HUE CONTROL - ----|
14F 80 80 80 80 |---- CGAIN[7:0] x0~ x2 ----|
CLUSTER 5 (HEADER[3:0] = 4'b0101) GAMMA
150 08 08 04 04 |---- YG1[7:0] @Y GAMMA POINT 1 ----|
151 0D 0D 07 07 |---- YG2[7:0] @Y GAMMA POINT 2 ----|
152 1B 1B 15 15 |---- YG3[7:0] @Y GAMMA POINT 3 ----|
153 32 32 2C 2C |---- YG4[7:0] @Y GAMMA POINT 4 ----|
154 57 57 4D 4D |---- YG5[7:0] @Y GAMMA POINT 5 ----|
155 82 82 70 70 |---- YG6[7:0] @Y GAMMA POINT 6 ----|
156 C0 C0 B4 B4 |---- YG7[7:0] @Y GAMMA POINT 7 ----|
157 F0 F0 F8 F8 |---- YG8[7:0] @Y GAMMA POINT 8 ----|
158 06 04 04 04 |---- CGAMMA1[7:0] @C GAMMA POINT 1 ----|
159 0C 08 07 07 |---- CGAMMA2[7:0] @C GAMMA POINT 2 ----|
15A 1A 15 18 18 |---- CGAMMA3[7:0] @C GAMMA POINT 3 ----|
15B 2C 2B 30 30 |---- CGAMMA4[7:0] @C GAMMA POINT 4 ----|
15C 4C 4C 50 50 |---- CGAMMA5[7:0] @C GAMMA POINT 5 ----|
15D 78 78 78 78 |---- CGAMMA6[7:0] @C GAMMA POINT 6 ----|
15E B6 B6 B8 B8 |---- CGAMMA7[7:0] @C GAMMA POINT 7 ----|
15F F0 F0 F8 F8 |---- CGAMMA8[7:0] @C GAMMA POINT 8 ----|
CLUSTER 6 (HEADER[3:0] = 4'b0110) D.ZOOM & EIS
160 AE AE AE AE D.ZOOM ZOOM-BYPASS
D.EFFECT
VADJ[1:0] HADJ[1:0] Z_DELAY
161 00 00 00 00 |---- VZOOM[7:0] ----|
162 1C 0C 18 09 |---- VZSKIP[7:0] ----|
163 00 00 00 00 |---- VZOFFE[7:0] EVEN FIELD LINE OFFSET ----|
164 00 00 00 00 |---- VZOFFO[7:0] ODD FIELD LINE OFFSET ----|
165 2A 00 2A 00 |---- HZOOM[7:0] ----|
166 00 00 00 00 MOSAIC H-ADJ[1:0] X X X X X HZSTR[8]
167 3E 00 38 00 |---- HZSTR[7:0] ----|
168 09 00 AF 00 |---- HZOFS[7:0] ----|
169 00 00 00 00 |---- MOSAIC[5:0] 4d=8x8,5d=10x10,63d=126x126 ----| MOSAIC V-ADJ[1:0]
16A 02 02 03 02 FE MODE[1:0] 01=F,10=H.M X X X X FCM[9:8]
16B F8 09 00 0A |---- FCM[7:0] ----|
16C 01 01 01 01 X X X X X X HMIRROR[9:8]
Samsung Electronics 5-13
Alignment and Adjustment
Page 14
ADDR MODEL/DATA CONTENT (EEPROM DATA PAGE 1)
PAL NTSC
HI8 NORMAL HI8 NORMAL BIT SEGMENTATION EXPLAIN
ADDR DATA D7 D6 D5 D4 D3 D2 D1 D0
16D 7C 07 84 05 |---- HMIRROR[7:0] ----|
16E 00 00 00 00 |---- CBLK-ADJ[3:0] ----| CCIR-Y CCIR-C X SCKIV
16F FF FF FF FF DUMMY
CLUSTER 7 (HEADER[3:0] = 4'b0111) AF/AE
170 06 06 03 03 |---- OAFHS-W1 "@AF WINDOW 1 H-START POINT;3~252" ----|
171 EC EC EC EC |---- OAFHE-W1 "@AF WINDOW 1 H-END POINT;5~254" ----|
172 04 04 03 03 |---- OAFVS-W1 "@AF WINDOW 1 V-START POINT;3~152" ----|
173 8D 8D 76 76 |---- OAFVE-W1 "@AF WINDOW 1 V-END POINT;5~154" ----|
174 4D 4D 52 52 |---- OAFHS-W2 "@AF WINDOW 2 H-START POINT;1~254" ----|
175 A8 A8 AC AC |---- OAFHE-W2 "@AF WINDOW 2 H-END POINT;3~256" ----|
176 29 29 25 25 |---- OAFVS-W2 "@AF WINDOW 2 V-START POINT;1~154" ----|
177 71 71 5F 5F |---- OAFVE-W2 "@AF WINDOW 2 V-END POINT;3~156" ----|
178 37 37 43 43 |---- OAEHS-WA "@ AE WINDOW A H-START POINT;1~254" ----|
179 B8 B8 C1 C1 |---- OAEHE-WA "@ AE WINDOW A H-END POINT;3~256" ----|
17A 26 26 20 20 |---- OAEVS-WA "@ AE WINDOW A V-START POINT;1~155" ----|
17B 81 81 6E 6E |---- OAEVE-WA "@ AE WINDOW A V-END POINT;3~156" ----|
17C 07 07 0A 0A |---- OAEHS-WB "@ AE WINDOW B H-START POINT;1~254" ----|
17D ED ED EE EE |---- OAEHE-WB "@ AE WINDOW B H-END POINT;3~256" ----|
17E 24 24 1E 1E |---- OAEVS-WB "@ AE WINDOW B V-START POINT;1~155" ----|
17F 8B 8B 73 73 OAEVE-WB "@ AE WINDOW B V-END POINT;3~156" ----|
CLUSTER 8 (HEADER[3:0] = 4'b1000) AWB
180 07 0A 0A 0A |---- OAWBHS "@ AWB WINDOW H-START POINT;1~254" ----|
181 ED ED EE EE |---- OAWBHE "@ AWB WINDOW H-END POINT;3~256" ----|
182 24 24 1E 1E |---- OAWBVS "@ AWB WINDOW V-START POINT;1~155" ----|
183 8B 8B 73 73 |---- OAWBVE "@ AWB WINDOW V-END POINT;1~156" ----|
184 FF FF FF FF |---- OYH-AE "@Y-HIGH-THRESHOLD FOR AE;0~255" ----|
185 00 00 00 00 |---- OYL-AE @Y-LOW -THRESHOLD FOR AE ----|
186 90 90 90 90 |---- OYH-AWB @Y-HIGH-THRESHOLD FOR AWB ----|
187 30 30 30 30 |---- OYL-AWB @Y-LOW -THRESHOLD FOR AWB ----|
188 C0 C0 C0 C0 |---- OAF_CLIP_TH[7:0] AF CLIP COUNTER THRESHOLD ----|
189 80 80 80 8A |---- OAE_CLIP_TH[7:0] AE CLIP COUNTER THRESHOLD ----|
18A 02 02 02 02 OVAF OLPFSEL
OFILPASS
OYISEL OAWBSEL |---- OZNSEL[2:0] ----|
18B 00 00 00 00 X X X X ODMTST OAWBC SEL ORBSEL OAWB AREA
18C FF 00 FF 00 DUMMY
18D FF 16 FF 16 DUMMY
18E FF 53 FF 53 DUMMY
18F FF 9F FF 9F DUMMY
CLUSTER 9 (HEADER[3:0]=4'b1001 ,AWB
190 1F 1F 1F 1F X X X |---- ORYTH[4:0] ----|
Samsung Electronics5-14
Alignment and Adjustment
Page 15
ADDR MODEL/DATA CONTENT (EEPROM DATA PAGE 1)
PAL NTSC
HI8 NORMAL HI8 NORMAL BIT SEGMENTATION EXPLAIN
ADDR DATA D7 D6 D5 D4 D3 D2 D1 D0
191 1F 1F 1F 1F X X X |---- OBYTH[4:0] ----|
192 30 30 30 30 |---- "OAWBSL 1[7:0]; 0~15, R-Y/B-Y CHART SLOPE 1 FOR AWB" ----|
193 15 15 15 15 |---- "OAWBSL 2[7:0]; 0~15, R-Y/B-Y CHART SLOPE 2 FOR AWB" ----|
194 70 70 70 70 |---- "OAWBSL 3[7:0]; 0~15, R-Y/B-Y CHART SLOPE 3 FOR AWB" ----|
195 60 60 60 60 |---- "OAWBSL 4[7:0]; 0~15, R-Y/B-Y CHART SLOPE 4 FOR AWB" ----|
196 20 20 20 20 |---- "OAWBSL 5[7:0]; 0~15, R-Y/B-Y CHART SLOPE 5 FOR AWB" ----|
197 05 05 05 05 |---- "OAWBSL 6[7:0]; 0~15, R-Y/B-Y CHART SLOPE 6 FOR AWB" ----|
198 34 34 34 34 X X |---- "OAWB_DETECT_R-Y_POINT A[5:0] ;0~63" ----|
199 1C 1C 1C 1C X X |---- "OAWB_DETECT_R-Y_POINT B[5:0] ;0~63" ----|
19A 18 18 18 18 X X |---- "OAWB_DETECT_R-Y_POINT C[5:0]; 0~63" ----|
19B 28 28 28 28 X X |---- "OAWB_DETECT_R-Y_POINT D[5:0] ;0~63" ----|
19C 18 18 18 18 X X |---- "OAWB_DETECT_B-Y_POINT A[5:0] ;0~63" ----|
19D 28 28 28 28 X X |---- "OAWB_DETECT_B-Y_POINT B[5:0] ;0~63" ----|
19E 1E 1E 1E 1E X X |---- "OAWB_DETECT_B-Y_POINT C[5:0]; 0~63" ----|
19F 16 16 16 16 X X |---- "OAWB_DETECT_B-Y_POINT D[5:0] ;0~63" ----|
CLUSTER 10 (HEADER[3:0] = 4'b1010) AF DATA1
1A0 03 03 03 03 * AF CENTER AREA DATASHIFT COEFF. ----|
1A1 02 02 02 02 * AF ALL AREA DATA SHIFT COEFF. ----|
1A2 C0 C0 C0 C0 * AF ALL AREA FILTER1 DATA CUTTING LEVEL-LOW ----|
1A3 01 01 01 01 * AF ALLAREA FILTER1 DATA CUTTING LEVEL-HIGH ----|
1A4 00 00 00 00 * AF ALLAREA FILTER2 DATA CUTTING LEVEL-LOW ----|
1A5 01 01 01 01 * AF ALLAREA FILTER2 DATA CUTTING LEVEL-HIGH ----|
1A6 A0 A0 A0 A0 * AF CENTER AREA FILTER1 DATA CUTTING LEVEL-LOW. ----|
1A7 00 00 00 00 * AF CENTER AREA FILTER1 DATA CUTTING LEVEL-HIGH ----|
1A8 80 80 80 80 * AF CENTER AREA FILTER2 DATA CUTTING LEVEL-LOW. ----|
1A9 00 00 00 00 * AF CENTER AREA FILTER2 DATA CUTTING LEVEL-HIGH ----|
1AA 18 18 18 18 * AE VARIATION THRESHOLD FOR AF ----|
1AB 20 20 20 20 * AF INITIAL DATA STABLE COEFF. ----|
1AC 0A 0A 0A 0A * AF CLIMB NOISE THRESHOLD
1AD 16 16 16 16 * AF CLIMB SPEED DOWN THRESHOLD1
1AE 10 10 10 10 * AF CLIMB DATA VARIATION THRESHOLD
1AF 80 80 80 80 * AF PEAK CHECKING THRESHOLD
CLUSTER 11 (HEADER[3:0] = 4'b1011) ,AF DATA2
1B0 10 10 10 10 * AF ZIGZAG NOISE THRESHOLD1 ----|
1B1 23 23 28 28 * AF ZIGZAG CHECKING TIME1 ----|
1B2 30 30 30 30 * AF ZIGZAG NOISE THRESHOLD2 ----|
1B3 32 32 3C 3C * AF ZIGZAG CHECKING TIME2 ----|
1B4 20 20 20 20 * AF ZIGZAG NOISE THRESHOLD3 ----|
1B5 08 08 08 08 * AF PEAK CONFIRM THRESHOLD1 ----|
Samsung Electronics 5-15
Alignment and Adjustment
Page 16
ADDR MODEL/DATA CONTENT (EEPROM DATA PAGE 1)
PAL NTSC
HI8 NORMAL HI8 NORMAL BIT SEGMENTATION EXPLAIN
ADDR DATA D7 D6 D5 D4 D3 D2 D1 D0
1B6 07 07 07 07 * AF PEAK CONFIRM CONTINUE COUNT ----|
1B7 1F 1F 1F 1F * AF PROGRAM OPTION1 ----|
1B8 18 18 18 18 * AF CENTER AREA AGC CUTTING PERCENT ----|
1B9 30 30 30 30 * AF ALL AREA AGC CUTTING PERCENT ----|
1BA 16 16 16 16 * AF CLIMB SPEED DOWN THRESHOLD2 ----|
1BB 14 14 14 14 * AF PEAK CLIMB RATIO ----|
1BC 10 10 10 10 * AF CENTER AREA CUTTING DATA FOR PATROL-LOW
1BD 10 10 10 10 * AF OPTION2
1BE 20 20 20 20 * AF ALL AREA CUTTING CUTTING DATA FOR PATROL-LOW
1BF 00 00 00 00 * AF ALL AREACUTTING CUTTING DATA FOR PATROL-HIGH
"CLUSTER 12 (HEADER[3:0] = 4'b1100); AWB/AE"
1C0 1E 1E 1E 1E * AF PEAK CONFIRM SPEED UP RATIO
1C1 25 25 25 25 * AE AUTO MODE CONTROL SPEED DOWN RANGE ----|
1C2 40 40 40 40 * AE SPOTLIGHT MODE CONTROL SPEED DOWN RANGE ----|
1C3 04 04 04 04 * AE AUTO MODE CONTROL SPEED DOWN REFERENCE ----|
1C4 10 10 10 10 * AWB CUTTING THRESHOLD1 ----|
1C5 10 10 10 10 * AWB CUTTING THRESHOLD2 ----|
1C6 40 40 40 40 * AWB CUTTING THRESHOLD3 ----|
1C7 40 40 40 40 * AWB CUTTING THRESHOLD4 ----|
1C8 00 00 00 00 * AWB CUTTING THRESHOLD15 ----|
1C9 24 24 24 24 * AE OFFSET BORDER ----|
1CA 0C 0C 0C 0C * AE SPEED OFFSET COUNTER ----|
1CB 6A 60 6A 60 * AWB HALL STOP AT SPOTLIGHT MODE ----|
1CC 8A 80 8A 80 * AWB HALL AT EIS MODE ----|
1CD F0 F0 F0 F0 * AWB HALL STOP AT SPORTS MODE ----|
1CE F0 F0 F0 F0 * AWB HALL AT PORTRAIT MODE
1CF F0 F0 F0 F0 * AWB HALL AT SAND&SNOW MODE
"CLUSTER 13 (HEADER[3:0] = 4'b1101); DECODER 1"
1D0 ~1FC ~1FC ~1FC ~1FC FIXED ----|
1FD ~1FF ~1FF ~1FF ~1FF MICOM VERSION
Samsung Electronics5-16
Alignment and Adjustment
Page 17
ADDR DATA
PAL NTSC
HI8 NORMAL HI8 NORMAL BIT SEGMENTATION EXPLAIN
001 - 44 - 44 * OPTION SELECT( WDR ,M/FOCUS RING,REMOCON)
104 - 07 - 07 * GLOBAL DELAY
Samsung Electronics 5-17
Alignment and Adjustment
CHANGED DATA BY MODEL
CONTENT APPLY MODEL
VP-L300/SCL300
SCL310/SCL320
Page 18
Samsung Electronics5-18
Alignment and Adjustment
5-2-2 Camera System Adjustment
1. Focus to zoom tracking
Note : 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 ÒE-EÓ.
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 ÒTITLE (MODE UP)Ó and ÒDATE/TIME (MODE DOWN)Ó button, so that the OSD start is
Ò0DE. 3M LEN XX XXÓ.
6) Press ÒMENU/ENTER (CONFIRM)Ó 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.
ÒXX XXÓ means arbitrary value.
It can be different number depend on the
conditions.
ODF T.INI XX XX
(3M±1cm)
(Be sure to maintain the distance.)
LENS
CCD
Page 19
Samsung Electronics 5-19
Alignment and Adjustment
2. P. CLK Adjustment
1) ÒCameraÓ, no signal input.
2) P.CLK and AF MICOM.
3) Connect a frequency counter to P.CLK.
4) Press the ÒTITLE (MODE UP)/DATE/TIME (MODE DOWN)Ó button so that the OSD state is
Ò005 XX XXÓ.
5) Adjust the ÒEDIT + (DATA UP)/EDIT Ð (DATA DOWN)Ó button and MENU/ENTER(CONFIRM) button so that frequency is
PAL : VP-L300/320/330 --> 9.453125MHz ± 50Hz.
VP-L350/980 --> 14.18750MHz ± 50Hz.
NTSC : SCL300/310/320/330/350 --> 9.534964MHz ± 50Hz.
SCL800/850 --> 14.318182MHz ± 50Hz.
3. Zoom VR Center
1) Camera ÒE-EÓ, 3100¡K gray-scale chart.
2) Video(output) jack and EVR.
3) Connect monitor TV to video(output) jack.
4) Press the ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button so that the OSD state
is ÒOD6. ZVR.C XX XXÓ.
5) Press ÒMENU/ENTER(CONFIRM)Ó button.
6) Then, the microprocessor will work ;
- Find the Zoom VR Center position
- Store the data to mode 0AA.
4. Auto hall
1) Camera ÒE-EÓ, 3100¡K gray-scale chart.
2) Video(output) jack and EVR.
3) Connect monitor TV to video(output) jack.
4) Press the ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button so that the OSD state
is ÒOCD. HALL XX XXÓ.
5) Press ÒMENU/ENTER(CONFIRM)Ó 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.
P.CLK ADJUSTMENT
X-TAL
ICP01
DSP
Main PCB (Solder side)
Page 20
Samsung Electronics5-20
Alignment and Adjustment
5. AUTO IRIS
1) Camera ÒE-EÓ, 3100¡K 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 ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button so that the
OSD state is ÒOCE. IRIS XX XXÓ.
5) Press ÒMENU/ENTER(CONFIRM)Ó 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 ÒO.KÓ.
6. Auto white balance
1) Camera ÒE-EÓ, 3100¡K/5100¡K gray-scale chart.
2) Video(output) jack and AF MICOM.
4) Connect vectorscope input jack to video(output) jack.
3) Press the ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button so that the OSD state
is ÒOCF. AWB XX XXÓ.
a. W/B Indoor
a-1. Aim the camera at a 3100¡K gray-scale chart
illuminated at 1500 to 2000 lx. (40us)
a-2. Press ÒMENU/ENTER(CONFIRM)Ó 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
Ò0CF, AWB xx 01Ó.
The OSD shows ÒOK!Ó.
b. W/B Outdoor
b-1. Aim the camera at a 5100¡K gray-scale (or,
3100¡K+C16 filter) chart illuminated at 1500
to 2000 lx. (40us)
b-2. Press ÒMENU/ENTER(CONFIRM)Ó 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
Ò0CF, AWB xx 00Ó.
The OSD shows ÒOK!Ó.
b-4. Store the data to mode 053, 054, 055 and 056.
7. Pre white balance (I)
1) Camera ÒE-EÓ, 3100¡K gray-scale chart.
2) Video(output) jack and AF MICOM.
3) Connect vectorscope input jack to video(output) jack.
4) Press the ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button so that the
OSD state is Ò137. XX XX.Ó (R-Y axial)
5) Aim the camera at a 3100¡K gray-scale chart
illuminated at 1500 to 2000 lx.
6) Adjust the ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó 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.
Center of
white level
100IRE
Optical
black level
H
40US
Match the white luminance
point with the
black luminance
point
Match the white luminance
point with the
black luminance
point
Page 21
Samsung Electronics 5-21
Alignment and Adjustment
8. Pre white balance (II)
1) Camera ÒE-EÓ, 3100¡K gray-scale chart.
2) Video(output) jack and AF MICOM.
4) Connect vectorscope input jack to video(output) jack.
3) Press the ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button so that the OSD state
is Ò138. XX XXÓ.
5) Aim the camera at a 3100¡K gray-scale chart
illuminated at 1500 to 2000 lx.
6) Adjust the ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó 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.
9. R-Y Positive Gain
1) Camera ÒE-EÓ, 3100¡K 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 ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button so that the
OSD state is Ò147. XX XXÓ.
5) Aim the camera at a color bar chart illuminated
at 1500 to 2000 lx.
6) Adjust the ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó button so that the red level is 70IRE.
7) Be sure to press the ÒMENU/ENTER(CONFIRM)Ó button to memorize setting.
Note : Bright dot shifts after the confirm button is
pressed.
10. R-Y Negative Gain
1) Camera ÒE-EÓ, 3100¡K 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 ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button so that the
OSD state is Ò148. XX XXÓ.
5) Aim the camera at a color bar chart illuminated
at 1500 to 2000 lx.
6) Adjust the ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó button so that the cyan level is
65IRE.
7) Be sure to press the ÒMENU/ENTER/CONFIRM)Ó button to memorize setting.
Note : Bright dot shifts after the confirm button is
pressed.
11. B-Y Positive Gain
1) Camera ÒE-EÓ, 3100¡K 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 ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button so that the OSD state
is Ò14B XX XXÓ.
5) Aim the camera at a color bar chart illuminated
at 1500 to 2000 lx.
6) Adjust the ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó button so that the blue level is
50IRE.
7) Be sure to press the ÒMENU/ENTER(CONFIRM)Ó button to memorize setting.
Note : Bright dot shifts after the confirm button is
pressed.
Match the white luminance
point with the
black luminance
point
70IRE
65IRE
50IRE
Page 22
Samsung Electronics5-22
Alignment and Adjustment
12. B-Y Negative Gain
1) Camera ÒE-EÓ, 3100¡K 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 ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button so that the
OSD state is Ò14C XX XXÓ.
5) Aim the camera at a color bar chart illuminated
at 1500 to 2000 lx.
6) Adjust the ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó button so that the yellow level is
50IRE.
7) Be sure to press the ÒMENU/ENTER(CONFIRM)Ó button to memorize setting.
Note : Bright dot shifts after the confirm button is
pressed.
13. R-Y Positive Hue
1) Camera ÒE-EÓ, 3100¡K 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 ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button so that the OSD state
is Ò149 XX XXÓ.
5) Aim the camera at a color bar chart illuminated
at 1500 to 2000 lx.
6) Adjust the ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó button so that the yellow vector is
165.
7) Be sure to press the ÒMENU/ENTER (CONFIRM)Ó button to memorize setting.
Note : Bright dot shifts after the confirm button is
pressed.
14. R-Y Negative Hue
1) Camera ÒE-EÓ, 3100¡K 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 ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button so that the OSD state
is Ò14A XX XXÓ.
5) Aim the camera at a color bar chart illuminated
at 1500 to 2000 lx.
6) Adjust the ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó button so that the blue vector is 346.
7) Be sure to press the ÒMENU/ENTER (CONFIRM)Ó button to memorize setting.
Note : Bright dot shifts after the confirm button is
pressed.
50IRE
YELLOW VECTOR
165 DEG
BLUE VECTOR
346 DEG.
Page 23
Samsung Electronics 5-23
Alignment and Adjustment
15. B-Y Positive Hue
1) Camera ÒE-EÓ, 3100¡K 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 ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button so that the OSD state
is Ò14D XX XXÓ.
5) Aim the camera at a color bar chart illuminated
at 1500 to 2000 lx.
6) Adjust the ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó button so that the cyan
vector is 284.
7) Be sure to press the ÒMENU/ENTER (CONFIRM)Ó button to memorize setting.
Note : Bright dot shifts after the confirm button is
pressed.
16. B-Y Negative Hue
1) Camera ÒE-EÓ, 3100¡K 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 ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button so that the OSD state
is Ò14E XX XXÓ.
5) Aim the camera at a color bar chart illuminated
at 1500 to 2000 lx.
6) Adjust the ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó button so that the red vector is 104.
7) Be sure to press the ÒMENU/ENTER(CONFIRM)Ó button to memorize setting.
Note : Bright dot shifts after the confirm button is
pressed.
RED VECTOR
104 DEG.
CYAN VECTOR
284 DEG.
Page 24
Samsung Electronics5-24
Alignment and Adjustment
1. AFC
1) VCR ÒPBÓ, color bar tape.
2) TP¥AFC and VRE01.
3) Connect digital voltmeter probe to TP¥AFC.
4) Adjust VRE01 so that the voltage is DC
2.5V ±0.1V.
2. V. Size
1) CAMERA ÒAUTOÓ, Aim circle object.
2) Viewfinder and VRE02.
3) Adjust VRE02 so that the circle object in viewfinder is round perfectly.
3. Bright
1) CAMERA ÒAUTOÓ, Aim the gray scale chart.
2) Viewfinder and VRE03.
3) Adjust VRE03 so that all steps of the gray scale can be distinguished.
5-2-3 EVF Adjustment
EVF PCB (Solder side)
VRE02
V.SIZE
VRE03
BRIGHT
VRE01
AFC
ICE01
TP1
AFC
1. AFC2. V. Size 3. Bright
Page 25
Samsung Electronics 5-25
Alignment and Adjustment
5-2-4 (a) PREPARATION
Note :
1) The LCD adjustment is possible by using the each key of unit.
2) The value completed adjustment are stored at ICL 202(EPROM).
3) When finish adjustment, it is needed to off the power to store adjusted value.
4) After each adjustment step is completed, OSD shows "CONFIRM!".
1.How to select the LCD adjust mode.
5-2-4 LCD Adjustment
1. Connect the power (battery or power cable).
2. Switch to "PLAYER" mode.
3. Set OSD on state.
STEP1
1. Press and hold "FF" and "EJECT" buttons
on the unit for more than 3 ~ 4 seconds
simultaneously.
2. There is OSD on screen as below.
STEP2
On screen display shows "A VCO EPR:XX
EVR:XX" LCD adjustment mode has successfully been activated.
Note : "XX XX" indicates variable value.
TV OSD
VCO
A EPR : XX
EVR : XX
EJECT
BUTTON
CAMERA/VIDEO
SELECT SWITCH
STOP
BUTTON
FF
BUTTON
PLAY/STILL
BUTTON
REW
BUTTON
Page 26
Samsung Electronics5-26
Alignment and Adjustment
2. Unit Key Operation :
Remocon for camcorder operation For service adjustment
Reassignment
in the adjustment
mode
Using Button
TITLE (MODE CHANGE)
EDIT + (DATA UP)
EDIT – (DATA DOWN)
MENU (CONFIRM)
Adjustment
When changing the adjustment mode.
When changing data value of adjust state.
Data store after finishing adjustment by "DATA UP/DATA DOWN" button.
ADDRESS MODE EPR EVR MEAN REMARK
0A VCO XX XX VCO ADJUST
05 BRIGHT XX XX BRIGHT ADJUST
08 CONTRAST 96 96 CONTRAST FIXED
0B GAMMA 82 82 GAMMA FIXED
03 TINT XX XX TINT
ADJUST(PAL“00”FIXED)
04 COLOR XX XX COLOR ADJUST
07 R-SUB A7 A7 R-SUB BRIGHT FIXED
09 B-SUB A4 A4 B-SUB BRIGHT FIXED
06 COM XX XX V-COM ADJUST
0C LED CONT FF FF LED CONTROL TIME FIXED
0D BRIG MIN 01 01 BRIGHT MIN FIXED
0E BRIG MAX 01 01 MRIGHT MAX FIXED
0F COLOR MIN 06 (02) 06 (02) COLOR MIN FIXED
10 COLOR MAX 04 (02) 04 (02) COLOR MAX FIXED
11 TINT MIN 06 (00) 06 (00) TINT MIN FIXED
12 TINT MAX 04 (00) 04 (00) TINT MAX FIXED
13 CHECK 1 19 19 CHECK 1 FIXED
14 CHECK 2 20 20 CHECK 2 FIXED
Note :
In service adjustment mode, button names are different from those in customer LCD function control mode
EX: "MENU" button is the same as "CONFIRM".
3. Adjust mode table *( ) : PAL MODE DATA
Page 27
Samsung Electronics 5-27
Alignment and Adjustment
5-2-4 (b) adjustment
Note :
LCD ADJUST MODE Short.
1. VCO
1) Color bar pattern
2) TP-VCO and EVR.
3) Connect the probe of digital voltmeter to TP-VCO.
4) By using "EDIT +/Ð"button of unit, adjust DC 1.3V ± 0.05V.
5) Confirm with "MENU" button of unit.
2. BRIGHT
1) Color bar pattern
2) TP-VCOM and EVR.
3) Connect the probe of oscilloscope to TP-VCOM.
4) By using "TITLE" button of unit, change the adjustment address to 05 Bright EPR:XX LVR:XX.
5) By using "EDIT +/Ð" button of unit, adjust the voltage VCOM 6.5V ± 0.1 Vp-p.
6) Confirm with " MENU" button of unit.
1VDC 20uS
6.5 Vp-p
LCD PCB (COMPONENT SIDE)
Page 28
Samsung Electronics5-28
Alignment and Adjustment
3.CCOM (VP-L300/L350 only)
1) Color bar pattern
2) TP-B and LL205.
3) Connect the probe of oscilloscope to TP-B.
4) By using the "LL205" of LCD PCB, adjust the
red level carrier is minimized.
4. TINT (SCL300/L350 only)
1) Color bar pattern
2) TP B and EVR
3) Connect the probe of oscilloscope to TP-B.
4) By using "TITLE" button of unit, change the
adjustment address to 03 TINT EPR:XX
EVR:XX.
5) By using the "EDIT +/Ð" button of unit,
adjust so that the red level is same as green
level.
6) Confirm with "MENU" button of unit.
5. COLOR
1) Color bar pattern
2) TP-B and EVR
3) Connect the probe of oscilloscope to TP-B.
4) By using "TITLE" button of unit, change the
adjustment address to 04 COLOR EPR:XX
EVR:XX.
5) By using the "EDIT +/Ð" button of unit,
adjust the yellow level is same as pedestal
level.
6) Confirm with "MENU" button of unit.
6.VCOM
1) Color bar pattern
2) TP-VCOM and EVR.
3) Connect the probe of Digital Voltmeter to TPVCOM.
4) By using "TITLE" button of unit, change the
adjustment address to 03 TINT EPR:XX
EVR:XX.
5) Confirm with "MENU" button of unit.
1VDC 20uS
1VDC 20uS
RED : CARRIER
LEVEL : MINIMUM
RED
LEVEL
GREEN
LEVEL
1VDC 20uS
PEDESTAL
LEVEL
YELLOW
LEVEL
LCD PCB (COMPONENT SIDE)
Page 29
Samsung Electronics 5-29
Alignment and Adjustment
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 (Color bar : SP)
6) 8mm Video Tape for record.
2. Composition of VCR P.C.Boards
1) Main PCB (system control/servo, video, audio, camera, DC/DC CONVERTER)
2) Rear PCB
3) Function PCB
4) Front PCB
5-3 VCR Section Adjustment
5-3-1 Preparations
Fig. 1 Video Signal Connection
14
12
10
8
6
4
2
13
11
9
7
5
3
1
13
VIDEO OUT
12
11
10
9
8
7
6
5
4
3
2
1
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
AUDIO OUT R
14
MAIN PCB
FRONT PCB
SW772
REAR PCB
FUNCTION PCB
Press the SW772 (START/STOP)
button to record in the VCR
adjustment mode.
❊ Test Point
Page 30
Samsung Electronics5-30
Alignment and Adjustment
3. How to get into service ÒADJUSTÓ mode.
1. Connect the power source (battery/DC cable).
2. Set the power switch of the camcorder to
PLAYER position.
3. Press the eject button to eject mode.
STEP 1
1. Press and hold “EJECT” button and “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.
STEP 2
01.CAPSTAN FG
EPR:XX EVR:XX
TV, LCD or EVF monitor
Address of the adjustment mode.
: there are 01 to 1C.(refer 5-32)
Name of the adjustment mode.
: every address have a name
like this (refer 5-32)
Present data
: be adjusted before.
New data
: be adjusted newly.
Page 31
4. The location of function button.
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
❊ Top Side
❊ Left Side
ZERO RETURN
SELECT MENU
ENTER
EDIT
_
+
TITLE
DATE/TIME
COUNTER
RESET
DISPLAY
XDR/BLC
DSE
ON/OFF
DATADOWN
DATAUP
MODE DOWN
MODE UP
CONFIRM
EJECT
BUTTON
CAMERA/VIDEO
SELECT SWITCH
STOP
BUTTON
FF
BUTTON
PLAY/STILL
BUTTON
REW
BUTTON
Page 32
1. Kinds of adjustment in PLAYER mode.
Samsung Electronics5-32
Alignment and Adjustment
5-3-2 Adjustment
ADDRESS
NAME
NORMAL MODELS HI 8 MODELS
NTSC PAL NTSC PAL
01
CAPSTAN FG
80 80 80 80
02
Y-EMPHASIS IN (NOR)
Adjustment
Adjustment
Adjustment
Adjustment
Adjustment
Adjustment
Adjustment
Adjustment
03
PB OUT-LEVEL (NOR)
04
Y-FM CARRIER (NOR)
05
Y-FM DEVIATE (NOR)
06
C-EMPHASIS
CD CD A9 CD
07
AUDIO BPF-ADJ
Adjustment
—
—
Adjustment
Adjustment
Adjustment
08
AUDIO DEV-1.5M
09
AUDIO DEV-1.7M (ST)
0A
HD SW P
Adjustment Adjustment
0B
MTQ (PB)
D0 D0 D0 D0
0C
MTFQ (NOR)
7A 7A 7A 7A
0D
WHITE CLIP (NOR)
80 80 80 80
0E
REC C LEVEL
8C 99 BC E0
0F
REC Y FM LEVEL
C8 B8 AC C0
10
PB DEL ADJ
85 65 C/RESET C/RESET
11
D CLIP (NOR)
65 65 65 65
12
DEL ADJ
85 65 C/RESET C/RESET
13
SMEAR CONT
00 00 00 00
14
PB OUT LEVEL (HI8)
—
—
—
—
—
—
—
Adjustment
Adjustment15
Y-FM CARRIER (HI8)
16
WHITE CLIP (HI8)
65 55
17
MTFQ (HI8)
9A 9A
18
D CLIP (HI8)
8E 8E
19
MODEL CODE
Model code setting
Adjustment
Model code setting
1A
Y-EMPHASIS IN (HI8)
Adjustment
Adjustment
Adjustment
1B
Y-FM DEVIATE (HI8)
1C
COLOR BAR LEVEL
Page 33
Samsung Electronics 5-33
Alignment and Adjustment
2-2. Head Switching Point
: This adjustment is performed after the
replacement of deck mechanism.
¥ Without this adjustment, there will be a noise
in playback picture.
a. Preparations
b. Connect a power source.
c. Get into the VCR adjustment mode.
d. Press the ÒTITLE(MODE UP)/DATE/TIME
(MODE DOWN)Ó button of CAMCORDER so
as to select the address 0A.
e. Insert the Standard Color Bar Tape and press
the PLAY button.
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.
g. Be sure to press the ÒMENU/ENTER(CON-
FIRM)Ó button of CAMCORDER to memorize
setting.
h. Reset the power source so as to fix the new data
to the camcorderÕs EEPROM.
2. Adjustment
* Please keep the order according to explanation.
2-1. Setting of the model name
a. Preparation
b. Connect a power source.
c. Get into the VCR adjustment mode.
d. Press the ÒTITLE(MODE UP)/DATE/TIME
(MODE DOWN)Ó button of CAMCORDER so
as to select the address 19.
e. Press the ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó so that OSD shows ÓERR:XX EVR:
XXÓ ÒXXÓ is different dependent on the model
as below.
f. Be sure to press the ÒMENU/ENTER(CON-
FIRM)Ó button of CAMCORDER to memorize
setting.
g. Reset the power source so as to fix the new data
to the camcorderÕs EEPROM.
TAPE
STANDARD COLOR BAR TAPE
RECORDED WITH SP SPEED
DC POWER SUPPLY
0A
HD SWP
EQUIPMENT
OTHER
TEST POINT
ADDRESS
NAME
0A.HD SW P
EPR : XX EVR : YY
6.5H
MODEL NAME MODEL NAMEADDRESSED CODE ADDRESSED CODE
30 30
3240
3332
3533
9835
80
85
SCL300 VP-L300
VP-L320SCL310
VP-L330SCL320
VP-L350SCL330
VP-L980SCL350
SCL800
SCL850
TAPE NONE
DC POWER SUPPLY
NONE
NONE
19
MODEL CODE
EQUIPMENT
OTHER
TEST POINT
ADDRESS
NAME
Page 34
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
b. Connect a power source.
c. Get into the VCR adjustment mode.
d. Press the ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button of CAMCORDER so
as to select the address 02.
e. Insert a Normal Tape to the camcorder.
f. Connect the oscilloscope to the addressed Test
Point.
g. Press the ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó button so that the IC201 PIN13 is
0.5±0.02Vp-p from SYNC tip to peak level.
h. Be sure to press the ÒMENU/ENTER(CON-
FIRM)Ó button of CAMCORDER to memorize
setting.
i. Reset the power source so as to fix the new data
to the EEPROM.
Samsung Electronics5-34
Alignment and Adjustment
2-3. Adjusting Color Bar Level
: This adjustment is performed to set the stan-
dard level of color bar signal which is generated internally.
a. Preparations
b. Connect a power source.
c. Get into the VCR adjustment mode.
d. Press the ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button of CAMCORDER so
as to select the address 1C.
e. Connect the oscilloscope to the addressed Test
Point.
f. Press the ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó button so as to set the P-P level of
composite to 0.5V±0.02Vp-p.
Note : The level is changed after the confirmation.
g. Be sure to press the ÒMENU/ENTER(CON-
FIRM)Ó button of CAMCORDER to memorize
setting.
h. Reset the power source so as to fix the new data
to the EEPROM.
DC POWER SUPPLY, OSCILLOSCOPE
IC 201 PIN 13
02
Y-EMPHASIS IN (NOR)
EQUIPMENT
OTHER
TEST POINT
ADDRESS
NAME
8MM (NORMAL) TAPE
APPROX.
0.35V
APPROX.
0.15V
WHITE ( APPROX. 100% )
H
0.5 0.02Vp-p
TAPE
0.5 0.02Vp-p
TAPE NONE
DC POWER SUPPLY, OSCILLOSCOPE
IC201 PIN 24
1C
COLOR BAR LEVEL
EQUIPMENT
OTHER
TEST POINT
ADDRESS
NAME
Page 35
2-5. Adjusting PB OUT LEVEL
: This adjustment is performed to set the video
out level to the regulated level.
a. Preparations
b. Connect a power source.
c. Get into the VCR adjustment mode.
d. Press the ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó 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.
g. Press the ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó button so that the CN605 PIN13 is
1.0±0.02Vp-p from SYNC to peak level.
Samsung Electronics 5-35
Alignment and Adjustment
h. Be sure to press the ÒMENU/ENTER(CON-
FIRM)Ó button of CAMCORDER to memorize
setting.
i. Reset the power source so as to fix the new data
to the camcorderÕs EEPROM.
APPROX.
0.7V
APPROX.
0.3V
WHITE ( APPROX. 100% )
H
1.0 0.02Vp-p
TAPE
STANDARD COLOR BAR TAPE
RECORDED WITH SP SPEED
DC POWER SUPPLY, OSCILLOSCOPE
You need a monitor terminated with 75Ω.
CN605 PIN13
03
PB OUT-LEVEL (NOR)
EQUIPMENT
OTHER
TEST POINT
ADDRESS
NAME
14
12
10
8
6
4
2
13
11
9
7
5
3
1
13
VIDEO OUT
12
11
10
9
8
7
6
5
4
3
2
1
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
AUDIO OUT R
14
Page 36
Samsung Electronics5-36
Alignment and Adjustment
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
b. Connect a power source.
c. Get into the VCR adjustment mode.
d. Press the ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó 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.
14
12
10
8
6
4
2
13
11
9
7
5
3
1
13
VIDEO OUT
12
11
10
9
8
7
6
5
4
3
2
1
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
AUDIO OUT R
14
2-6. Y-FM Carrier (NOR)
: This adjustment is performed to set the sync-
tip 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
b. Connect a power source.
c. Get into the VCR adjustment mode.
d. Press the ÒDATE/TIME(MODE UP)/TITLE
(MODE DOWN)Ó 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 ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó button so as to set the frequency to
4.38MHz ± 0.02MHz
i. Be sure to press the ÒMENU/ENTER(CON-
FIRM)Ó button of CAMCORDER to memorize
setting.
j. Reset the power source so as to fix the new data
to the camcorderÕs EEPROM.
TAPE NORMAL TAPE FOR RECORDING
DC POWER SUPPLY, FREQUENCY COUNTER
IC201 PIN41
04
Y-FM CARRIER (NOR)
EQUIPMENT
OTHER
TEST POINT
ADDRESS
NAME
TAPE NORMAL TAPE FOR RECORDING
DC POWER SUPPLY, OSCILLOSCOPE
CN605 PIN13
05
Y-FM DEVIATE (NOR)
EQUIPMENT
OTHER
TEST POINT
ADDRESS
NAME
Page 37
2-8. Y-EMPHASIS INPUT (HI8)
a. Preparations
b. Connect a power source.
c. Get into the VCR adjustment mode.
d. Press the ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó 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 ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó button so that the IC201 PIN13 is
0.5±0.02Vp-p from SYNC tip to peak level.
h. Be sure to press the ÒMENU/ENTER(CON-
FIRM)Ó button of CAMCORDER to memorize
setting.
i. Reset the power source so as to fix the new data
to the camcorderÕs EEPROM.
Samsung Electronics 5-37
Alignment and Adjustment
0.5 0.02Vp-p
TAPE HI8 TAPE
OSCILLOSCOPE
IC201 PIN13
1A
Y-EMPHASIS IN (HI8)
EQUIPMENT
OTHER
TEST POINT
ADDRESS
NAME
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 ÒMENU/ENTER(CON-
FIRM)Ó button of CAMCORDER to memorize
setting.
m. Reset the power source so as to fix the new
data to the camcorderÕs EEPROM.
APPROX.
0.7V
APPROX.
0.3V
WHITE ( APPROX. 100% )
H
1.0 0.02Vp-p
Page 38
Samsung Electronics5-38
Alignment and Adjustment
2-9. PB Output Level (Hi8)
a. Preparations
b. Connect a power source.
c. Get into the VCR adjustment mode.
d. Press the ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó 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 to the addressed Test
Point.
g. Press the ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó button so that the CN605 PIN13 is
1.0±0.02Vp-p from SYNC to peak level.
h. Be sure to press the ÒMENU/ENTER(CONFIRM)Ó
button of CAMCORDER to memorize setting.
i. Reset the power source so as to fix the new data
to the camcorderÕs EEPROM.
2-10. Y-FM Carrier (Hi8)
: This adjustment is performed to set the sync-
tip 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
b. Connect a power source.
c. Get into the VCR adjustment mode.
d. Press the ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó 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 ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó button so as to set the frequency to
5.99MHz ±0.02MHz
i. Be sure to press the ÒMENU/ENTER(CON-
FIRM)Ó button of CAMCORDER to memorize
setting.
j. Reset the power source so as to fix the new data
to the camcorderÕs EEPROM.
DC POWER SUPPLY, FREQUENCY COUNTER
IC 201 PIN 41
15
Y-FM CARRIER (HI-8)
EQUIPMENT
OTHER
TEST POINT
ADDRESS
NAME
HI8 TAPE FOR RECORDINGTAPE
APPROX.
0.7V
APPROX.
0.3V
WHITE ( APPROX. 100% )
H
1.0 0.02Vp-p
TAPE
HI8 STANDARD COLOR BAR TAPE
RECORDED WITH SP SPEED
DC POWER SUPPLY, OSCILLOSCOPE
You need a monitor terminated with 75Ω.
CN605 PIN13
14
PB OUT-LEVEL (HI8)
EQUIPMENT
OTHER
TEST POINT
ADDRESS
NAME
14
12
10
8
6
4
2
13
11
9
7
5
3
1
13
VIDEO OUT
12
11
10
9
8
7
6
5
4
3
2
1
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
AUDIO OUT R
14
Page 39
Samsung Electronics 5-39
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
b. Connect a power source.
c. Get into the VCR adjustment mode.
d. Press the ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó 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. Connect the oscilloscope to the adressed Test
Point.
h. 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 wave-
form 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 w), i), j).
l. Be sure to press the ÒMENU/ENTER(CON-
FIRM)Ó button of CAMCORDER to memorize
setting.
m. Reset the power source so as to fix the new
data to the camcorderÕs EEPROM.
APPROX.
0.7V
APPROX.
0.3V
WHITE ( APPROX. 100% )
H
1.0 0.02Vp-p
TAPE HI-8 TAPE FOR RECORDING
DC POWER SUPPLY, OSCILLOSCOPE
CN605 PIN13
1B
Y-FM DEVIATE (HI8)
EQUIPMENT
OTHER
TEST POINT
ADDRESS
NAME
14
12
10
8
6
4
2
13
11
9
7
5
3
1
13
VIDEO OUT
12
11
10
9
8
7
6
5
4
3
2
1
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
AUDIO OUT R
14
Page 40
Samsung Electronics5-40
Alignment and Adjustment
2-12. BAND Pass Filter
: This adjustment is performed to set the band-
width of the 1.5MHz BPF.
By this adjustment, we can playback the audio
without distortion.
In case of normal models especially, you must
set the 1Vp-p level also.
In case of HI8 models, the 1Vp-p level is set in
the step 2-13.
a. Preparations
b. Connect a power source.
c. Get into the VCR adjustment mode.
d. Press the ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button of CAMCORDER so as
to select the address 07.
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 ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button so as to set the waveform to be as below.
h. Be sure to press the ÒMENU/ENTER(CON-
FIRM)Ó button of CAMCORDER to memorize
setting.
i. Reset the power source so as to fix the new data
to the EEPROM.
MINIMIZE THE DISTORTION.
THE BEST IS SINE WAVE.
1.0±0.02Vp-p
14
12
10
8
6
4
2
13
11
9
7
5
3
1
13
VIDEO OUT
12
11
10
9
8
7
6
5
4
3
2
1
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
AUDIO OUT R
14
DC POWER SUPPLY, OSCILLOSCOPE
CN605 PIN 10
07
AUDIO BPF-ADJ
EQUIPMENT
OTHER
TEST POINT
ADDRESS
NAME
STANDARD COLOR BAR
TAPE(MONAURAL)
TAPE
Page 41
2-13. Audio Deviation 1.5MHz (Hi8)
: This adjustment is performed to set the
1.5MHz deviation of the audio recording
processor and the adjustment perform in play-
back mode.
If the audio output level is 1Vp-p, the deviation is to be a regulated deviation.
a. Preparations
b. Connect a power source.
c. Get into the VCR adjustment mode.
d. Press the ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button of CAMCORDER so
as to select the address 08.
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 ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó button so as to set the waveform to
be as below.
h. Be sure to press the ÒMENU/ENTER(CON-
FIRM)Ó button of CAMCORDER to memorize
setting.
i. Reset the power source so as to fix the new data
to the EEPROM.
Samsung Electronics 5-41
Alignment and Adjustment
1.0±0.02Vp-p
DC POWER SUPPLY, OSCILLOSCOPE
CN605 PIN 10
08
AUDIO DEV-1.5M
EQUIPMENT
OTHER
TEST POINT
ADDRESS
NAME
STANDARD COLOR BAR TAPE
(MONAURAL)
TAPE
14
12
10
8
6
4
2
13
11
9
7
5
3
1
13
VIDEO OUT
12
11
10
9
8
7
6
5
4
3
2
1
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
AUDIO OUT R
14
Page 42
Samsung Electronics5-42
Alignment and Adjustment
2-14. Audio Deviation 1.7MHz (Hi8)
: This adjustment is performed to set the
1.7MHz deviation of the audio recording
processor and the adjustment perform in play-
back mode.
If the amplitude difference of two waves minimized, the deviation is to be a regulated deviation.
a. Preparations
b. Connect a power source.
c. Get into the VCR adjustment mode.
d. Press the ÒTITLE (MODE UP)/DATE/TIME
(MODE DOWN)Ó button of CAMCORDER so
as to select the address 09.
e. Insert the Standard Color Bar Tape(STEREO)
and press the PLAY button.
f. Connect the oscilloscope to the addressed Test
Point.
g. Press the ÒEDIT + (DATA UP)/EDIT Ð (DATA
DOWN)Ó button so as to set the waveform to
be as below.
h. Be sure to press the ÒMENU/ENTER(CON-
FIRM)Ó button of CAMCORDER to memorize
setting.
i. Reset the power source so as to fix the new data
to the EEPROM.
DC POWER SUPPLY, OSCILLOSCOPE
CN605 PIN 12
09
AUDIO DEV-1.7M (ST)
EQUIPMENT
OTHER
TEST POINT
ADDRESS
NAME
STANDARD COLOR BAR
TAPE(STEREO)
TAPE
MINIMIZE
14
12
10
8
6
4
2
13
11
9
7
5
3
1
13
VIDEO OUT
12
11
10
9
8
7
6
5
4
3
2
1
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
AUDIO OUT R
14
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