SAMSUNG VP-L500 Service Manual

Alignment and Adjustment

4. Alignment and Adjustment

4-1. 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 CN452

Head Switching Trigger - Pin 9 of CN452

CN452

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

PB RF

Head Switching - Trigger

Fig. 1 Test point

			CN452
	BAT-TERMINAL(+)	SW471	BAT-TERMINAL(-)
		J451
		DC-JACK

Fig. 2 Test location of test point (Rear Board)

Samsung Electronics

4-1

Alignment and Adjustment

UNLOADING

OPEN

COMMON

GROUND

IC601

28PIN

IC601

27PIN

IC601

26PIN

LOADING

EJECT

UNLOADING

PLAY

LOADING

STOP

STOP

POSITION

IC601

IC601

IC601

ACTION MODE

28PIN

27PIN

26PIN

EJECT

L

H

H

EJECT

UNLOADING STOP

L

L

H

UNLOADING STOP

LOADING STOP

H

L

L

LOADING STOP

PB

H

H

L

PLAY, FF, REW, STILL....

4-2	Samsung Electronics

Alignment and Adjustment

4-2. 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 function keys on the left case.

4-2-1 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 PCB	4) EVF PCB	5) 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 “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	Adjustment
	PROGRAM AE (CONFIRM)	Data store after finishing adjustment by DATA UP/DOWN button.
	TITLE (DATA DOWN)	When change data value of adjust state.
	DSE (DATA UP)
	FADE (MODE UP)	Mode change.
	BLC (MODE DOWN)
	MANUAL FOCUS RING (NEAR/FAR)	Manual focus adjustment.
	ZOOM TELE	1) Move the zoom position of lens.
	ZOOM WIDE	2) Semi-Auto lens adjustment.

Samsung Electronics

4-3

Alignment and Adjustment

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

DATE/TIME

		EJECT	MODE DOWN
	FAR		MODE UP
			Confirm
MANUAL
FOCUS			DATA UP
			DATA DOWN
	NEAR

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

5. How to get into service “ADJUST” mode
STEP 1					STEP 2
	1.	Remove the lithium battery from the					1. Press and hold the “EJECT” button and
		camcorder.					“DATE/TIME” button on the camcorder at the
	2.	Connect the power source (battery/					same time for more than 5 seconds.
		DC cable).					Then unit goes into service mode.
	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 3

On screen display show “0DF. 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.

4-4	Samsung Electronics

Alignment and Adjustment

“CAMERA ADJUST MODE, EEPROM ADDRESS SEQUENCE & DATA OF PAGE 0”

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! DON’T 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									DISTANCE
ADDR		MODEL/DATA								CONTENT
	NTSC		PAL
	NOR	HI8	NOR		HI8	OPTION	D6		D5	D4		D3	D2	D1	D0
001	40	50	40		50	CDS-K=1	AGC TARGET		photo/E,ODD	WDR/NO		WDR_AE_O	KEY/RING	CAN/SECREM	ZOOM_STOP
002	00	00	00		00	@IRIS CONTROL-LOW
003	06	06	06		06	@IRIS CONTROL-HIGH
004	60	60	60		60	@P.CLK PWM-HIGH
005	08	08	08		08	@UPD16835 INIT 4th
006	55	55	55		55	@UPD16835 INIT 6th
007	33	33	33		33	@UPD16835 INIT 7th
008	03	03	03		03	@CDS F-REG(f1,f0) CAM : BIT0:f0,BIT1:f1
009	A0	A0	A0		A0	@CDS F-REG(f9,f2) CAM		;PGA GAIN -HIGH(0.00dB~ 30.0dB)
00A	60	60	60		60	changeb by AUTO HALL ADJ (0CD)				;HALL REFERENCE
00B	3A	3A	3A		3A	changeb by AUTO HALL ADJ (0CD)				;HALL GAIN
00C	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'
00D	80	7B	77		77	@CDS F-REG(f9,f2) VCR		;PGA GAIN -HIGH(0.00dB~ 10.0dB)
00E	00	00	00		00	@WDR REGISTER[7,0]				*AEINSEL=D7,AELPFSEL=D6,X[5:0]
00F	80	80	80		80	@WDR REGISTER[15,8]				*AECLIP_TH[7:0]
010	00	00	00		00	@WDR REGISTER[23,16]				*AEL_TH[7:0]
011	FF	FF	FF		FF	@WDR REGISTER[31,24]				*AEH_TH[7:0]
012	76	76	8B		8B	@WDR REGISTER[39,32]				*AEW2VE[7:0]
013	24	24	24		24	@WDR REGISTER[47,40]				*AEW2VS[7:0]
014	F1	F1	ED		ED	@WDR REGISTER[55,48]				*AEW2HE[7:0]
015	13	13	07		07	@WDR REGISTER[63,56]				*AEW2HS[7:0]
016	6E	6E	81		81	@WDR REGISTER[71,64]				*AEW1VE[7:0]
017	20	20	26		26	@WDR REGISTER[79,72]				*AEW1VS[7:0]
018	C1	C1	B4		B4	@WDR REGISTER[87,80]				*AEW1HE[7:0]
019	43	43	32		32	@WDR REGISTER[95,88]				*AEW1HS[7:0]
01A	30	30	30		30	@WDR REGISTER[103,96]				*ALPF_THP[7:0]
01B	7F	7F	7F		7F	@WDR REGISTER[111,104]				*HLOG_ON[7],SAT_ON[6],ALPF_WTSTF[5:3],SHPF_SFT[2:0]
01C	80	80	80		80	@WDR REGISTER[119,112]				*BOUND256[7:0]
01D	80	80	80		80	@WDR REGISTER[127,120]				*BOUND128[7:0]
01E	80	80	80		80	@WDR REGISTER[135,128]				*BOUND64[7:0]
01F	80	80	80		80	@WDR REGISTER[143,136]				*BOUND32[7:0]

Samsung Electronics

4-5

Alignment and Adjustment

	NO-OSD-DISPLAY									DISTANCE
ADDR		MODEL/DATA								CONTENT
	NTSC		PAL
	NOR	HI8	NOR		HI8	OPTION	D6		D5	D4		D3	D2		D1	D0
020	60	60	60		60	@WDR REGISTER[151,144]				*BOUND0[7:0]
021	3F	3F	3F		3F	@WDR REGISTER[159,152]			*LTIC[3:0],CH_SEL[3:0]
022	C7	C7	C7		C7	@WDR REGISTER[167,160]			*LTI_ON[7],LSI_ON[6],LUT_TAB[5:3],LUT_HPF_SFT[2:0]
023	1E	1A	1E		1A	@WDR REGISTER[175,168]				*LUT_GAIN[7:0]
024	04	04	04		04	@WDR REGISTER[183,176]			*BACK_WT[7:4],HIST_WT[3:0]
025	30	30	30		30	@WDR REGISTER[191,184]			*EDGE_AMP[7:4],BACK_SP[3:0]
026	D0	D0	D0		D0	@WDR REGISTER[199,192]				*LP_V[7:0]		ACTIVE AREA VERTICAL LENGTH
027	24	24	24		24	@WDR REGISTER[207,200]				*SP_V[7:0]		ACTIVE AREA VERTICAL START
028	B0	B0	B0		B0	@WDR REGISTER[215,208]				*LP_H[7:0]		ACTIVE AREA HORIZENTAL LENGTH
029	30	30	30		30	@WDR REGISTER[223,216]				*SP_H[7:0]		ACTIVE AREA HORIZENTAL START
02A	00	00	00		00	@WDR REGISTER[231,224]				*POFFSET[7:0]
02B	00	00	00		00	@WDR REGISTER[239,232]			*CMP_ADJ[7:4],SP_ADJ[3:0]
02C	57	57	57		57	@WDR REGISTER[247,240]			*CLPEN[7],SORSL[6],V1_EXIST[5],GR_MODE[4:3],GRB_MODE[2:0]
02D	01	01	01		01	@WDR REGISTER[255,248]			*OUT_MODE[7:5],DLY_MODE[4:0]
02E	50	50	50		50	@WDR ON BLACK BALANCE MAX-DATA (MIN DATA+31)
02F	04	04	08		08	@WDR ON Y,C GAMMA 1
030	07	07	0D		0D	@WDR ON Y,C GAMMA 2
031	15	15	1B		1B	@WDR ON Y,C GAMMA 3
032	2C	2C	32		32	@WDR ON Y,C GAMMA 4
033	4D	4D	57		57	@WDR ON Y,C GAMMA 5
034	70	70	82		82	@WDR ON Y,C GAMMA 6
035	B4	B4	C0		C0	@WDR ON Y,C GAMMA 7
036	F8	F8	F0		F0	@WDR ON Y,C GAMMA 8
037	99	99	99		99	@WDR ON ADDR#12C ;YVBKT,YVBK,HBLK,YHBK
038	03	08	03		08	@WDR ON ADDR#123;YHPSC,YAPC
039	E0	E0	E0		E0	@WDR ON ADDR#126;YLPFSEL
03A	10	10	10		10	@WDR ON ADDR#134;RED DARK SLICE
03B	F8	F8	F8		F8	@WDR ON ADDR#135;BLUE DARK SLICE
03C	00	00	00		00	@WDR ON ADDR#136;GREEN DARK SLICE
03D	D0	D0	D0		D0	@WDR ON, AE A-READ(SMALL)DATA CUTTING -HIGH
03E	01	01	01		01	@WDR ON, AE A-READ(SMALL)DATA CUTTING -LOW
03F	80	80	80		80	@WDR ON, AE DATA CUTTING -LOW
040	02	02	02		02	@WDR ON, AE DATA CUTTING -HIGH
041	D0	D0	D0		E0	@AE TARGET-LOW BYTE
042	00	00	00		00	@AE TARGET-HIGH BYTE
043	48	48	48		48	@AETAR L (FLEX-ZONE)
044	00	00	00		00	@AETAR H (FLEX-ZONE)
045	00	00	00		00	@BLC/WDR , AE TARTGET 'L'
046	02	02	02		02	@BLC /WDR, AE TARTGET 'H'
047	00	00	00		00	@SAND&SNOW MODE AE TARGET 'L'
048	02	02	02		02	@SAND&SNOW MODE AE TARGET 'H'

4-6	Samsung Electronics

Alignment and Adjustment

	NO-OSD-DISPLAY											DISTANCE
ADDR		MODEL/DATA										CONTENT
	NTSC		PAL
	NOR	HI8	NOR		HI8	OPTION		D6		D5		D4		D3		D2		D1		D0
049	50	50	50		50	@NEGA BLC TARGET-'L'
04A	00	00	00		00	@NEGA BLC TARGET-'H'
04B	5E	5E	5E		5E	@SPOTLIGHT AE-TARGET 'L'
04C	00	00	00		00	@SPOTLIGHT AE-TARGET 'H'
04D	B0	B0	B0		B0	WDR AE TARGET -LOW
04E	00	00	00		00	WDR AE TARGET-HIGH
04F	04	04	04		04	@AE A-WINDOW WEIGHT VALUE '05'=50%
050	E0	E0	E0		E0	SHUTTER START POINT OF IRIS CONTROL PERCENT(FF=100% IRIS MAX)
051	50	30	50		50	AGC TARGET DOWN VALUE AT 001H D6='1' OPTION
052	00	00	00		00	AGC MAX, DARK SLICE-B CONTROL
053	90	90	90		90	@DIGITAL CLAMP CONTROL START AGC
054	A0	A0	A0		A0	@ CHROMA SUPPRESS PERCENT
055	48	48	48		48	@ CHROMA SUPPRESS START AGC VALUE
056	48	48	48		48	@ NOISE SLICE START AGC VALUE
057	10	0B	10		15	@ Y_H_POSI_GAIN(DSP #121 D4:D0) MIN AT AGC MAX (MAX=1F)
058	18	0B	00		18	@ Y_V_POSI_GAIN(DSP #122 D4:D0) MIN AT AGC MAX (MAX=1F)
059	30	18	3F		18	@ NOISE SLICE(DSP #123 D5:D0) MIN AT AGC MAX (MAX=3F)
05A	08	00	0C		00	@AGC MAX, DIGITAL CLAMP CONTROL(ADDR,#118-#05A)
05B	05	00	00		15	@ Y_H_NEGATIVE_GAIN(DSP #12C D7:D3) MIN AT AGC MAX (MAX=1F)
05C	08	00	00		16	@ Y_V_NEGATIVE_GAIN(DSP #12D D7:D3) MIN AT AGC MAX (MAX=1F)
05D	25	25	25		25	@ Y_H_NEGATIVE_GAIN(DSP #12C D7:D3) MIN AT AGC MAX (MAX=1F)
05E	40	40	40		40	* AE SPOTLIGHT MODE CONTROL SPEED DOWN RANGE
05F	04	04	04		04	* AE AUTO MODE CONTROL SPEED DOWN REFERENCE
060	24	24	24		24	* AE OFFSET BORDER
061	0C	0C	0C		0C	* AE SPPED OFFSET COUNTER
062	50	47	60		53	*AWB;		@R-GAIN POSITIVE OUTDOOR
063	4A	45	50		50	*AWB;		@R-GAIN NEGATIVE OUTDOOR
064	28	19	2C		1F	*AWB;		@R-HUE POSITIVE OUTDOOR
065	35	30	3B		28	*AWB;		@R-HUE NEGATIVE OUTDOOR
066	31	2D	39		33	*AWB;		@B-GAIN POSITIVE OUTDOOR
067	2C	22	30		29	*AWB;		@B-GAIN NEGATIVE OUTDOOR
068	26	1E	1A		26	*AWB;		@B-HUE POSITIVE OUTDOOR
069	1C	11	20		0E	*AWB;		@B-HUE NEGATIVE OUTDOOR
06A	C0	C0	C0		C0	@WB AGC% , STOP POINT ( 80=50%, C0=75%)
06B	B4	B4	B4		B4	WB;AT OUTDOOR, INDOOR DATA INPUT CONDITION TRACKING VALUE ,B4=70%,FF=0%(NO TRACKING)
06C	02	02	02		02	WB;Y AREA SELECTION NUMBER
06D	05	05	05		05	WB;AWB RATIO		1/3 CENTER TRACKING
06E	03	03	03		03	AWB RATIO HIGH , CENTER AXIAL OF OVER 5100K COLOR TEMPERATURE
06F	04	04	04		04	AWB RATIO LOW ,CENTER AXIAL OF BELOW 3100K COLOR TEMPERATURE
070	00	03	01		03	W/B R-CTRL COMPENSATION (D7='1' ;DECREASE ,'0'= INCREASE FROM W/B TARGET)
071	82	82	80		83	W/B R-CTRL COMPENSATION (D7='1' ;DECREASE ,'0'= INCREASE FROM W/B TARGET)

Samsung Electronics

4-7

Alignment and Adjustment

	NO-OSD-DISPLAY												DISTANCE
ADDR		MODEL/DATA											CONTENT
	NTSC		PAL
	NOR	HI8	NOR		HI8	OPTION			D6		D5		D4	D3		D2		D1	D0
072	80	8A	80		8A	OUTDOOR DECISION BY HALL VALUE
073	70	60	70		60	AWB;AWB TRACKING HALL2( WB TRACKING AVAILABLE BETWEEN #072~#072-#073)
074	04	07	06		04	W/B TRACKING AREA SELECT
075	0C	0C	0C		0C	WB STABLE MODE THRESHOLD
076	10	10	10		10	|----	AWB CUTTING THRESHOLD1								Y LEVEL INTERVAL				----|
077	10	10	10		10	|----	AWB CUTTING THRESHOLD2								TOP LEVEL INTERVAL				----|
078	40	40	40		40	|----	AWB CUTTING THRESHOLD3								R CONTROL LOW MARGIN				----|
079	40	40	40		40	|----	AWB CUTTING THRESHOLD4								DATA CUT LOW				----|
07A	00	00	00		00	|----	AWB CUTTING THRESHOLD1								DATA CUT HIGH				----|
07B	60	6A	60		6A	* AWB HALL STOP AT SPOLTLIGHT MODE
07C	80	8A	80		8A	* AWB HALL AT EIS MODE
07D	F0	F0	F0		F0	* AWB HALL STOP AT SPORTS/PORTRAIT/SAND&SNOW/HSS MODE
07E	F4	F4	F4		F4	@D/ZOOM RATIO MAX DATA( 80:2 TIMES, CO:4 TIMES, F4:20 TIMES)
07F	17	17	1B		1B	ZOOM MAX SPEED ;22X LENS PAL:1BH ,NTSC:17H )
080	07	07	09		09	REMCON ZOOM SPEED X22 PAL:09						NTSC:07 )
081	0A	00	09		F8	@CCD H-PIXEL NUMBER -LOW BYTE
082	02	03	02		02	@CCD H-PIXEL NUMBER -HIGH BYTE
083	F7	F7	23		23	@CCD V LINE NUMBER -LOW BYTE 1/2
084	00	00	01		01	@CCD V LINE NUMBER -HIGH BYTE 1/2
085	09	09	0C		0C	@V SKIP LINE NUMBER
086	00	11	00		00	DIS;VMX,VMY MAX-#086 (11:NTSC HI-8, 00:ETC)
087	00	00	00		00	@CCD V LINE NUMBER HIGH BYTE
088	1D	1D	1D		1D	@DSP IC ADDR #39H				;MOSAIC SIZE						:VTR
089	98	98	98		98	@DSP IC ADDR #41H				;ART DSE LEVEL						:VTR
08A	B8	B8	B8		B8	@DSP IC ADDR #1CH				;NEGA MODE WHITE CLIP LEVEL						:VTR
08B	75	75	75		75	@SEPIA CDS-R
08C	3A	3A	3A		3A	@SEPIA CDS-G
08D	10	10	11		11	@CINEMA F-ZONE LIMIT UP
08E	68	68	7D		7D	@CINEMA F-ZONE LIMIT UP
08F	01	01	01		01	@DSP IC ADDR #00H				;EMODE,CINEMA						:VTR
090	88	88	88		88	@DSP IC ADDR #07H ;ADCLDEL. DSCKDEL,FWCKDLY										:VTR
091	2E	2E	1B		1B	@DSP IC ADDR #08H				;HCNTSET						:VTR
092	00	00	00		00	@DSP IC ADDR #0AH				;DCKSEL,VCNTSET						:VTR
093	4A	4C	4B		4A	@DSP IC ADDR #10H				;C-SYNC						:VTR
094	CE	CE	DB		D8	@DSP IC ADDR #14H				;EUSC(B-Y) BURST						:VTR
095	00	00	24		28	@DSP IC ADDR #15H				;EVSC(R-Y)BURST						:VTR
096	77	77	77		77	@DSP IC ADDR #20H				;YVBTH,YVBKG,YHBKTH,YHBKG						:VTR
097	B8	B8	B8		B8	@DSP IC ADDR #28H ;VCR_ADJ,WHITE LEVEL										:VTR
098	7F	7F	7F		7F	@DSP IC ADDR #47H				;CRYGP						:VTR
099	7F	7F	7F		7F	@DSP IC ADDR #48H				;CRYGN						:VTR
09A	7F	7F	7F		7F	@DSP IC ADDR #4BH				;CRYGP						:VTR

4-8	Samsung Electronics

Alignment and Adjustment

NO-OSD-DISPLAY

DISTANCE

ADDR

MODEL/DATA

CONTENT

NTSC

PAL

NOR

HI8

NOR

HI8

OPTION

D6

D5

D4

D3

D2

D1

D0

09B

7F

7F

7F

7F

@DSP IC ADDR #4CH

;CRYGN

:VTR

09C

80

80

80

80

@DSP IC ADDR #4FH

;C-GAIN VCR-PLAY MODE

:VTR

09D

80

80

80

80

@DSP IC ADDR #4FH

;C-GAIN at color bar generation

:VTR

09E

00

00

00

00

@DSP IC ADDR #13H ;VTR MOD EYDEL,UV-CTL,EBURST_H

:VTR

09F

50

50

50

50

@DSP IC ADDR #32H

;VTR MODE EMBOO/PASTEL Y-LEVEL

:VTR

0A0

00

00

1E

1E

@DSP IC ADDR #1DAH

;RPS MODE HEAD SWITCHING POINT

:VTR

0A1

0A

0A

0A

0A

@DSP IC ADDR #121,122[D4:D0],12C,12D[D7:D3];H,V POSI/NEGA GAIN

:VTR

0A2

05

05

7B

05

@DSP IC ADDR #10A, RFSΩ√CONTROL

:VTR

0A3

0B

0B

0B

0B

@DSP IC ADDR #18FH ;RPS/FPS MODE

:VTR

0A4

E0

E0

E1

E1

@DSP IC ADDR #1DEH ;RPS/FPS MODE

:VTR

0A5

47

47

47

47

@DSP IC ADDR #1F0H ;RPS/FPS MODE

:VTR

0A6

FC

FC

FC

FC

changed by AUTO LENS ADJ(0D0, 0DE)

@FOCUS TELE MARGIN LOW BYTE(CANON X22 LENS)

0A7

FF

FF

FF

FF

changed by AUTO LENS ADJ(0D0, 0DE)

@FOCUS TELE MARGIN HIGH BYTE(CANON X22 LENS)

0A8

05

05

05

05

changed by AUTO LENS ADJ(0D0, 0DE)

@FOCUS WIDE MARGIN LOW BYTE(CANON X22 LENS)

0A9

00

00

00

00

changed by AUTO LENS ADJ(0D0, 0DE)

@FOCUS WIDE MARGIN HIGH BYTE(CANON X22 LENS)

0AA

BD

BD

BD

BD

changed by AUTO LENS ADJ(0D0, 0DE)

@FOCUS RESET LOW(16X,22X LENS)

0AB

81

81

81

81

changed by AUTO LENS ADJ(0D0, 0DE)

@FOCUS RESET HIGH(16X,22X LENS)

0AC

26

26

26

26

changed by AUTO LENS ADJ(0D0, 0DE)

@ZOOM RESET LOW(16X, 22X LENS)

0AD

87

87

87

87

changed by AUTO LENS ADJ(0D0, 0DE)

@ZOOM RESET HIGH(16X, 22X LENS)

0AE

07

07

07

07

@LENS CHECK WIDE 1 END DIFFERENCE

0AF

0E

0E

0E

0E

@LENS CHECK WIDE 2 DIFFERENCE

0B0

0E

0E

0E

0E

@LENS CHECK MIDDEL 1 DIFFERENCE

0B1

20

20

20

20

@LENS CHECK MIDDLE 2 DIFFERENCE

0B2

30

30

30

30

@LENS CHECK TELE 1 DIFFERENCE

0B3

40

40

40

40

@HALL CLOSE TARGET

0B4

65

65

65

65

@IRIS CONTROL AT ADJUSTMENT ;UPPER 8 BIT

0B5

B0

B0

B0

B0

changed by AUTO IRIS ADJ(0CE)

@IRIS CONTROL MIN LOW BYTE

0B6

09

09

09

09

changed by AUTO IRIS ADJ(0CE)

@IRIS CONTROL MIN HIGH BYTE

0B7

80

80

80

80

changed by ZOOM VR CENTER (0D6)

@ZOOM VR CENTER VALUE

0B8

20

20

20

20

@ZOOM VR CENTER MARGEIN

0B9

60

5B

58

68

@0DB; AGC MIN ADJ SHUTTER CONTROL VALUE (UPPER BIT='0'FIX)

0BA

01

08

2B

2A

@0DB; AGC MAX ADJ SHUTTER CONTROL VALUE (UPPER BIT='1'FIX )

0BB

A0

A0

68

68

AGC ADJ. SHUTTER CONTROL VALUE FOR FIND FIRST TARGET

0BC

30

34

30

34

changed by AUTO AGC ADJ(0DB)

@AGC MIN

0BD

A8

A8

A8

A8

changed by AUTO AGC ADJ(0DB)

@AGC MAX

0BE

89

89

89

89

@HALL WIDTH

0BF

3A

3A

3A

3A

@HALL REF. START

0C0

4C

4C

4C

4C

@HALL GAIN. START

0C1

40

40

40

40

changed by AUTO HALL ADJ(0CD)

@HALL MIN

0C2

C0

C0

C0

C0

changed by AUTO HALL ADJ(0CD)

@HALL MAX

0C3

94

94

94

94

@FOCUS LOW

Samsung Electronics

4-9

Alignment and Adjustment

NO-OSD-DISPLAY

DISTANCE

ADDR

MODEL/DATA

CONTENT

NTSC

PAL

NOR

HI8

NOR

HI8

OPTION

D6

D5

D4

D3

D2

D1

D0

0C4

83

83

83

83

@FOCUS HIGH

0C5

FD

FD

FD

FD

@ZOOM LOW

0C6

87

87

87

87

@ZOOM HIGH

0C7

00

00

00

00

changed by AUTO IRIS ADJ(0CE)

@ IRIS CONTROL MAX LOW BYTE

0C8

05

05

05

05

changed by AUTO IRIS ADJ(0CE)

@ IRIS CONTROL MAX HIGH BYTE

0C9

32

3B

3F

31

changed by AUTO WB ADJ(0CF)

R-COLTROL 3100K :INDOOR

0CA

9B

87

93

A0

changed by AUTO WB ADJ(0CF)

B-COLTROL 3100K :INDOOR

0CB

60

6B

71

5F

changed by AUTO WB ADJ(0CF)

R-COLTROL 5100K : OUTDOOR

0CC

5A

58

55

5A

changed by AUTO WB ADJ(0CF)

B-COLTROL 5100K : OUTDOOR

0CD

FF

FF

FF

FF

@@HALL AUTO ADJUST

0CE

FF

FF

FF

FF

@@IRIS AUTO

0CF

FF

FF

FF

FF

@@W/B AUTO

0D0

FF

FF

FF

FF

@@LENS AUTO

0D1

FF

FF

FF

FF

0D2

FF

FF

FF

FF

@@ AGC CHECK

PAL:68H,NTSC:80H

0D3

FF

FF

FF

FF

@@LENS CHECK

0D4

FF

FF

FF

FF

@ WIDE END ZOOM POSITION & ONE AF MODE

0D5

FF

FF

FF

FF

@@GYRO SENSOR CHK2

0D6

FF

FF

FF

FF

@@ZOOM VR CENTER ADJT

0D7

01

01

01

01

@@ZOOM/FOCUS CHK=ONE AF ENABLE BIT 00~03

0D8

FF

FF

FF

FF

0D9

FF

FF

FF

FF

@@COLOR ADJUST

0DA

FF

FF

FF

FF

@@SETUP AUTO

0DB

FF

FF

FF

FF

@AGC AUTO

0DC

FF

FF

FF

FF

@LENS ZOOMTRACK CHECK

0DD

FF

FF

FF

FF

0DE

FF

FF

FF

FF

@LENS 3M ZOOMTRACK ADJ. = SERVICE MODE

0DF

A0

A0

A0

A0

@EEPROM -TABLE -INITIAL ('99'+CONFIRM =EXCEPT(#0E0~0FF), 'AA'=ALL DATA INITIAL)

0E0

3B

7F

33

77

V.LIGHT

XDR

DIS

PIP

CVF/EVF

HI8

PBDSE

S/SHOT

@MODEL DATA : FIXED BY MODEL

0E1

C4

C4

C4

C4

--------VCR DATA[1]

@SPECIAL MODEL-DATA

0E2

85

85

85

85

--------VCR DATA[2]

@HD SW PULSE

0E3

8B

8B

8B

8B

--------VCR DATA[3]

COLOR BAR PATTERN GENERATION Y LEVEL

0E4

BB

BC

B6

BC

--------VCR DATA[4]

@Y-EMPHASIS(NOR)

0E5

94

70

9B

70

--------VCR DATA[5]

@PB Y LEVEL(NOR)

0E6

BF

CE

BF

CE

--------VCR DATA[6]

@Y-EMPHASIS(HI8)

0E7

60

60

60

60

--------VCR DATA[7]

@PB Y LEVEL(HI8)

0E8

80

80

80

80

--------VCR DATA[8]

*.@DSP IC ADDR #29H ;YGAIN VCR-PLAY MODE

0E9

7F

7F

87

7F

--------VCR DATA[9]

@Y FM CARRIER(NOR)

0EA

83

83

81

81

--------VCR DATA[10]

@Y FM DEVIATION(NOR)

0EB

73

73

73

73

--------VCR DATA[11]

@Y FM CARRIER(HI8)

4-10	Samsung Electronics

Alignment and Adjustment

NO-OSD-DISPLAY

DISTANCE

ADDR

MODEL/DATA

CONTENT

NTSC

PAL

NOR

HI8

NOR

HI8

OPTION

D6

D5

D4

D3

D2

D1

D0

0EC

93

93

93

93

--------

VCR DATA[12]

@Y-FM DEVIATION(HI8)

0ED

65

65

65

65

--------

VCR DATA[13]

@BPF ADJ

0EE

CD

A9

CD

CD

--------

VCR DATA[14]

@C-EMPHASIS

0EF

80

80

80

80

--------

VCR DATA[15]

@WHITE CLIP(NOR)

0F0

B0

C0

99

D0

--------

VCR DATA[16]

@REC C LEVEL

0F1

C9

A8

C9

A8

--------

VCR DATA[17]

@REC Y FM LEVEL

0F2

65

85

65

85

--------

VCR DATA[18]

@PB DELAY ADJUST

0F3

65

65

65

65

--------

VCR DATA[19]

@D CLIP(NOR)

0F4

85

85

85

85

--------

VCR DATA[20]

@DEL ADJ

0F5

99

90

99

90

--------

VCR DATA[21]

@SMEAR CONT

0F6

D0

D0

D0

D0

--------

VCR DATA[22]

@MTG(PB)

0F7

7A

7A

7A

7A

--------

VCR DATA[23]

@MTFO(NOR)

0F8

65

60

55

55

--------

VCR DATA[24]

@WHITE CLIP (HI8)

0F9

9A

9A

9A

9A

--------

VCR DATA[25]

@MTFO(HI8)

0FA

8E

8E

8E

8E

--------

VCR DATA[26]

@D-CLIP(HI8)

0FB

00

00

00

00

--------

VCR DATA[27]

@TITLE LANGUAGE

0FC

02

02

02

02

--------VCR DATA[28]

@CUSTOM - 1 :MODE BACKUP DSE='00', D/Z&EIS='01' ..

0FD

0C

0C

0C

0C

--------

VCR DATA[29]

@HEAD SWITCHING POINT(SUB DATA)

0FE

91

91

91

91

--------

VCR DATA[30]

@BATTERY END LEVEL

0FF

FF

FF

FF

FF

--------

VCR DATA[31]

@ATF REFERENCE

“CAMERA ADJUST MODE, EEPROM ADDRESS SEQUENCE & DATA OF PAGE 1”

CLUSTER 0 (HEADER[3:0] = 4'b0000) TG/SHUTTER

100

00

00

00

00

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

VSKIP='0'

CINEMA

='0'

NDTEST

DSYNC

JITNSYNC

101

80

80

80

80

ADCK

FWCK

SCK

LALT

HSP

DOSEL

CLP='0'

X

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 (7:0)

----|

104

07

0C

07

0C

|----

GHDLY(7:0) -128 ~+ 127

----|

105

02

00

00

00

|----

H1DLY[3:0] 0~+15nS

----|

|----

RGDLY[3:0] -8~+7nS

----|

106

2C

4E

19

68

|----

SHP_DLY[3:0] -8~+7nS

|----

SHD_DLY[3:0] -8~+7nS

----|

107

40

60

50

60

FLALTSEL

ADCKDLY[2:0]

0~+7nS

DSCKSEL

FWCKDLY[2:0]

0~+7nS

108

0D

0D

0D

0D

|----

HCNTSET[7:0] '00' PROHIBIT

----|

109

00

00

00

00

|----

LSSC[7:0] low speed shutter

----|

10A

00

00

00

00

DCKSEL

|----

VCNTSET[6:0]

----|

10B

00

00

00

30

CLP1-ADJ(2:0): -2~+2CK CLP1 ADJ

X

X

X

X

X

10C

03

05

05

05

X

X

X

X

PSEUDO

EBFDLY[2:0] BURST FLAG DELAY

10D

1B

1B

1F

1F

|----

FHCNTSET[7:0]; INTERNAL JITER FREE SYNC SIGNAL DELAY DAJUST(AFTER TBC)

----|

10E

00

00

00

14

PBLK

X

SHP PULSE WIDTH[2:0]

SHD PULSE WIDTH[2:0]

10F

00

00

00

00

|----

ONEH_P [3:0]

----|

|----

ONEH_N [3:0]

----|

CLUSTER 1 (HEADER[3:0] = 4'b0001) ENCODER/ DEFECT ADJUST

110

4A

4C

4B

4A

|----

C-SYNC[7:0]

c.sync level 0~255

*EEPROM EMPTY ?

----|

111

00

01

01

03

|----

SETUP[7:0] setup level 0~255

----|

112

00

00

00

00

|----

EBURST[7:0]

burst phase ADJ:360deg./2047 control :NTSC only

----|

Samsung Electronics

4-11

Alignment and Adjustment

NO-OSD-DISPLAY

DISTANCE

ADDR

MODEL/DATA

CONTENT

NTSC

PAL

NOR

HI8

NOR

HI8

OPTION

D6

D5

D4

D3

D2

D1

D0

113

00

40

00

20

ROM TEST

E

UV_CTRL

|----

EBURST_H[2:0]

----|

114

CC

C8

D8

D8

|----

EUSC[7:0] -128~+127 of B-Y(U)

BURST VALUE

----|

115

00

00

28

28

|----

EVSC[7:0] -128~+127 of R-Y(V)

BURST VALUE

----|

116

02

02

02

02

X

EZBRT[1:0];BIGHT OF WINDOW

EZONE

X

A/D-DIRECT

EXTDAC

PD1

117

03

03

03

03

X

X

AD[1:0] AD CLK DLY

D-CLP

S2:GISS COMP.

S1

S0

118

08

00

0D

00

|-----

CLAMP_OFFSET[7:0]

----|

119

30

30

30

30

|-----

DEFECT_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[6:0]

----|

11E

0A

0A

0A

0E

DUMMY

W/B;INTERVAL OF AREA(SECTOR) FROM CENTER CENTER

11F

F0

F0

F0

F0

*DIS;WIGHT WHEN DATA INCREASE

CLUSTER 2 (HEADER[3:0] = 4'b0010) LUMINANCE

120

66

76

66

66

YVBKTH[1:0]

YVBKG[1:0]

YHBKTH[1:0]

YHBKG[1:0]

121

10

D9

10

D9

Y_H_GAIN[1:0]

X

|----

Y_H_POSI_GAIN[4:0]

----|

122

58

94

58

D8

Y_L_GAIN[1:0]

YOLD-GAMMA

|----

Y_V_POSI_GAIN[4:0]

----|

123

02

02

03

03

X

X

|----

YA_NOISE_SLICE[5:0]

----|

124

B0

A0

B0

C0

|----

YHL_SC[7:0]

----|

125

FF

37

FF

FF

|---- YEDGE_SC[7:0]

----|

126

E0

E0

E0

E0

YVAPPSEL

YEGCS

YHLCS'1'=ON

YLPFSEL[1:0];00,01,10

|----

YSCDLY[2;0]

----|

127

30

0A

30

0A

|---- YHINS[6:0] aperture noise slice level after GAMMA.

----|

YNEGA/POSI

128

D0

DE

D8

E0

|----

YWC[7:0]

*EEPROM EMPTY ?

----|

129

8A

8A

8E

90

|----

YGAIN[7:0] X0~X2

----|

12A

00

00

00

00

X

YENHANTH[2:0]

X

X

YENHANG[1:0]

12B

00

00

06

00

|----

YART[2:0]

----|

|----

YHI-A-GAIN[4:0]

----|

12C

57

AF

61

AF

|----

HAPGN[4:0]

----|

YHCLIP[3:2]

H_C_SUP[4]

12D

A1

81

B1

C8

|----

VAPGN[4:0]

----|

YHCLIP[1:0]

E_C_SUP[4]

12E

80

88

80

80

H_C_SUPP_GAIN[3:0]high light color suppress slope

F_FALL[3:0] edge color suppress

12F

58

50

58

50

|---- Y_APERTUTR_CLIP[7:0]

----|

CLUSTER 3 (HEADER[3:0] = 4'b0011)

LUMINANCE & CHROMA

130

20

20

20

20

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

GYDLY[2:0];LINE-INPUT MODE

YEMBOSS

YPASTEL

YIN-OUT

YWINDOW

134

0A

05

04

09

|----

CRDS[7:0] r-dark-slice

----|

135

FA

FE

07

00

|----

CBDS[7:0] b-dark-slice

136

FE

00

00

00

|----

CGDS[7:0] g-dark-slice

137

36

3A

34

31

|----

CRWB[7:0] R-white-balance-control

138

8F

8F

8C

90

|----

CBWB[7:0] B-white-balance-control

139

24

24

24

24

|----

CGWB[7:0] G-white-balance-control

4-12	Samsung Electronics

Alignment and Adjustment

NO-OSD-DISPLAY

DISTANCE

ADDR

MODEL/DATA

CONTENT

NTSC

PAL

NOR

HI8

NOR

HI8

OPTION

D6

D5

D4

D3

D2

D1

D0

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 DEL:0(RED)~4;13A,3B,3C ADDR

CSLOPE1 H[9]

CSLOPE1 H[8]

CSLOPE2 H[9]

CSLOPE2 H[9]

13D

00

00

00

00

X

X

BLUE-SCREEN

CNEGA

CBAR

CMONO

CKEY

CKEY-NEGA

13E

00

00

00

00

DUMMY

X

X

X

CRWB[9:8] #137

CBWB[9:8] #138

13F

13

13

13

13

DUMMY

WDR; GRMODE(#02D) CONTROL DATA OF WDR OFF

CLUSTER 4 (HEADER[3:0] = 4'b0100)

CHROMA

140

37

17

07

17

X

CDEC-INSEL

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 COEFFECIENT FOR R-Y SIGNAL

----|

144

D9

D9

D9

D9

|---- CBRG[7:0] R-G SIGNAL COEFFECIENT FOR B-Y SIGNAL

----|

145

F2

F2

F2

F2

|---- CRBG[7:0] B-G SIGNAL COEFFECIENT FOR R-Y SIGNAL

----|

146

72

72

72

72

|---- CBBG[7:0] B-G SIGNAL COEFFECIENT FOR B-Y SIGNAL

----|

147

4F

5A

76

6B

|---- CRYGP[7:0] R-Y GAIN CONTROL +

----|

148

5E

5F

7E

70

|---- CRYGN[7:0] R-Y GAIN CONTROL -

----|

149

0B

16

1D

15

|---- CRYHP[7:0] R-Y HUE CONTROL +

----|

14A

20

13

29

0F

|---- CRYHN[7:0] R-Y HUE CONTROL -

----|

14B

35

36

3E

3D

|---- CBYGP[7:0] B-Y GAIN CONTROL +

----|

14C

2C

26

35

29

|---- CBYGN[7:0] B-Y GAIN CONTROL -

----|

14D

2A

2D

3C

40

|---- CBYHP[7:0] B-Y HUE CONTROL +

----|

14E

18

06

05

01

|---- 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

04

04

04

04

|----

YG1[7:0]

@Y GAMMA POINT 1

----|

151

07

07

08

08

|----

YG2[7:0]

@Y GAMMA POINT 2

----|

152

15

15

1B

18

|----

YG3[7:0]

@Y GAMMA POINT 3

----|

153

2C

2C

30

2E

|----

YG4[7:0]

@Y GAMMA POINT 4

----|

154

4D

4D

4D

4E

|----

YG5[7:0]

@Y GAMMA POINT 5

----|

155

70

70

78

73

|----

YG6[7:0]

@Y GAMMA POINT 6

----|

156

AA

B4

B8

AB

|----

YG7[7:0]

@Y GAMMA POINT 7

----|

157

D8

F8

D0

E0

|----

YG8[7:0]

@Y GAMMA POINT 8

----|

158

04

04

04

06

|----

CGAMMA1[7:0]

@C GAMMA POINT 1

----|

159

07

07

0A

0C

|----

CGAMMA2[7:0]

@C GAMMA POINT 2

----|

15A

18

18

18

1A

|----

CGAMMA3[7:0]

@C GAMMA POINT 3

----|

15B

30

30

2B

2C

|----

CGAMMA4[7:0]

@C GAMMA POINT 4

----|

15C

50

50

4C

4C

|----

CGAMMA5[7:0]

@C GAMMA POINT 5

----|

15D

78

78

78

78

|----

CGAMMA6[7:0]

@C GAMMA POINT 6

----|

15E

B8

B8

B6

B6

|----

CGAMMA7[7:0]

@C GAMMA POINT 7

----|

15F

F8

F8

F0

F0

|----

CGAMMA8[7:0]

@C GAMMA POINT 8

----|

CLUSTER 6 (HEADER[3:0] = 4'b0110) D.ZOOM & EIS

Samsung Electronics

4-13

Alignment and Adjustment

NO-OSD-DISPLAY

DISTANCE

ADDR

MODEL/DATA

CONTENT

NTSC

PAL

NOR

HI8

NOR

HI8

OPTION

D6

D5

D4

D3

D2

D1

D0

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

09

09

0C

|----

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

00

00

00

00

|----

HZOOM[7:0]

----|

166

80

80

80

80

MOSAIC H-ADJ[1:0]

X

X

X

X

X

HZSTR[8]

167

00

00

00

00

|----

HZSTR[7:0]

----|

168

00

00

00

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

03

02

02

FEMODE[1:0] 01=F,10=H.M

X

X

X

X

FCM[9:8]

16B

0A

00

09

F8

|----

FCM[7:0]

----|

16C

01

01

01

01

|----

V-MOSAIC[5:0] VERTICAL MOSAIC SIZE

HMIRROR[9:8]

16D

05

84

07

7C

|----

HMIRROR[7:0]

----|

16E

00

00

00

00

|----

CBLK-ADJ[3:0]

----|

CCIR-Y

CCIR-C

X

SCKIV

16F

01

01

01

01

DUMMY #16C:MIRROR WHEN EIS ON/OFF '0'=OFF,'1'=ON

CLUSTER 7 (HEADER[3:0] = 4'b0111) AF/AE

170

05

05

06

06

|----

OAFHS-W1

@AF WINDOW 1 H-START POINT;3~252

----|

171

F3

F3

EC

EC

|----

OAFHE-W1

@AF WINDOW 1 H-END POINT;5~254

----|

172

03

03

04

04

|----

OAFVS-W1

@AF WINDOW 1 V-START POINT;3~152

----|

173

76

76

8D

8D

|----

OAFVE-W1

@AF WINDOW 1 V-END POINT;5~154

----|

174

52

52

4D

4D

|----

OAFHS-W2

@AF WINDOW 2 H-START POINT;1~254

----|

175

AC

AC

A8

A8

|----

OAFHE-W2

@AF WINDOW 2 H-END POINT;3~256

----|

176

25

25

29

29

|----

OAFVS-W2

@AF WINDOW 2 V-START POINT;1~154

----|

177

5F

5F

71

71

|----

OAFVE-W2

@AF WINDOW 2 V-END POINT;3~156

----|

178

43

43

37

37

|----

OAEHS-WA

@ AE WINDOW A H-START POINT;1~254

----|

179

C1

C1

B8

B8

|----

OAEHE-WA

@ AE WINDOW A H-END POINT;3~256

----|

17A

20

20

26

26

|----

OAEVS-WA

@ AE WINDOW A V-START POINT;1~155

----|

17B

6E

6E

81

81

|----

OAEVE-WA

@ AE WINDOW A V-END POINT;3~156

----|

17C

0A

0A

07

07

|----

OAEHS-WB

@ AE WINDOW B H-START POINT;1~254

----|

17D

EE

EE

ED

ED

|----

OAEHE-WB

@ AE WINDOW B H-END POINT;3~256

----|

17E

1E

1E

24

24

|----

OAEVS-WB

@ AE WINDOW B V-START POINT;1~155

----|

17F

73

73

8B

8B

|----

OAEVE-WB

@ AE WINDOW B V-END POINT;3~156

----|

CLUSTER 8 (HEADER[3:0] = 4'b1000) AWB

180

0A

0A

0A

07

|----

OAWBHS

@ AWB WINDOW H-START POINT;1~254

----|

181

EE

EE

ED

ED

|----

OAWBHE

@ AWB WINDOW H-END POINT;3~256

----|

182

1E

1E

24

24

|----

OAWBVS

@ AWB WINDOW V-START POINT;1~155

----|

183

73

73

8B

8B

|----

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

----|

4-14	Samsung Electronics

Alignment and Adjustment

NO-OSD-DISPLAY

DISTANCE

ADDR

MODEL/DATA

CONTENT

NTSC

PAL

NOR

HI8

NOR

HI8

OPTION

D6

D5

D4

D3

D2

D1

D0

187

30

30

30

30

|----

OYL-AWB @Y-LOW -THRESHOLD FOR AWB

----|

188

C0

C0

C0

C0

|----

OAF_CLIP_TH[7:0] THRESHOLD VALUE FOR AF CLIP COUNTER

----|

189

C0

C0

C0

C0

|----

OAE_CLIP_TH[7:0] THRESHOLD VALUE FOR AE CLIP COUNTER

----|

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

00

00

00

00

GAP_SEL [2:0]

|----

GAP_TH [4:0]

----|

18D

00

00

00

00

Q1_H [3:0] AUTO FILTER SPEED CONTROL

Q1_L [3:0] AUTO FILTER SPEED CONTROL

18E

00

00

00

00

Q2_H [3:0] FILTER INPUT LIMIT

Q2_L [3:0] FILTER INPUT LIMIT

18F

00

00

00

00

L9_EN1

L9_EN2

L9_EN3

GAP_EN

DOP_EN1

DOP_EN2

DOP_EN3

DOP_EN4

CLUSTER 9 (HEADER[3:0]=4'b1001 ,AWB

190

1F

1F

1F

1F

X

X

X

|----

ORYTH[4:0]

----|

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

08

08

08

08

* VCR MODE NOISE SLICE(#123)

----|

1A1

02

02

02

02

* VCR MODE PB LPF(#126)

----|

1A2

10

10

10

10

* VCR MODE RPS/FPS LOCK SPEED(#1D7)

----|

1A3

07

09

07

09

* VCR MODE NORMAL DELAY(#1FC)

----|

1A4

00

00

00

00

* CDS IC A REG AT VCR MODE

----|

1A5

01

02

02

02

D.ZOOM ON, DSP #123 CONTROL DATA

----|

1A6

D9

DB

5E

DB

D.ZOOM ON, DSP #121 CONTROL DATA

----|

1A7

9A

99

5F

D9

D.ZOOM ON, DSP #122 CONTROL DATA

----|

1A8

9F

BF

AF

BF

D.ZOOM ON, DSP #12C CONTROL DATA

----|

1A9

00

00

00

00

* STILLOFFSET AT PB MODE

----|

1AA

80

80

80

80

* D/ZOOM ON START POSITION-LOW BYTE OF WIDE IMAGE COMPENSATION

----|

1AB

87

87

87

87

* D/ZOOM ON START POSITION-HIGH BYTE OF WIDE IMAGE COMPENSATION

----|

1AC

00

00

00

00

* D/ZOOM ON END POSITION-LOW BYTE OF WIDE IMAGE COMPENSATION

1AD

85

85

85

85

* D/ZOOM ON END POSITION-HIGH BYTE OF WIDE IMAGE COMPENSATION

Samsung Electronics

4-15