LR38603 データシートの表示（PDF） - Sharp Electronics

部品番号

コンポーネント説明

メーカー

LR38603

Digital Signal Processor for Color CCD Cameras

Sharp Electronics 

LR38603

ADDRESS

52h

53h

54h

55h

56h

57h

58h

59h

5Ah

5Bh

5Ch

5Dh

5Eh

5Fh

60h

61h

62h

63h

64h

65h

66h

NAME

REF_GA_R3P

REF_GA_B3P

K_GA_R1M

K_GA_B1M

K_GA_R1P

K_GA_B1P

K_GA_R2M

K_GA_B2M

K_GA_R2P

K_GA_B2P

REF_MAT_R1M

REF_MAT_B1M

REF_MAT_R1P

REF_MAT_B1P

REF_MAT_R2M

REF_MAT_B2M

REF_MAT_R2P

REF_MAT_B2P

REF_MAT_R3M

REF_MAT_B3M

REF_MAT_R3P

BIT

CONTENTS

[7 : 0] Chrominance gain of R – Y positive direction when WB3 is fixed or auto-

controlled (present WBR factor ≤ WBR3).

[7 : 0] Chrominance gain of B – Y positive direction when WB3 is fixed or auto-

controlled (present WBR factor ≤ WBR3).

[6 : 0] Chrominance gain slope of R – Y negative direction in WB auto control

(WBR1 < present WBR < WBR2)

[6 : 0] Chrominance gain slope of B – Y negative direction in WB auto control

(WBR1 < present WBR < WBR2)

[6 : 0] Chrominance gain slope of R – Y positive direction in WB auto control

(WBR1 < present WBR < WBR2)

[6 : 0] Chrominance gain slope of B – Y positive direction in WB auto control

(WBR1 < present WBR < WBR2)

[6 : 0] Chrominance gain slope of R – Y negative direction in WB auto control

(WBR2 < present WBR < WBR3)

[6 : 0] Chrominance gain slope of B – Y negative direction in WB auto control

(WBR2 < present WBR < WBR3)

[6 : 0] Chrominance gain slope of R – Y positive direction in WB auto control

(WBR2 < present WBR < WBR3)

[6 : 0] Chrominance gain slope of B – Y positive direction in WB auto control

(WBR2 < present WBR < WBR3)

[5 : 0] Matrix correction factor of R – Y negative direction when WB1 is fixed or

autocontrolled (present WBR factor ≤ WBR1).

[5 : 0] Matrix correction factor of B – Y negative direction when WB1 is fixed or

autocontrolled (present WBR factor ≤ WBR1).

[5 : 0] Matrix correction factor of R – Y positive direction when WB1 is fixed or

autocontrolled (present WBR factor ≤ WBR1).

[5 : 0] Matrix correction factor of B – Y positive direction when WB1 is fixed or

autocontrolled (present WBR factor ≤ WBR1).

[5 : 0] Matrix correction factor of R – Y negative direction when WB2 is fixed or

autocontrolled (present WBR factor = WBR2).

[5 : 0] Matrix correction factor of B – Y negative direction when WB2 is fixed or

autocontrolled (present WBR factor = WBR2).

[5 : 0] Matrix correction factor of R – Y positive direction when WB2 is fixed or

autocontrolled (present WBR factor = WBR2).

[5 : 0] Matrix correction factor of B – Y positive direction when WB2 is fixed or

autocontrolled (present WBR factor = WBR2).

[5 : 0] Matrix correction factor of R – Y negative direction when WB3 is fixed or

autocontrolled (present WBR factor = WBR3).

[5 : 0] Matrix correction factor of B – Y negative direction when WB3 is fixed or

autocontrolled (present WBR factor = WBR3).

[5 : 0] Matrix correction factor of R – Y positive direction when WB3 is fixed or

autocontrolled (present WBR factor = WBR3).

11

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