Panasonic AN2145 Ccd video camera signal processor ic Datasheet

AN2145NFHP, AN2146FHP, AN2147FHP
CCD Video Camera Signal Processor ICs
■ Overview
12.0±0.2
14.0±0.2
Unit:mm
1
0.2
(0.5)
(min0.25)
12.0±0.2
■ Features
1.3±0.1
0.15 +– 0.1
0.05
1.3±0.1
2.8±0.2
0.5
0.1±0.1
The AN2145NFHP is a CCD video camera signal
processor IC for 510H CCD. It incorporates full
chroma signal LPFs and horizontal aperture correction circuits. Because carrier-balance is rationalized
and ajustment-free, adjustments and necessary external components are reduced half in number as compared with conventional versions of ours.
The AN2146FHP is for 670H CCD, and the
AN2147FHP is for 768HCCD.
14.0±0.2
• Improved color reproduction with 4-channel white
balance
• Built-in high-luminance color-suppression circuit
• Improved S/N ratio at low brightness
80-Pin QFH Package (QFH080-P-1212)
■ Absolute Maximum Ratings (Ta=25 ˚C)
Parameter
Symbol
Rating
Unit
Supply voltage
VCC
5.5
V
Supply current
ICC
100
mA
mW
Power dissipation Note 2)
PD
357
Operating ambient temperature Note 1)
Topr
–20 to +75
˚C
Storage temperature
Tstg
–55 to +125
˚C
Note 1)
Note 1) Ta=25˚C except operating ambient temperature and storage temperatures unless otherwise specified.
Note 2) Allowable power dissipation of the package at Ta=70˚C.
■ Recommended Operating Range (Ta=25˚C)
Parameter
Operating supply voltage range
Symbol
Range
VCC
4.4V to 4.8V
■ Electrical Characteristics (VCC=4.6V, Ta=25±2˚C)
Parameter
Symbol
Condition
min
typ
max
Unit
Total circuit current
Itot
42
60
78
Reference voltage (or VREF output voltage)
VREF
1.68
1.8
1.92
V
Pulse separation level CPOB
VCPOB
2.1
2.5
2.9
V
Pulse separation level PBLK
VPBLK
0.6
1.0
1.4
V
Pulse separation level CP2
VCP2
2.1
2.5
2.9
V
Pulse separation level CBLK
VCBLK
0.6
1.0
1.4
V
Pulse separation level FH/2
VFH/2
0.6
1.0
1.4
V
Pulse separation level SP
VSP
0.4
0.8
1.2
V
Pulse separation level WBLK
VWBLK
0.6
1.0
1.4
V
Pulse separation level SYNC
VDSYN
1.1
1.5
1.9
V
Luminance AGC max. gain
VYMAX
V65=10STEP 50mVP–P
22.5
26
28.5
dB
Luminance AGC mini. gain
VYMIN
V65=10STEP 1500mVP–P
–9
–6
–4
dB
Color difference AGC min. gain Note A)
VCMAX
V65=Sin500kHz 50mVP–P
22.5
26
28.5
dB
Color difference AGC max. gain Note A)
VCMIN
–9
–6
–4
dB
Luminance g characteristics (1)
VYGAM1
350
470
600
mVP–P
Luminance g characteristics (2)
VYGAM2
470
630
810
mVP–P
Luminance g characteristics (3)
VYGAM3
V65=Sin500kHz 1500mVP–P
V69=10STEP 1000mVP–P
3rd step
V69=10STEP 1000mVP–P
5 step
V69=10STEP 1000mVP–P
10 step
720
970
1260
mVP–P
Luminance fade characteristics
VYFADE
–26
dB
V16=10STEP 300mVP–P
Horizontal AP generation circuit characteristics Note A)
VHAP
V16=Sin3.5kHz 100mVP–P
Base clip characteristics Note B)
VBCLIP
V11=Sin500kHz 40mVP–P
18.5
22
mA
24.5
dB
60
mVP–P
Output luminance signal amplitude
VYOUT
V29=10STEP 600mVP–P
580
680
800
mVP–P
Output high-clip characteristics
VHCLIP
V29=10STEP 1000mVP–P
800
890
1100
mV
Output low-clip characteristics
VLCLIP
V29=10STEP 200mVP–P (reverse)
–50
–28
–12
mV
Synchronous signal level
VSYNC
V29=C–GND
268
295
322
mVP–P
Pedestal control characteristics (1)
VPED1
V29=C–GND
40
60
100
mV
Pedestal control characteristics (2)
VPED2
–30
–10
0
mV
–20
dB
VSW
V29=C–GND
V20=Sin3.5MHz 600mVP–P
(V29=white signal)
V65=square wave 500kHz
1VP–P
V48, V50, V54, V56=C–GND
VSWOFF
V48, V50, V54, V56=C–GND
Chroma clip characteristics
Note B)
S/H characteristics
Switch level
Switch DC offset
VCCLIP
VSH
300
450
600
mVP–P
–12
0
12
mV
–30
0
30
mV
RWB control characteristics
VRWB
V56=10STEP 200mVP–P
420
580
760
mVP–P
CY+G control characteristics
VCYG
V54=10STEP 200mVP–P
420
580
760
mVP–P
BWB control characteristics
VBWB
V50=10STEP 200mVP–P
420
580
760
mVP–P
YE+G control characteristics
VYEG
V48=10STEP 200mVP–P
420
580
760
mVP–P
R-Y matrix control characteristics
VRMAT
V50=10STEP 200mVP–P
380
520
710
mVP–P
B-Y matrix control characteristics
VBMAT
V56=10STEP 200mVP–P
380
520
710
mVP–P
γ control signal leak
VGAML
mVP–P
VCGAM1
Color difference γ
characteristics (2)
VCGAM2
V24=10STEP 500mVP–P
V22=10STEP 500mVP–P
V24=10STEP 1VP–P
3rd step
V22=10STEP 500mVP–P
V24=10STEP 1VP–P
5 step
100
Color difference γ
characteristics (1)
Note A) Sine wave with BLK and pedestal
Note B) Sine wave with BLK
The value in the above characteristics is not a guaranteed value, but reference one on design.
300
410
530
mVP–P
380
530
690
mVP–P
■ Electrical Characteristics (cont.) (VCC=4.6V, Ta=25±2˚C)
Parameter
Symbol
Color difference γ characteristics (3)
VCGAM3
Between channels γ characteristics
VGAM4
Note B)
Color difference gain control characteristics (1)
VCGC1
Color difference gain control characteristics (2)Note B)
VCGC2
Iris γ characteristics (1)
VIGAM1
Iris γ characteristics (2)
VIGAM2
Iris γ characteristics (3)
VIGAM3
Luminance signal blanking level
VYBLK
Iris signal blanking level
VIBLK
R-Y blanking level
B-Y blanking level
Condition
V22=10STEP 500mVP–P
V24=10STEP 1VP–P
10 step
V23=10STEP 500mVP–P
V24=10STEP 1V
min
typ
max
Unit
510
720
930
mVP–P
–2
0
2
dB
V22=Sin500kHz 600mVP–P
700
1150
1500
mVP–P
V23=Sin500kHz 600mVP–P
V5=10STEP 1VP–P
3rd step
V5=10STEP 1VP–P
5 step
V5=10STEP 1VP–P
10 step
700
1150
1500
mVP–P
220
300
390
mVP–P
350
480
620
mVP–P
470
630
800
mVP–P
V69=C–GND
–20
0
20
mV
V5=C–GND
–20
0
20
mV
VRBLK
V22=C–GND
–20
0
20
mV
VBBLK
V23=C–GND
V54=10STEP 200mVP–P
V56=10STEP 200mVP–P
–20
0
20
mV
310
450
610
mVP–P
dB
VVAP
VAP generation circuit gain
Note C)
Edge suppression characteristics (1)
Note B)
VEDGE1
V22=Sin500kHz 600mVP–P
–20
Edge suppression characteristics (2)Note B)
VEDGE2
V23=Sin500kHz 600mVP–P
–20
dB
Luminance high-cut characteristics
VHC
V65=10STEP 1500mVP–P
350
mV
AP mix circuit luminance amplification characteristics
VAPY
V16=10STEP 300mVP–P
6.9
dB
VAPDL
V16=Sin3.5MHz 100mVP–P
120
ns
Aperture mix circuit HAP gain Note B)
VAPHAP
V13=Sin3.5MHz 600mVP–P
3.4
dB
Aperture mix circuit VAP gain Note B, E)
VAPVAP
V11=Sin500kHz 600mVP–P
3.3
dB
Aperture suppression characteristics Note B)
VLLSP
V13=Sin3.5MHz 600mVP–P
–12
dB
V16=Vref
V37=Sin500kHz 500mVP–P
(V38=0.5V)
V42=Sin500kHz 500mVP–P
(V41=0.5V)
V37=Sin500kHz 500mVP–P
(V38=3.0V)
V42=Sin500kHz 500mVP–P
(V41=3.0V)
V22=V23=Sin500kHz 600mVP–P
(V5=white)
515
mV
0
dB
0
dB
8
dB
8
dB
–26
dB
Horizontal APDL group delay
Note A, D)
White fade characteristics
VWFADE
Delay signal amp. gain (1)Note A)
VDLAMP1
Delay signal amp. gain (2)Note A)
VDLAMP2
Delay signal amp. gain (3)Note A)
VDLAMP3
Delay signal amp. gain (4)Note A)
VDLAMP4
Color difference high-clip characteristics Note B)
VCHC
Color difference fade characteristics Note B)
VCFADE
V22=V23=Sin500kHz 600mVP–P
–26
dB
dB
VSHLPF
V65=Sin3.5MHz 1500mVP–P
–30
Color difference LPF characteristics Note B)
VCLPF
V22=V23=Sin3.5MHz 600mVP–P
–26
dB
VAP LPF characteristics (1)Note A)
VVLPF1
V48=V50=Sin500kHz 200mVP–P
0
dB
VAP LPF characteristics (2)Note A)
VVLPF2
V48=V50=Sin3.5MHz 200mVP–P
–25
dB
Edge HPF characteristics Note A)
VEHPF
V54=V56=Sin500kHz 500mVP–P
–4
dB
S/H LPF characteristics
Note A)
Note A) Sine waves with BLK and pedestal
Note B) Sine waves with BLK
Note C) For the AN2147FHP, 450mVP-P min., 665mVP-P typ., and 880mVP-P max. under the conditions
V48=10STEP 200mVP-P and V50=10STEP 200mVP-P.
Note D) 90ns typ. for the AN2146FHP and the AN2147FHP
Note E) 6.0dB typ. for the AN2147FHP
The value in the above characteristics is not a guaranteed value, but reference one on design.
■ Pin Descriptions
Pin No.
Pin name
Pin name
Pin No.
Pin No.
Pin name
Pin No.
Pin name
1
2
R–Y·Out
WBLK·In
21 Dclamp
22 R–Y·In
41 YE1·Gain
42 YE1·In
61 SP1·In
62 SP2·In
3
Iris·Out
23 B–Y·In
43 YE+G·Gain
63 CAGC·Cont
4
BLK·Out
24 C γ ·Cont
44 CY+Mg·Out
64 GND2
5
Iris·In
25 Edge·Test
45 BWB·Gain
65 Sig·In
6
BW·Fade
26 Ped·Set
46 YE+G·Out
66 YAGC·Cont
7
Fade·In
27 GND1
47 CY+G·Gain
67 HC·Cont
8
R–Y·Gain
28 Y·Out
48 YE2·In
68 YAGC·Out
9
Fade·Out
29 Y·In
49 Vref2 (Typ. 1.8V In)
69 γ · In
10 B–Y·Gain
30 R–Y·Matrix
50 CY2·In
70 Knee·Cont
11 VAP·In
31 RG·Out
51 CY+G·Out
71 YDC·Cont
12 Vref1 (Typ. 1.8V In)
32 B–Y·Matrix
52 VCC3 (Typ. 4.6V)
72 Vre (Typ. 1.8V Out)
13 HAP·In
33 BG·Out
53 YE+MG·Out
73 SSG·In (Cp2, C. Blk)
14 HAP·Out
34 Drive·In (Cpob, P. Blk)
54 CY0·In
74 BDC·Cont
15 Sync·In
35 FH2·In
55 RWB·Gain
75 γ · Out
16 DL·In
36 VCC2 (Typ. 4.6V)
56 YE0·In
76 RDC·Cont
17 Chroma·Clip
37 CY1·In
57 VAP·Out
77 High·Clip
18 Chroma·Out
38 CY1·Gain
58 CY·Out
78 SUPP·Cont
19 VCC1 (Typ. 4.6V)
20 Chroma·In
39 CY1·Out
40 YE1·Out
59 YE·Out
60 VAP·Test
79 B–Y·Out
80 SUPP·Set
■ Reference
PD–Ta
1000
900
Power dissipation PD (mW)
800
714mW
700
600
500
θj–a=140˚C/W
400
300
200
100
0
0
25
50
75
100
125
(Tjmax)
Ambient temperature Ta (˚C)
■ Block Diagrams (AN2145NFHP,AN2146FHP)
10kΩ
10kΩ
ATT
1H DL
1H DL
GAIN Cont.
ATT
1H DL
1H DL
GAIN Cont.
5.6kΩ × 4
YE
1.8V
CY
CY+G
GAIN
RWB
typ.
VREF
typ.
VREF
YE+G
GAIN
BWB
typ.
VREF
YE1 GAIN
typ. 2.0V
typ.
VREF
N
1.0µF
YE1IN
30kΩ
0.1µF
2.4V
±700mV
60
SP2
0.1µF
VAPTEST YEOUT CYOUT VAPOUT YEDIN
59
58
57
56
0.1µF
YE+MG
CYOIN
55
54
typ.
500mV
1.8V
22kΩ× 4
typ.500mV
1.8V
53
CY+G
52
CY2IN
51
YE+G
CY+MG
YE2IN
50
49
VCC
4.6V
0.8V
0.1µF
48
47
46
45
44
43
42
41
VREF
1.8V
157ns
SP1
0.8V
+
61
157ns
GAIN
CONT
40
GAIN
CONT
39
0.1µF
33µF
CAGC
CONT
62
3.3kΩ
– 330kΩ
+
63
CAGC
CONT
64
3.3kΩ
CAGC
330kΩ
3.3kΩ
typ.
3.3V
+
0.1µF
YAGC
CONT
+
–
BLK
(P.BLK)
R WB
LPF
CLAMP
(CPOB)
BLK
(P.BLK)
CY+G
GAIN
CLAMP
(CP2)
H1GH
CUT
YAGC
CLAMP
(CPOB)
BLK
(P.BLK)
B WB
CLAMP
(CPOB)
BLK
(P.BLK)
YE+G
GAIN
66
YAGC
CONT
HC
CONT
Y
0.1µF
typ.500mV
1.5V
GAM IN
68
69
0.1µF
KNEE
typ. Opes
0.047µF
typ.
600mVP–P
VREF
0.047µF
GAM OUT 1.8V
BLK
(P BLK)
VCC
4.6V
+
BLK
(CBLB)
R–Y
Amp.
OR
γ.HC
EDGE
LPF
75
BLK
(CBLK)
+
FADE
78
CLAMP
(CPOB)
+
GATE
typ.
VREF
LOWLUMI
SUPP
SUPP
CONT
typ.
±500mV
1.85V
typ.
±500mV
Y IN
HICLIP
±890mV
28 T.OUT
1.0V
SYNC
PED
±300mV ±50mV
26
PED SET
typ. VREF
25 EDGE TEST
2.7V
C GAM CONT
YDDL
B–Y IN
23
(10ns)
B/W
(P BLK)
BLK
(P BLK)
3.3µF
RG OUT
29
24
(320ns)
80
γ.HC
EDGE
LPF
1.85V
27
HCLIP
LCLIP
(–3dB at 1MHz)
GAMMA
2.5V
1.0V
BG OUT
typ.
VREF
DCCONT
(CP2)
DL
CPOB
P BLK
0.1µF
HIGH
CUT
PED
BLK
(CBLK)
76
77
1.0V
30
CLANP
(CP2)
CLAMP
(CPOB)
B–Y
Amp.
FADE
HIGH
CLIP
FH/2
DRIVE
IN
R–Y
MAT
GAMMA
CONT
CLAMP
(CPOB)
GAD4
CONT
BDC
CONT
2.2V
34
B–Y
MAT
GAD4
CONT
74
SUPP
CONT
35
PULSE
SEPA
32
(–3dB at 1MHz)
PULSE
SEPA
typ.
300mV
36
FH/2
CONT
Det.
DCCONT
(CP2)
FADE
typ.
2.0V
CPOB PBLK
1IPF
+
(CP2)
79
SUPPSET
typ. VREF
GAIN
CONT
+
–
typ.500mV
CT1 IN
1.8V
37
1.0 µF N
CP3 CBLK
HIGH CLIP
typ. 2.8V
B–Y OUT
38
GAIN
CONT
typ.500mV
2.0V
CY1OUT 2.0V
CY1
GAIN
31
1.8V
VREF
RDC
CONT
typ.
±500mV
+
1IPF
DC
CONT
71
0.047µF
2.3kΩ
+
–
33
YDC
CONT
SSG
IN 73
)
GAMMA
(–3dB at 1MHz)
9dB
Amp.
GAMMA
FH/2
LOW
–
+
LPF
CLAMP
(CPOB)
70
72
CT2
CBLK
(
GAMMA
YAGC
OUT
22kΩ
1
H
D
L
CLAMP
(CPOB)
(–3dB at 1MHz)
67
33µF
2.5V
1.0V
S/H
C
65
3.3kΩ
LPF
(–3dB at 1MHz)
typ.500mV
CDS
SIG
S/H
YE1OUT
DL
DL
(90ns)
(90ns)
0.1µF
R–Y IN
22
0.1µF
+
21
0.1µF
HAP
FADE
CONT
CLAMP
(CPOB)
Det.
BASE
CLIP
VCC
4.6V
VREF
1.8V
1
2
3
4
5
BLK IRIS
OUT IN
R–Y OUT
6
7
8
36kΩ
typ.
±500mV
WBLK IN
Y
9
10
FADE
OUT
N
2.2µF
2.2V
1.0V
0V
1.0V IRIS OUT
typ. 500mV
1.0V typ. 500mV
B/W
FADE
typ.(Black)1
1.0V
FADE IN R–Y
typ. 3.3V GAIN
(Through) typ.
VREF
11
12
13
14
15
HAP HAP
VAP N
SYNC IN
OUT
IN
2.2µF IN
30kΩ
VREF
0.22µF
B–Y
GAIN
typ.
VREF
16
17
DL IN
typ.
±500mV
±400V
18
19
CHROMA
OUT
20
0.01µF
2.5V±1000mV
1.8V±750mV
1.8V
1.8V
±280V
1.8V
typ.
1.3V ±500mV
1.5V
LPF
1kΩ
CHROMA
OUT
typ.
VREF 1.0V
1kΩ
CHROMA
IN
Y
VREF
■ Block Diagram (AN2147FHP)
ATT
1H DL
BUFF
ATT
1H DL
BUFF
5.6kΩ × 4
YE
1.8V
CY
CY+G
GAIN
RWB
typ.
VREF
typ.
Vref
YE+G
GAIN
BWB
typ.
VREF
YE1 GAIN
typ. 2.0V
typ.
VREF
N
10µF
30kΩ
0.1µF
2.4V
±1000mV
60
SP2
0.1µF
VAPTEST YEOUT CYOUT VAPOUT YE0IN
59
58
57
0.1µF
CY0IN
56
55
54
typ.
300mV
1.5V
22kΩ × 4
typ.500mV
1.8V
YE+MG
53
CY+G
52
CY2IN
51
YE+G
CY+MG
YE1IN
YE2IN
50
49
VCC
4.6V
0.8V
0.1µF
48
47
46
45
44
43
42
41
VREF
1.8V
157ns
8.2dB
SP1
0.8V
+
61
157ns
GAIN
CONT
40
GAIN
CONT
39
0.1µF
33µF
CADC
CONT
62
3.3kΩ
– 330kΩ
+
63
CADC
CONT
64
3.3kΩ
CADC
0.1µF
YADC
CONT
+
–
230kΩ
3.3kΩ
typ.
3.3V
GAM IN
26dB
CLAMP
(CP2)
H1GH
CUT
YAGC
66
YDL
YADC
CONT
MC
CONT
BLK
(P BLK)
BLK
(P.BLK)
B WB
CLAMP
(CPOB)
BLK
(P.BLK)
YE+G
GAIN
typ.
600mVP–P
0.047µF
VREF
GAM OUT 1.8V
1.0V
γ .HC
EDGE
30
CLANP
(CP3)
CLAMP
(CPOB)
PED
BLK
(CBLK)
γ .HC
EDGE
LPF
RG OUT
typ.
VREF
1.7V
CLAMP
(CPOB)
SYNC PED
300mV 50mV
26
PCD3CT
typ. VREF
25 EDGE TEST
2.7V
C GAM CONT
YDDL
B–Y IN
23
78
(10ns)
B/W
(P BLK)
BLK
(P BLK)
GATE
LOWLUMI
SUPP
SUPP
CONT
HICLIP
±850mV
28 Y OUT
24
33µF
typ.
±500mV
Y IN
+
(320ns)
+
1.85V
29
Y
FADE
typ.
±500mV
27
HCLIP
LCLIP
(–3dB at 1MHz)
GAMMA
1.85V
typ.
VREF
DCCONT
(CP2)
DL
2.5V
1.0V
BG OUT
0.1µF
HIGH
CUT
CLAMP
(CPOB)
BLK
(CF1 B)
B–Y
Amp.
FADE
CPOB
P BLK
R–Y
MAT
GAMMA
CONT
(–3dB at 1MHz)
77
FH/2
DRIVF
IN
B–Y
MAT
OR
LPF
76
80
34
32
GAIN
CONT
75
2.2V
35
Det.
GAIN
CONT
PULSE
REPA
79
SUPPSET
typ. VREF
BLK
(CF1B)
R–Y
Amp.
FADE
BDC
CONT
SUPP
CONT
FH/2
CONT
PULSE
SEPA
CPOB PBLK
HPF
DCCONT
(CP2)
74
HIGH CLIP
typ.2.8V
BT OUT
+
HPF
(CP2)
HIGH
CLIP
typ.
300mV
1.5V
36
31
1.8V
VREF
BDC
CONT
typ.
±500mV
+
–
VCC
4.6V
CP2 CBLK
0.047µF
22kΩ
)
GAIN
CONT
+
YDC
CONT
SSG
IN 73
typ.
2.0V
CY1 IN
33
DC
CONT
71
CP2
CBLK
(
FH/2
LOW
GAMMA
(–3dB at 1MHz)
9dB
Amp.
GAMMA
70
72
38
GAIN
CONT
typ.500mV
CY1OUT 2.0V
CY1
GAIN
10µF N
CLAMP
(CPOB)
LPF
CLAMP
(CP2)
+
CY+G
GAIN
GAMMA
KNEE
typ. Opes
0.047µF
BLK
(P.BLK)
Y
68
69
0.1µF
+
–
typ.500mV
2.0V
37
(200ns)
YAGC
OUT
typ.500mV
1.5V
2.5V
1.0V
CLAMP
(CPOB)
LPF
0.1µF
22kΩ
R WB
(–3dB at 1MHz)
67
33µF
BLK
(P.BLK)
+
–
+
S/H
26dB
C
65
3.3kΩ
CLAMP
(CPOB)
LPF
(–3dB at 1MHz)
typ.500mV
CDS
SIG
S/H
YE1OUT
DL
DL
(120ns)
(120ns)
0.1µF
R–Y IN
22
0.1µF
+
21
0.1µF
HAP
CLAMP
(CPOB)
Det.
FADE
CONT
BASE
CLIP
VCC
4.6V
VREF
1.8V
1
2
3
4
5
BLK IRIS
OUT IN
R–Y OUT
6
7
8
36kΩ
typ.
±500mV
WBLK IN
Y
9
10
FADE
OUT
N
2.2µF
2.2V
1.0V
0V
1.8V IRISOUT
typ. 500mV
1.0V typ. 500mV
SW
FADE IN R–Y
FADE
typ. 3.3V GAIN
typ.(Black)1 (Through) typ.
1.0V
VREF
11
12
13
14
15
HAP HAP
VAP N
SYNC IN
OUT
IN
2.2µF IN
30kΩ
VREF
0.22µF
B–Y
GAIN
typ.
VREF
16
17
DL IN
typ.
300mV
±400V
18
19
CHROMA
OUT
20
0.01µF
2.5V±1000mV
1.0V±750mV
1.8V
1.8V
±400V
1.8V
typ.
1.8V ±660mV
1.5V
LPF
1kΩ
CHROMA
CLIP
typ.
VREF±1.0V
1kΩ
CHROMA
IN
Y
VREF
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