A1 PROs AI1001S Vertical clock driver for camera system Datasheet

Ver1.0
1
A1 PROs
Ai1001S
A1 PROs
Vertical Clock Driver for Camera System
Pin Configuration
Description
The Ai1001S is a clock driver for the vertical
resister drive of CCD.
Ai1001S is well suited for the B/W or color
CCD camera and camcorder in NTSC or PAL
camera system.
Feature
-. 4 channel vertical clock driver and 1 channel
substrate driver.
-. Implemented with high voltage(+50V) and high
performance CMOS process.
Vi2
1
16
VSS(-10V)
Vi1
2
15
V¥ õ2
ViS1
3
14
V¥ õ1
Vi3
4
13
VP0(0V)
ViS2
5
12
V¥ õ3
Vi4
6
11
V¥ õ4
ViSUB
7
10
VSUB
VDD(+5V)
8
9
VP1(+15V)
16 PIN SOP / SSOP
( Top View )
Absolute Maximum Ratings (Ta = 25¡ É)
Parameter
Symbol
Rating
Unit
Supply voltage
Vss
VDD, VP0, VP1
Reference voltage
Vss£ 0.3 to Vss+35
V
V
Input voltage
VI
Vss£ 0.3 to VDD+0.3
V
Output voltage
V¥ õ2, V ¥ õ4
V¥ õ1 , V ¥ õ3, VSub
Vss£ 0
-.3 to VP0+0.3
Vss£ 0.3 to VP1+0.3
V
V
Operating temperature
TOPR
-25 to +85
¡ É
Storage temperature
TSTG
-40 to +125
¡ É
Recommended Operating Conditions
Parameter
Symbol
Rating
Unit
Supply Voltage
VDD
VP0
VP1
Vss +15
Vss +10
Vss +25
V
V
V
Operating temperature
TOPR
-20 to +75
¡ É
1
Ai1001S
V¥õ1
VP0(0V)
V¥õ3
V¥õ4
VSUB
VP1(+15V)
15
14
13
12
11
10
9
1
2
3
4
5
6
7
8
Vi1
ViS1
Vi3
ViS2
Vi4
ViSUB
VDD(+5V)
V¥õ2
16
Vi2
VSS(-10V)
Block Diagram
Truth Table
Input
Vi 1 , 3
Vi S 1 , 2
L
L
H
H
L
H
L
H
Vi 2 , 4
V¥
Vi SUB
õ1,3
Output
V¥ õ2,4
VSUB
VP1
VP0
*Z
VSS
L
H
VP0
VSS
L
H
VP1
VSS
* Z is high impedance.
Pin Description
No.
Symbol
I/O
1
2
3
Vi2
Vi1
ViS1
I
I
I
Output control (V¥ õ2)
Output control (V¥ õ1)
Output control (V¥ õ1)
4
5
Vi3
ViS2
Vi4
ViSUB
I
I
Output control (V¥ õ3)
Output control (V¥ õ3)
I
I
-
Output control (V¥ õ4)
Output control (VSUB)
Power supply (+5V)
6
7
8
Description
9
10
11
12
13
14
VDD
VP1
VSUB
V¥ õ4
V¥ õ3
VP0
V¥ õ1
O
O
O
O
Power supply (+15V)
Output (2 level : VP1, VSS)
Output (2 level : VP0, VSS)
Output (3 level : VP1, VP0, VSS)
Power supply (0V)
Output (3 level : VP1, VP0, VSS)
15
16
V¥ õ2
VSS
O
-
Output (2 level : VP0, VSS)
Power supply (-10V)
2
Ai1001S
DC Characteristics
(TA=25¡ É
, VDD = 5V, VSS = -10V, VP0 = 0V, VP1 = 15V)
Item
Symbol
Test Condition
Input high voltage
VIP1
Input low voltage
VISS
Output high voltage
V¥
õP1
I¥ õP1 = - 20 § Ë
Output middle voltage
V¥
õP0
I¥ õP0 = - 20 § Ë
Output middle voltage
V¥
õP0
I¥ õP0 = 20 § Ë
Output low voltage
V¥
õSS
I¥ õSS = 20 § Ë
Min
Typ
Max
Unit
3.5
V
1.5
14.9
15
V
0
-0.1
V
0.1
V
0
V
-9.9
-10
V
§ Ë
Input current
IIN
1.0
Power supply current
IPD
0.3
0.5
§ Ì
Power supply current
IPI
0.15
0.3
§ Ì
Power supply current
IP0
4.5
5.0
§ Ì
Switching Characteristics
(See the Test Circuit TA = 25¡ É, VP1=15V, VP0=0V, VDD=5V, VSS= -10V)
Item
Symbol
Conditions
Output Current
IL
V¥ õ1 to V¥
4
õ
= -9.5V
Output Current
IM1
V¥ õ1 to V¥
4
õ
= -0.5V
Output Current
IM2
V¥ õ1, V¥
3
õ
= 0.5V
Output Current
IH
V¥ õ1, V¥
3
õ
= 14.5V
Output Current
ISL
VSUB = -9.5V
Output Current
I
VSUB = 14.5V
Rise time VSS ¡ æVP0
TTLM
V¥ õ1 to V¥
Fall time VP0 ¡ æVSS
TTML
V¥
1,3
õ
= -9.5V
Rise time VP0 ¡ æVP1
TTMH
V¥
1,3
õ
Fall time VP1 ¡ æVP0
TTHM
V¥
1,3
õ
Rise time VP0 ¡ æVP1
Fall time VP1 ¡ æVSS
TTLHH
TTHHL
Coupling amplitude (middle level)
Coupling amplitude (low level)
Max. Min. Unit
§ Ì
-25
10
§ Ì
-9
12
§ Ì
§ Ì
-12
12
§ Ì
1000
ns
after input transient
1000
ns
= 14V
after input transient
1000
ns
= 1V
after input transient
1000
ns
VSUB = 14V
VSUB = -9.5V
200
200
ns
ns
VCOM
V¥ õ1 to V¥
4
õ
0.5
V
VCOL
V¥ õ1 to V¥
4
õ
0.5
V
3
4
õ
= -0.5V after input transient
§ Ì
Ai1001S
Test Circuit
Ai1001S
1
16
Vi2
R1-R4 : 27 Ohm
R5 : 5 Ohm
C1-C4 : 1500 pF
C5-C8 : 3300 pF
C9 : 500 pF
VSS(-9V)
VP1 VP0
15V 0V
a
3
b
(L,L) (L,H)
15
V¥ õ2
R5
14
-10V
VSS
VP1 VP0
4
a
Vi3
5
b
R1
(H,H)
ViS1
(L,L)
Decoder
TIMING GENERATOR
Vi1
Decoder
2
(L,H)
V¥ õ1
C2
R2
C5
13
C7
C1
C3
VP0(0V)
C6
(H,H)
12
ViS2
VSS
6
11
Vi4
7
V¥ õ3
R3
V¥ õ4
R4
C4
10
VSUB
ViSUB
C9
8
9
VDD(+5V)
VP1(+15V)
*(L, H) means the on-status of the switch when a = "L", b = "H".
4
C8
Ai1001S
Test Circuit I/O Waveform Diagram
Input waveform
Vi1
EIA :2.51§ Á
CCIR:2.53§ Á
Vi3
ViS1
ViS2
Output waveform
TTMH
+15
TTLM
TTHM
V¥
õ1
0
-10
TTMH
TTML
+15
TTHM
V¥
õ3
0
-10
+5
ViSUB
0
TTLHH
+20
VSUB
-10
5
TTHHL
Ai1001S
Input waveform
(Repeat Cycle 15.7kHz)
+5
Vi1
0
+5
Vi2
0
+5
Vi3
0
+5
Vi4
0
600ns
Output waveform
TTML
TTLM
0
V¥
õ1
-10
TCOM
0
V¥
õ2
-10
VCOL
0
V¥
õ3
-10
0
V¥
õ4
-10
6
1M
3
V¥õ2
-9V
4
7
VSS(-9V)
V¥õ2
V¥õ1
4
Vi3
Vi2
Vi1
1
2
3
5
ViS2
ViS1
6
7
8
Vi4
ViSUB
VDD(5V)
3.3k
VR 10k
or EVR for color digital camera system.
16
15
14
VP0(0V)
13
V¥õ1
V¥õ3
2
V¥õ3
V¥õ4
VSUB
VP1(15V)
Ai1001S
12
11
1
V¥õ4
9
10
KDS226
0.1/50
+15V
11
VSUB
SENSOR
+5V
7
8
9
10
11
12
13
Vi2
Vi1
ViS1
Vi3
ViS2
Vi4
ViSUB
Timing Generator
Ai1001S
Application Circuit
Ai1001S
Package Dimension ( Ai1001S : 16 PIN SSOP )
UNIT = inch (mm)
O
-
0 8
O
0.311(7.90)
0.301(7.65)
0.212(5.38)
0.205(5.20)
0.037(0.95)
0.022(0.55)
0.009(0.22)
0.005(0.13)
0.015(0.38)
0.010(0.25)
0.249(6.33)
0.239(6.07)
BASE PLANE
0.008(0.21)
0.002(0.05)
0.078(1.99)
0.068(1.73)
0.0256
(0.65)
SEATING PLANE
8
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