ACS-1024-LG Photon Vision Systems, Inc., ACS-1024-LG Datasheet - Page 9

• Manufacturer Part Number: ACS-1024-LG
• Description: Image Sensor, CMOS|CCD, 1026x1026 Pixels, 132pin LCC
• Manufacturer: Photon Vision Systems, Inc.

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18
19
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130
131
132
10
11
12
13
14
1
2
3
4
5
6
7
8
9
M1
M2
G1
H2
H1
H3
K1
K2
K3
N1
F1
L1
L2
L3
Product DATASHEET ACS PDS0003 Subject to change without notice. Page 9 of 26
J3
J1
J2
C_DATA_4
M/S
C_DATA_5
M/S
C_DATA_6
M/S
C_DATA_7
M/S
C_DATA_8
M/S
C_DATA_9
M/S
C_DATA_10
M/S
C_DATA_11
M/S
R_DATA_0
M/S
R_DATA_1
M/S
R_DATA_2
M/S
R_DATA_3
M/S
R_DATA_4
M/S
R_DATA_5
M/S
R_DATA_6
M/S
R_DATA_7
M/S
R_DATA_8
M/S
Photon Vision Systems, Inc.
Digital Out - MAST
Bi-directional I/O
Digital In - SLAVE
Digital Out - MAST
Bi-directional I/O
Digital In - SLAVE
Digital Out - MAST
Bi-directional I/O
Digital In - SLAVE
Digital Out - MAST
Bi-directional I/O
Digital In - SLAVE
Digital Out - MAST
Bi-directional I/O
Digital In - SLAVE
Digital Out - MAST
Bi-directional I/O
Digital In - SLAVE
Digital Out - MAST
Bi-directional I/O
Digital In - SLAVE
Digital Out - MAST
Bi-directional I/O
Digital In - SLAVE
Digital Out - MAST
Bi-directional I/O
Digital In - SLAVE
Digital Out - MAST
Bi-directional I/O
Digital In - SLAVE
Digital Out - MAST
Bi-directional I/O
Digital In - SLAVE
Digital Out - MAST
Bi-directional I/O
Digital In - SLAVE
Digital Out - MAST
Bi-directional I/O
Digital In - SLAVE
Digital Out - MAST
Bi-directional I/O
Digital In - SLAVE
Digital Out - MAST
Bi-directional I/O
Digital In - SLAVE
Digital Out - MAST
Bi-directional I/O
Digital In - SLAVE
Digital Out - MAST
Bi-directional I/O
Digital In - SLAVE
Copyright© 2002 Rev A
Address for random access. If in MASTER mode, output for
currently addressed pixel.
Column address BIT 4 - If in SLAVE mode, input column address
for random access. If in MASTER mode, output for currently
addressed pixel. Pin must be connected whenever in SLAVE
mode, do not float.
Column address BIT 5 - If in SLAVE mode, input column address
for random access. If in MASTER mode, output for currently
addressed pixel. Pin must be connected whenever in SLAVE
mode, do not float.
Column address BIT 6 - If in SLAVE mode, input column address
for random access. If in MASTER mode, output for currently
addressed pixel. Pin must be connected whenever in SLAVE
mode, do not float.
Column address BIT 7 - If in SLAVE mode, input column address
for random access. If in MASTER mode, output for currently
addressed pixel. Pin must be connected whenever in SLAVE
mode, do not float.
Column address BIT 8 - If in SLAVE mode, input column address
for random access. If in MASTER mode, output for currently
addressed pixel. Pin must be connected whenever in SLAVE
mode, do not float.
Column address BIT 9 - If in SLAVE mode, input column address
for random access. If in MASTER mode, output for currently
addressed pixel. Pin must be connected whenever in SLAVE
mode, do not float.
Column address BIT 10 - If in SLAVE mode, input column
address for random access. If in MASTER mode, output for
currently addressed pixel. Pin must be connected whenever in
SLAVE mode, do not float.
Column address MSB BIT 11 - If in SLAVE mode, input column
address for random access. If in MASTER mode, output for
currently addressed pixel. Pin must be connected whenever in
SLAVE mode, do not float.
Row address LSB BIT 0 - If in SLAVE mode, input Row address
for random access. If in MASTER mode, output for currently
addressed pixel. Pin must be connected whenever in SLAVE
mode, do not float.
Row address BIT 1 - If in SLAVE mode, input Row address for
random access. If in MASTER mode, output for currently
addressed pixel. Pin must be connected whenever in SLAVE
mode, do not float.
Row address BIT 2 - If in SLAVE mode, input Row address for
random access. If in MASTER mode, output for currently
addressed pixel. Pin must be connected whenever in SLAVE
mode, do not float.
Row address BIT 3 - If in SLAVE mode, input Row address for
random access. If in MASTER mode, output for currently
addressed pixel. Pin must be connected whenever in SLAVE
mode, do not float.
Row address BIT 4 - If in SLAVE mode, input Row address for
random access. If in MASTER mode, output for currently
addressed pixel. Pin must be connected whenever in SLAVE
mode, do not float.
Row address BIT 5 - If in SLAVE mode, input Row address for
random access. If in MASTER mode, output for currently
addressed pixel. Pin must be connected whenever in SLAVE
mode, do not float.
Row address BIT 6 - If in SLAVE mode, input Row address for
random access. If in MASTER mode, output for currently
addressed pixel. Pin must be connected whenever in SLAVE
mode, do not float.
Row address BIT 7 - If in SLAVE mode, input Row address for
random access. If in MASTER mode, output for currently
addressed pixel. Pin must be connected whenever in SLAVE
mode, do not float.
Row address BIT 8 - If in SLAVE mode, input Row address for
random access. If in MASTER mode, output for currently
addressed pixel Pin must be connected whenever in SLAVE