MT9P031I12STM-ES Aptina LLC, MT9P031I12STM-ES Datasheet - Page 31

• Manufacturer Part Number: MT9P031I12STM-ES
• Manufacturer: Aptina LLC

Specifications of MT9P031I12STM-ES

• Lead Free Status / RoHS Status: Supplier Unconfirmed

Table 13:
PDF: 09005aef81a4a477/Source: 09005aef81a4a495
MT9P031_DS - Rev. E 7/10 EN
Reg. #
R0x023
R0x02B
R0x02C
R35:0
R43:0
R44:0
Bits
15:11
15:0
10:8
15:0
14:8
15:0
14:8
Register Description (continued)
7:6
5:4
2:0
5:0
5:0
15
15
3
7
6
7
6
Default
0x0000
0x0000
0x0000
0x0000
0x0008
0x0000
0x0000
0x0008
0x0008
0x0000
0x0000
0x0008
X
X
X
X
X
X
X
Name
Column Address Mode (RW)
Reserved
Reserved
Reserved
Column Bin
The number of columns to be read and averaged per column output minus one. For normal readout,
this should be zero. For Bin 2X, it shoud be 1; for Bin 4X, it should be 3. Writes are synchronized to frame
boundaries. Affected by Synchronize_Changes. Causes a Bad Frame if written. Legal values: {0, 1, 3}.
Reserved
Column Skip
The number of column-pairs to skip for every column-pair output. A value of zero means to read every
column in the active image. For Skip 2X, this should be 1; for Skip 3X, this should be 2, and so on. This
value should be no less than Column_Bin. For full binning, Column_Skip should equal Column_Bin.
Writes are synchronized to frame boundaries. Affected by Synchronize_Changes. Causes a Bad Frame if
written. Legal values: [0, 6].
Green1 Gain (RW)
Reserved
Green1 Digital Gain
Digital Gain for the Green1 channel minus 1 times 8. The actual digital gain is (1 + value/8), and can
range from 1 (a setting of 0) to 16 (a setting of 120) in increments of 1/8. Writes are synchronized to
frame boundaries. Affected by Synchronize_Changes. Volatile.
Legal values: [0, 120].
Reserved
Green1 Analog Multiplier
Analog gain multiplier for the Green1 channel minus 1. If 1, an additional analog gain of 2X will be
applied. If 0, no additional gain is applied. Writes are synchronized to frame boundaries. Affected by
Synchronize_Changes. Volatile.
Green1 Analogl Gain
Analog gain setting for the Green1 channel times 8. The effective gain for the channel is
(((Green1_Digital_Gain/8) + 1) * (Green1_Analog_Multiplier + 1) * (Green1_Analog_Gain/8)). Writes
are synchronized to frame boundaries. Affected by Synchronize_Changes. Volatile. Legal values: [8, 63].
Blue Gain (RW)
Reserved
Blue Digital Gain
Digital Gain for the Blue channel minus 1 times 8. The actual digital gain is (1 + value/8), and can range
from 1 (a setting of 0) to 16 (a setting of 120) in increments of 1/8. Writes are synchronized to frame
boundaries. Affected by Synchronize_Changes. Volatile. Legal values: [0, 120].
Reserved
Blue Analog Multiplier
Analog gain multiplier for the Blue channel minus 1. If 1, an additional analog gain of 2X will be applied.
If 0, no additional gain is applied. Writes are synchronized to frame boundaries. Affected by
Synchronize_Changes. Volatile.
Blue Analog Gain
Analog gain setting for the Blue channel times 8. The effective gain for the channel is
(((Blue_Digital_Gain/8) + 1) * (Blue_Analog_Multiplier + 1) * (Blue_Analog_Gain/8)). Writes are
synchronized to frame boundaries. Affected by Synchronize_Changes. Volatile.
Legal values: [8, 63].
31
MT9P031: 1/2.5-Inch 5Mp Digital Image Sensor
Aptina reserves the right to change products or specifications without notice.
©2005 Aptina Imaging Corporation. All rights reserved.
Registers