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AR0141CS Datasheet(PDF) 21 Page - ON Semiconductor

Part # AR0141CS
Description  1/4?릋nch Digital Image Sensor
PDF  48 Pages
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Manufacturer  ONSEMI [ON Semiconductor]
Direct Link  http://www.onsemi.com
Logo ONSEMI - ON Semiconductor

AR0141CS Datasheet(HTML) 21 Page - ON Semiconductor

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AR0141CS
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Table 11. CONFIGURATION FOR HORIZONTAL SUBSAMPLING
x_odd_inc
Restrictions
No Subsampling
x_odd_inc = 1
skip = (1+1) × 0.5 = 1x
The horizontal FOV must be programmed
to meet the following rule:
x_addr_end * x_addr_start ) 1
(x_odd_inc ) 1) 2
+ even number
Skip 2x
x_odd_inc = 3
skip = (1+3) ×0.5 = 2x
Analog Bin 2x
x_odd_inc = 3
skip = (1+3) × 0.5 = 2x
col_sf_bin_en = 1
Digital Bin 2x
x_odd_inc = 3
skip = (1+3) × 0.5 = 2x
col_bin = 1
Table 12. CONFIGURATION FOR VERTICAL SUBSAMPLING
y_odd_inc
Restrictions
No Subsampling
y_odd_inc = 1
skip = (1+1) × 0.5 = 1x
row_bin = 0
The vertical FOV must be programmed to
meet the following rule:
y_addr_end * y_addr_start ) 1
(y_odd_inc ) 1) 2
+ even number
Skip 2x
y_odd_inc = 3
skip = (1+3) × 0.5 = 2x
row_bin = 0
Analog Bin 2x
y_odd_inc = 3
skip = (1+3) × 0.5 =2x
row_bin = 1
1. In skip2 the window size has to be a multiple of 4.
SENSOR FRAME RATE
The time required to read out an image frame (TFRAME)
can be derived from the number of clocks required to output
each image and the pixel clock.
The frame−rate is the inverse of the frame period.
(eq. 6)
fps +
1
TFRAME
The number of clocks can be simplified further into the
following parameters:
The number of clocks required for each sensor row
(line_length_pck)
This parameter also determines the sensor row period
when referenced to the sensor readout clock. (TROW =
line_length_pck x 1/CLK_PIX)
The number of row periods per frame
(frame_length_lines)
An extra delay between frames used to achieve a
specific output frame period (extra_delay)
(eq. 7)
TFRAME + 1 (CLK_PIX)
[frame_length_lines
line_length_pck ) extra_delay]



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