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LM98714 Datasheet(PDF) 90 Page - Texas Instruments

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Part # LM98714
Description  LM98714 Three Channel, 16-Bit, 45 MSPS Analog Front End with LVDS/CMOS Output
PDF  115 Pages
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Manufacturer  TI1 [Texas Instruments]
Direct Link  http://www.ti.com
Logo TI1 - Texas Instruments

LM98714 Datasheet(HTML) 90 Page - Texas Instruments

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LM98714
SNAS254A – OCTOBER 2006 – REVISED JANUARY 2014
www.ti.com
Table 16. (continued)
Address
Register
Default
Page
Bit(s)
Description
(Binary)
Title
(Binary)
[7]
Reserved. Set to 0.
0001
2
0 1011
PIX2 End
[6:0]
PIX2 off point. Defines when the PIX2 signal turns off within the pixel period. Can be set to any available edge
0101
within the pixel period. (For 1/2 frequency signals, the count can be any available edge within 2 pixel periods)
[7]
Reserved. Set to 0.
0000
2
0 1101
PIX3 Start
[6:0]
PIX3 on point. Defines when the PIX3 signal turns on within the pixel period. Can be set to any available edge
1011
within the pixel period. (For 1/2 frequency signals, the count can be any available edge within 2 pixel periods)
[7]
Reserved. Set to 0.
0000
2
0 1110
PIX3 End
[6:0]
PIX3 off point. Defines when the PIX3 signal turns off within the pixel period. Can be set to any available edge
1101
within the pixel period. (For 1/2 frequency signals, the count can be any available edge within 2 pixel periods)
[7]
Reserved. Set to 0.
0001
2
1 0000
PIX4 Start
[6:0]
PIX4 on point. Defines when the PIX4 signal turns on within the pixel period. Can be set to any available edge
0000
within the pixel period. (For 1/2 frequency signals, the count can be any available edge within 2 pixel periods)
[7]
Reserved. Set to 0.
0001
2
1 0001
PIX4 End
[6:0]
PIX4 off point. Defines when the PIX4 signal turns off within the pixel period. Can be set to any available edge
0011
within the pixel period. (For 1/2 frequency signals, the count can be any available edge within 2 pixel periods)
[7]
Reserved. Set to 0.
0000
2
1 0011
PIX5 Start
[6:0]
PIX5 on point. Defines when the PIX5 signal turns on within the pixel period. Can be set to any available edge
0000
within the pixel period. (For 1/2 frequency signals, the count can be any available edge within 2 pixel periods)
[7]
Reserved. Set to 0.
0000
2
1 0100
PIX5 End
[6:0]
PIX5 off point. Defines when the PIX5 signal turns off within the pixel period. Can be set to any available edge
0000
within the pixel period. (For 1/2 frequency signals, the count can be any available edge within 2 pixel periods)
[7]
Reserved. Set to 0.
0000
2
1 0110
PIX6 Start
[6:0]
PIX6 on point. Defines when the PIX6 signal turns on within the pixel period. Can be set to any available edge
0000
within the pixel period. (For 1/2 frequency signals, the count can be any available edge within 2 pixel periods)
[7]
Reserved. Set to 0.
0000
2
1 0111
PIX6 End
[6:0]
PIX6 off point. Defines when the PIX6 signal turns off within the pixel period. Can be set to any available edge
0000
within the pixel period. (For 1/2 frequency signals, the count can be any available edge within 2 pixel periods)
[7]
Reserved. Set to 0.
0000
2
1 1001
PIX7 Start
[6:0]
PIX7 on point. Defines when the PIX7 signal turns on within the pixel period. Can be set to any available edge
0000
within the pixel period. (For 1/2 frequency signals, the count can be any available edge within 2 pixel periods)
[7]
Reserved. Set to 0.
0000
2
1 1010
PIX7 End
[6:0]
PIX7 off point. Defines when the PIX7 signal turns off within the pixel period. Can be set to any available edge
0000
within the pixel period. (For 1/2 frequency signals, the count can be any available edge within 2 pixel periods)
[7]
Reserved. Set to 0.
0000
2
1 1100
PIX8 Start
[6:0]
PIX8 on point. Defines when the PIX8 signal turns on within the pixel period. Can be set to any available edge
0000
within the pixel period. (For 1/2 frequency signals, the count can be any available edge within 2 pixel periods)
90
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