09/03
6-58
DC 3535/2240/1632, WC M24
760-xxx Regicon NVM List
Initial issue
General Procedures and Information
760-050 M-XBI 0 0~3 Adjusts fast scan direction write start position by switching the video clock phase from SOS signal.
(DC 2240/1632=1 pixel/bit; DC 3535=1/5 pixel/bit)
760-051 C-XBI 0 0~3 Adjusts fast scan direction write start position by switching the video clock phase from SOS signal.
(DC 2240/1632=1 pixel/bit; DC 3535=1/5 pixel/bit)
760-052 K-XBI 0 0~3 Adjusts fast scan direction write start position by switching the video clock phase from SOS signal.
(DC 2240/1632=1 pixel/bit; DC 3535=1/5 pixel/bit)
760-053 Y-OLXSO 10 0~20 Adjust the writing-start position in FS direction, using Open Loop, with number of video locks from SOS signal,
based on temperature detection results, separately from normal Regi Con cycle
(1 pixel/bit). This NVM is defined by correction amount from the current set value XSO-; the level of correction
amount is four steps from -1 to -4 depending on the temperature. XSO- is overwritten based on the selected
correction amount.
760-054 M-OLXSO 10 0~20 Adjust the writing-start position in FS direction, using Open Loop, with number of video locks from SOS signal,
based on temperature detection results, separately from normal Regi Con cycle
(1 pixel/bit). This NVM is defined by correction amount from the current set value XSO-; the level of correction
amount is four steps from -1 to -4 depending on the temperature. XSO- is overwritten based on the selected
correction amount
760-055 C-OLXSO 10 0~20 Adjust the writing-start position in FS direction, using Open Loop, with number of video locks from SOS signal,
based on temperature detection results, separately from normal Regi Con cycle
(1 pixel/bit). This NVM is defined by correction amount from the current set value XSO-; the level of correction
amount is four steps from -1 to -4 depending on the temperature. XSO- is overwritten based on the selected
correction amount
760-056 K-OLXSO 10 0~20 Adjust the writing-start position in FS direction, using Open Loop, with number of video locks from SOS signal,
based on temperature detection results, separately from normal Regi Con cycle
(1 pixel/bit). This NVM is defined by correction amount from the current set value XSO-; the level of correction
amount is four steps from -1 to -4 depending on the temperature. XSO- is overwritten based on the selected
correction amount
760-057 Y-OLXBI 0 0~3 Adjust writing-start position in FS direction in Open Loop, by switching video lock phase from SOS signal, based
on temperature detection results, separately from normal Regi Con cycle
(DC 2240/1632=1 pixel/bit; DC 3535=1/5 pixel/bit).
This NVM is defined with the correction amount from the current set values XBI-, XSO-; its level is 5 steps from
-1 to -5 depending on the temperature. XBI- and XSO- are overwritten based on the selected correction
amount.
760-058 M-OLXBI 0 0~3 Adjust writing-start position in FS direction in Open Loop, by switching video lock phase from SOS signal, based
on temperature detection results, separately from normal Regi Con cycle
(DC 2240/1632=1 pixel/bit; DC 3535=1/5 pixel/bit).
This NVM is defined with the correction amount from the current set values XBI-, XSO-; its level is 5 steps from
-1 to -5 depending on the temperature. XBI- and XSO- are overwritten based on the selected correction
amount.
760-059 O-OLXBI 0 0~3 Adjust writing-start position in FS direction in Open Loop, by switching video lock phase from SOS signal, based
on temperature detection results, separately from normal Regi Con cycle
(DC 2240/1632=1 pixel/bit; DC 3535=1/5 pixel/bit).
This NVM is defined with the correction amount from the current set values XBI-, XSO-; its level is 5 steps from
-1 to -5 depending on the temperature. XBI- and XSO- are overwritten based on the selected correction
amount.
Table 1 Chain 760
Chain-Link Name Default Range Description
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