09/03
6-59
DC 3535/2240/1632, WC M24
760-xxx Regicon NVM List
General Procedures and Information
Initial issue
760-060 K-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.
760-061 Y-OLYSO 4 0~20 Adjust using Open Loop the writing-start position in SS direction with the number of LS signal counts from ROS
Image Patch Start signal, based on temperature detection results, separately from normal Regi Con cycle
(1 pixel/bit).
This NVM is defined with the correction amount from the current set value YSO-; its level is 4 steps from -1 to -
4 depending on the temperature. YSO- is overwritten based on the selected correction amount.
760-062 M-OLYSO 10 0~20 Adjust using Open Loop the writing-start position in SS direction with the number of LS signal counts from ROS
Image Patch Start signal, based on temperature detection results, separately from normal Regi Con cycle
(1 pixel/bit).
This NVM is defined with the correction amount from the current set value YSO-; its level is 4 steps from -1 to -
4 depending on the temperature. YSO- is overwritten based on the selected correction amount.
760-063 C-OLYSO 10 0~20 Adjust using Open Loop the writing-start position in SS direction with the number of LS signal counts from ROS
Image Patch Start signal, based on temperature detection results, separately from normal Regi Con cycle
(1 pixel/bit).
This NVM is defined with the correction amount from the current set value YSO-; its level is 4 steps from -1 to -
4 depending on the temperature. YSO- is overwritten based on the selected correction amount.
760-064 K-OLYSO 10 0~20 Adjust using Open Loop the writing-start position in SS direction with the number of LS signal counts from ROS
Image Patch Start signal, based on temperature detection results, separately from normal Regi Con cycle
(1 pixel/bit).
This NVM is defined with the correction amount from the current set value YSO-; its level is 4 steps from -1 to -
4 depending on the temperature. YSO- is overwritten based on the selected correction amount.
760-065 Y-OLMAG 100 0~200 In Open Loop, adjust all magnification in FS direction by switching the average frequency of video clock of each
ROS, based on temperature detection results, separately from normal Regi Con cycle (DC 2240/1632=1/4
pixel/bit; DC 3535=1/10 pixel/bit).
This NVM is defined with the correction amount from the current set value MAG-; its level is 4 steps from -1 to -
4 depending on temperature. The above MAG- is overwritten based on the selected correction amount
760-066 M-OLMAG 100 0~200 In Open Loop, adjust all magnification in FS direction by switching the average frequency of video clock of each
ROS, based on temperature detection results, separately from normal Regi Con cycle (DC 2240/1632=1/4
pixel/bit; DC 3535=1/10 pixel/bit).
This NVM is defined with the correction amount from the current set value MAG-; its level is 4 steps from -1 to -
4 depending on temperature. The above MAG- is overwritten based on the selected correction amount
760-067 C-OLMAG 100 0~200 In Open Loop, adjust all magnification in FS direction by switching the average frequency of video clock of each
ROS, based on temperature detection results, separately from normal Regi Con cycle (DC 2240/1632=1/4
pixel/bit; DC 3535=1/10 pixel/bit).
This NVM is defined with the correction amount from the current set value MAG-; its level is 4 steps from -1 to -
4 depending on temperature. The above MAG- is overwritten based on the selected correction amount
760-068 K-OLMAG 100 0~200 In Open Loop, adjust all magnification in FS direction by switching the average frequency of video clock of each
ROS, based on temperature detection results, separately from normal Regi Con cycle (DC 2240/1632=1/4
pixel/bit; DC 3535=1/10 pixel/bit).
This NVM is defined with the correction amount from the current set value MAG-; its level is 4 steps from -1 to -
4 depending on temperature. The above MAG- is overwritten based on the selected correction amount
Table 1 Chain 760
Chain-Link Name Default Range Description
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