Radyne ComStream SFC6400A, Installation And Operation Manual

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SFC6400A/SFC1450A Synthesized Frequency Upconverter Appendix A
TM106 – Rev. 1.1 A-21
Converter 6 {FAILED because of an invalid response/FAILED because
it did not respond/FAILED because it's incompatible with
the backup/FAILED because it's RF is turned off/was
successfully learned/was not selected}
Converter 7 {FAILED because of an invalid response/FAILED because
it did not respond/FAILED because it's incompatible with
the backup/FAILED because it's RF is turned off/was
successfully learned/was not selected}
Converter 8 {FAILED because of an invalid response/FAILED because
it did not respond/FAILED because it's incompatible with
the backup/FAILED because it's RF is turned off/was
successfully learned/was not selected}
<cr><lf> {End of transmission}
A.30 Read DAC Value by Index (All)
This command is used to display the contents of the calibration table (DAC value) for the given
Frequency Index (ff) and the given Attenuation Index (aa). The command is as follows:
@01/RDATTENff aa<cr>
Note: Parameters are not actual values for frequency and attenuation but the actual index
into the various arrays that make up the power calibration table: The valid ranges for these
values are dependant on device type and configuration.
If successful, the converter will return the following string:
<cr><lf>
Cal Data = dddd:
{dddd is the DAC value}
<cr><lf>
<cr><lf>
{End of transmission}
A.31 Write DAC Value by Index (All)
This command is used to set the contents of the calibration table (DAC value) for the given
Frequency Index (ff) and the given Attenuation Index (aa) to the given value (vvvv). The command is
as follows:
@01/WRATTENff aa vvvv<cr>
Note: Parameters are not actual values for frequency and attenuation but the actual index
into the various arrays that make up the power calibration table: The valid ranges for these
values are dependant on device type and configuration.
If successful, the converter will not return a string.