Appendix A
SFC6400A/SFC1450A Synthesized Frequency Upconverter
A-8
TM106 – Rev. 1.1
Prime 3 is
{not selected/Online with a Priority = n/Online and Faulted
with a Priority = n/Offline and Faulted with a Priority =
n/Offline and Available with a Priority = n}
Prime 4 is
{not selected/Online with a Priority = n/Online and Faulted
with a Priority = n/Offline and Faulted with a Priority =
n/Offline and Available with a Priority = n}
Prime 5 is
{not selected/Online with a Priority = n/Online and Faulted
with a Priority = n/Offline and Faulted with a Priority =
n/Offline and Available with a Priority = n}
Prime 6 is
{not selected/Online with a Priority = n/Online and Faulted
with a Priority = n/Offline and Faulted with a Priority =
n/Offline and Available with a Priority = n}
Prime 7 is
{not selected/Online with a Priority = n/Online and Faulted
with a Priority = n/Offline and Faulted with a Priority =
n/Offline and Available with a Priority = n}
Prime 8 is
{not selected/Online with a Priority = n/Online and Faulted
with a Priority = n/Offline and Faulted with a Priority =
n/Offline and Available with a Priority = n}
Backup is
{Faulted, Warming up/Faulted/Available/Online for Prime
n}
{n = backed up prime converter}
<cr><lf>
Converter
1 2 3 4 5 6 7 8
Learn Status
{F/- } {for 1 - 8} (Dash = Pass, F = Fail)
Polling Status
{F/- } {for 1 - 8} (Dash = Pass, F = Fail)
Relay Status
{F/- } {for 1 - 8} (Dash = Pass, F = Fail)
Switch is in
{Manual mode/Auto mode}
<cr><lf>
{End of transmission}
A.3 Data (All)
This command returns the applicable data formats for the various commands. The command is as
follows:
@01/DATA
A single converter, prime converter in a 1:1 switch configuration or prime converter in a 1:8 Switch
Configuration will return the following string of information:
For Upconverter:
<cr><lf>
cc = channel (01 to 30)
gg.g = gain (-20.0 to +30.0) depending on Input Attenuation
s = sign (+ or -)
ffff = frequency MHz (ffff.0 to ffff.0)
{ffff.0 = frequency in MHz, low end to high end}
t = Kilohertz step ( 0 to 7 for 000 - 875 in 125 kHz increments)
aa = Input Attenuation (00 to 30)
<cr><lf>
<cr><lf>
{End of transmission}
For Upconverter:
Summary of Contents for SFC6400A
Page 2: ......
Page 14: ...Introduction SFC6400A SFC1450A Synthesized Frequency Upconverter 1 2 TM106 Rev 1 1 ...
Page 41: ...User Interfaces SFC6400A SFC1450A Synthesized Frequency Upconverter 4 18 TM106 Rev 1 1 ...
Page 61: ...User Interfaces SFC6400A SFC1450A Synthesized Frequency Upconverter 4 38 TM106 Rev 1 1 ...
Page 64: ...SFC6400A SFC1450A Synthesized Frequency Upconverter User Interfaces TM106 Rev 1 1 4 41 ...
Page 67: ...User Interfaces SFC6400A SFC1450A Synthesized Frequency Upconverter 4 44 TM106 Rev 1 1 ...
Page 82: ...Rear Panel Interfaces SFC6400A SFC1450A Synthesized Frequency Upconverter 5 10 TM106 Rev 1 1 ...
Page 96: ...Appendix A SFC6400A SFC1450A Synthesized Frequency Upconverter A 6 TM106 Rev 1 1 ...
Page 106: ...Appendix A SFC6400A SFC1450A Synthesized Frequency Upconverter A 16 TM106 Rev 1 1 ...
Page 117: ...SFC6400A SFC1450A Synthesized Frequency Upconverter Appendix A TM106 Rev 1 1 A 27 ...
Page 148: ...SFC6400A SFC1450A Synthesized Frequency Upconverter Appendix C TM106 Rev 1 1 C 19 END ...
Page 149: ...Appendix C SFC6400A SFC1450A Synthesized Frequency Upconverter C 20 TM106 Rev 1 1 ...
Page 156: ...SFC6400A SFC1450A Synthesized Frequency Upconverter Glossary TM106 Rev 1 1 G 7 ...
