Comtech EF Data CSAT-5060 Installation And Operation Manual page 95

5 to 25 Watt C-Band Transceiver
Remote Control
Arguments
for
Command
Command
or
(Instruction
Parameter
Response
Code and
Type
to Query
qualifier)
CSAT Global CGC= 60 bytes,
Configuration with
numerical
entries
fixed value
entries, and
delimiters
Description of arguments
Note that all arguments are ASCII
numeric codes between 48 and 57.
Command or Query. Global configuration of Unit, in the
form: FFFF.FAA.AAMSB.BGG.GGZffff.faa.aamsb.b
gg.ggNRCXOOOLWWDeeeeeee, where:
F = TX Frequency – same as UFQ= (6 bytes)
A = TX Attenuation – same as UAT= (5 bytes)
M = TX Mute – same ad UMU= (1byte)
S = TX Slope Mode – same as USM= (1 byte)
B = TX Slope Value – same as USA= (3 bytes)
G = TX Gain Offset – same as UGO= (5 bytes)
Z = TX Amplifier State – same as AMP= (1 byte)
f = RX Frequency – same as UFQ= (6 bytes)
a = RX Attenuation – same as UAT= (5 bytes)
m = RX Mute – same ad UMU= (1byte)
s = RX Slope Mode – same as USM= (1 byte)
b = RX Slope Value – same as USA= (3 bytes)
g = RX Gain Offset – same as UGO= (5 bytes)
N = Mute Mode – same as MUT= (1 byte)
R = Auto Fault Recovery – same as AFR= (1 byte)
C = Cold Start Mode – same as CLD= (1 byte)
X = Ext Ref Fault Logic – same as XRF= (1 byte)
O = Ref Oscillator Adjust – same as REF= (3 bytes)
L = LNA Current Source – same as LCS= (1 byte)
W = LNA Current Window – same as LCW= (3 bytes)
D = LNA Fualt Logic – same as LFL= (1 byte)
e = expansion (7 bytes), set to '0'
Example: CGC=5901.012.75000.3-0.0013652.5
12.75000.3-0.00110108719900000000
Response to
Command
(Slave to Master)
CGC= (message ok)
CGC? (received ok,
But invalid
arguments found)
A-11
MN/CSAT506025.IOM
Query
(Instruction Response to query
code and
(Slave to Master)
qualifier)
CGC? CGC= FFFF.FAA.AAMS
B.BGG.GGZffff.faa.aams
b.bgg.ggNRCXOOOLWWDeeeeee
e
(same format as command
arguments)
Revision 1