Comtech EF Data SLM-5650A - Manual (Page 387)

SLM-5650A Satellite Modem Revision 8
Appendix C MN-SLM5650A
C–35
Parameter
Type
Command
(Instruction
Code and
Qualifier)
Arguments for
Command or
Response to
Query
Description of Arguments
Response to
Command
Query
(Instruction
Code and
Qualifier)
Response to Query
AUPC Local
Carrier Loss
Action
LCL= 1 byte, values
of 0 thru 2
Command or Query.
Tx Output Power level setting when local carrier is lost, where:
0=Hold current output power level
1=Goto Nominal output power level
2=Goto Maximum output power level
Example: LCL=0
LCL=
LCL?
LCL*
LCL#
LCL? LCL=x
(see Description
of Arguments)
AUPC Local
Enable
LPC= 1 byte, value of
0 or 1
Command or Query.
Local AUPC Control, where:
0=Off
1=On
Note: When Local AUPC Control is enabled, modulator output power is
automatically controlled by the modem. Power output commands via TPL are not
allowed during this mode; although, queries will function as normal.
Example: LPC=1 (Turn on Local AUPC Control)
LPC=
LPC?
LPC*
LPC#
LPC? LPC=x
(see Description
of Arguments)
Number of
Unread AUPC
Log Entries
N/A 3 bytes Query only.
Unit returns the Number of AUPC Log Entries, which remain Unread, in the form
xxx.
Note: This means unread over the remote control.
Example: NUS=126
N/A NUA? NUA=xxx
(see Description
of Arguments)
Retrieve next 5
unread AUPC
Log Entries
N/A 155 bytes Query only.
Unit returns the oldest 5 AUPC Log Entries which have not yet been read over the
remote control.
Reply format: {CR}Sub-body{CR}Sub-body{CR}Sub-body{CR} Sub-body{CR}Sub-
body, where Sub-body= AA.ABB.BCCC.CEEE.Eddmmyyhhmmss:
AA.A = Minimum Eb/No during sample period.
BB.B = Average Eb/No during sample period.
CCC.C = Max Output Power during sample period.
EEE.E = Average Output Power during sample period.
If there are less than 5 events to be retrieved, the remaining positions are padded
with zeros. If there are no new events, the response is RNA*.
N/A RNA? RNA=
{CR}AA.ABB.BCC
C.CEEE.Eddmmy
yhhmmss{CR}AA.
ABB.BCCC.CEEE
.Eddmmyyhhmms
s{CR}AA.ABB.BC
CC.CEEE.Eddm
myyhhmmss{CR}
AA.ABB.BCCC.C
EEE.Eddmmyyhh
mmss{CR}AA.AB
B.BCCC.CEEE.E
ddmmyyhhmmss
(see Description
of Arguments)