LGaN
Revision 0
Serial Interface Operation
5–27
MN-LGAN
Parameter
Type
Command
(Instruction
Code and
Qualifier)
Arguments for
Command or
Response to
Query
Description of Arguments
(Note that all arguments are ASCII
numeric codes between 48 and 57)
Response to
Command
(Target to
Controller)
Query
(Instruction
Code and
Qualifier)
Response to
Query
(Target to
Controller)
Retrieve
Maintenance
Status
(Cont)
PN5V8 = -5.8V Voltage
RF24V = RF 24V Voltage (50W/100W)
RF24I = RF 24V Current (50W/100W)
P7V8T = PS 7.8V Voltage (50W)
RF40V = RF 40V Voltage (250W)
RF40I = RF 40V Current (250W)
RF10V = RF 10.0V Voltage (250W)
VRMS = AC Vrms Voltage (100W/250W)
Irms = AC Irms Current (100W/250W)
Vpeak = AC Peak Voltage (100W/250W)
Watts = AC Watts (100W/250W)
AC_VA = AC VA (100W/250W)
AC_PF = AC Power Factor (100W/250W)
LFREQ = AC Line Frequency (HZ) (100W/250W)
RF Module:
FWPWR = Module RF Forward Power in dBm
ATEMP = Module Heatsink Temperature in deg C
REFVT = Reference Tune Voltage (Internal Reference)
LNB I = LNB current (LNB)
LNB V = LNB Voltage (LNB)
SW24V = Redundant Wave Guide Switch Voltage
RVPWR = Reverse RF Power in dBm (100W/250W)
RFAN1 = RF Module FAN 1 (100W/250W)
OTEMP = Outside Temperature in deg C (100W/250W)
INPWR = Module Inpu t Power in dBm (250W)
ETEMP = Exhaust Temperature in deg C (250W)
RFAN2 = RF Module FAN 2 (250W)
Example:
<1/rms?
PFAN1=000.0
RF24V=000.0
PS24V=000.0
PS13V=000.0
P7V8T=000.0
P5V8T=005.9
P5V0T=005.1
Summary of Contents for LGAN
Page 22: ...L GaN Revision 0 Introduction 1 8 Figure 1 4 LGaN 50 W Dimensional Envelope 2 of 2...
Page 24: ...L GaN Revision 0 Introduction 1 10 Figure 1 6 LGaN 100 W Ku Band Dimensional Envelope 2 of 2...
Page 36: ...LGaN Revision 0 System Connectors Installation and Startup 2 12 MN LGAN BLANK PAGE...
Page 117: ......
Page 118: ...2114 WEST 7TH STREET TEMPE ARIZONA 85281 USA 480 333 2200 PHONE 480 333 2161 FAX...