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Remote Control
R&S
®
CMW500
155
User Manual 1173.9463.02 ─ 02
–
The number of active software licenses limits the number of instances that can
be run in parallel.
6.4.4.2
RF Connector Values
The following list contains all parameter values generally available for selection of an RF
connector. A parameter may support only a subset of these values, depending on the
signal direction and the installed options (see the following sections):
●
RF1C | RF1O | RF2C
:
RF 1 COM, RF 1 OUT, RF 2 COM (RF connectors of the first frontend)
●
RF3C | RF3O | RF4C
:
RF 3 COM, RF 3 OUT, RF 4 COM (RF connectors of optional second frontend)
●
RFAC | RFAO | RFBC
:
Use these virtual RF connector names if you want to send the same command
sequence to different sub-instruments of your instrument. For mapping to the physical
connectors refer to the following sections. To query the mapping via remote command
see
Command scripts using virtual connector names are also compatible with instruments
providing one sub-instrument and one frontend. For configurations with one sub-
instrument and two frontends, only the first frontend can be accessed via virtual con-
nector names.
6.4.4.3
Instrument with One RF Path
This section applies to an instrument with one RF path, one frontend and one instance
per firmware application. All resources are grouped in one sub-instrument.
The following table lists the supported parameter values and used *RST values for selec-
tion of RF connectors and TX/RX boards.
Instance 1
Input connector
RF1C | RF2C | RFAC | RFBC
Output connector
RF1C | RF1O | RF2C | RFAC | RFAO |
RFBC
Mapping
RFAC, RFAO, RFBC
RF1C, RF1O, RF2C
TX module
TX1
RX module
RX1
*RST connectors
RF1C
*RST TX/RX
TX1, RX1
6.4.4.4
Two RF Paths, Two Frontends, Flexible Link, One Sub-Instrument
This section applies to an instrument with two RF paths, two frontends, a flexible link
(R&S CMW-S550B/M) and two instances per firmware application. All resources are
grouped in one sub-instrument.
Control of the Instrument