Signal Routing and System Configuration
R&S
®
SMW200A
154User Manual 1175.6632.02 ─ 30
GUI element Dialog Refer to
"BBMM 1/2"
"FAD 3/4"
or the associated stream
"I/Q Digital Outputs" See Chapter 4.7, "I/Q Digital Output Settings",
on page 172
"FAD 1/2"
or the associated stream
Depends on the current
configuration and
whether the digital inter-
face acts as input or as
output:
"Baseband Input Set-
tings"
"I/Q Digital Outputs"
See Chapter 4.6, "Digital Baseband Input Settings",
on page 158
See Chapter 4.7, "I/Q Digital Output Settings",
on page 172
"RF A/B"
or the associated stream
"I/Q Modulator" See Chapter 7.3, "I/Q Modulator Settings",
on page 449
Icon of a connected
external instrument
"External Instrument
Configuration"
See Chapter 4.4.3.2, "External Instrument Configu-
ration Settings", on page 143
"REF" "Ext. Reference" See Chapter 8.5, "Reference Oscillator",
on page 473.
"LO" "LO Coupling" See Chapter 8.6, "Local Oscillator Coupling",
on page 482
4.5 Signal Routing Settings
Required options
●
2 options Standard Baseband Generator (R&S SMW-B10)
Signal routing in standard mode
In Standard mode, the signal routing settings are a routing possibility suitable for
straightforward non-MIMO configurations. If you are familiar with other
Rohde & Schwarz signal generators, e.g. the R&S SMU or R&S AMU, these settings
provide a convenient way to configure the signal flow. Consider, however, that the
number of the possible configurations is rather limited. To experience the whole routing
performance of the instrument, use the more advanced configurations (see Chap-
ter 4.4, "System Configuration Settings", on page 124).
Other possibilities to configure the signal flow
The "Signal Routing" settings are just one of several methods you can use to configure
the signal flow and route the signal throughout the instrument. Refer to Chapter 4.2,
"Possible Ways to Configure the Signal Flow", on page 110 for an overview of all other
ways and their common application fields.
Signal Routing Settings
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