Rohde & Schwarz SMW200A - Routing the Signal through the Instrument and Defining the Output Connectors

Getting Started
R&S
®
SMW200A
78User Manual 1175.6632.02 ─ 16
In this example, we use the global USER connectors. Alternatively, you can achieve
the same configuration goal with the local T/M/C connectors.
This test setup requires one oscilloscope, like the R&S
®
RTO, as additional equipment.
1. In the block diagram, select "Block Diagram > Baseband > Misc > Custom Digital
Mod > Marker" tab.
2. Select "Marker Mode > Marker 1 > Pulse" and "Divider = 32".
Generated is a periodic marker with marker frequency of 120 KHz. The signal is
output at the USER 1 connector of the R&S SMW (see Figure 2-9).
3. Use a suitable cable to connect the USER 1 connector of the R&S SMW to the
monitoring instrument, for example oscilloscope like R&S
®
RTO, see Figure 2-11.
USER 1
I OUT
(Rear Panel)
Marker 1
Signal
Figure 2-11: Simplified representation of a test setup for signal monitoring**
** = The figure depicts the cabling as a general principle
4. Use a suitable cable to connect the I OUT connector of the R&S SMW to the moni-
toring instrument.
To learn more about this topic, refer to Chapter 4.5.1.2, "Regular Marker Output Sig-
nals", on page 234.
2.3.5 Routing the Signal through the Instrument and Defining the Output
Connectors
This section emphasizes on the signal routing capabilities in the default state of the
instrument (standard system configuration mode). The R&S SMW provides the "I/Q
Stream Mapper" function to route and distribute each of the generated I/Q signals
(streams) to any of the available output connectors.
Trying Out the Instrument