R&S FSW Series - Programming Example: Performing a Basic Frequency Sweep

Remote Commands
R&S
®
FSW
1375User Manual 1173.9411.02 ─ 43
Further programming examples for common measurement tasks are described in the
individual measurement chapters, for example:
●
Chapter 14.4.3, "Programming Example: Performing a Sequence of Measure-
ments", on page 831
●
"Programming Example: Using Limit Lines" on page 1225
●
Chapter 14.5.3.10, "Programming Examples for Channel Power Measurements",
on page 891
●
"Programming example: Measuring the carrier-to-noise ratio" on page 899
●
Chapter 14.5.5.2, "Programming Example: OBW Measurement", on page 901
●
Chapter 14.5.7.11, "Example: SEM Measurement", on page 950
●
Chapter 14.5.8.7, "Programming Example: Spurious Emissions Measurement",
on page 964
●
Chapter 14.5.9.7, "Programming Example: Measuring Statistics", on page 975
●
Chapter 14.5.10.4, "Programming Example: Time Domain Power", on page 985
●
Chapter 14.5.11.5, "Example: Measuring the Harmonic Distortion", on page 990
●
Chapter 14.5.12.2, "Programming Example: Measuring the TOI", on page 992
●
Chapter 14.5.13.2, "Example: Measuring the AM Modulation Depth", on page 994
●
Chapter 14.5.14.8, "Programming Example: EMI Measurement", on page 1002
●
Chapter 14.5.16.2, "Example: Performing a Pulse Power Measurement",
on page 1012
●
Chapter 14.8.2.7, "Programming Example: Configuring a Spectrogram",
on page 1148
●
"Programming Example: Working with an External Mixer" on page 1087
●
Chapter 14.10.4.2, "Programming Example: Using Touchstone files", on page 1288
●
"Programming Example for External Generator Control" on page 1104
● Programming Example: Performing a Basic Frequency Sweep......................... 1375
● Service Request..................................................................................................1378
14.15.1 Programming Example: Performing a Basic Frequency Sweep
This example demonstrates how to configure and perform a basic frequency sweep
measurement in a remote environment.
This example assumes a signal is measured at 100 MHz, with a maximum power level
of -3 dBm.
Some commands in the following examples may not be necessary as they reflect the
default settings; however, they are included to demonstrate the command usage.
//--------------Preparing the measurement ---------------------
*RST
//Resets the instrument
Programming Examples