Rigol DSG800 Series Performance Verification Guide

Chapter 2 Performance Verification Test RIGOL
DSG800 Performance Verification Guide
2-21
2. Connect the [CH2] output terminal of the function/arbitrary waveform generator with the
[10MHz IN] input terminal at the rear panel of DSG800. Connect the [10MHz OUT] output
terminal of DSG800 with the [RF IN] terminal of the signal analyzer.
3. Set the frequency and amplitude of CH2 of the function/arbitrary waveform generator to 10
MHz and 0 dBm respectively and turn on the output.
4. Set the center frequency and span of the signal analyzer to 10 MHz and 1 kHz respectively.
Press Peak Search to read the frequency of the signal.
5. Set the amplitude of CH2 of the function/arbitrary waveform generator to gradually decrease
from 0 dBm and monitor the signal frequency measured by the signal analyzer; stop the
measurement when the frequency measured is not 10 MHz and record the current amplitude
A1 of CH2 of the function/arbitrary waveform generator.
6. Set the amplitude of CH2 of the function/arbitrary waveform generator to gradually increase
from 0 dBm and monitor the signal frequency measured by the signal analyzer; stop the
measurement when the frequency measured is not 10 MHz (note that you also need to stop
the measurement if the frequency measured is still 10 MHz when the amplitude of CH2
increases to +15 dBm) and record the current amplitude A2 of CH2 of the function/arbitrary
waveform generator.
7. Record the result of (A1 to A2), namely the 10 MHz reference input amplitude range.
Compare the result with the specification. If the amplitude range measured includes the range
required by the specification, the instrument passes the test.
Test Record Form
Amplitude Measurement
Value A1
Amplitude Measurement
Value A2
A1 to A2 Specification Pass/Fail
0 dBm to +10 dBm

Rigol DSG800 Series Specifications

General

Brand	Rigol
Model	DSG800 Series
Category	Portable Generator
Language	English