Rigol DG4202

Chapter 2 Performance Verification Test RIGOL
DG4000 Performance Verification Guide
2-5
4. Record the reading of the DMM and check if the reading exceeds the range listed
in the Limit of Actual Output Amplitude (Vrms) in Table 2-1.
5. Keep other settings of DG4000 unchanged, set the amplitude to 100 mVpp, 500
mVpp, 1 Vpp, 5 Vpp and 10 Vpp respectively, record the readings of the DMM
and check if the readings exceed the ranges listed in the Limit of Actual Output
Amplitude (Vrms) in Table 2-1.
Table 2-1 Limits of AC Amplitude Accuracy Test
Setting
Amplitude
(Vpp)
Permitted
Error
[1]
(Vpp)
Limit of Actual Output
Amplitude
(Vpp)
Limit of Actual Output
Amplitude
(Vrms)
[2]
20 mVpp ±2.2 mVpp 17.8 mVpp~22.2 mVpp 6.3 mVrms~7.9 mVrms
100 mVpp ±3 mVpp 97 mVpp~103 mVpp 34.3 mVrms~36.4 mVrms
500 mVpp ±7 mVpp 493 mVpp~507 mVpp 174.3 mVrms~179.3 mVrms
1 Vpp ±12 mVpp 0.988 Vpp~1.012 Vpp 349.4 mVrms~357.9 mVrms
5 Vpp ±52 mVpp 4.948 Vpp~5.052 Vpp 1.7496 Vrms~1.7864 Vrms
10 Vpp ±102 mVpp 9.898 Vpp~10.102 Vpp 3.5 Vrms~3.5721 Vrms
Note
[1]
: “Permitted Error” is calculated from the specification “±1% of setting ±2 mVpp”.
Note
[2]
: “Limit of Actual Output Amplitude (Vrms)” is calculated from “Limit of Actual Output Amplitude (Vpp)”.
The relation between Vrms and Vpp is
Vrms22Vpp =
.
6. Repeat steps 1 through 4 to verify the AC amplitude accuracy of CH2.