Rigol DM3058

RIGOL Chapter 2 Performance Verification Test
2-4 DM3058/DM3058E Performance Verification Guid
200 V
20 Hz
203.200 V
196.800 V
200 V
45 Hz
200.500 V
199.500 V
200 V
20 kHz
Q
200.500 V
199.500 V
200 V
50 kHz
202.100 V
197.900 V
200 V
100 kHz
206.100 V
193.900 V
750.00 V
37.5 V
100 kHz
39.98 V
35.03 V
320 V
20 Hz
325.55 V
314.45 V
320 V
45 Hz
321.02 V
318.99 V
320 V
20 kHz
Q
321.02 V
318.99 V
320 V
50 kHz
323.58 V
316.43 V
320 V
100 kHz
329.98 V
310.03 V
750 V
1 kHz
Q
751.88 V
748.13 V
Note
[1]
: The reading rate is set to "Slow".
Note
[2]
: Q marks the optional quick test points.
3. The AC current gain verification procedures
(1) Make sure you have carefully read the "Test Conditions".
(2) Connect the input terminals of the multimeter with the calibrator.
(3) Test the ranges specified in Table 2-4 one by one. Set the reading rate to
"Slow" and turn off all the math operations.
(4) Input the signals specified in Table 2-4 using the calibrator and compare the
test results with the test limits in the table (make sure the output of the
calibrator is built adequately).
Table 2-4 AC Current Gain Verification Table
Range
[1]
Test
Signal
Input
Frequency
Quick
Test
1-year Test Limit
Upper Limit Lower Limit
20.0000 mA
1 mA
1 kHz
Q
[3]
1.0450 mA
0.9550 mA
20 mA
20 Hz
20.3200 mA
19.6800 mA
20 mA
45 Hz
20.1200 mA
19.8800 mA
20 mA
2 kHz
Q
20.1200 mA
19.8800 mA
20 mA
10 kHz
20.5400 mA
19.4600 mA
200.000 mA
10 mA
1 kHz
10.430 mA
9.570 mA
200 mA
20 Hz
Q
203.200 mA
196.800 mA
200 mA
45 Hz
Q
200.800 mA
199.200 mA
200 mA 2 kHz Q 200.800 mA 199.200 mA
200 mA 10 kHz Q 205.400 mA 194.600 mA
2.00000 A
100 mA
1 kHz
0.10650 A
0.09350 A
2 A
20 Hz
2.03400 A
1.96600 A
2 A
45 Hz
2.01400 A
1.98600 A
2 A
2 kHz
Q
2.01400 A
1.98600 A
2 A
10 kHz
2.05400 A
1.94600 A
10.0000 A
[2]
500 mA
1 kHz
0.5275 A
0.4725 A
10 A
20 Hz
10.1650 A
9.8350 A
10 A
45 Hz
10.0650 A
9.9350 A
10 A
2 kHz
Q
10.0650 A
9.9350 A
10 A 5 kHz 10.2700 A 9.7300 A
Note
[1]
: The reading rate is set to "Slow".
Note
[2]
: For continuous currents greater than DC 7A or AC RMS 7A, close the circuit for 30 seconds