5320A
Users Manual
6-12
10 kV AC/DC Voltage Divider Verification
For higher voltages, use the 10 kV High Voltage Probe. The input resistance of the 10 kV
HV probe is 300 MΩ ±5%. The current flowing through both the 5320A-LOAD and 10
kV HV probe is measured and shown on the 5320A display.
1. Connect the 10 kV divider adapter to the 5320A meter input terminals (V and COM).
From the front panel of the 5320A, set the active function to METER mode.
2. Activate the 10 kV probe selection by pressing the Probe softkey until 10 kV is
selected in the probe parameter.
3. Set the meter to dc mode by pressing the AC/DC softkey.
4. Apply dc voltage from a high voltage source to the 10 kV probe input terminals. The
voltage reading on the calibrator display should not exceed the specified limits listed
in Table 6-15.
5. Set the meter to ac mode by pressing the AC/DC softkey.
6. Apply ac voltage from a high voltage source to the 10 kV probe input terminals. The
voltage reading on the calibrator display should not exceed the specified limits listed
in Table 6-16.
40 kV AC/DC Voltage Divider Verification (5320A with 40 kV option only)
For higher voltages, use the 40 kV High Voltage Probe. The input resistance of the 40 kV
HV probe is 10 MΩ ± 1.0 %. The current flowing through both the 5320A-LOAD and
40 kV HV probe is measured and shown on the 5320A display.
1. Connect the 40 kV divider adapter to the 5320A meter input terminals (V and COM).
From the front panel of the 5320A, set the active function to METER mode.
2. Activate the 40 kV probe selection by pressing the Probe softkey until 40 kV is
selected in the probe parameter.
3. Set the meter to dc mode by pressing the AC/DC softkey.
4. Apply dc voltage from a high voltage source to the 40 kV probe input terminals. The
voltage reading on the calibrator display should not exceed the specified limits listed
in Table 6-16.
5. Set the meter to ac mode by pressing the AC/DC softkey.
6. Apply ac voltage from a high voltage source to the 40 kV probe input terminals. The
voltage reading on the calibrator display should not exceed the specified limits listed
in Table 6-17.
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