The PVD series is a type of wideband voltage divider which is designed to measure single-ended high voltage, and without need for power supplies.
Standard Divider Ratio | 1000:1 |
Max Peak Voltage (DC,AC) | 25kV |
Max Peak Voltage (Pulse) | 30kV |
Accuracy (DC - 2 Hz) | <0.15% |
Accuracy (2 Hz - 200 Hz) | <1.5% |
Accuracy (200 Hz - 5 MHz) | <2% |
Accuracy (> 5 MHz) | <5% |
Risetime | 3ns |
Bandwidth (-3dB point) | 110MHz |
Input Impedance | 300MΩ / 6pF |
Operating temperature | – 35 to 70°C |
Storage temperature | – 40 to 80°C |
Output Connector | DIN Rail |
The PVD series is a type of wideband voltage divider which is designed to measure single-ended high voltage, and without need for power supplies. The PVD series can measure multiple single-ended signal such as DC, AC and pulse.
The PVD series scaled down version of its input signal, which can easily be processed by both DAQ and universal instrumentations, such as osilloscope,digital multimeters, etc.
Input-Output Non-Linearity | <220ppm |
Input Signal Type | Single-ended |
Output Signal Type | Single-ended |
Output Offset Voltage (referenced to output) | <±10mV |
Input Connector | Banana Plug |
BNC Cable Length | 5m |
In general, the PVD series high voltage dividers have derated characteristic when measuring high frequency AC signal, due to heating
in AC dielectric loss and capacitive ESR.
The input pulse should not be too high in frequency and too long in duration, when the amplitude of pulse is up to max peak voltage.
When DC voltage applied, PVD series high voltage dividers should not have derating phenomenon.