DP04

DP04 SERIES HIGH VOLTAGE DIFFERENTIAL PROBES

DP04 series probes offer new and innovative technologies that allow a significant increase in performance over conventional HV differential probes. This and other proprietary technologies improve the performance of our probes by a factor of ten times compared to others when used with high common mode slew rate input signals. These probes offer accuracy along with very low offset voltage.

A specially designed instrumentation power supply has been used to increase the stability and minimize noise levels. The LVC models offer higher accuracy due to use of low voltage and temperature coefficient internal components. All probes have a 50 Ω output impedance for properly driving very long length coaxial cables. This makes it ideal for off-limit test areas which are outside of the main laboratory.

Highlights & Features:

Low Input Capacitance

120 MHz Bandwidth

Up To 8 KV RMS, 12 KV Peak

Four Standard and Four Precision Models with up to 0.1% DC Accuracy

Unmatched Performance when Measuring High CM Slew Rate Signals

Digital Offset Adjustment

Low Noise

DP04 series models:

DP04-100 High Voltage Differential Probe, 1:100, 175Vrms

DP04-1K High Voltage Differential Probe, 1:1000, 1.75KVrms

DP04-2K High Voltage Differential Probe, 1:2000, 3.5KVrms

DP04-10K High Voltage Differential Probe, 1:10000, 8.0KVrms

DP04-100-LVC Precision High Voltage Differential Probe, 1:100, 175Vrms

DP04-1K-LVC Precision High Voltage Differential Probe, 1:1000, 1.75KVrms

DP04-2K-LVC Precision High Voltage Differential Probe, 1:2000, 3.5KVrms

DP04-10K-LVC Precision High Voltage Differential Probe, 1:10000, 6.3KVrms

GENERAL SPECIFICATIONS AND CHARACTERISTICS

Notes

1) At 25°C ambient temperature horizontal mounting orientation.

2) All parameters are typical specified at 25°C ambient temperature unless otherwise indicated.

3) Information and specifications contained within this publication may change without notice.

4) Non-Measurable. Peak voltages can be applied for <5 s.

5) CM stands for Common Mode and DM for Differential Mode.