DP1503
DP1503

DP1503

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Price: $682.86

Part number:DP1503
High-Voltage Differential Probe, DP Series. Bandwidth: 100–300 MHz. Differential Voltage: Up to 7000 Vpk. Accuracy: ±2% (1% accuracy available upon request). CMRR: >80 dB. Dual-Range Switching. 5 MHz Bandwidth Limit. BNC Interface.

The Micsig DP Series High-Voltage Differential Probe provides bandwidths from 100 MHz to 300 MHz with a maximum differential input voltage of up to 7000 Vpk. Featuring a standard BNC interface, it is compatible with oscilloscopes from most major manufacturers. The probe includes one-button calibration, overload alarm, range power-off memory, dual voltage ranges, and a high-resistance, low-capacitance design that minimizes circuit loading while maintaining excellent signal fidelity.

Designed for accurate high-voltage measurements, the DP Series delivers outstanding amplitude-frequency performance and a high common-mode rejection ratio (CMRR), making it ideal for power electronics, motor drives, inverters, automotive electronics, industrial equipment, and high-voltage laboratory testing.

Command-based programming supports automated testing applications, while the integrated 5 MHz bandwidth limit function suppresses high-frequency noise to produce cleaner and more stable waveform measurements.

FEATURES
  • Bandwidth options from 100 MHz to 300 MHz.
  • Maximum differential voltage up to 7000 Vpk.
  • Accuracy: ±2% (1% accuracy available upon request).
  • High common-mode rejection ratio (CMRR >80 dB).
  • Dual-range switching.
  • One-button calibration.
  • Overload alarm.
  • Power-off memory for range settings.
  • High input resistance and low input capacitance.
  • 5 MHz bandwidth limit for noise reduction.
  • Standard BNC interface compatible with most oscilloscopes.
  • Supports command-based programming for automated testing.
APPLICATIONS
  • Floating measurements.
  • High-voltage isolation measurements.
  • Switching power supply design.
  • Power converter design.
  • Inverters and UPS power supplies.
  • Welding and electroplating power supplies.
  • Electronic ballast design.
  • Motor drive design.
  • Induction heating and induction cookers.
  • CRT display design.
  • Low-voltage electrical equipment.
  • Electronic power and electric drive experiments.

Product appearance may vary by version without affecting performance or functionality.

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