FNIRSI® P4100 High Voltage Oscilloscope Probe With Accessory Kit

FNIRSI® P4100 High Voltage Oscilloscope Probe With Accessory Kit

The FNIRSI P4100 High Voltage Oscilloscope Probe is a professional passive high-voltage oscilloscope probe designed for accurate waveform measurement and high-voltage signal analysis in laboratory, industrial, maintenance, and educational applications. Featuring a 100:1 attenuation ratio and 100MHz bandwidth capability, the P4100 enables safe and reliable measurement of high-voltage circuits while maintaining stable signal integrity and waveform accuracy.

Features:

• Fixed 100:1 attenuation ratio enabling safe measurement of high-voltage signals up to 1000V DC+AC peak.
• 100MHz analog bandwidth for capturing high-frequency signal components with accuracy.
• Fast 3.5ns rise time preserving rapid signal transitions with minimal distortion.
• High 100MΩ input resistance minimizing circuit loading and preserving signal fidelity.
• Ultra-low 6pF input capacitance reducing capacitive loading on the device under test.
• Adjustable compensation range from 10pF to 35pF ensuring compatibility with a wide range of oscilloscopes.
• Durable ABS plastic housing with a professional black finish for rugged everyday use.

Specifications:

Applications:

• High-voltage circuit waveform measurement.
• Power supply and inverter testing.
• Switching power electronics diagnostics.
• Industrial control circuit analysis.
• Oscilloscope laboratory measurements.
• Educational electronics experiments.
• Signal waveform troubleshooting.
• Analog and digital circuit debugging.
• High-frequency signal observation.
• Portable field maintenance applications.

Package Include:

• 1x FNIRSI P4100 High Voltage Oscilloscope Probe.
• 1x Adjustment Screwdriver.
• 8x Color-Coded Identification Ribbons.
• 2x Tip Positioning Sleeves.
• 1x Ground Spring.
• 1x User Manual.

Note:

• Only the above package content, other products are not included.
•  Light shooting and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.