RS PRO RSDPB5150 Oscilloscope Probe, Differential Type, 70 MHz, BNC Connector

RS PRO Differential Probe - RSDPB5150

The RS PRO RSDPB5150 is a high voltage differential probe is a high-quality device designed to measure differential signals. They work with a conventional oscilloscope to display waveforms by measuring the voltage difference between two points to produce a much cleaner signal.

Why would you need a Differential Probe?

Design engineers are frequently turning to differential probes due to the advantages over single-ended probes when it comes to accuracy and ease of use. Differential probes can retain high common-mode rejection by removing the common noise. The true differential noise is extracted so you can see a more accurate signal on the oscilloscope screen.

Also known as;

• Oscilloscope Probe

Key Advantages

• High voltage differential probe
• High common-mode rejection
• Probe loading is significantly reduced
• Higher bandwidth
• No ground-bounce
• Accurate measurement
• Ease of use

Specifications

• Bandwidth DC-70 MHz
• Rise time ≤5 ns
• DC accuracy ±2%
• Attenuation ratio 50 X/500 X
• Maximum differential test voltage (DC + Peak AC) 50 X: 150 V, 500 X: 1500 V
• Maximum input common-mode voltage (voltage-to-earth Vrms) 600 V CATIII, 1000 V CATII
• Input impedance single-ended to ground 5 MΩ, two inputs 10 MΩ
• Input capacitance single-ended to ground <4 pF, two inputs <2 pF
• CMRR: DC >80 dB; 100 kHz >60 dB; 1 MHz >50 dB
• Propagation delay 18 ns ± 1 ns
• Bandwidth limit ≥ -3 dB @ 5 MHz
• Differential overvoltage detection level 50 X: ≥150 V, 500 X: ≥1500 V
• Overload indicator (red light)
• Overload alarm
• Automatic save
• Offset setting function
• Terminate load 1 MΩ
• Power supply USB 5 V/1 A adapter
• Probe body dimensions 195 x 65 x 28 mm
• Probe bodyweight approximately 188 g

Applications

• Floating voltage measurement
• Frequency converters
• Switching power supplies designs
• Motor driven design
• Electronic ballast design
• CRT displayer design
• Inverter, UPS power supplies
• Frequency conversion electrical appliances
• Power conversion and related design
• Electrical engineering experiment
• Low voltage appliances experiment
• Power electronics and electric drive experiments