RS PRO Oscilloscope Probe, Probe Type: Differential 70MHz 5kV 1:100, 1:1000

RS PRO Oscilloscope Probe, 1:100, 1:1000

The RS-SI 9010A oscilloscope probe from our own trusted and reliable brand RS PRO, is an active differential probe which allows safe and accurate measurements between two voltage signals that are referenced to each other. The RS-SI 9010A features switchable attenuation of 100:1 and 1000:1, 70 MHz bandwidth and ±700 V maximum differential. The probe is also compatible with all oscilloscopes from numerous manufacturers which have 1MOhm BNC input. The probe can be operated either by 4xAA batteries or by the supplied USB power lead, which is needed to powerup the active devices within the probe.

Features and benefits

• Power and over-range indicators
• Differential probe
• Up to ±700 V / ±7,000 V differential
• 70MHz bandwidth (-3 dB)
• 2 x HV alligator clips black & red
• 4 x AA batteries for carrying out tests wirelessly
• USB power lead to ensure a constant power supply
• User manual
• Factory calibration certificate
• Hard case included for safe storage and prevent accidental damage
• Reliable and easy to use

Application

An oscilloscope probe is an essential device for use with an oscilloscope when carrying out a range of tests and measurements of electrical devices. The two main types of oscilloscope probes are active and passive, both with varying bandwidths and are commonly used by electrical engineers.

What is a differential oscilloscope probe?

A differential probe is an active probe that features both negative and positive inputs, as well as a separate ground lead. Differential probes are popular for measuring high-frequency signals or signals of very low amplitude. It drives a single terminated 50Ω cable to transmit its output to one oscilloscope channel.

What is oscilloscope bandwidth?

The bandwidth of an oscilloscope specifies the usable frequency range of the oscilloscope. The signal processing circuitry of an oscilloscope acts like a low pass filter, limiting the frequency behaviour of the device. Therefore, for a proper analysis, the oscilloscope bandwidth must be considerably higher than the frequency of the signal under test.

How to select the correct oscilloscope probe?

When selecting the correct probe, make sure the probe’s capacitance is within the measuring range of the oscilloscope. Active probes have the ability to support much higher signal bandwidths, which is why they tend to be favoured by most engineers when used in higher performing applications.

What is an active probe?

An active probe is different from a passive probe as they contain a small active amplifier built into the body near the probe tip, ensuring minimal probe input capacitance. An active probe is also the least intrusive of all probes due to a significantly lower capacitive loading whilst providing greater accuracy.