Oscilloscope Probes

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500 MHz Oscilloscope Probes Set

SISCO-OP-P6139

The oscilloscope probes set with accessory kit feature an attenuation of 10X / 1X, a bandwidth of 500MHz, a rise time of less than 700ps, and a maximum input voltage of 300V CAT II.

$172.82

AC Low Current Oscilloscope Probe

SISCO-OP-CT

The AC low-current oscilloscope probe, designed for permanent or semi-permanent in-circuit installation, features a current transformer and an interconnecting cable with a selectable bandwidth range of 25 kHz to 2 GHz.

$2,335.61

AC Oscilloscope Current Probe

SISCO-OP-P6021A

AC oscilloscope current probes provide versatile AC current measurements, offering accurate current measurements over a wide frequency range. The peak pulse current is selectable between 250A and 100A, and the bandwidth is selectable between 120Hz and 120MHz.

$7,845.46

High Voltage Differential Oscilloscope Probe

SISCO-OP-RP1025D

The oscilloscope high-voltage differential probes support frequencies of up to 25 MHz (RP1025D), 50 MHz (RP1050D), and 100 MHz (RP1100D), making them ideal for high-power testing and R&D applications.

$882.84

Universal Passive Oscilloscope Voltage Probe

SISCO-OP-PVP3150

The PVP series high-impedance passive probes increase the bandwidth to 35 MHz under 1X setting, which is 3 to 5 times higher than other similar probes. This allows low-bandwidth signals to be directly transmitted to the oscilloscope for measurement.

$81.46

Oscilloscope probes are essential accessories for oscilloscopes, acting as the crucial link between the device under test and the oscilloscope itself. They are designed to accurately capture electrical signals and transfer them to the oscilloscope for analysis.

These probes come in a diverse range of types to meet different measurement requirements. Voltage probes are commonly used to measure voltage signals, with options like passive probes for general - purpose, low - voltage measurements and active probes for high - speed and high - impedance applications. Current probes, on the other hand, are specialized in measuring electrical current, often using techniques such as current transformers to convert current into a measurable voltage signal.

Key features of oscilloscope probes include bandwidth, which determines the highest frequency signal they can accurately measure. A wider bandwidth allows for the analysis of high - speed digital signals and complex waveforms. Input impedance is another vital factor; it affects how the probe interacts with the circuit being measured, minimizing signal distortion. Probes also vary in terms of attenuation ratios, which help in adjusting the signal level to a suitable range for the oscilloscope's input.

Whether you're a professional engineer working on complex circuit designs, a technician troubleshooting electronic devices, or a student learning about electronics, choosing the right oscilloscope probe is essential for obtaining reliable and accurate measurement results. It ensures that you can precisely analyze electrical signals, identify issues, and make informed decisions in your work or study.