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Oscilloscope Probe Unit UT-P04 by Unit — 100 MHz, straight BNC plug
Oscilloscope Probe Unit UT-P04 by Unit — 100 MHz, straight BNC plug
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Oscilloscope Probe Unit UT-P04 by Unit — 100 MHz, straight BNC plug
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Oscilloscope Probe Unit UT-P04 by Unit — 100 MHz, straight BNC plug
Oscilloscope Probe Unit UT-P04 by Unit — 100 MHz, straight BNC plug
The Unit UT-P04 oscilloscope probe is a 100 MHz passive probe with a straight BNC plug designed to connect test equipment to oscilloscopes. It provides a reliable signal path for general-purpose waveform observation, diagnostic measurements and troubleshooting in electronics repair and development environments. The probe is compatible with oscilloscopes that accept standard BNC input and is intended for low- to medium-frequency measurement tasks where a passive 1x/10x-style probe is appropriate.
The probe offers a straightforward BNC connection for secure attachment to oscilloscopes and signal sources, and its 100 MHz bandwidth supports a wide range of analog and digital waveform measurements. As a passive unit, it requires no external power and is simple to operate and maintain. The mechanical design emphasizes stable contact and repeatability, making it suitable for routine bench work and field diagnostics.
Connect the straight BNC plug of the probe to the oscilloscope input BNC and attach the probe tip to the test point on the device under test using the appropriate grounding lead or clip. Select the oscilloscope input attenuation or probe setting that matches the probe’s attenuation factor before taking measurements. Position the probe to minimise lead length and stray capacitance for more accurate readings. Observe safety precautions when probing live circuits and ensure that the oscilloscope and probe ground reference are compatible with the circuit under test.
For improved measurement accuracy, keep the probe ground lead as short as practical or use a grounding spring if available, and confirm the oscilloscope is configured for the probe attenuation. Avoid using the probe beyond its specified bandwidth, and inspect the connector and tip for wear before critical measurements.
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