Oscilloscope Probe Unit UT-H01 — 25 MHz, BNC angled connector

Oscilloscope Probe Unit UT-H01 — 25 MHz, BNC angled connector is a passive test probe designed to connect measurement instruments to circuits where a compact angled BNC connection is required. With a 25 MHz bandwidth and a right-angle BNC plug, this probe is intended for general-purpose waveform observation, troubleshooting and laboratory diagnostics in electronics. The probe provides a simple interface between oscilloscope inputs and test points while maintaining signal integrity within its specified frequency range.

Advantages

The angled BNC connector reduces cable strain and improves access in crowded test benches and confined enclosures. Passive design ensures compatibility with a wide range of oscilloscopes without requiring power. The 25 MHz bandwidth covers many low- to mid-frequency electronic signals commonly encountered in educational labs, repair stations and general electronics development. Its compact form factor simplifies probing in tight spaces and on densely populated circuit boards.

Suitable for

• General-purpose waveform observation and signal monitoring
• Electronic troubleshooting and fault diagnosis on PCBs
• Laboratory exercises and educational electronics work
• Repair and service stations where angled BNC access is needed

Key specifications

• Bandwidth: 25 MHz
• Connector type: angled BNC plug
• Probe type: passive
• Intended use: oscilloscope and measurement equipment probing
• Construction: compact, right-angle cable termination for tight spaces

How to use

Connect the angled BNC plug to the oscilloscope input and attach the probe tip and ground reference to the circuit under test following standard oscilloscope probing practice. Ensure the oscilloscope input impedance and probe grounding are appropriate for the measurements to minimize noise and measurement errors. Use gentle handling when inserting or removing the angled BNC connector to avoid stressing the cable or instrument connector.

Usage recommendations

For reliable measurements, verify the probe’s bandwidth and the oscilloscope’s input settings before measuring high-frequency signals. Keep the ground lead as short as practical and avoid introducing loops. Store the probe in a dry environment and inspect the connector and tip for wear before use.