T3100 100:1 High‑Voltage Probe Key benefits Safely converts high voltage to a low-voltage signal (100:1 attenuation) so your oscilloscope can analyze signals outside its direct input range. High bandwidth and low distortion preserve waveform fidelity for accurate measurements. Fully shielded design and low interference reduce noise for clearer trace display. Stable, reliable performance and a rugged, flexible probe body make it a dependable oscilloscope accessory in lab, service, and field use. Ergonomic design improves handling and positioning during extended measurement tasks. Main features Model: T3100, attenuation: 100:1. Function: converts high-voltage signals to a scaled low-voltage output for oscilloscope analysis. Performance: high bandwidth, minimal distortion, fully shielded to reduce interference. Construction: strong, flexible probe body designed for comfortable handling and long-term use. Compatibility: intended for use with standard oscilloscopes that accept external probe inputs. Typical applications Power electronics troubleshooting: measure high-voltage switching waveforms on inverters, converters, and motor drives without exposing the oscilloscope to unsafe voltages. Power supply and transformer testing: capture startup transients, ripple, and switching behavior on high-voltage supplies with clear, low-noise traces. Industrial maintenance and research lab work: monitor signals in control systems, HV test benches, and experimental setups where accurate high-voltage waveform capture is required. Usage notes Connect the probe to the high-voltage point and the probe output to your oscilloscope input; the probe’s 100:1 attenuation scales the signal to the oscilloscope’s safe input range. Ensure your oscilloscope input settings match the probe attenuation for correct amplitude readings. Handle high-voltage connections with appropriate safety practices; the probe’s shielding and insulating construction improve safety but do not replace safe work procedures. The T3100 is a professional, reliable accessory that extends your oscilloscope’s measurement capability for high-voltage applications while maintaining signal integrity and ease of use.