T3CP Current Probes Data Sheet DC/AC Current Probes Debug with Confidence DC/AC 30 Amps 500 Amps Tools for Improved Debugging 5 models available from a maximum of 30 A to 500 A. Broad range gives wide application coverage. Measure from DC to the full frequency bandwidth Simultanuous DC and AC measurement coverage. all in one product. Compatible with a wide range of oscilloscopes, Connects to any oscilloscope with a 1 MOhm input impedance and BNC connector. not just Teledyne LeCroy or Teledyne Test Tools. Over-current protection with dual indicators. Buzzer and LED indicators inform the user of measurement current overload conditions helping to protect the current probe from potential damage. Built-in degaussing and automatic zero setting. F unctions to maintain user measurement accuracy. Dual range capability. Each probe has a high and low range setting giving the user broader measurement sensitivity coverage. Use multiple probes to cover multiphase applications. Wide single and multiphase application coverage. Key Specifications Current Measurements 30 A, 50 A, 150 A, 500 A Frequency DC to Maximum Frequency depending on model 5 mm Jaw Size T3CP30-50, T3CP30-100, T3CP50-50 20 mm Jaw Size T3CP150-12, T3CP500-5 Connectivity BNC cable to Oscilloscope 1 MOhm input Power Wall socket power adapter Warranty 1 YearPRODUCT OVERVIEW T3CP30-50: 30 Amps, 50 MHz T3CP30-100: 30 Amps, 100 MHz T3CP50-50: 50 Amps, 50 MHz T3CP150-12: 150 Amps, 12 MHz T3CP500-5: 500 Amps, 5 MHz Teledyne Test Tools new T3CP series current probes are wide bandwidth DC/AC active current probes, featuring high bandwidth, fast and accurate waveform capture, measurement accuracy up to 1% and low circuit insertion loss. These probes can be used with any oscilloscope having a high-impedance BNC input. Key Features Applications Accurate and easy current measurements. Switching and linear power design. Wide bandwidth. Single and multi-phase inverters. Combined DC and AC measurements. Consumer electronics and household appliances. Over-current protection with dual indicators. Electric vehicle motor, power train and drive electronics. High and low range/sensitivity selection (dualrange). Power component measurements. Low current measurements feature. Domestic and industrial photo-voltaic (PV) system design. Degaussing and automatic zero setting. LED lighting Power design. User control of range/sensitivity selection, degaussing and automatic zero. Industrial and military control electronics. Research and development. Universities. General electronics education and power focused courses. 2