- Phone
-
Address
Room 706, Building B, No. 30, Courtyard 26, Xihuan South Road, Economic and Technological Development Zone, Daxing District, Beijing
Beijing Kangsi Electronic Trading Co., Ltd
Room 706, Building B, No. 30, Courtyard 26, Xihuan South Road, Economic and Technological Development Zone, Daxing District, Beijing
Overview
The CP3000/4000 series current probe is a high-frequency current probe capable of measuring both DC and AC simultaneously. Its characteristics include: high bandwidth, which can accurately and quickly capture current waveforms; High precision, with a typical accuracy of 1%, meeting the needs of most testing fields; Multiple probes are available for selection, making it convenient to measure currents of different ranges; Standard BNC output interface, compatible with any manufacturer's oscilloscope. Commonly used in the design and testing of switch mode power supplies, motor drivers, electronic rectifiers, LED lighting, new energy, and other applications.
The CP3030 clamp can hold wires with a diameter of up to 20mm, suitable for high current applications; It can measure continuous current of 150A and peak current of 300A, providing a bandwidth of 15MHz; Resolution up to 5mA; requires simultaneous use with CPA3000 amplifier.
Product Features
Minimum measured current 5mA Noise ≤ 500uArms Coupling mode AC, DC
Low frequency bandwidth of communication coupling<7Hz, maximum insulation line voltage 600V CATII
Automatic demagnetization and zero adjustment button and indicator light
1. When the current probe needs to be demagnetized, the indicator light next to the demagnetization button will emit red light. However, the amplifier cannot detect all situations where the probe needs to be demagnetized, so in order to test accurately, even if the indicator light is not red, the demagnetization button needs to be pressed before testing.
2. When demagnetizing, make sure the probe is locked, the output terminal of the amplifier is correctly connected to a 50 Ω load, and ensure that no current passes through the tested wire.
Technical specifications of current probe

