PT-227 is a high-frequency current probe that can measure both DC and AC simultaneously. Its characteristics include:

　　1. High bandwidth, capable of accurately and quickly capturing current waveforms;

　　2. High precision, within the range of current measurement, with an accuracy of up to 1%, capable of accurate measurement;

　　3. The diameter of the jaws is 5mm (0.2 inches), meeting the needs of most testing fields;

　　4. Low noise and DC drift, split core structure, easy to connect circuits;

　　5. The standard BNC output interface can match any manufacturer's oscilloscope.

　　The PT-227 adopts a magnetoelectric sensor that accurately measures the current signal by testing the magnetic field signal generated by the current. The product is sturdy and durable, greatly reducing the difficulty of operation and improving the accuracy of measurement. This product is suitable for measuring and analyzing current data in high-frequency situations. High frequency current probes can be widely used in fields such as power supplies, semiconductor devices, inverters/converters, electronic ballast devices, industrial/consumer electronics, mobile communication, motor drivers, transportation systems, propagation delay measurement, etc. In addition, the use of a current probe is crucial in the process of troubleshooting. Through the current probe, the problem of poor overlap of cable connectors can be identified and rectified.

　　Specification parameters

　　model                                    PT-227

　　bandwidth                             DC-2MHz

　　AC current                             70Ap-p

　　DC current                            35A

　　Current (Max)                       24A rms

　　Current (Min)                       20 mA

　　accuracy                               1%(± 5mV)

　　noise                                    ≤ 6mA RMS

　　rise time                              175ns

　　Coupling method               AC/DC

　　length                                 1.48m

　　Diametral diameter            5mm

　　Transformation ratio          0.1V/A