In practical applications, we need to focus onCurrent sensor circuitHe will measure current based on data acquisition (DAQ) applications and provide sufficient detailed information for designers to see which current sensors are available today and learn the basics of accurate current measurement. He will also understand the application of various sensors in current measurement applications, just like voltage, because current can be alternating current (AC) or direct current (DC). Current is the strength or flow rate of an electric charge. Similar to measuring voltage, we sometimes need to measure very small currents within the microampere range, and sometimes we may need to measure very high currents of thousands of amperes. Therefore, the importance of this article is beyond doubt.

To address this wide range of possibilities, we offer a variety of current sensors and sensors whose voltage output or current is compatible with one of the voltage signal regulators available for data acquisition testing equipment. The Dewesoft data acquisition system can measure all major types of electrical performance, including voltage, current, etc. Convert the current into a digital signal and convert it into a low-level output. But which sensor should you choose? The purpose of this article is to describe the existing different types of current sensors, their advantages and disadvantages, and how each type of application handles them best.