LA02P054S03

Current transducers are electronic devices used to convert electrical signals into other electrical signals or streams of electrical energy. LA02P054S03 is a current transducer with a galvanically isolated primary circuit and is suitable for measuring DC, AC or pulsed currents with a wide range of input phase angle and frequency. This transducer has a strong working capability in harsh environment and strong anti-interference ability.

The application field and working principle of LA02P054S03 current transducers are as follows.

Application Field

LA02P054S03 current transistors are mainly applied in high temperature, high vibration and high EMI environments such as fin-type air conditioners, refrigerators, washing machines and other household electrical appliances. Other applications they are suitable for are such high-tech industrial control systems as elevator control systems, air conditioner control systems and automatic control systems.

Working Principle

LA02P054S03 current transducers work on the principle of magnetic induction. When AC or DC current flows through the primary winding of the transducer, it generates a magnetic flux in the secondary winding of the transducer and produces second electric current. The output signal is delayed 90 degrees from the input signal by applying a correction factor. The output signal is then converted into standard electrical signals by the secondary circuit, providing precise and accurate measurements in the most difficult applications and conditions.

LA02P054S03 current transducers constantly monitor the current signals to ensure the highest accuracy and reliable performance. Their zero-cross detection and line-shift technology protect the load from unexpected surges and spikes.

Overall, LA02P054S03 current transducers are reliable and cost-effective solutions for accurate and precise measurements in current-measuring applications.