CSCA0400A000B15B02

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Current transducers are devices used to transform an electrical current into an output signal that can be used by non-electrical systems. The CSCA0400A000B15B02 current transducer is a versatile device used to convert a current in either direction into a useful current-sensing output. In this article, we will discuss the application field and working principle of the CSCA0400A000B15B02 current transducer.

Application Field

The CSCA0400A000B15B02 current transducer is an ideal device for measurement and protection in various fields such as power distribution cabinets, rail and transportation, automation, communication, and medical equipment. The device is designed to work in a wide range of currents, ranging from DC to 400A. It is also capable of working with multiple power sources, allowing it to be used in a variety of applications.

In addition to its versatility, the CSCA0400A000B15B02 current transducer is also designed with durability in mind. It has a rugged housing that provides protection against water and dust, as well as shock and vibration. The device also has a wide operating temperature range, allowing it to operate in different environmental conditions.

Working Principle

The CSCA0400A000B15B02 current transducer works using a combination of magnetic and electrical principles. The device utilizes a coreless Hall effect integrated circuit (HIC) mounted on a panel that is then attached to a conductor. This HIC then produces a proportional magnetic field when the current passes through the conductor.

The magnetic field is sensed by a pair of Hall Effect sensors within the device’s housing. The device is calibrated to output a proportional voltage whenever the magnetic field changes. This voltage is then used as an output for measuring or controlling current in various applications.

The CSCA0400A000B15B02 current transducer is a versatile and reliable device for measuring and controlling electrical current. It is suitable for a wide range of applications, and its coreless and magnetic principles provide a high level of accuracy for precise measurements. Furthermore, it is designed for longevity, allowing it to work reliably for many years.

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