CM3032V201R-10 Filters

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Common Mode Chokes are primarily used to reduce differential-mode currents and provide time-varying electromagnetic interference (EMI) protection. For this purpose, they employ inductors in series with power or data lines to create an inductive impedance. In this way, the devices mitigate voltage transients from entering the circuits they are designed to protect.

The CM3032V201R-10 is a type of Common Mode Choke designed for EMI suppression in automotive and industrial applications, and it is primarily used to reduce differential-mode currents and provide transient protection. It has an operating temperature range of -40˚C to +125˚C, a rated current of 5A, and a characteristic impedance of 150Ω. This Common Mode Choke is constructed from a printed circuit board with windings to reduce differential-mode current. The device also contains a heavy nickel plated copper casing to minimize EMI radiation.

In terms of application fields, the CM3032V201R-10 is ideal for automotive applications, such as power steering systems, engine control units for cars, industrial control systems, telecommunications, and other low-to-medium power applications.

The working principle of the CM3032V201R-10 is relatively simple. The wound inductors act as an inductive block against differential-mode currents. This allows the reduction of differential-mode noise, which can cause interference to other components in the system. The heavy nickel plated copper casing helps to minimize EMI radiation, ensuring that only minimal interference is emitted into the environment.

The CM3032V201R-10 is a common mode choke ideal for EMI suppression in automotive and industrial applications. It has a rated current of 5A and a characteristic impedance of 150Ω, and its operating temperature range is -40˚C to +125˚C. It is constructed from a printed circuit board, with windings to reduce differential-mode current, and a heavy nickel plated copper casing to minimize EMI radiation. With its ability to reduce differential-mode currents and provide transient protection, the CM3032V201R-10 is suitable for applications such as power steering systems, engine control units for cars, industrial control systems, and telecommunications, among other low-to-medium power applications.

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