CC2824E513R-10 Filters

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Common Mode Chokes are used in a variety of applications, ranging from power supplies to microprocessor-based applications. The CC2824E513R-10, manufactured by Murata Electronics, is an innovative, low-cost common mode choke that is ideal for a variety of applications. This article will explain the application field and working principle of the CC2824E513R-10.

The CC2824E513R-10 has been designed to operate in both single and series configurations. It is an ideal solution for applications in fields such as industrial, automotive, and consumer electronics that require common mode noise suppression. The device offers a high common mode impedance of 10 Ω at a frequency of 25MHz, a small leakage inductance of 1mH, and a small temperature coefficient of ±1%/K. The device also has a wide range of input voltages, from 24V to 36V, and is capable of handling high-current applications up to 15 Amps.

The CC2824E513R-10 works by providing a specific path to “ground” for common mode noise, created by the electric currents in the circuits it serves. By reducing the common mode noise in the circuit, the choke helps maintain signal integrity and prevents interference with other circuits. The device also helps to reduce the amount of EMI radiation generated by circuit board components.

In addition to its capabilities as a noise suppressor, the CC2824E513R-10 is also an ideal choice for applications that require good surge suppression. The choke’s low-inductance characteristic helps ensure steady-state operation in the event of a surge, and the design allows for the use of multiple chokes to further boost surge protection performance.

The CC2824E513R-10 is a robust solution that is suitable for a variety of applications. It provides reliable noise suppression while also helping to maintain signal integrity, reduce EMI, and protect circuits from high surge events. With its wide range of input voltages and the ability to operate in both single and series configurations, the CC2824E513R-10 is an ideal choice for a variety of applications.

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