CM6296-255

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Commod Mode Chokes (CM Chokes) provide a high impedance for unwanted common mode signals. This enables these devices to be used as filters in power lines, Ethernet, medical, automotive, and consumer electronics applications. The CM6296-255 is an advanced CM Choke solution specifically designed for high-frequency applications utilizing a single winding construction. This article will discuss the application field and working principle of the CM6296-255.

The CM6296-255 CM Chokes have a wide range of applications, primarily focused on high-frequency applications. Mainly found in consumer electronics markets, their applications include automotive, power line, medical, and Ethernet, just to name a few. The CM6296-255 features high operating frequencies and excellent current handling capability that makes them ideal for switching power supplies, including Class-D, as well as regulated power supplies.

In medical applications, the CM6296-255 can be used to prevent Electro Magnetic Interference (EMI) from interfering with medical instrumentation. CM6296-255 CM Chokes are also ideal for applications with high demands for power, such as connected LED lights, where the combination of its high-density winding and excellent current handling capability enables efficient filtration of unwanted noise. In consumer electronics markets, the CM6296-255 is excellent for use in Ethernet applications, capable of filtering out all common mode noise from a wide variety of Ethernet protocols.

The CM6296-255 utilizes a single-winding construction, which makes it an advanced solution for high-frequency applications. The single-winding design allows for multipurpose applications and high performance. The design also makes it easier to install and reduces the number of components needed. This enables a smaller and more cost effective solution for high frequency applications.

The working principle of the CM6296-255 is based on the concept of a differential mode choke, which isolates the differential mode signals from the common mode signals. The difference in impedance between the differential mode and common mode signals is used to separate the two signals, allowing only the desired signal to pass. The CM6296-255 is designed to provide effective noise filtering by reducing the common mode noise from the desired signal. This enables the CM6296-255 to operate at higher frequencies and thus provides superior performance and efficiency.

The CM6296-255 offers an advanced solution to common mode noise filtering problems. It is especially well-suited for high-frequency applications, due to its single-winding construction and superior performance. It is highly effective in applications where high-level performance and reliability are essential, such as medical instrumentation, Ethernet, automotive, power line, and consumer electronics markets. Additionally, the CM6296-255 is cost-efficient and easy to assemble, making it a great choice for a variety of applications.

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