CM6350-684

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Common Mode Chokes (CMCs) are magnetic devices used to limit the common-mode current in an electromechanical system. They are especially used in the context of power and signal lines in order to reduce the amount of interference picked up by sensitive equipment. The CM6350-684 is a small and cost-effective CMC designed to address the needs of applications running in noisy environments. This article will discuss the applications and operation of the CM6350-684.

Applications

The CM6350-684 is an ideal choice for applications that are running in a highly susceptible environment, where a high level of EMI (Electromagnetic Interference) is expected. This could be an industrial control system, a data center, or a laboratory with medical equipment. It is also suitable for applications that require isolation of data and power lines, as the CM6350-684 can provide up to 150 dB isolation between the two. This could be a system with integrated motor controllers, cameras, or other devices that require power and data signals.

The CM6350-684 is also a good option for applications that require a small form factor. It is a space-saving solution that incorporates a custom magnetic design that enables it to achieve high EMI reduction in a package size of only 2.0 x 1.1 x 0.5 inches. This makes it an ideal choice for applications where space is limited.

Lastly, the CM6350-684 is an ideal choice for applications that have limited power budgets. Its common-mode choke works at low power levels and does not require additional power, making it extremely efficient.

Working Principle

The CM6350-684 is a common-mode choke that works by creating a physical barrier between the source and the load. Its custom magnetic design enables it to have a high amount of isolation between the two sides. This ensures that the current does not imbalance and reduce the amount of EMI that is picked up by the load side.

The physical barrier is formed by two sets of cores that are magnetically coupled. The first core is the input core, which is connected to the source. The second core is the output core, which is connected to the load. These two cores are magnetically coupled, which allows the source current to be split evenly between the load and the isolation core.

The core of the CM6350-684 is also surrounded by a shield. This shield consists of a conductive material that absorbs any EMI that is generated from the source side. This ensures that the load side is not affected by any EMI that is picked up from the source.

Conclusion

The CM6350-684 is an ideal solution for applications running in highly EMI-prone environments. It is a cost-effective, space-saving, and low-power solution that can provide up to 150 dB isolation between the source and the load. Its custom magnetic design enables it to achieve a high level of EMI reduction and make it an ideal solution for many applications.

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