EH28-1.0-02-36M

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Common Mode Chokes (CMC) are electrical components used in a variety of applications across multiple industries. The EH28-1.0-02-36M is one such CMC offering a wide range of operating frequencies and various levels of protection. This article will explain the application fields and working principle of the EH28-1.0-02-36M CMC.

Application Field

The EH28-1.0-02-36M CMC is primarily used in the fields of electronics, solar and power inverters, LED lighting, telecommunications, healthcare devices and industrial automation systems. It is designed with a focus on delivering a high amount of power in a small form factor. As such, it is ideal for applications requiring a higher power density, while at the same time providing effective filtering, noise reduction and interference protection.

The EH28-1.0-02-36M CMC can be used for a wide range of frequencies, spanning from 0-500 kHz. This makes it suitable for a variety of applications, such as for electronics that require a high level of filtering, reducing noise and interference. It is also well-suited for power inverters, LED lighting systems and other related applications which require high power densities.

Working Principle

The EH28-1.0-02-36M CMC utilizes the concept of inductive reactance to filter out unwanted noise and interference from a power source. This is accomplished by wrapping two sets of coils around a ferrite core, such that the magnetic fields produced by the two sets of coils oppose one another. This creates a highly effective frequency dependent reactance which causes a reduction in common mode electromagnetic interference (EMI) often found at the outputs of power sources.

The EH28-1.0-02-36M CMC also features a high quality ferrite core with a maximum operating temperature of 105°C. Furthermore, its superior performance is complemented by its small form factor which ensures excellent heat dissipation, allowing it to be used in a variety of applications where space is limited.

The EH28-1.0-02-36M CMC can also be connected with several grounding ports to ensure reliable grounding of the circuit, thus further reducing EMI at the output. This makes it ideal for applications requiring minimized noise and interference, such as telecommunications and industrial automation systems.

Conclusion

The EH28-1.0-02-36M CMC is an ideal choice for a variety of applications, such as those in the fields of electronics, solar and power inverters, LED lighting, telecommunications, healthcare devices and industrial automation systems. It is capable of delivering a high power density, while effectively reducing noise and interference from a power source. With its small form factor and high operating temperature, the EH28-1.0-02-36M CMC can easily be integrated into various products, making it a great choice for those with space constraints as well as those requiring highly efficient filtering and noise filtration.

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