EH24-4.0-02-0M5

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Common Mode Chokes

Common Mode Chokes (CMCs) are passive electronic components that provide effective noise suppression of common mode noise in power line applications. This type of choke acts as a low-pass filter, blocking the passage of high frequency noise on the power line while allowing the low frequency current to pass freely.

The EH24-4.0-02-0M5 CMC is a four-pin device with a frequency range of up to 400 KHz. The EH24-4.0-02-0M5 CMC utilizes four ferrite units: two for the primary winding and two for the secondary winding. These units provide high inductance, high impedance, and low core loss. The number of turns is equal to the highest voltage/frequency ratio of the application.

The EH24-4.0-02-0M5 CMC is primarily designed for use in the following fields of application: industrial automation, power systems, medical systems, and transportation. It is noted for its high electro-magnetic compatibility, excellent transient and harmonic performance, and high isolation capability for electro-magnetic noise.

The EH24-4.0-02-0M5 CMC works on the principle of inductive coupling. The common mode noise frequency is greater than the power line frequency, which causes it to be blocked or inhibited by the inductance of the CMC. The CMC forms a low-impedance path from the common mode mode current to the power line ground, blocking the passage of high frequency noise on the power line. This also reduces the level of electromagnetic interference (EMI) created by the power line.

The EH24-4.0-02-0M5 CMC is designed to have an acceptable insertion loss over a wide frequency range and low core loss. The frequency range of the CMC is determined by the number of turns in the winding. The more turns, the higher the frequency range, and the greater the inductance. This ensures that the CMC can effectively suppress noise up to 400 KHz.

The EH24-4.0-02-0M5 CMC is also highly reliable and has excellent thermal stability. The components are rated for temperatures up to +150°C and have a high temperature limit of +175°C. This makes them suitable for use in high temperature environments.

In summary, the EH24-4.0-02-0M5 CMC is a reliable and high-performance component designed for use in power line applications where high levels of common mode noise need to be suppressed. It is noted for its high electro-magnetic compatibility, superb transient and harmonic performance, and high isolation capability for electro-magnetic noise. The CMC’s ability to block common mode noise up to 400 KHz makes it an ideal choice for industrial, medical, power and transportation applications.

The specific data is subject to PDF, and the above content is for reference