ELF-15N010A

Common Mode Chokes are devices used to reject unwanted electromagnetic interference from the power source of a system. The ELF-15N010A is a Common Mode Choke designed specifically for the industrial field with a wide range of applications. This article will discuss the application field and working principle of the ELF-15N010A.

Application Field

The ELF-15N010A is a high-performance Common Mode Choke designed for use in industrial systems, power supplies, automation systems, and various other applications. It is designed to provide electrostatic and electromagnetic interference (EMI/RFI) filtering for power line noise up to 10MHz, has an impedance from 1-200ohm, and has a dielectric strength up to 500VDC. The design also provides high heat resistance, reducing electromagnetic interference with minimal power loss.

The ELF-15N010A has a wide range of applications. It can be used to reduce common mode currents, eliminate voltage drop-out, and reduce radio frequency interference (RFI) noise. In industrial applications, it is often used to mitigate electrical or RF noise, and provide a stable electrical environment for sensitive components, ensure system reliability and extend the operational life of the system.

Working Principle

The ELF-15N010A is a type of common mode choke which is able to reject EMI/RFI interferences by providing a low impedance path from a “noisy” power source to ground. Common mode chokes are also known as balanced line filters as they are uniquely placed between two opposite conductors of a transmission line (often a twisted-pair cable).

The working principle of the ELF-15N010A is based on two elements—the core and the winding. The core is able to provide high magnetic permeability, which allows it to delay the propagation of the electric current, and therefore attenuating EMI/RFI noise. The winding, which is made up of individual wire windings, adds the necessary impedance to block the EMI/RFI noise.

The ELF-15N010A has a unique design which allows it to achieve a higher level of performance than conventional common mode chokes. The core material is made up of high-speed ferrite with a high magnetic permeability. This allows the choke to delay current propagation even at higher frequencies and provides a low impedance path for EMI/RFI noise. This unique design increases the efficiency and provides a higher level of EMI/RFI noise immunity.

Conclusion

The ELF-15N010A is a high-performance common mode choke which has a wide range of applications in the industrial field. The working principle of the ELF-15N010A is based on the core and winding, which provide a low impedance path from a noisy power source to ground. With a unique design, the ELF-15N010A offers a high level of performance and makes it suitable for industrial applications, power supplies, automation systems, and others.