4420P-601-250/251

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

The 4420P-601-250/251 EMI/RFI filter is primarily designed for applications requiring low insertion loss and low return loss performance. It filters out unwanted EMI/RFI signals, resulting in improved signal quality and reduced electromagnetic interference. This filter is most commonly used in radio broadcasting, industrial equipment, and other high frequency applications.

The 4420P-601-250/251 filter consists of a pair of twin LC networks. The networks are constructed using high-Q inductors and high-permeability capacitors. This combination provides high levels of attenuation of unwanted signals up to 50MHz. The typical insertion loss is 0.25dB and the return loss is above 20dB.

The LC networks used in the 4420P-601-250/251 filter are based on the traditional LC filter. An LC filter consists of inductors and capacitors in series and parallel. The inductors and capacitors act to block the desired frequency signals from passing through. The higher the quality factor (Q) of the inductors and capacitors, the greater the degree of filtering.

The LC networks used in the 4420P-601-250/251 filter are designed for maximum efficiency and minimal insertion loss. The use of high-Q inductors and high permeability capacitors allows for a high degree of filtering while minimizing the insertion loss. Additionally, the filter’s high return loss performance ensures maximum signal quality.

The 4420P-601-250/251 EMI/RFI filter is an effective way to reduce EMI/RFI noise. The filter’s high insertion and return loss performance coupled with the use of high-Q inductors and high permeability capacitors ensure maximum signal integrity and reduced interference. The LC networks used in the filter provide the highest levels of filtering and minimal insertion loss, making this filter ideal for radio broadcasting, industrial equipment, and other high frequency applications.

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