MEM1608P25R0 Filters

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EMI/RFI filters are necessary parts of modern electrical and electronic systems. The MEM1608P25R0 filter is one of the most commonly used EMI/RFI filters. It consists of a high-performance, wideband, low-loss, conductive shielding material that provides excellent EMI/RFI rejections at target frequency bands.

The main application field of MEM1608P25R0 filter is the RF signal integrity for electronics devices. In modern electronics system, the microwave signal frequency bands are getting higher and higher and the high RF signal can cause interference during transmission or reception of data. To guarantee signal integrity, MEM1608P25R0 with its shielding material blocks most of the interfering signals from entering the system. It can also stop the signals from leak out and ensure data security.

The work principle within MEM1608P25R0 filter is based on the inductance-capacitance (LC) filter that uses the inductor and capacitor combination to achieve EMI/RFI filtering effect. The blocking effect is achieved by the capacitive C, inductive L and Radiation R. The capacitive C blocks interference signals into the electrical device, while the inductive L blocks the interference signals out of the electric device. The radiation R reflects the interference signals for further suppression. These three components together offer a synergy effect to achieve a better EMI/RFI filtering solution.

The MEM1608P25R0 filter is also equipped with a high isolation and low insertion loss thin-film multilayer inductor. This multilayer inductor combines high frequency performance, good frequency response and high EMI/RFI suppression capabilities. Thus, the MEM1608P25R0 filter is able to reject interfering signals that are several decibels higher than its predetermined frequency component.

In addition, the MEM1608P25R0 filter offers various assembly options and operating temperatures that are suitable for different application scenarios. This make the filter a great choice for providing excellent EMI/RFI filtering in various types of electronic systems.

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