SSM1F-402E-10T1

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EMI/RFI filters are commonly used in a variety of applications such as power line communication, signal transmission, and electrical interference protection. The SSM1F-402E-10T1 is a small, cost-effective EMI/RFI filter designed for single phase applications which require low insertion loss and high frequency filtering performance. This filter is typically used in low power electrical appliances, such as kitchen equipment, medical equipment, and consumer electronics.

The SSM1F-402E-10T1 offers superior electrical performance such as high inductance, low insertion loss, and wideband frequency filtering. It has a low profile package and a nominal impedance of 10 ohms. It also has a resonance frequency of 500 KHz and is polarized to ensure optimal electrical characteristics in all configurations.

The working principle of the SSM1F-402E-10T1 is based on inductor-capacitor (LC) circuit topology. This topology is beneficial for high frequency noise suppression, by providing an additional impedance path for the interference signals alongside the primary signal path. The combination of the inductors and capacitors form an LC filter which operates in the low pass region. The filter reduces high frequency noise on the critical signal path, whilst allowing a low loss of signal current to the load.

The SSM1F-402E-10T1 is also designed to provide significant reduction of differential and common-mode interference, due to the use of highly effective ferrite beads in the filter design. These ferrite beads act as a high-impedance nonlinear device which helps to absorb interference signals. The filter also offers a high isolation performance, with an insertion loss of 1.2 dB, allowing for low levels of interference to be substantially reduced before reaching the load.

The SSM1F-402E-10T1 EMI/RFI Filter can provide a reliable, cost-effective solution for single phase applications which require low insertion loss and high frequency filtering capabilities. By implementing an inductor-capacitor circuit topology and utilizing ferrite beads to absorb interference signals, this filter helps to ensure the reliable and efficient transmission of signals with minimal interference.

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