SSM1-501P-10B

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SSM1-501P-10B EMI/RFI Filters (LC, RC Networks) are specialized filters utilized to prevent electromagnetic interference (EMI) and radio-frequency interference (RFI) from impacting equipment performance. Providing an effective way to negate noise, these filters are particularly useful for applications where a substantial amount of EMI/RFI noise is generated.

Application Field

SSM1-501P-10B EMI/RFI Filters can be used to protect electrical and electronic systems from voltage transients and EMI/RFI interference. They are especially useful in pulse control systems, which require protection from noise and disruption of the circuit. They can also be used in medical applications to protect sensitive medical equipment from electric interference. Additionally, they are applicable in multiple space-constrained applications, such as mobile communications, consumer electronics, automotive electronics, and entertainment equipment.

Working Principles

SSM1-501P-10B EMI/RFI Filters work by blocking unwanted signals from interfering with the signal of the protected equipment. They work by introducing an inductor and a capacitor into the circuit, creating a low pass filter. The inductor and the capacitor series together are used to form a pi network, with one port of the filter attached as a signal return path. The inductor acts to block high frequency noise by providing a bulk impedance, while the capacitor passes low frequency and DC signals. This results in EMI/RFI signals being blocked from passing through the filter.

The SSM1-501P-10B EMI/RFI Filters can handle 50 Amps maximum and can be used up to an operational frequency range of 400 kHz. They are also compatible with frequencies up to 10 GHz, depending on their application and design. They come in a variety of sizes and configurations, with a wide range of operating temperatures.

Conclusion

SSM1-501P-10B EMI/RFI Filters are a crucial tool for preventing EMI/RFI interference from adversely affecting electrical and electronic systems. These filters provide an inexpensive and straightforward way to reduce EMI/RFI noise in space-constrained applications. They are composed of an inductor and a capacitor, which act in series to form a low pass filter that blocks high frequency noise.

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