SBSGP5000153MXT

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EMI/RFI Filters (LC, RC Networks) are widely used in applications to control electromagnetic interference (EMI) or radio frequency interference (RFI). The SBSGP5000153MXT is a single-pole three-throw (SP3T) filter, a common type of filter for this application. The SP3T filters are composed of a series of film/foil layers which are insulated from each other. This allows the filter to have high isolation between ports and provide a low-loss transfer of signals from one port to another.

The working principle of the SBSGP5000153MXT is based on its circuit topology. The filter has a common port and three output ports, which are connected to an inductor and two capacitors. The inductor, capacitors, and resistors along with the other circuit elements form an LC circuit, or a filter network. The current flow through the inductor and capacitors form a series of reactive frequency responses. The reactance of the different filter components will vary depending on the frequency of the input signal, resulting in different low-pass, high-pass, and band-pass responses.

The SBSGP5000153MXT is typically used for applications where there is a need to reduce the radiation or conducted interference from digital signals. It has a wide frequency range of up to 500MHz and is suitable for various types of digital signals such as pulse-width modulated (PWM) signals, UART signals, and high-speed serial bus signals. It is also very effective at reducing power-line emissions, which can be a major source of interference.

In addition, the SBSGP5000153MXT is equipped with an integrated bypass switch, which allows the filter to be bypassed for applications that require higher frequencies or bandwidths. This is useful in situations where the filter needs to be bypassed to reduce the overall noise floor and interference.

The SBSGP5000153MXT is a very effective EMI/RFI filter due to its wide frequency range, effective radiation reduction, and integrated bypass switch. It is most often used in applications requiring good electromagnetic compatibility, such as consumer electronics, automotive electronics, and medical instrumentation.

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