SBSPP1000103MXR

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EMI/RFI filters are electrical components used to suppress conducted and radiated disturbance from electrical and electronic devices. The SBSPP1000103MXR, a single-stage filter, is designed to reduce Electromagnetic Interference (EMI) and Radio Frequency Interference (RFI) in high frequency applications like industrial, electronic, and telecommunication systems.

The SBSPP1000103MXR is a low-profile EMI filter with quick response. It is suitable for frequencies up to 8GHz and is available with differential mode insertion loss of up to -60dB and common mode insertion loss of up to -45dB. The filter features an ultra-low profile of only 2.2mm, enabling it to fit into tight spaces.

The robust, yet thin, construction of the SBSPP1000103MXR facilitates robustness while reducing the power lost to stray radiation. The filter\'s small size is ideal for embedded systems design, where shielding and other noise mitigation tools may not be available. The filter can also be used in applications where minimizing size, weight, and power are of importance.

The SBSPP1000103MXR works on the principle of impedance matching. By imposing an impedance of a certain value on the incoming signal, it ensures that only the desired frequencies are passed through and unwanted frequencies are blocked. This is achieved by an inductor-capacitor network coupled with a low pass filter.

The inductor of the filter is specifically designed to provide the highest impedance at the frequencies that need to be filtered. The capacitor is selected to provide the desired low impedance at the frequencies that need to pass through the filter. The low pass filter then acts to attenuate any frequencies higher than the cut-off frequency of the filter. This allows only the pre-selected frequencies to pass through and unwanted frequencies to be filtered.

The SBSPP1000103MXR is a great solution for a wide range of EMI/RFI applications, such as medical, automotive, avionic, telecommunications, and industrial applications. It is designed to meet the highest standards of performance, reliability, and durability, ensuring it can effectively suppress EMI/RFI interference.

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