SBSPP1000103MXB

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EMI/RFI Filters, also known as LC, RC Networks, are a type of electronic device that enable an AC signal or current to be transmitted between an input source and an output load. The SBSPP1000103MXB, when used in the right application field, provides great performance for filtering levels of electromagnetic induction interference and radio frequency interference (EMI/RFI). The SBSPP1000103MXB removes common mode electromagnetic interference signals from three-phase circuits that originate from the environment as well as from other electronic devices, thus preventing any undesired electrical noise or disruption.

The application fields for the SBSPP1000103MXB include motors, home appliances, automotive electronics, power supply systems, and communication equipment. This filter is ideally suited for power, input/output, and ground connections and efficiently reduces electromagnetic and radio frequency interference from any device. Its compact dimensions make it a great choice for space-constrained applications.

The working principle of the SBSPP1000103MXB is based on its series inductor and shunt capacitor. The inductor and capacitor are connected together in parallel, and each component is connected between two power-sources. The connected components form a low-pass filter that filters out high-frequency noise and allows the main signal to pass through.

In order to reduce the level of EMI / RFI, the selection of the right filter should be based on the frequency range and desired attenuation. The SBSPP1000103MXB includes an integrated resistor-capacitor (RC) network that helps in optimizing the high-frequency rejection and low-pass filter characteristics. The optimized filter circuit minimizes the signal reflection when compared to conventional filters.

The SBSPP1000103MXB also employs a novel attenuator design to improve signal attenuation and prevent EMI / RFI interference from entering the application. This allows the filter to properly attenuate signals below the desired threshold, thus protecting the device from over-voltage and over-currents.

The SBSPP1000103MXB can be used in conjunction with other components, including surge protection devices (SPDs), to guard against lightning-induced voltage transients. This combination provides effective protection against electrical noise and overvoltage caused by lightning strikes or sudden power surges.

The SBSPP1000103MXB also contains a differential impedance option that helps to protect the application from low-frequency noise created by RF sources. This feature provides reliable protection against external noise that can cause signal degradation or data disruption.

In summary, the SBSPP1000103MXB is a great choice for a variety of application fields, including motors, home appliances, automotive electronics, power supply systems, and communication equipment. Its unique design and features protect against EMI / RFI interference and offer outstanding performance for both common and differential mode noise.

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