IP4035CX24/LF,135

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The IP4035CX24/LF,135 EMI/RFI filter is a multi-layer low pass filter (LPF) designed to limit the amount of electromagnetic interference (EMI) and radio frequency interference (RFI) from entering or exiting an electronic device. The filter helps reduce harmful or disruptive electromagnetic interference and radio frequency noise from conducted and radiated sources that can affect electronic performance. This type of filter is used in numerous applications, including signal processing, power conditioning, telecommunications, audio/video, and automotive.

The IP4035CX24/LF,135 filter is based on three different layers of protection: an inductive array of ferrite beads, capacitive filters, and shunt resistive networks. Each layer works to reduce the electromagnetic noise at certain frequencies, while allowing signals of interest, such as the desired frequencies, to pass unhindered. This filtering is critical in modern electronic devices, as these types of interference can cause signal distortion, reduce fidelity, and cause signal dropouts – resulting in poor performance.

The first layer of the IP4035CX24/LF,135 filter is an inductive array of ferrite beads. This layer works by reducing the electrostatic coupling between two wires (the “wire to wire” noise) through capacitive coupling. The ferrite beads act as an inductor, blocking low frequency electromagnetic signals while allowing high frequency signals to pass without attenuation.

The second layer of protection used in the IP4035CX24/LF,135 filter consists of multiple capacitive filters. This layer helps to reduce the “radiated” noise that can cause interference with other electronic components. The capacitive filters are connected in series and are designed to block high frequency signals that could be detrimental to the performance of the system. This is especially important in high-frequency applications that may be susceptible to strong sources of interference.

The third layer of protection employed by the IP4035CX24/LF,135 filter is the shunt resistive networks. This layer is designed to reduce the long-radiated radio frequency interference, which can be particularly harmful to sensitive electronics. The shunt resistors are designed to limit the current flow, thereby blocking the radio frequencies and preventing them from interfering with other components.

Overall, the IP4035CX24/LF,135 EMI/RFI filter is designed to provide maximum reduction of electromagnetic and radio frequency interference, while still allowing the desired signal frequencies to pass without attenuation. This type of filter is commonly used in many applications, where it helps ensure maximum performance from the electronic device while reducing potential sources of interference.

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