According to the relative relationship between the frequency of the interference signal to be filtered and the working frequency, the interference filter includes a low-pass filter, high-pass filter, band-pass filter, band-stop filter, and so on. In electromagnetic compatibility design, low-pass filters are used the most because:
1. Electromagnetic interference is mostly higher frequency signals because higher frequency signals are easier to radiate and couple
2. Many high-order harmonics in digital circuits are unnecessary for circuit operation and must be filtered out to prevent interference with other circuits.
3. The filters on the power line are all grounded filters.
High-pass filters are used in situations where the interference frequency is lower than the signal frequency, such as filtering out the interference caused by power harmonics on some sensitive signal lines close to the power line.
Band-pass filters are used in situations where the signal frequency only occupies a narrow bandwidth. For example, a band-pass filter should be installed on the antenna port of a communication receiver to allow only communication signals to pass through.
Band-stop filters are used in applications where the interference frequency bandwidth is narrow and the signal frequency is wide. For example, a band-stop filter with a stop-band frequency equal to the transmitting frequency of the radio station should be installed at the cable port close to a high-power radio station.
The Main Variation Among LPF And HPF
The Electrical Experiment primary divergence between LPF-low pass channel and high pass channel HPF is the recurrence go which they surpass.
In channels, the cut off recurrence will choose the scope of high recurrence just as low recurrence.
Before examining the channel operational technique, we demand to know the required parts of these channels.
The circuit graph of the low pass channel appears as follows.
When the information is given to the circuit of the LPF, at that point the obstruction will give a steady snag, notwithstanding, the capacitor position will affect the yield flag.
The Main Variation Among LPF And HPF
The Electrical Experiment primary divergence between LPF-low pass channel and high pass channel HPF is the recurrence go which they surpass.
In channels, the cut off recurrence will choose the scope of high recurrence just as low recurrence.
Before examining the channel operational technique, we demand to know the required parts of these channels.
The circuit graph of the low pass channel appears as follows.
When the information is given to the circuit of the LPF, at that point the obstruction will give a steady snag, notwithstanding, the capacitor position will affect the yield flag.
The Main Variation Among LPF And HPF
The Electrical Experiment primary divergence between LPF-low pass channel and high pass channel HPF is the recurrence go which they surpass.
In channels, the cut off recurrence will choose the scope of high recurrence just as low recurrence.
Before examining the channel operational technique, we demand to know the required parts of these channels.
The circuit graph of the low pass channel appears as follows.
When the information is given to the circuit of the LPF, at that point the obstruction will give a steady snag, notwithstanding, the capacitor position will affect the yield flag.
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