Bass-Cut-Filter

Description: The Resistance of the frequency-dependent high-pass filter decreases as frequency increases. This suppresses low frequencies while allowing high frequencies to pass through the circuit. In the simplest scenario - a high-pass filter of the first order - the circuit comprises a single RC element. The circuit's capacitive reactance decreases along with the frequency, which means that high frequencies pass through the circuit more easily. Depending on the application, high-pass filters can also be referred to as low-stop filters, bass filters, low-cut filters, bass-cut filters and subsonic filters. The opposite of the high-pass filter is the low-pass filter. In the simplest scenario, this also comprises a single RC element. It has the effect of suppressing high frequencies and improving the transmission of low frequencies. Depending on the application, low-pass filters are also referred to as high-stop filters, treble filters, treble-cut filters, high-cut filters and scratch filters.