MF10CCN/NOPB Datasheet/PDFThe MF 10CCN/NOPB is an active filter, designed to amplify signals between 10 Hz and 10 kHz. Its primary application is in audio applications, although it has numerous other applications as well since it\'s capable of a wide range of operations. To configure the filter, the designer needs to set the cutoff frequency, as well as the bandwidth and the type of filter.
The MF 10CCN/NOPB active filter is a two-pole filter, which means it passes those frequencies at which it is completely positive, while blocking those frequencies at which it is completely negative. The filter is capable of simultaneously passing two frequency bands at once, depending on the desired configuration. It uses a variety of different technologies, such as switched capacitors, phase shift networks, and op-amps to create the desired levels of filtering.
The MF 10CCN/NOPB also uses its bandwidth to determine the amount of amplification. The higher the bandwidth that is used, the more amplification can be created. It is also possible to increase the Q factor of the filter by decreasing the bandwidth setting. The Q factor of the filter determines the amount of amplification created by the filter, and is used to determine the amount of clarity and presence in the sound produced. A higher Q setting results in increased levels of “presence” and clarity, while lower settings reduce presence and clarity.
The MF 10CCN/NOPB is an excellent choice for applications that require a wide range of filtering and amplification capabilities. Its high Q setting ensures that sound remains both clear and present, while its ability to pass two frequency bands at once allows users to configure their filters to meet their specific requirements. With its wide range of capabilities, the MF 10CCN/NOPB is an ideal choice for a variety of audio applications.