A new circuit realizing high stable Q's is presented.
The performance of the new network is shown to be superior to the realizations thus far presented in the literature for the following reasons.
The Q realized by the new circuit is independent of ...
A new circuit realizing high stable Q's is presented.
The performance of the new network is shown to be superior to the realizations thus far presented in the literature for the following reasons.
The Q realized by the new circuit is independent of the operational-amplifier bandwidth, which results in a stable response.
The realization is also insensitive to manufacturing tolerances and, therefore it can be readily turned for the desired Q and center frequency without encountering any stability problems.