A BiCMOS high-Q 10.7MHz SC bandpass filter has been realized using double-sampled finite-gain-compensated SC integrators. With low-power opamps and large capacitors the power consumption is 16mW, the inband noise density is 380nV/√Hz and the dynamic range is about 68dB for a 3% IM.
Baschirotto, A., Nagari, A., Montecchi, F., Castello, R. (1996). Design considerations for a 10.7 MHz BiCMOS high-Q double-sampled SC bandpass filter. In 1996 IEEE International Symposium on Circuits and Systems. Circuits and Systems Connecting the World. ISCAS 96 (pp.433-436). IEEE [10.1109/ISCAS.1996.539977].
Design considerations for a 10.7 MHz BiCMOS high-Q double-sampled SC bandpass filter
Baschirotto, A;
1996
Abstract
A BiCMOS high-Q 10.7MHz SC bandpass filter has been realized using double-sampled finite-gain-compensated SC integrators. With low-power opamps and large capacitors the power consumption is 16mW, the inband noise density is 380nV/√Hz and the dynamic range is about 68dB for a 3% IM.
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