Design of broadband bandpass cascaded singlestage distributed amplifier in 0.13 ?m CMOS technology for UWB applications
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Abstract
This paper presents a broadband bandpass amplifier in CMOS technology based on the cascaded single-stage distributed amplifier (CSSDA) technique. In this design, the conventional lowpass LC filter structure of the CMOS CSSDA is replaced by a bandpass LC filter structure lines. The CSSDA has a nearly constant gain, linear phase response, and acceptable return loss in the passband. Simulation results clearly indicate that the proposed circuit topology can be used as a broadband bandpass amplifier for UWB applications. Copyright © 2012 IEEE.
Description
IEEE Symposium on Business, Engineering and Industrial Applications, ISBELA 2012 --
Keywords
Band pass, Cascaded single-stage distributed amplifiers, CMOS technology, Constant gain, LC filter, Linear phase response, Low-pass, Pass bands, Return loss, UWB applications, Bandpass amplifiers, Broadband amplifiers, CMOS integrated circuits, Electric network topology, Industrial applications, Low pass filters, Bandpass filters
