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How do you design a common source Mosfet amplifier? 

Linear amplifier
Integrated circuit design
Direct-coupled amplifier
Physical design
Amplifier

Answers from top 10 papers

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Papers (10)Insight
Proceedings Article•DOI
Sizing of MOS transistors for amplifier design
R.L. Oliveira Pinto, Márcio Cherem Schneider, C.G. Montoro 
28 May 2000
14 Citations
The design and measurements of a common-source amplifier illustrate the appropriateness of the proposed methodology.
Journal Article•DOI
Design and test of a 434 MHz multi-channel amplifier system for targeted hyperthermia applicators
J F Bakker, Margarethus M. Paulides, A. H. Westra, H. Schippers, G. C. Van Rhoon 
10 Feb 2010-International Journal of Hyperthermia
35 Citations
The amplifier system operates according to our design criteria to support targeted HT.
Open access•Journal Article•DOI
Some Device Design Considerations to Enhance the Performance of DG-MOSFETs
Sushanta Kumar Mohapatra, Kumar Prasannajit Pradhan, Prasanna Kumar Sahu 
25 Dec 2013-Transactions on Electrical and Electronic Materials
21 Citations
From the analysis, DG-DI MOSFET is the most suitable candidate for high speed switching application, simultaneously providing better performance as an amplifier.
Proceedings Article•DOI
Optimum design method of CMOS IC for DC-DC converter that integrates power stage MOSFETs
Y. Katayama, M. Edo, T. Denta, T. Kawashima, T. Ninomiya 
20 Jun 2004
19 Citations
Therefore, this method can be used for optimum design of CMOS DC-DC converter, such as dimensions of power stage MOSFET and switching frequency.
Journal Article•DOI
Teaching MOS integrated circuit amplifier design to undergraduates
David J. Comer, D.T. Comer 
01 Aug 2001-IEEE Transactions on Education
9 Citations
These stages serve as building blocks for more complex MOSFET amplifiers and allow the introduction of MOSFET integrated circuit design principles.
Proceedings Article•DOI
A systematic scheme for power amplifier design using a multi-harmonic loadpull simulation technique
Qian Cai, J. Gerber, Solti Peng 
07 Jun 1998
11 Citations
Following this systematic design procedure we can improve the amplifier performance significantly.
Journal Article•DOI
A $g_{m}/I_{D}$ -Based Noise Optimization for CMOS Folded-Cascode Operational Amplifier
Jack Ou, Pietro Maris Ferreira 
05 Aug 2014-IEEE Transactions on Circuits and Systems Ii-express Briefs
38 Citations
The design process demonstrated in this brief using the folded-cascode amplifier is applicable to a wide class of amplifier circuits.
Journal Article•DOI
Computation of design values for Class E amplifiers without using waveform equations
Hiroo Sekiya, Iwao Sasase, Shinsaku Mori 
07 Aug 2002-IEEE Transactions on Circuits and Systems I-regular Papers
79 Citations
Therefore, we can design Class E amplifier more easily than the conventional design procedure.
Proceedings Article•DOI
Silicon-on-sapphire MOSFET distributed amplifier with coplanar waveguide matching
P.F. Chen, R. Johnson, M. Wetzel, P.R. de la Houssaye, G.A. Garcia, Peter M. Asbeck, I. Lagnado 
11 Jun 1998
12 Citations
The amplifier's bandwidth is the broadest ever reported for a Si MOSFET technology.
Journal Article•DOI
Improved charge amplifier using hybrid hysteresis compensation.
Darya Amin-Shahidi, David L. Trumper 
19 Aug 2013-Review of Scientific Instruments
10 Citations
Experimental results demonstrate the utility of the new amplifier design.

Related Questions

What are the different methods for designing a MOS amplifier with variable gain?4 answersThere are different methods for designing a MOS amplifier with variable gain. One method involves using a Dynamic Threshold MOS transistor (DTMOS) as the first stage with a cascaded current mirror as a load. The second stage utilizes the Miller Capacitance Compensation method for stability. Another method involves using inverter pairs in the amplifier circuit, where one inverter of each pair is coupled to receive an inverting component of a differential signal and the other inverter is coupled to receive a non-inverting component. The first stage receives a differential input signal and produces an intermediate differential signal, while the second stage produces a differential output signal that is an amplified version of the differential input signal. Additionally, a method involves an overall hardware architecture design of the amplifying circuit, including a linear gain control module that controls an inverted T-type resistor network module.
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