Noise Measure Revisited for Design of Amplifiers Close to Activity Limits
This article revisits the concept of "noise measure" and its importance in designing high-frequency low-noise amplifiers. A new derivation is offered which is simpler than the original derivation of Haus and Adler. Several examples are used to calculate the minimum noise measure of a CMOS...
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Veröffentlicht in: | IEEE transactions on circuits and systems. I, Regular papers Regular papers, 2022-06, Vol.69 (6), p.2276-2283 |
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creator | Baniasadi, Nima Niknejad, Ali M. |
description | This article revisits the concept of "noise measure" and its importance in designing high-frequency low-noise amplifiers. A new derivation is offered which is simpler than the original derivation of Haus and Adler. Several examples are used to calculate the minimum noise measure of a CMOS amplifier. It is also shown that "noise cancellation" techniques cannot improve the minimum noise measure. |
doi_str_mv | 10.1109/TCSI.2022.3157622 |
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subjects | Amplifier Amplifier design Amplifiers CMOS Derivation Impedance Mathematical models n-port network noise canceling noise figure noise measure Noise measurement Power measurement Semiconductor device measurement Signal to noise ratio Voltage |
title | Noise Measure Revisited for Design of Amplifiers Close to Activity Limits |
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