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A low-voltage wide-swing programmable-gain current amplifier
(Kluwer Academic Publ, 2004-12-01)
A CMOS low-voltage, wide-swing continuous-time current amplifier is presented. Exhibiting an open-loop architecture, the circuit is composed of transresistance and transconductance stages built upon triode-operating ...
A low-voltage wide-swing programmable-gain current amplifier
(Kluwer Academic Publ, 2004-12-01)
A CMOS low-voltage, wide-swing continuous-time current amplifier is presented. Exhibiting an open-loop architecture, the circuit is composed of transresistance and transconductance stages built upon triode-operating ...
A low-voltage wide-swing programmable-gain current amplifier
(Kluwer Academic Publ, 2014)
A low-voltage programmable-gain current-mode amplifier
(2002-12-01)
A CMOS low-voltage, wide-band continuous-time current amplifier is presented. Based on an open-loop topology, the circuit is composed by transresistance and transconductance stages built around triode-operating transistors. ...
A low-voltage programmable-gain current-mode amplifier
(2002-12-01)
A CMOS low-voltage, wide-band continuous-time current amplifier is presented. Based on an open-loop topology, the circuit is composed by transresistance and transconductance stages built around triode-operating transistors. ...
A low-voltage programmable-gain CMOS amplifier with very-low temperature-drift
(2001-01-01)
A new topology for a LVLP variable-gain CMOS amplifier is presented. Input- and load-stage are built around triode-transconductors so that voltage-gain is fully defined by a linear relationship involving only device-geometries ...
A low-voltage programmable-gain CMOS amplifier with very-low temperature-drift
(2001-01-01)
A new topology for a LVLP variable-gain CMOS amplifier is presented. Input- and load-stage are built around triode-transconductors so that voltage-gain is fully defined by a linear relationship involving only device-geometries ...