A low-voltage, low-power CMOS fifth-order elliptic GM-C filter for baseband mobile, wireless communication
The design and performance of a rail-to-rail low-voltage CMOS fifth-order elliptic low-pass
GM-C filter for baseband mobile communication are presented. The operational …
GM-C filter for baseband mobile communication are presented. The operational …
High performance analog VLSI computational circuits
Simple linear voltage/current-controlled voltage-to-current (VT) converters, which are to first-
order insensitive to the threshold voltage variation, are introduced. The circuits can be used …
order insensitive to the threshold voltage variation, are introduced. The circuits can be used …
A 1.2 V micropower CMOS class-AB VI converter for VLSI cells library design
A micropower CMOS voltage-to-current converter is introduced which has a widely linear
differential-input swing with a low signal-distortion with a minimum supply voltage of 1.2 V …
differential-input swing with a low signal-distortion with a minimum supply voltage of 1.2 V …
Design and analysis of an ultra low-voltage CMOS class-AB VI converter for dynamic range enhancement
CH Lin, M Ismail - … Symposium on Circuits and Systems (ISCAS …, 1999 - ieeexplore.ieee.org
This paper presents the design technique and comprehensive analysis of an ultra low
voltage VI converter. Under the requirement of high frequency and low voltage applications …
voltage VI converter. Under the requirement of high frequency and low voltage applications …
A low-voltage low-power CMOS VI converter with rail-to-rail differential input for filtering applications
A low-voltage (/spl les/3 V) low-power CMOS voltage-to-current converter is introduced
which has an almost rail-to-rail differential-input swing (/spl plusmn/1.5 V) with a low signal …
which has an almost rail-to-rail differential-input swing (/spl plusmn/1.5 V) with a low signal …
A wide range low power CMOS radio frequency ring oscillator
H Liu, X Zhang, Y Dai, Y Lu… - 2009 4th IEEE Conference …, 2009 - ieeexplore.ieee.org
This paper presents a wide frequency range, low power dissipation CMOS voltage
controlled ring oscillator based on three-stage differential current-steering amplifiers (CSA) …
controlled ring oscillator based on three-stage differential current-steering amplifiers (CSA) …
New multiple input fully differential variable gain cmos instrumentation amplifier
AJ Gano, JE Franca - 2000 IEEE International Symposium on …, 2000 - ieeexplore.ieee.org
A new fully differential multiple differences instrumentation amplifier (MDIA) with voltage
controllable gain is presented. This new instrumentation amplifier (IA) topology is based on …
controllable gain is presented. This new instrumentation amplifier (IA) topology is based on …
[PDF][PDF] Biquadratic Resonant Filter based on a Fully Differential Multiple Differences Amplifier
AJ Gano, F Especial Nuno - Advances in Systems Science: Measurement …, 2001 - Citeseer
A fully differential biquadratic filter section for data acquisition in smart sensor microsystems
is proposed. The architecture of this biquadratic filter section is built upon a resonant fully …
is proposed. The architecture of this biquadratic filter section is built upon a resonant fully …
[图书][B] Low voltage, low power CMOS analog circuit design techniques for mobile, portable VLSI applications
CC Hung - 1997 - search.proquest.com
In the past decade, CMOS technology has played a major role in the rapid advancement
and the increased integration of VLSI systems. CMOS devices feature high input impedance …
and the increased integration of VLSI systems. CMOS devices feature high input impedance …
Rail-to-rail input stages: A voltage-mode design technique and a figure-of-merit
S Balasubramanian, M Ismail - Proceedings of the 8th IEEE …, 2010 - ieeexplore.ieee.org
The proliferation of battery-operated devices has called for lower supply voltages. Shorter
channel lengths and the need for lower supply voltages have made analog design more …
channel lengths and the need for lower supply voltages have made analog design more …