Grounded Voltage Controlled Positive Resistor with Ultra Low Power Consumption | Zendy

Erkan Yüce | Zendy; Shahram Mınaeı | Zendy; Norbert Herencsár | Zendy

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Grounded Voltage Controlled Positive Resistor with Ultra Low Power Consumption

Author(s) -

Erkan Yüce,

Shahram Mınaeı,

Norbert Herencsár

Publication year - 2014

Publication title -

elektronika ir elektrotechnika

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.224

H-Index - 26

eISSN - 2029-5731

pISSN - 1392-1215

DOI - 10.5755/j01.eee.20.7.8023

Subject(s) - resistor , cmos , spice , triode , voltage , electronic engineering , electrical engineering , process corners , transistor , engineering , figure of merit , low power electronics , power (physics) , computer science , power consumption , physics , quantum mechanics , computer vision

In this work, a new CMOS based grounded voltage controlled positive resistor (GVCPR) with one control voltage is proposed. The proposed GVCPR employs only five CMOS transistors, one operated in triode region and others operated in saturation region or OFF. One of the main properties of the proposed GVCPR is its ultra low power consumption; however, a single active component matching condition is needed. A number of SPICE simulation results using IBM 0.13 mu m SIGE013 level-7 CMOS process parameters such as its performance analysis and verification in tunable voltage-mode first-order all-pass filter and high-Q & high-gain voltage-mode multiple-feedback second-order bandpass filter are included to confirm the theory. The superior performance of the proposed GVCPR is also proven by numeric Figure of Merit calculation

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