2011Microelectronics & ComputerRequires access

Design of Current Feedback Operational Amplifier with Low Voltage and Low Power

Jian Liang

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Abstract

Based on third-generation current conveyor,through the use of compensation capacitor isolation between the output and the amplification,the way is to eliminate the low frequency zero,we designed a new current feedback operational amplifiers with low-voltage and low power consumpution.Based on TMSC 0.35 μm CMOS process,the 1.5 V power supply voltage conditions,using Hspice in LEVEL49 model parameters to simulate the entire circuit.Simulation results: DC gain of 96.3 dB,unity gain bandwidth of 765 MHz,static power consumption 0.82 mW,the state closed loop bandwidth is fixed under the 64.3 MHz.

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What this paper is about

Based on third-generation current conveyor,through the use of compensation capacitor isolation between the output and the amplification,the way is to eliminate the low frequency zero,we designed a new current feedback operational amplifiers with low-voltage and low power consumpution.Based on TMSC 0.35 μm CMOS process,the 1.5 V power supply voltage conditions,using Hspice in LEVEL49 model parameters to simulate the entire circuit.Simulation results: DC gain of 96.3 dB,unity gain bandwidth of 765 MHz,static power consumption 0.82 mW,the state closed loop bandwidth is fixed under the 64.3 MHz.

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Available abstract

Based on third-generation current conveyor,through the use of compensation capacitor isolation between the output and the amplification,the way is to eliminate the low frequency zero,we designed a new current feedback operational amplifiers with low-voltage and low power consumpution.Based on TMSC 0.35 μm CMOS process,the 1.5 V power supply voltage conditions,using Hspice in LEVEL49 model parameters to simulate the entire circuit.Simulation results: DC gain of 96.3 dB,unity gain bandwidth of 765 MHz,static power consumption 0.82 mW,the state closed loop bandwidth is fixed under the 64.3 MHz.

Key concepts: Computer science, Amplifier, Bandwidth (computing), Frequency compensation, Gain–bandwidth product, Operational amplifier, Capacitor, Voltage

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