low-power cmos digital design
Performance analysis on various low power CMOS digital design techniques
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Ultra-Low Power Design of Digital CMOS Logic Circuits
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Design of Low Power CMOS Based PTAT/R Circuit for TDC (Temperature-to-Digital Converter) Applications
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Design and Simulation of Low Power Cmos Ternary Full Adder
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An Efficient Design of CMOS Full Adder Low Power High Speed
NEW METHODOLOGY FOR LOW POWER HIGH SPEED CLA.
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Design Of Low Power Cmos Adder, Serf, Modified Serf Adder
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ABSTRACT : Adiabatic array logic allows designing low power digital circuits with more power saving despite having
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An Efficient Adiabatic CMOS Circuit Design Approach for Low Power Applications
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Low Power Design Techniques in CMOS Circuits : A Review
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Variation of Power and Delay in Digital CMOS Circuit Design in DSM Technology
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Design of Low Power Energy Efficient CMOS Circuits with Adiabatic Logic
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Design Simulation of Low Power Two Stage CMOS Operational Amplifier
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A REVIEW OF LOW POWER FLASH ADC USING THRESHOLD INVERTER QUANTIZATION TECHNIQUE
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ADIABATIC LOGIC FOR LOW POWER DIGITAL DESIGN
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Design and Implementation Of Low Power CMOS Full Adder Circuit in Nano scale CMOS Processes
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Low Power and High Speed 4-Bit Flash Analog to Digital Converter Using Dynamic Latch Comparator Technique
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A Low Power Design of Encoder for Flash ADC Using CMOS Technology
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Design and implemented low power Conventional Wallace Multiplier in CMOS Technology
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Design and Implementation of High Performance and Low Power Mixed Logic Line Decoders
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