Designing of Energy Efficient High Speed Opearational Amplifier in CMOS

Abstract

In this paper we Focuses on the design and simulation of energy-efficient high-speed operational amplifiers using CMOS technology. Our Concept is Design CMC Full Adder with Operational Amplifier. The objective is to achieve high performance with low power consumption by optimizing the design at the transistor level. The IC layout, including several CMOS transistors, capacitors, and resistors arranged to form the operational amplifier circuit. The simulation process includes Layout Versus Schematic (LVS) verification, which ensures that the layout matches the intended schematic design. layout adheres to the manufacturing constraints, indicating a complex circuit designed for high-speed operation Simulations performed on this layout assess key parameters compare power, Delay, Area which are crucial for high-speed Applications. This design's ultimate goal is to provide an operational amplifier with enhanced energy efficiency while maintaining the necessary speed and precision required for advanced CMOS technology applications and We use this in arithmetic log unit after use the Application ALU the power and delay are decreased compared to existing Method.