High-Efficiency Error Amplifier Design in 0.35μm CMOS Technology

Abstract

Error amplifiers are extensively employed in integrated circuits, necessitating the design of high-performance variants. This study utilizes a 0.35μm CMOS process to develop a high-performance error amplifier, with a theoretical analysis of its performance. Cadence simulations indicate that the error amplifier designed in this study achieves a common mode input range of 66mV to 2.8V, a settling time of 268ns, and a slew rate of 5.4V/μs.