Exploring AI-Driven Antenna Optimization Techniques

relAted workOver decades, the design of a comparator has been implemented.With the use of various process technology, several researchers have produced a variety of acceptable comparator structures for a variety of applications.Developed a three-stage voltage comparator concentrated on improving comparator sensitivity and total gain in this design.B. Prathibha et al. [2] suggested a three-stage CMOS comparator with a high-speed operation to gain a lower static & dynamic power dissipation and a smaller offset voltage.Satyabrata et al. [3] compare the traditional comparator to the latched and hysteresisbased comparator.Zbigniew [4] presented the design of a comparator for a high-linearity flash ADC, which was realized in a 22nm FDSOI process with a 0.8V supply.The architecture of a pipelined ADC mismatch insensitive dynamic comparator. [5]High-resolution comparators have also been designed utilizing offset measurement and a cancellation technique involving dynamic latches. [6]onsequently, it was suggested to build a dynamic comparator with high accuracy and low offset.This paper focused on the highly linear, low offset voltage, high resolution, and low power performance of the Comparator.