Image sensors are used everywhere - from smartphone cameras and medical scanners to autonomous vehicles and industrial inspection systems. At the heart of every image sensor lies a column ADC, which converts the tiny light signals captured by each pixel into digital information.
The speed, precision, and energy efficiency of this conversion process directly determine the overall image quality, power consumption, and performance of the sensor.
By designing innovative, low-noise, and energy-efficient column ADC architectures with improved signal interfaces, this project will enable image sensors that are faster, more compact, and more reliable. These advancements will benefit a wide range of applications including medical diagnostics, autonomous systems, environmental monitoring, and consumer electronics. This work will therefore contribute to the development of the next generation of high-performance, low-power imaging technologies, enhancing both scientific discovery and everyday life.