Digital circuits encode information in two voltage levels as compared to an analog system where the signal has a varying amplitude and the information is encoded in that amplitude. With lowering supply voltages in advance nodes, it becomes difficult to encode information in the voltage levels of the signal. So, to use digital circuits to do analog processing, we encode the information in time domain. To this effect, two chips with intensive use of digital circuits are presented which exploit time-based signal processing. The first chip is presented is a transmitter for wireless communication while the second one is a receiver circuit for asynchronous wireline communication.
28/8/2025 10:00 - 12:00
Aula Arenbergkasteel (01.07)
