There is still a great reliance on human expert knowledge during the analog integrated
circuit sizing design phase due to its complexity and scale, with the result that there is a very …

Multiple‐stage complementary metal‐oxide‐semiconductor (CMOS) operational amplifiers
(Op Amps) have been extensively studied in the literature; often, each new design reports …

Analog integrated circuit sizing still relies heavily on human expert knowledge as previous
automation approaches have not found wide-spread acceptance in industry. One strand, the …

Research in design automation for power electronics (DAPE) is a growing subject propelled
by the demand for power electronics in the light of electrification. This paper explains and …

Within many circumstances, analog circuits are made up of intricate pairings of op-amps,
resistors, capacitors, and several other fundamental electrical devices. Making anything as …

Analog and mixed-signal (A/MS) IC design is still a largely manual process. It lags far behind
its digital counterpart were synthesis methods automate many key design steps. This …

Analog integrated circuit sizing is notoriously difficult to automate due to its complexity and
scale; thus, it continues to heavily rely on human expert knowledge. This work presents a …

Finding appropriate parameters for a circuit via optimization is time-consuming and can fail
for certain initial points. In this work, we use machine learning methods to entirely skip the …

A flow to develop single-stage Discrete-Time (DT) amplifiers based on a set of given
requirements, including speed and noise specifications, will be introduced. To reduce the …

Designing circuits with the help of Artificial Intelligence (AI) has fascinated us for a long time.
It would be very useful for having an open-source circuit optimization software that …