Overview
Aims
Knowledge of the main principles of analyzing, designing and producing of analog (linear) integrated circuits applications
Knowing of analysis and functioning of main integrated sub circuits: current shunts and sources, current mirrors, amplification stages, output stages etc.
Knowing the structure and applications of operational amplifiers.
Course contents
Microelectronics, definitions, taxonomies Analog integrated circuits technology. Analog integrated circuits, types and applications Operational amplifiers, parameters, linear and nonlinear applications. Sub circuits (current sources and mirrors, active loads, voltage references. Elementary amplification stages. Output stages (A class, B class, A-B class). Frequency behavior and stability of operational amplifiers applications. Nonlinear analogic integrated circuits.
Learning outcomes
Analyzing and constructive design of analog systems using analog integrated circuits. Using of specific software for analyzing and designing analog electronic devices.
Assessment
Written exam - 40%; continuous assessment (laboratory) - 40%, final test - 20%.