The Signals. Frequency Spectrum of the Signals. Analog and Digital Signals.
Amplifiers. Circuit Models of the Amplifiers. Frequency Response of the Amplifiers. Single Time Constant Networks. Operational Amplifiers. The Ideal Operational Amplifier.
The Inverting Configuration. Applications of the Inverting Configuration.
The Non-Inverting Configuration. Characteristics of the Non-Inverting Configuration.
Effect of Finite Open-Loop Gain and Bandwidth on Circuit Performance.
Differential Amplifiers.
Operation of Operational Amplifiers for Large Signals.
DC Non-Idealities.
Bistable Multivibrators.
The Feedback Loop.
The Transfer Characteristics of a Bistable Circuit. Triggering of a Bistable Circuit. The Bistable Circuit as Memory Element. A Bistable Circuit as Memory Element. Use of the Bistable Circuit as Comparator.
Use of Astable Multivibrators for the Generation of Square and Triangular Waveforms.
Characteristics and Conduction Mechanisms in Semiconductors.
The p-n Junction.
Reverse Biased Junction.
The Capacitive Behavior of a Reverse Biased Junction.
Operating Principle of a Forward Biased Junction.
Diffusion Capacitance.
Operation in the Reverse Breakdown Region.
Characteristics of a Real Diode and their Dependence on Temperature.
Models of the Forward Characteristic of the Diode.
Solution Techniques of a Circuit with a Real Diode: Graphical Analysis and Iterative Technique.
Large Signal Equivalent Model of a Real Diode.
The Zener Diodes. Use of the Zener as Parallel Regulator.
Rectifier Circuits: Half-Wave, Full-Wave with Center-Tap Transformer, and Gratz Bridge.
Sizing of the Filter Capacitor of a Rectifier.
The Bipolar Junction Transistor: Physics and Modes of Operation.
Circuit Symbols and Conventions.
Graphical Representation of the Characteristics of the Transistor. DC Analysis of Transistor Circuits. The Transistor as Amplifier. Biasing of the Transistor for Discrete Component Circuit Design.
Common Emitter Configuration. Input Resistance, Output Resistance, Mid-Frequency Gain. Common Emitter Configuration with Emitter Resistance. Common Base Configuration. Common Collector Configuration. Frequency Response. Dominant Time Constant Method.
ECTS credits
6
Teaching Language
italiano
Exam Language
italiano
Support Materials Language
italiano
Basic Learning Outcomes
Managing Entity (faculty)
Department of Civil and Mechanical Engineering (UNICAS)
