Providing the basic concepts of circuit theory in linear circuits. The methods are applied in the description of the three phase distribution systems.
Curriculum
scheda docente
materiale didattico
Ideal diode and rectifier circuit. Zener diode. Stabilizer circuit with zener. The transistor: cut-off zone, saturation zone. The transient in the active zone: model for large signals. Small-signal model of an active-zone transistor. The transistor as current-driven short-circuit and open-circuit two-poles. Logic gates: NOT,AND, OR FLIP_FLOP SR. The operational amplifier AMP.OP.: Buffer, inverting, non-inverting, comparator, clock, Integrator, Derivator, Adder, Digital - Analog converter.
Programma
Two-pole non-linear resistors: the diode. Nonlinear Circuit Linearization Example: Diode Linearization (Small-Signal Model)Ideal diode and rectifier circuit. Zener diode. Stabilizer circuit with zener. The transistor: cut-off zone, saturation zone. The transient in the active zone: model for large signals. Small-signal model of an active-zone transistor. The transistor as current-driven short-circuit and open-circuit two-poles. Logic gates: NOT,AND, OR FLIP_FLOP SR. The operational amplifier AMP.OP.: Buffer, inverting, non-inverting, comparator, clock, Integrator, Derivator, Adder, Digital - Analog converter.
Testi Adottati
- Basic Electronics Circuits - K. Vasudevan - Springer EditionBibliografia Di Riferimento
- Basic Electronics Circuits - K. Vasudevan - Springer EditionModalità Erogazione
Same methods as Module I of the course.Modalità Frequenza
The intermediate tests are reserved for attending students. Passing the intermediate tests allows students to be exempt from taking the written exam relating to the topics covered in the intermediate tests.Modalità Valutazione
Same methods as Module I of the course.
scheda docente
materiale didattico
Ideal diode and rectifier circuit. Zener diode. Stabilizer circuit with zener. The transistor: cut-off zone, saturation zone. The transient in the active zone: model for large signals. Small-signal model of an active-zone transistor. The transistor as current-driven short-circuit and open-circuit two-poles. Logic gates: NOT,AND, OR FLIP_FLOP SR. The operational amplifier AMP.OP.: Buffer, inverting, non-inverting, comparator, clock, Integrator, Derivator, Adder, Digital - Analog converter.
Programma
Two-pole non-linear resistors: the diode. Nonlinear Circuit Linearization Example: Diode Linearization (Small-Signal Model)Ideal diode and rectifier circuit. Zener diode. Stabilizer circuit with zener. The transistor: cut-off zone, saturation zone. The transient in the active zone: model for large signals. Small-signal model of an active-zone transistor. The transistor as current-driven short-circuit and open-circuit two-poles. Logic gates: NOT,AND, OR FLIP_FLOP SR. The operational amplifier AMP.OP.: Buffer, inverting, non-inverting, comparator, clock, Integrator, Derivator, Adder, Digital - Analog converter.
Testi Adottati
- Basic Electronics Circuits - K. Vasudevan - Springer EditionBibliografia Di Riferimento
- Basic Electronics Circuits - K. Vasudevan - Springer EditionModalità Erogazione
Same methods as Module I of the course.Modalità Frequenza
The intermediate tests are reserved for attending students. Passing the intermediate tests allows students to be exempt from taking the written exam relating to the topics covered in the intermediate tests.Modalità Valutazione
Same methods as Module I of the course.