Learning objectives
Providing deeper insight and complements to the topics dealt with in the introductory courses in Electronics, with an emphasis on analog circuit design
Prerequisites
Required background <br />
Analisi matematica (ABC). Fisica generale (ABC). Elettrotecnica AB. Fondamenti di Elettronica A. Controlli Automatici.
Course unit content
Circuits with feedback <br />
Block schemes for the representation of linear systems. Positive and negative feedback in amplifiers. Properties of negative feedback. Pointing out feedback in electronic circuits. Operational amplifiers. Stability of feedback circuits. Compensation of op-amp circuits. Non-ideal behavior of op-amps. <br />
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Frequency behavior of multi-stage amplifiers <br />
Introduction. Open- and short-circuit time constants analysis. <br />
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Large-signal analysis of output stages <br />
Distortion, conversion efficiency, power gain and normalized power handling capability. Class A output stages: common collector/drain, common emitter/source. Stress of output devices (Imax, Vmax).Heat transmission in electronic devices. Safe Operating Area for a device. Definition of class A,B,C and D operation. Class AB and B push-pull operation. Class C operation. Class D operation with resonant load or with wide band signals (PWM). <br />
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Introductory considerations about oscillators and multivibrators <br />
Stability of the rest point. Natural frequencies of a linear network. One single rest point, two complex conjugate, positive real part natural frequencies: examples of circuits potentially capable of sustaining quai-sinusoidal oscillations. A single rest point, real positive natural frequencies: astable multivibrator examples. Transient behavior analysis using servo switches. Two stable and one unstable rest points: examples of bistable multivibrators. Examples of monostable multivibrators. <br />
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Full programme
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Bibliography
P. R. Gray, R. G. Meyer , “Analog Integrated Circuits,” Mc Graw Hill <br />
Notes provided by the instructor (Part C) <br />
Teaching methods
The test is made of a written test and an oral test. Students must pass the written test to be admitted to the oral test. There is a single oral test for Part B and Part C of Fondamenti di Elettronica. <br />
Assessment methods and criteria
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Other information
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