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MOOC Massive Open Online Courses (Academic Year 2018/2019)

Electronics and Electronic Measurements



Slides

Lesson n. 1: Basic circuit concepts for electronics and examples Go to this slide Massimiliano De Magistris
Lesson n. 2: Elementary circuits review Go to this slide Massimiliano De Magistris
Lesson n. 3: Basic Analog Amplifiers Concepts Go to this slide Massimiliano De Magistris
Lesson n. 4: Operational amplifier and related circuits Go to this slide Massimiliano De Magistris
Lesson n. 5: The pn junction diode, model and some examples - part I Go to this slide Giovanni Breglio
Lesson n. 6: The pn junction diode, model and some examples - part II Go to this slide Giovanni Breglio
Lesson n. 7: Some basic analog circuits with diodes Go to this slide Massimiliano De Magistris
Lesson n. 8: Bipolar Junction Transistor (BJT) Go to this slide Giovanni Breglio
Lesson n. 9: The MOSFET transistor Go to this slide Giovanni Breglio
Lesson n. 10: MOSFET Models in Little Signal condition Go to this slide Giovanni Breglio
Lesson n. 11: BJT Model in little signal condition Go to this slide Giovanni Breglio
Lesson n. 12: Circuit simulation with SPICE Go to this slide Massimiliano De Magistris
Lesson n. 13: Tutorial on SPICE Go to this slide Giovanni Breglio
Lesson n. 14: Modeling MOSFET devices in SPICE simulator Go to this slide Giovanni Breglio
Lesson n. 15: Modeling BJT devices in SPICE Simulator Go to this slide Giovanni Breglio
Lesson n. 16: Digital Electronics: an introduction Go to this slide Giovanni Breglio
Lesson n. 17: CMOS Logic Go to this slide Giovanni Breglio
Lesson n. 18: Digital memories and FLIP FLOPS Go to this slide Giovanni Breglio
Lesson n. 19: Fundamentals of measurement theory Go to this slide Leopoldo Angrisani
Lesson n. 20: Electronic measurements: general aspects Go to this slide Leopoldo Angrisani
Lesson n. 21: Metrological properties of measuring devices Go to this slide Leopoldo Angrisani
Lesson n. 22: Measurement uncertainty: theoretical aspects Go to this slide Leopoldo Angrisani
Lesson n. 23: Measurement uncertainty: application aspects Go to this slide Leopoldo Angrisani
Lesson n. 24: Time domain: period and frequency measurements Go to this slide Leopoldo Angrisani
Lesson n. 25: Time domain: time interval measurements Go to this slide Michele Vadursi
Lesson n. 26: Digital voltmeters: theoretical aspects Go to this slide Michele Vadursi
Lesson n. 27: Digital voltmeters: practical aspects Go to this slide Michele Vadursi
Lesson n. 28: AC voltmeters Go to this slide Michele Vadursi
Lesson n. 29: True rms voltmeters and multimeters Go to this slide Michele Vadursi
Lesson n. 30: Digital storage oscilloscopes Go to this slide Michele Vadursi
Lesson n. 31: Analog-to-digital converters Go to this slide Michele Vadursi
Lesson n. 32: DSO: memory, E.T. sampling and probes Go to this slide Michele Vadursi
Lesson n. 33: Measurements in frequency domain: general aspects Go to this slide Leopoldo Angrisani
Lesson n. 34: Analog spectrum analysis Go to this slide Leopoldo Angrisani
Lesson n. 35: Superetherodyne spectrum analyzer Go to this slide Leopoldo Angrisani
Lesson n. 36: Digital spectrum analysis Go to this slide Leopoldo Angrisani