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Information and communication technologies engineering (Academic Year 2018/2019) - Ingegneria Informatica
Electronics and Electronic Measurements
Slides
Lesson n. 1:
Basic circuit concepts for electronics and examples
Lesson n. 2:
Elementary circuits review
Lesson n. 3:
Basic Analog Amplifiers Concepts
Lesson n. 4:
Operational amplifier and related circuits
Lesson n. 5:
The pn junction diode, model and some examples - part I
Lesson n. 6:
The pn junction diode, model and some examples - part II
Lesson n. 7:
Some basic analog circuits with diodes
Lesson n. 8:
Bipolar Junction Transistor (BJT)
Lesson n. 9:
The MOSFET transistor
Lesson n. 10:
MOSFET Models in Little Signal condition
Lesson n. 11:
BJT Model in little signal condition
Lesson n. 12:
Circuit simulation with SPICE
Lesson n. 13:
Tutorial on SPICE
Lesson n. 14:
Modeling MOSFET devices in SPICE simulator
Lesson n. 15:
Modeling BJT devices in SPICE Simulator
Lesson n. 16:
Digital Electronics: an introduction
Lesson n. 17:
CMOS Logic
Lesson n. 18:
Digital memories and FLIP FLOPS
Lesson n. 19:
Fundamentals of measurement theory
Lesson n. 20:
Electronic measurements: general aspects
Lesson n. 21:
Metrological properties of measuring devices
Lesson n. 22:
Measurement uncertainty: theoretical aspects
Lesson n. 23:
Measurement uncertainty: application aspects
Lesson n. 24:
Time domain: period and frequency measurements
Lesson n. 25:
Time domain: time interval measurements
Lesson n. 26:
Digital voltmeters: theoretical aspects
Lesson n. 27:
Digital voltmeters: practical aspects
Lesson n. 28:
AC voltmeters
Lesson n. 29:
True rms voltmeters and multimeters
Lesson n. 30:
Digital storage oscilloscopes
Lesson n. 31:
Analog-to-digital converters
Lesson n. 32:
DSO: memory, E.T. sampling and probes
Lesson n. 33:
Measurements in frequency domain: general aspects
Lesson n. 34:
Analog spectrum analysis
Lesson n. 35:
Superetherodyne spectrum analyzer
Lesson n. 36:
Digital spectrum analysis