# Information and communication technologies engineering (Academic Year 2018/2019) - Ingegneria Informatica

## Siteography

 Materiale relativo all'intero insegnamento n. 32.1 - All About Circuits forum   (A.Y. 2012/2013) electric circuits Lesson n.1: Circuit Variables Definitions n. 1.1 - Static electricity   (A.Y. 2009/2010) electric circuits The Concept of Electric Charge n. 1.2 - Conductors, insulators, and electron flow   (A.Y. 2009/2010) electric circuits The Voltage and the Current n. 1.3 - Voltage and current   (A.Y. 2009/2010) electric circuits n. 1.4 - Electric circuits   (A.Y. 2012/2013) electric circuits Lesson n.2: Circuit Analysis The Purpose of Circuit Analysis n. 2.1 - Voltage and current in a practical circuit   (A.Y. 2012/2013) electric circuits n. 2.2 - Conventional versus electron flow   (A.Y. 2012/2013) electric circuits Resistance n. 2.3 - Resistance   (A.Y. 2009/2010) electric circuits Ohm’s Law n. 2.4 - An analogy for Ohm's Law   (A.Y. 2012/2013) electric circuits n. 2.5 - How voltage, current, and resistance relate   (A.Y. 2012/2013) electric circuits Energy Dissipated n. 2.6 - Power in electric circuits   (A.Y. 2009/2010) electric circuits n. 2.7 - Calculating electric power   (A.Y. 2009/2010) electric circuits Conductance n. 2.8 - Conductance   (A.Y. 2012/2013) electric circuits Lesson n.3: Kirchhoff s Current and Voltage Laws Kirchhoff’s Current Law n. 3.1 - Kirchhoff's Current Law (KCL)   (A.Y. 2009/2010) electric circuits Kirchhoff’s Voltage Law n. 3.2 - Kirchhoff's Voltage Law (KVL)   (A.Y. 2009/2010) electric circuits Series Connection n. 3.3 - What are "series" and "parallel" circuits?   (A.Y. 2009/2010) electric circuits n. 3.4 - Simple series circuits   (A.Y. 2009/2010) electric circuits Parallel Connection n. 3.5 - Simple parallel circuits   (A.Y. 2009/2010) electric circuits n. 3.6 - Parallels using conductances   (A.Y. 2009/2010) n. 3.7 - Power calculations   (A.Y. 2009/2010) electric circuits n. 3.8 - What is a series-parallel circuit   (A.Y. 2009/2010) n. 3.9 - Analysis technique   (A.Y. 2009/2010) n. 3.10 - Re-drawing complex schematics   (A.Y. 2009/2010) Lesson n.4: Resistive Circuits Illustrative Examples n. 4.1 - Building simple resistor circuits   (A.Y. 2012/2013) electric circuits n. 4.2 - Voltage divider circuits   (A.Y. 2009/2010) electric circuits n. 4.3 - Current divider circuits   (A.Y. 2009/2010) electric circuits Measuring Instruments n. 4.4 - What is a meter   (A.Y. 2009/2010) n. 4.5 - Voltmeter design   (A.Y. 2009/2010) n. 4.6 - Voltmeter impact on measured circuit   (A.Y. 2009/2010) n. 4.7 - Ammeter design   (A.Y. 2009/2010) n. 4.8 - Ammeter impact on measured circuit   (A.Y. 2009/2010) n. 4.9 - Ohmmeter design   (A.Y. 2009/2010) Physical Resistor n. 4.10 - Resistors   (A.Y. 2009/2010) electric circuits Lesson n.5: Simultaneous Equations Terminology n. 5.1 - What is network analysis   (A.Y. 2009/2010) n. 5.2 - Branch current method   (A.Y. 2009/2010) Lesson n.6: Node-Voltage Tecnique Node - Voltage Equations n. 6.1 - Node voltage method   (A.Y. 2009/2010) Lesson n.7: Node-Voltage Method Lesson n.8: Mesh Current Analysis Mesh-Current Analysis n. 8.1 - Mesh current method   (A.Y. 2009/2010) Y and DELTA Networks n. 8.2 - D-Y and Y-D conversions   (A.Y. 2009/2010) Lesson n.9: Source Transformation Theorem Lesson n.10: Thevenin s and Norton s Theorems Thevenin’s Theorem n. 10.1 - Thevenin's Theorem   (A.Y. 2009/2010) Norton Equivalent n. 10.2 - Norton's Theorem   (A.Y. 2009/2010) Lesson n.11: Thevenin Equivalent and Maximum Power Transfer Finding Thevenin Equivalent n. 11.1 - Thevenin-Norton equivalencies   (A.Y. 2009/2010) Maximum Power Transfer n. 11.2 - Maximum Power Transfer Theorem   (A.Y. 2009/2010) Lesson n.12: Millman s and Superposition Theorems Millman’s Theorem n. 12.1 - Millman's Theorem   (A.Y. 2009/2010) n. 12.2 - Millman's Theorem revisited   (A.Y. 2009/2010) Superposition Theorem n. 12.3 - Superposition Theorem   (A.Y. 2009/2010) Lesson n.13: Indipendence of Equations Lesson n.14: Link Current Method Lesson n.15: Energy Storage Elements Capacitors n. 15.1 - Electric fields and capacitance   (A.Y. 2009/2010) n. 15.2 - Capacitors and calculus   (A.Y. 2009/2010) n. 15.3 - Factors affecting capacitance   (A.Y. 2009/2010) n. 15.4 - Series and parallel capacitors   (A.Y. 2009/2010) n. 15.5 - Practical considerations about capacitors   (A.Y. 2009/2010) Inductors n. 15.6 - Magnetic fields and inductance   (A.Y. 2009/2010) n. 15.7 - Inductors and calculus   (A.Y. 2009/2010) n. 15.8 - Factors affecting inductance   (A.Y. 2009/2010) n. 15.9 - Series and parallel inductors   (A.Y. 2009/2010) n. 15.10 - Practical considerations about inductors   (A.Y. 2009/2010) Lesson n.16: Transient Analysis Introduction To Transient Analysis n. 16.1 - Electrical transients   (A.Y. 2009/2010) The Natural Response of an RL Circuit n. 16.2 - Inductor transient response   (A.Y. 2009/2010) n. 16.3 - Voltage and current calculations   (A.Y. 2009/2010) Lesson n.17: Natural and Step Responses of RL and RC Circuits The Natural Response of RC Circuits n. 17.1 - Capacitor transient response   (A.Y. 2009/2010) Lesson n.18: The Step Responses of RC Circuits General Solution for Step and Natural Responses n. 18.1 - Complex voltage and current calculations   (A.Y. 2009/2010) n. 18.2 - Complex circuits   (A.Y. 2009/2010) n. 18.3 - Solving for unknown time   (A.Y. 2009/2010) Lesson n.19: Sinusoidal Source and Sinusoidal Response Lesson n.20: The Phasor and V-I Relationships for Circuit Elements Lesson n.21: Techniques of Circuit Analysis Lesson n.22: Techniques of Circuit Analysis - part II Lesson n.23: Sinusoidal Steady-State Power Calculation Lesson n.24: Complex Power Lesson n.25: Maximum Power Transfer Lesson n.26: Basic concepts of circuit theory Lesson n.27: Circuits' properties Lesson n.28: N-Ports Lesson n.29: Power in circuits Lesson n.30: Resonance Lesson n.31: Transients

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