MOOC Massive Open Online Courses (Ακαδημαϊκό έτος 2019/2020)

Basic circuit theory

Φιλτράρισμα ανά ακαδημαϊκό έτος:

ν. μαθήματος1: Circuit Variables Definitions - Static electricity (Ακαδ.Έτος 2009/2010) electric circuits The Concept of Electric Charge - Conductors, insulators, and electron flow (Ακαδ.Έτος 2009/2010) electric circuits The Voltage and the Current - Voltage and current (Ακαδ.Έτος 2009/2010) electric circuits - Electric circuits (Ακαδ.Έτος 2012/2013) electric circuits
ν. μαθήματος2: Circuit Analysis The Purpose of Circuit Analysis - Voltage and current in a practical circuit (Ακαδ.Έτος 2012/2013) electric circuits - Conventional versus electron flow (Ακαδ.Έτος 2012/2013) electric circuits Resistance - Resistance (Ακαδ.Έτος 2009/2010) electric circuits Ohm’s Law - An analogy for Ohm's Law (Ακαδ.Έτος 2012/2013) electric circuits - How voltage, current, and resistance relate (Ακαδ.Έτος 2012/2013) electric circuits Energy Dissipated - Power in electric circuits (Ακαδ.Έτος 2009/2010) electric circuits - Calculating electric power (Ακαδ.Έτος 2009/2010) electric circuits Conductance - Conductance (Ακαδ.Έτος 2012/2013) electric circuits
ν. μαθήματος3: Kirchhoff s Current and Voltage Laws Kirchhoff’s Current Law - Kirchhoff's Current Law (KCL) (Ακαδ.Έτος 2009/2010) electric circuits Kirchhoff’s Voltage Law - Kirchhoff's Voltage Law (KVL) (Ακαδ.Έτος 2009/2010) electric circuits Series Connection - What are "series" and "parallel" circuits? (Ακαδ.Έτος 2009/2010) electric circuits - Simple series circuits (Ακαδ.Έτος 2009/2010) electric circuits Parallel Connection - Simple parallel circuits (Ακαδ.Έτος 2009/2010) electric circuits - Parallels using conductances (Ακαδ.Έτος 2009/2010) - Power calculations (Ακαδ.Έτος 2009/2010) electric circuits - What is a series-parallel circuit (Ακαδ.Έτος 2009/2010) - Analysis technique (Ακαδ.Έτος 2009/2010) - Re-drawing complex schematics (Ακαδ.Έτος 2009/2010)
ν. μαθήματος4: Resistive Circuits Illustrative Examples - Building simple resistor circuits (Ακαδ.Έτος 2012/2013) electric circuits - Voltage divider circuits (Ακαδ.Έτος 2009/2010) electric circuits - Current divider circuits (Ακαδ.Έτος 2009/2010) electric circuits Measuring Instruments - What is a meter (Ακαδ.Έτος 2009/2010) - Voltmeter design (Ακαδ.Έτος 2009/2010) - Voltmeter impact on measured circuit (Ακαδ.Έτος 2009/2010) - Ammeter design (Ακαδ.Έτος 2009/2010) - Ammeter impact on measured circuit (Ακαδ.Έτος 2009/2010) - Ohmmeter design (Ακαδ.Έτος 2009/2010) Physical Resistor - Resistors (Ακαδ.Έτος 2009/2010) electric circuits
ν. μαθήματος5: Simultaneous Equations Terminology - What is network analysis (Ακαδ.Έτος 2009/2010) - Branch current method (Ακαδ.Έτος 2009/2010)
ν. μαθήματος6: Node-Voltage Tecnique Node - Voltage Equations - Node voltage method (Ακαδ.Έτος 2009/2010)
ν. μαθήματος7: Node-Voltage Method
ν. μαθήματος8: Mesh Current Analysis Mesh-Current Analysis - Mesh current method (Ακαδ.Έτος 2009/2010) Y and DELTA Networks - D-Y and Y-D conversions (Ακαδ.Έτος 2009/2010)
ν. μαθήματος9: Source Transformation Theorem
ν. μαθήματος10: Thevenin s and Norton s Theorems Thevenin’s Theorem - Thevenin's Theorem (Ακαδ.Έτος 2009/2010) Norton Equivalent - Norton's Theorem (Ακαδ.Έτος 2009/2010)
ν. μαθήματος11: Thevenin Equivalent and Maximum Power Transfer Finding Thevenin Equivalent - Thevenin-Norton equivalencies (Ακαδ.Έτος 2009/2010) Maximum Power Transfer - Maximum Power Transfer Theorem (Ακαδ.Έτος 2009/2010)
ν. μαθήματος12: Millman s and Superposition Theorems Millman’s Theorem - Millman's Theorem (Ακαδ.Έτος 2009/2010) - Millman's Theorem revisited (Ακαδ.Έτος 2009/2010) Superposition Theorem - Superposition Theorem (Ακαδ.Έτος 2009/2010)
ν. μαθήματος13: Indipendence of Equations
ν. μαθήματος14: Link Current Method
ν. μαθήματος15: Energy Storage Elements Capacitors - Electric fields and capacitance (Ακαδ.Έτος 2009/2010) - Capacitors and calculus (Ακαδ.Έτος 2009/2010) - Factors affecting capacitance (Ακαδ.Έτος 2009/2010) - Series and parallel capacitors (Ακαδ.Έτος 2009/2010) - Practical considerations about capacitors (Ακαδ.Έτος 2009/2010) Inductors - Magnetic fields and inductance (Ακαδ.Έτος 2009/2010) - Inductors and calculus (Ακαδ.Έτος 2009/2010) - Factors affecting inductance (Ακαδ.Έτος 2009/2010) - Series and parallel inductors (Ακαδ.Έτος 2009/2010) - Practical considerations about inductors (Ακαδ.Έτος 2009/2010)
ν. μαθήματος16: Transient Analysis Introduction To Transient Analysis - Electrical transients (Ακαδ.Έτος 2009/2010) The Natural Response of an RL Circuit - Inductor transient response (Ακαδ.Έτος 2009/2010) - Voltage and current calculations (Ακαδ.Έτος 2009/2010)
ν. μαθήματος17: Natural and Step Responses of RL and RC Circuits The Natural Response of RC Circuits - Capacitor transient response (Ακαδ.Έτος 2009/2010)
ν. μαθήματος18: The Step Responses of RC Circuits General Solution for Step and Natural Responses - Complex voltage and current calculations (Ακαδ.Έτος 2009/2010) - Complex circuits (Ακαδ.Έτος 2009/2010) - Solving for unknown time (Ακαδ.Έτος 2009/2010)
ν. μαθήματος19: Sinusoidal Source and Sinusoidal Response
ν. μαθήματος20: The Phasor and V-I Relationships for Circuit Elements
ν. μαθήματος21: Techniques of Circuit Analysis
ν. μαθήματος22: Techniques of Circuit Analysis - part II
ν. μαθήματος23: Sinusoidal Steady-State Power Calculation
ν. μαθήματος24: Complex Power
ν. μαθήματος25: Maximum Power Transfer

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MOOC Massive Open Online Courses (Ακαδημαϊκό έτος 2019/2020)

Basic circuit theory

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Menu secondario

MOOC Massive Open Online Courses (Ακαδημαϊκό έτος 2019/2020)

Basic circuit theory

Ιστότοποι