DC1 Introduction to DC Analysis

ppt Presentation

video-podcast DC1.1

video-podcast DC1.2

video-podcast DC1.3
screencasts
DC1.1b Calculation of energy dissipated by a resistor, for the given current waveform
DC1.2a,b Energy supplied/absorbed by a source that satisfies active sign convention
DC1.3 Relationship between power and voltage
DC1.6b Bridge circuit, delta-wye transformation
DC1.7a’ Sizing resistance in a simple circuit - different approaches
DC1.9 Parameter identification, PSpice Schematics Parametric Analysis
DC1.10 Sizing of resistance for the given design specification
DC1.14,15,15’ Relationship between a SISO resistive circuit excitation and the response: current or power
DC1.19 Simple circuit analysis: on-diagram approach and superposition theorem approach

DC2 Nodal Analysis

ppt Presentation

screencasts

DC2.1 Simple circuit analysis: nodal approach and superposition approach
DC2.4 Simple circuit analysis - nodal approach versus source transformation approach
DC2.5 Analysis of a circuit built of two parts connected by a single branch
DC2.8 Formulation of Nodal Equations
DC2.10 Calculation of a source power: designation whether supplied or absorbed, use of superposition theorem
DC2.10a Equivalent resistance, current divider
DC2.21,22 Identification of a source value for the specified power, PSpice DC Sweep

DC3 Passive/Active 2-terminal Circuit

ppt (pdf) presentation

video-podcast DC3.1

video-podcast DC3.2

video-podcast DC3.3
screencasts
DC3.1 Power dissipated in series/parallel combination of resistors
DC3.2c,d Sizing of supply current for the specified "Dissipated Power (Wattage) Rating" of resistors
DC3.7,8 Range extension of a Voltmeter/Ammeter
DC3.9 Sizing of supply voltage/current for specified wattage ratings of two resistors connected in parallel/series
DC3.10 Equivalent resistance, equivalent circuits
DC3.12 Limiting a battery charging current by a resistance connected in series
DC3.13a,b Thevenin/Norton equivalent of battery packs
DC3.17b Use of source transformation to find the Norton equivalent of a complex circuit
DC3.18a Thevenin equivalent of a complex circuit
DC3.22 Finding of Norton equivalent of a black box circuit, based on measurements at its terminals
DC3.25 Use of a voltage source to build a current source