'Independent voltage source' presentation slideshows

BLM1612 - Circuit Theory

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Figure 2.3 The circuits for Example 2.1.

Figure 2.1 The circuit symbols for (a) an ideal independent voltage source and (b) an ideal independent current source.

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Reading Assignment: Chapter 2 in Electric Circuits, 9 th Edition by Nilsson

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Lecture 3

Lecture 3. Some typical Waveforms The Sinusoid The unit step function The Pulse The unit impulse Capacitors (Linear and Nonlinear). Inductors (Linear and Nonlinear). Hysteresis. Summary of Four way Classification of Two-terminal Elements. Period=. Waveforms and their Notation.

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Lecture 3

Lecture 3. Some typical Waveforms The Sinusoid The unit step function The Pulse The unit impulse Capacitors (Linear and Nonlinear). Inductors (Linear and Nonlinear). Hysteresis. Summary of Four way Classification of Two-terminal Elements. Period=. Waveforms and their Notation.

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Electrical Circuits

Electrical Circuits. Electrical Circuits. Nearly all branches of electrical engineering are fundamentally based on circuit theory.

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Linear Circuit Analysis

Linear Circuit Analysis. Chapter # 1: Basic Concepts. Introduction. Electrical circuit and Electromagnetic theory are two fundamental theories for all branches of electrical engineering

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ECE 342 1. Networks & Systems

ECE 342 1. Networks & Systems. Jose E. Schutt-Aine Electrical & Computer Engineering University of Illinois jschutt@emlab.uiuc.edu. What is Capacitance?. 3. 1. 2. Voltage = 6V Charge=Q No Current. Voltage build up Charge build up Transient Current. Voltage=0 No Charge

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SPICE Using LTSpice

SPICE Using LTSpice. Dr. Aslan Texas State university. Outline. Introduction to SPICE DC Analysis Transient Analysis AC Analysis Subcircuits Optimization Power Measurement. Introduction to SPICE. S imulation P rogram with I ntegrated C ircuit E mphasis

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Chapter 20 Quasi-Resonant Converters

Chapter 20 Quasi-Resonant Converters. Introduction 20.1 The zero-current-switching quasi-resonant switch cell 20.1.1 Waveforms of the half-wave ZCS quasi-resonant switch cell 20.1.2 The average terminal waveforms 20.1.3 The full-wave ZCS quasi-resonant switch cell

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E E 2315

E E 2315. Lecture 07 - Network Theorems,. Maximum Power Transfer Theorem.

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Design and Implementation of VLSI Systems (EN0160)

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Nodes, Branches, and Loops

Nodes, Branches, and Loops. Objective of Lecture. Describe what a single node, a distributed node, branch, and loop are. Chapter 2.3 Explain the differences between a series and parallel connection. Chapter 2.3 Introduce the following concepts:

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Basic Concepts

Basic Concepts. Circuit Elements. Objective of Lecture. Introduce active circuit elements. Chapter 1.6 Introduce passive circuit elements. Circuit Elements. Active Elements Independent power sources Dependent power sources Passive Elements Resistors Capacitors Inductors.

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Circuit Theory

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Worked Examples

Worked Examples. Practical Op-Amp Design Schmitt Trigger Precision Rectifier. Transient analysis waveform (sine wave, 0V offset, 1.38V amplitude, 1kHz). a.c. analysis magnitude. Independent voltage source. Non-Inverting Amplifier. Microcap Demo. TC-OPAMP1.CIR. Schmitt Trigger Design.

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Recall Lecture 6

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QUESTIONS 5

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Thevenin Equivalent for a circuit containing a dependent source

Thevenin Equivalent for a circuit containing a dependent source. Determine the Thevenin voltage V Th. + V Th -. I. 20 I. Determine the Thevenin resistance R Th.

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Thevenin Equivalent for a circuit containing a dependent source

Thevenin Equivalent for a circuit containing a dependent source. Determine the Thevenin voltage V Th. + V Th -. I. 20 I. Determine the Thevenin resistance R Th.

100 views • 6 slides