"bài giảng tổng quan mạch điện ece" trang 1 - tải miễn phí từ tailieunhanh
Lecture Introduction to Circuits for ECE - Lesson 1: Electrical quantities and Constitutive relationships

Lecture Introduction to Circuits for ECE - Lesson 1: Electrical quantities and Constitutive relationships
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Lecture Introduction to Circuits for ECE - Lesson 2: Circuit laws and Circuit analysis

Lecture Introduction to Circuits for ECE - Lesson 2: Circuit laws and Circuit analysis
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Lecture Introduction to Circuits for ECE - Lesson 3: Circuit analysis using Simplification techniques and Voltage and Current dividers

Lecture Introduction to Circuits for ECE - Lesson 3: Circuit analysis using Simplification techniques and Voltage and Current dividers
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Lecture Introduction to Circuits for ECE - Lesson 4: Node analysis

Lecture Introduction to Circuits for ECE - Lesson 4: Node analysis
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Lecture Introduction to Circuits for ECE - Lesson 6: Linearity and Superposition

Lecture Introduction to Circuits for ECE - Lesson 6: Linearity and Superposition
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Lecture Introduction to Circuits for ECE - Lesson 7: Thevenin and Norton equivalent circuits

Lecture Introduction to Circuits for ECE - Lesson 7: Thevenin and Norton equivalent circuits
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Lecture Introduction to Circuits for ECE - Lesson 8: Source transformation and Mesh analysis

Lecture Introduction to Circuits for ECE - Lesson 8: Source transformation and Mesh analysis
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Lecture Introduction to Circuits for ECE - Lesson 9: Large-signal analysis of nonlinear circuits

Lecture Introduction to Circuits for ECE - Lesson 9: Large-signal analysis of nonlinear circuits
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Lecture Introduction to Circuits for ECE - Lesson 10: Small-signal analysis of Nonlinear circuits and Transistors and Dependent sources

Lecture Introduction to Circuits for ECE - Lesson 10: Small-signal analysis of Nonlinear circuits and Transistors and Dependent sources
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Lecture Introduction to Circuits for ECE - Lesson 11: Circuits with dependent sources

Lecture Introduction to Circuits for ECE - Lesson 11: Circuits with dependent sources
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Lecture Introduction to Circuits for ECE - Lesson 12: Large and small signal analysis of Transistor circuits

Lecture Introduction to Circuits for ECE - Lesson 12: Large and small signal analysis of Transistor circuits
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Lecture Introduction to Circuits for ECE - Lesson 13: Op-amps and Op-amp amplifiers

Lecture Introduction to Circuits for ECE - Lesson 13: Op-amps and Op-amp amplifiers
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Lecture Introduction to Circuits for ECE - Lesson 14: Implementing linear and non-linear functions using op-amps

Lecture Introduction to Circuits for ECE - Lesson 14: Implementing linear and non-linear functions using op-amps
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Lecture Introduction to Circuits for ECE - Lesson 15: Input and output resistance, differential and common mode signals and op-amp non-idealities

Lecture Introduction to Circuits for ECE - Lesson 15: Input and output resistance, differential and common mode signals and op-amp non-idealities
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Lecture Introduction to Circuits for ECE - Lesson 16: Capacitors and Inductors

Lecture Introduction to Circuits for ECE - Lesson 16: Capacitors and Inductors
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Lecture Introduction to Circuits for ECE - Lesson 17: First order RC and RL circuits – Solution using differential equation approach and intuitive approach

Lecture Introduction to Circuits for ECE - Lesson 17: First order RC and RL circuits – Solution using differential equation approach and intuitive approach
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Lecture Introduction to Circuits for ECE - Lesson 18: First order RC and RL circuits – Solution using intuitive approach and ZIR/ZSR method

Lecture Introduction to Circuits for ECE - Lesson 18: First order RC and RL circuits – Solution using intuitive approach and ZIR/ZSR method
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Lecture Introduction to Circuits for ECE - Lesson 19: Step response and impulse response

Lecture Introduction to Circuits for ECE - Lesson 19: Step response and impulse response
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Lecture Introduction to Circuits for ECE - Lesson 20: Undamped second order LC circuits natural response.

Lecture Introduction to Circuits for ECE - Lesson 20: Undamped second order LC circuits natural response.
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Lecture Introduction to Circuits for ECE - Lesson 21: Undamped and Damped second order circuits natural and Driven response

Lecture Introduction to Circuits for ECE - Lesson 21: Undamped and Damped second order circuits natural and Driven response
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