Tài liệu nổi bật
• Lecture Electric circuit theory - Basic laws presents the following content: Ohm’s law; nodes, branches, and loops; Kirchhoff’s laws; series subcircuits; parallel subcircuits.

26 p hcmutrans 29/04/2020 166 1

• In this chapter you will learn: Definition, two important singularity functions, transform pairs, properties of the transform, inverse transform, initial-value and final-value theorems, laplace circuit solutions, circuit element models, analysis techniques, convolution integral, transfer function.

106 p hcmutrans 29/04/2020 177 1

• Lecture Electric circuit theory - Magnetically coupled circuits presents the following content: Mutual inductance, Dot convention, analysis of magnetically coupled circuits, energy in a coupled circuit, transformers.

47 p hcmutrans 29/04/2020 188 1

• Lecture Electric circuit theory presents the following content: Basic elements of electrical circuits, basic laws, electrical circuit analysis, circuit theorems, active circuits, capacitor and inductor, first order circuits, second order circuits,...

5 p hcmutrans 29/04/2020 91 1

• Lecture Electric circuit theory: Second-order circuits include all of the following content: The Source-free series RLC circuit, initial conditions, the characteristic equation, the classical method, second-order op amp circuits.

45 p hcmutrans 29/04/2020 188 1

• Lecture Electric circuit theory: Capacitor and inductor include all of the following: Capacitor, inductor, the Dc steady state. Inviting ypu refer lecture for more details.

12 p hcmutrans 29/04/2020 187 1

• Lecture Electric circuit theory: Circuit theorems presents the following content: Source transformation, linearity and superposition, Thévenin Equivalent Subcircuits, Norton Equivalent Subcircuits, maximum power transfer.

52 p hcmutrans 29/04/2020 283 1

• Lecture Electric circuit theory: Electrical circuit analysis include all of the following: Branch current method, node voltage method, mesh current method. Inviting ypu refer lecture for more details.

43 p hcmutrans 29/04/2020 185 1

• Lecture Electric circuit theory: First-order crcuits include all of the following: Introduction to transient analysis, initial conditions, the source-free RC circuit, the source-free RL circuit, step response of an RC circuit, step response of an RL circuit, the classical method, first-order Op Amp circuits

41 p hcmutrans 29/04/2020 187 1

• Lecture Electric circuit theory - Sinusoid and phasors include all of the following content: Sinusoids, complex numbers, phasors, phasor relationships for circuit elements.

19 p hcmutrans 29/04/2020 194 1

• The main contents of this chapter include all of the following: Transfer function, the decibel scale, bode plots, series resonance, parallel resonance, passive filters, active filters, scaling.

78 p hcmutrans 29/04/2020 189 1

• This chapter presents the following content: Sinusoidal steady-state analysis, Ohm’s law, Kirchhoff’s laws, impedance combinations, branch current method, node voltage method, mesh current method, superposition theorem, source transformation, Op Amp AC circuits.

71 p hcmutrans 29/04/2020 196 1