Introdução à teoria de circuitos elétricos. Elementos de circuitos lineares. Leis fundamentais. Teoremas de circuitos elétricos. Capacitores e indutores. Análise de circuitos DC e AC nos domínios do tempo e da frequência. Identificação de resistores, capacitores e indutores. Medidas de resistência, tensão e corrente elétrica. Utilização de softwares de simulação e projeto de circuitos eletrônicos. Análise e projeto de circuitos DC e AC nos domínios do tempo e da frequência.
Elements of linear circuits. Ohm's Law. Kirchhoff's Laws. Analysis methods. Theorems. First order circuits. sinusoidal excitation. phasors. Analysis in steady state C.A. Power in steady state A.C. Three Phase Circuits. Transformers. engines. Computational simulation.
Aulas expositivas e práticas de laboratório com interações em grupo para a solução de problemas.
As an important requirement for the specific and the general engineering studies, the course aims to (a) provide the fundamental concepts concerning electrical circuits, which are important for the learning process in physics engineering; (b) enable the student, to work as individually as in groups, to model and solve problems of interest regarding passive electrical circuits, including the adequate choice of hypotheses and the application of suitable solution tools; (c) to introduce the components, techniques, software, and equipment employed in the analysis and design of electrical circuits; and (d) apply and extend the previously learned physical concepts.
Média aritmética (M) de provas individuais (P1 e P2) e trabalhos em grupo ao longo do semestre (T), tal que M = 0,3*P1+0,3*P2+0.4*T
1. Linear Circuit Elements; Ohm's Law; Electric power. 2. Kirchhoff's Laws; Voltage and Current Networks; Series and Parallel Resistance; Y-Delta Conversions. 3. Nodal Analysis; Mesh Analysis. 4. Theorems: Linearity and Superposition, Source Transformation, Thévenin and Norton, Maximum Power Transfer. 5. Resistors; Color Code; Voltage and Electric Current Measurements; Experimental Verification of Kirchhoff's Laws and Circuit Theorems. 6. Capacitors; Inductors; First Order Circuits; Second Order Circuits; 7. SPICE simulator; Computational Analysis of First and Second Order Circuits. 8. Sinusoids and Phasors; Impedance and Admittance; Kirchhoff's Laws in the Frequency Domain. 9. Transfer Function; AC Voltage/Current Gain and Phase; Resonance; filters. 10. AC Power Analysis; Effective Voltage and Current Values; Apparent Power and Power Factor; Complex Power; Mutual Inductance; Ideal Transformer. 11. Oscilloscope; Amplitude, Frequency and Phase Measurements; Experimental Analysis of Passive Filters.
7290967 - Emerson Gonçalves de Melo
Turma | Horário |
---|---|
Turma: 20252F1 |
seg 08:00 12:00 Andy Blanco Rodriguez |
Última atualização em 2025-08-12 09:53.