Engineering circuit analysis

Part 2 book "Basic electrical engineering" includes content: Units—work, power and energy, electrostatics, capacitance and capacitors, magnetism and electromagnetism, magnetic circuits, electromagnetic induction, chemical effects of electric current, A.C. fundamentals, series A.C. circuits, phasor algebra, parallel A.C. circuits, polyphase circuits, electrical instruments and electrical measurements, A.C. network analysis.

251p dianmotminh01 20-05-2024 10 5   Download

Part 1 book "Basic electrical engineering" includes content: Basic concepts, D.C. circuits, D.C. network theorems, network terminology, network theorems and techniques, important points about network analysis, Maxwell’s mesh current method,... and other contents.

249p dianmotminh01 20-05-2024 9 3   Download

Part 1 book "Electrical engineering - Principles and applications" includes content: Introduction, resistive circuits, inductance and capacitance, transients, steady state sinusoidal analysis, frequency response, bode plots, and resonance, computer based instrumentation systems, logic circuits, computers and microcontrollers.

489p dianmotminh01 17-05-2024 10 5   Download

Part 1 book "Fundamentals of electrical engineering" includes contents: Introduction to electrical engineering, fundamentals of electric circuits; resistive network analysis, AC network analysis; transient analysis, frequency response and system concepts, AC power.

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Part 1 book "Fundamentals of electric power engineering" includes contents: Asic electric circuit theory, analysis of electric circuits with periodic non sinusoidal sources, magnetic circuit theory problems.

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Part 1 book "Chemical process engineering - Design and economics" includes content: The structure of processes and process engineering, production and capital cost estimation, process circuit analysis, process heat transfer.

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Continued part 1, part 2 of ebook "Electrical circuit theory and technology" provides readers with contents including: advanced circuit theory and technology; general reference; power in a.c. circuits; series resonance and Q-factor; mesh-current and nodal analysis; delta–star and star–delta transformations; maximum power transfer theorems and impedance matching; a numerical method of harmonic analysis; dielectrics and dielectric loss; magnetically coupled circuits; transients and laplace transforms;...

427p dangsovu 20-10-2023 6 3   Download

Ebook "Electrical engineering - Know it all" includes content: An Introduction to electric circuits, resistance and resistivity, series and parallel networks, capacitors and inductors, DC circuit theory, alternating voltages and currents, complex numbers, transients and laplace transforms, ncy domain circuit analysis, digital electronics,... and other contents

1126p haojiubujain07 20-09-2023 10 4   Download

Ebook Mechanical engineers’ handbook - Volume 2: Design, instrumentation, and controls (Fourth Edition) – Part 2 includes contents: Chapter 15 electric circuits; chapter 16 measurements; chapter 17 signal processing; chapter 18 data acquisition and display systems; chapter 19 systems engineering: analysis, design, and information processing for analysis and design; chapter 20 mathematical models of dynamic physical systems; chapter 21 basic control systems design; chapter 22 general-purpose control devices; chapter 23 neural networks in feedback control systems; chapter 24 mechatronics; cha...

558p haojiubujain03 09-08-2023 5 2   Download

Part 1 of ebook "Wiley acing the gate: Electrical engineering" provide readers with content about: electric circuits and electromagnetic fields; signals and systems; electrical machines; power systems; control systems; continuous-time fourier series; circuit analysis techniques; sinusoidal steady state analyses using phasors; magnetically coupled circuits;...

643p damtuyetha 16-02-2023 5 1   Download

Continued, part 2 of the document "Basic engineering circuit analysis (11th edition)" has present the contents: AC steady-state analysis, steady-state power analysis, magnetically coupled networks, polyphase circuits, variable-frequency network performance, the laplace transform, application of the laplace transform to circuit analysis, fourier analysis techniques,...

368p charaznable 06-06-2022 15 2   Download

Part 1 of the document "Basic engineering circuit analysis (11th edition)" has present the contents: basic concepts, resistive circuits, nodal and loop analysis techniques, operational amplifiers, additional analysis techniques, capacitance and inductance, first- and second-order transient circuits,...

322p charaznable 06-06-2022 13 1   Download

The paper has built a simulation model using Ansys Maxwell 3D to calcilate the transformer inrush current with a power of 250 kVA to the grid in the case of load and no load. The results of the current, voltage and inductance values of the machine which are analyzed one after another help-engineers to design, manufacture and operate, choose the appropriate plan in case the transformer is connected to the grid.

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The simplest and most fundamental nonlinear circuit element is the diode. Just like a resistor, the diode has two terminals; but unlike the resistor , which has a linear (straight-line) relationship between the current flowing through it and the voltage appearing across it, the diode has a nonlinear i-v characteristic. In this chapter, you will learn about: The ideal diode, terminal characteristics of junction diodes, modeling the diode forward characteristics, load line analysis.

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In this chapter, you will learn about: DC current and voltage analysis, DC analysis of transistor circuits, modes of operation of a BJT Transistor, transistor characteristics.

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The main contents of the chapter consist of the following: Graphical analysis of the BJT amplifier circuits, biasing the BJT for discrete-circuit design, small-signal operation and models.

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Small-signal modeling is a common analysis technique in electronics engineering which is used to approximate the behavior of electronic circuits containing nonlinear devices with linear equations. It is applicable to electronic circuits in which the AC signals, the time-varying currents and voltages in the circuit, have a small magnitude compared to the DC bias currents and voltages.

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It is shown that the use of the small signal transmission line equivalent circuit model is not restricted solely to the small signal a.c. analysis of semiconductor devices. Simple algorithms are described which allow it to be used to compute the d.c. and the large signal transient properties of semiconductor devices to any desired precision.

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In this chapter, the following content will be discussed: Three passive elements (resistors, capacitors, and inductors) individually, circuits having various combinations of two or three of the passive elements, RC and RL circuits, analysis of RC and RL circuits by applying Kirchhoff’s laws, the differential equations resulting from analyzing RC and RL circuits are of the first order. Hence, the circuits are collectively known as first-order circuits.

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In this chapter, the following content will be discussed: Identifying series-parallel relationships, analysis of series-parallel resistive circuits, voltage dividers with resistive loads, ladder networks.

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