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"item_title" : "MATLAB Fundamentals for Electrical Engineers",
"item_author" : [" Maxwell Vector "],
"item_description" : "Unlock MATLAB Mastery-From Ohm's Law to Load Flow AnalysisWhether you're a university freshman searching for crystal-clear circuit solutions or a practicing engineer eager to automate complex power-system calculations, this hands-on reference delivers the entire workflow in executable MATLAB code.What Sets This Guide ApartCode-First Learning - Every concept is paired with a clean, copy-ready script or function, eliminating guesswork and accelerating results.Single-Source Depth - Spans resistive networks, phasor analysis, three-phase systems, op-amps, power electronics, DSP, control design, and load-flow studies-no need to juggle multiple texts.Industry-Ready Techniques - Includes node-voltage solvers, FFT algorithms, PID tuning routines, Newton-Raphson load flow, fault current calculators, and more.Exam & Project Friendly - Tackle homework, capstones, and real-world tasks with verified outputs and step-by-step comments.Inside You Will CodeSeries & parallel circuits, KVL/KCL, Thevenin/Norton equivalentsTransient and steady-state analysis of RC, RL & RLC networksThree-phase power, transformers, and power-factor correctionSemiconductor device modeling, rectifiers, buck & boost convertersTransmission lines, impedance matching, Smith chart mathDiscrete-time convolution, custom FFTs, FIR/IIR filter designDigital modulation, OFDM symbol generation, Shannon capacityTransfer-function creation, root locus, state-space pole placementY-bus formulation, Newton-Raphson load flow, short-circuit faultsPhotovoltaic modeling, battery SOC tracking, induction-motor efficiencyPerfect For- Electrical engineering students- Professors seeking a turnkey lab manual- Professional engineers transitioning to MATLAB- Self-learners aiming to modernize their toolsetStop copying formulas by hand-run them, verify them, and own them.",
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MATLAB Fundamentals for Electrical Engineers
Overview
Unlock MATLAB Mastery-From Ohm's Law to Load Flow Analysis
Whether you're a university freshman searching for crystal-clear circuit solutions or a practicing engineer eager to automate complex power-system calculations, this hands-on reference delivers the entire workflow in executable MATLAB code.
What Sets This Guide Apart- Code-First Learning - Every concept is paired with a clean, copy-ready script or function, eliminating guesswork and accelerating results.
- Single-Source Depth - Spans resistive networks, phasor analysis, three-phase systems, op-amps, power electronics, DSP, control design, and load-flow studies-no need to juggle multiple texts.
- Industry-Ready Techniques - Includes node-voltage solvers, FFT algorithms, PID tuning routines, Newton-Raphson load flow, fault current calculators, and more.
- Exam & Project Friendly - Tackle homework, capstones, and real-world tasks with verified outputs and step-by-step comments.
Inside You Will Code
- Series & parallel circuits, KVL/KCL, Thevenin/Norton equivalents
- Transient and steady-state analysis of RC, RL & RLC networks
- Three-phase power, transformers, and power-factor correction
- Semiconductor device modeling, rectifiers, buck & boost converters
- Transmission lines, impedance matching, Smith chart math
- Discrete-time convolution, custom FFTs, FIR/IIR filter design
- Digital modulation, OFDM symbol generation, Shannon capacity
- Transfer-function creation, root locus, state-space pole placement
- Y-bus formulation, Newton-Raphson load flow, short-circuit faults
- Photovoltaic modeling, battery SOC tracking, induction-motor efficiency
- Electrical engineering students
- Professors seeking a turnkey lab manual
- Professional engineers transitioning to MATLAB
- Self-learners aiming to modernize their toolset
Stop copying formulas by hand-run them, verify them, and own them.
This item is Non-Returnable
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Details
- ISBN-13: 9798280623026
- ISBN-10: 9798280623026
- Publisher: Independently Published
- Publish Date: April 2025
- Dimensions: 9 x 6 x 1.17 inches
- Shipping Weight: 1.69 pounds
- Page Count: 580
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