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Electrical Engineering Library |
Mathcad Engineering Libraries are delivered in E-books, which give you interactive, live access to everything you’d find in hard copy reference books. These E-books can be viewed in Mathcad and have full access to all of Mathcad’s calculation and graphing features. You can modify the inputs and equations to build your own models, explore the content by working directly in the book, or drag content into your own Mathcad worksheets.
Electrical & Electronic Engineering from Hicks – Adapted from the Standard Handbook of Engineering Calculations (edited by Tyler G. Hicks), this title delivers electrical and electronics engineering formulae and procedures, supported with explanatory text, tables and figures.
Sample Topics – Direct-Current Circuit Analysis; Power System Short-Circuit Current; Transformer Characteristics and Performance; Electrical Measurement Analysis of Permanent-Magnet Motors; Solid-State Device Evaluation; Reliability Analysis of Electronic Circuits; Equipment to Network Synthesis by Using an Operational Amplifier; Microwave Transmitter Analysis; Analysis of Images Produced by Concave or Plane Mirrors; Compound Thin-Lens Analysis. See Example: Kirchhoff’s Laws for DC Circuit Analysis).
Electrical Power Systems Engineering – This title explores common design calculations for modelling electrical power distribution systems, providing analysis techniques necessary to design a functioning system, and locating potential difficulties in a proposed design. Immediately apply hundreds of calculation procedures to find solutions in the design and implementation of power distribution and power conversion systems.
Sample Topics – Voltage Drop Calculations; Load Flow Calculations; Least-Cost Power Transformer Sizing; Power System Harmonic Analysis; Power Line Parameters; Impedance of Lines; Characteristics of Aluminum Cable; Power System Faults; Mid-Line Fault Calculations; Out-of-Step Protection; Induction Motor Start-up Protection; DC Motor Protection; System Transients; Transformer Energization; Typical Transformer Impedances; Application of Surge Arresters. See Example: Transformer Efficiency
Topics in Mathcad: Electrical Engineering – Useful Mathcad problem solving techniques in the context of common design calculations from several different branches of electrical engineering, such as circuit analysis or digital filter design.
Sample Topics – Circuit and Feedback Analysis; Antenna Arrays; Waveguides; Transmission Lines; Network Analysis; Feedback and Stability Criteria; Two Port Networks, Convolution and Deconvolution, Quantization, Transforms; IIR Filter Design; FIR Filter design. |
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