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Line 4: ==Mathematics in Electronics== Electrical Engineering careers usually include courses in [[Calculus]] (single and [[Multivariable Calculus\|multivariable]]), [[Complex analysis\|Complex Analysis]], [[Differential Equations]] (both [[Ordinary differential equation\|ordinary]] and [[Partial differential equation\|partial]]), [[Linear Algebra]] and [[Probability]]. [[Fourier Analysis]] and [[Z-transform\|Z-Transforms]] are also subjects which are usually included in electrical engineering programs. Of these subjects, Calculus and Differential equations are usually prerequisites for the Physics courses required in most electrical engineering programs (mainly Mechanics, Electromagnetism & Semiconductor Physics). Complex Analysis has direct applications in Circuit Analysis, while Fourier Analysis is needed for all Signals & Systems courses, as are Linear Algebra and Z-Transform. ==Basic applications==

Mathematical methods in electronics: Difference between revisions