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Line 4: ==Mathematics in electronics== [[Electronics engineering]] careers usually include courses in [[calculus]] (single and [[multivariable calculus\|multivariable]]), [[complex analysis]], [[differential equations]] (both [[ordinary differential equation\|ordinary]] and [[partial differential equation\|partial]]), [[linear algebra]] and [[probability]]. [[Fourier analysis]] and [[Z-transform]]s are also subjects which are usually included in [[electrical engineering]] programs. [[Laplace transform]] can simplify computing [[RLC circuit]] behaviour. ~~here is a link for more: https://www.sciencedirect.com/book/9780750697279/basic-electronics-math~~ ==Basic applications==

Mathematical methods in electronics: Difference between revisions