Electrical Energy Technology
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Electrical Energy Technology

Electrical Energy Technology

  • Home
  • Education
    • Mathematics
      • Intro Mathematics
      • Mathematical Analysis and Modelling
        • Complex Numbers
        • Polynomials
        • Taylor Polynomials
        • Differential Equations
      • Linear Algebra and Modeling
      • Advanced Mathematics for Engineers
        • Laplace Transformation
        • Fourier Series
        • Fourier Transform
        • Z-Transform
    • Physics
      • Electrophysics
        • Electric fields
          • Electric charge, force and field
          • Electric flux and charge
          • Electric potential energy
          • Electric potential and gradient
          • Capacitance
          • Dielectric materials
          • Current
          • Semiconducting materials
        • Magnetic fields
          • Magnetic sources
          • Magnetic force
          • Ampere's law
          • Faraday's law of induction
          • Maxwell's equations
          • Materials in magnetic field
          • Magnetization curves
          • Magnetic circuits
          • Electrotechnical Materials
          • Electrical breakdown in gases
      • Elektrotechnique
        • Direct current
          • Current, voltage and resistance
          • Resistive Circuits
          • Capacitive circuits
          • Inductive circuits
          • Second order circuits
          • The Diode
          • The Transistor
          • The Operational Amplifier
          • Filter circuits
        • Alternating current
          • Single phase AC circuits
          • Three phase AC circuits
          • Power in AC circuits
          • The transformer
          • Magnetic circuits
          • The Laplace transformation
      • General Physics
    • Chemistry
      • General- and Electrochemistry
    • Programming
      • C & C++
        • Microprocessors
      • MatLab
      • Python
    • Installation
  • Engineering
  • About