- Electrostatics
- Columb’s law
- Electric Flux density & Electric field intensity
- Magnetic Flux density &Magnetic field intensity
- Gauss law
- Energy density
- Continuity equation
- Magneto statics
- Biot- savart law
- Amperes circuit law
- Magnetic momentum & magnetic flux
- Boundary conditions
- Applications (Hall effect)
- Lorentz force equation
- conduction, polarization & magnetization
- Maxwell equations
- Law of conservation of charge & boundary conditions
- Hertzian dipole
Tellegen theorem states that the summation of instantaneous powers for the n number of branches in an electrical network is zero. Suppose n number of branches in an electrical network have i 1 , i 2 , i 3 , .............i n respective instantaneous currents through them. These currents satisfy Kirchhoff's Current Law . Again, suppose these branches have instantaneous voltages across them are v 1 , v 2 , v 3 , ........... v n respectively. If these voltages across these elements satisfy Kirchhoff Voltage Law then,
[…] →2.1 Fundamentals of Electromagnetics […]
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