|Department:||Department of Experimental Physics|
|Course director:||Miklós Török|
|Prerequisities:||Electricity and Magnetism|
|Type of assessment:||K|
Linear network. Ideal generators. Thevenin's and Norton's theorems. Fourier transforms. Impedances. Normalisation of transfer function. Pole-zero analysis. Bode plot, phase shift. First and second order filters. Properties of the resistors, inductors, capacitors. The transformer. Diodes: rectifier, switching, capacitor, Zener, light emitting and photo diodes. The bipolar transistor: basic properties. Maximum ratings. Basic amplifier circuits with transistors. The JFET and the MOSFET: structure and properties. Simple circuits with FET's. The operational amplifier. Inverting and non-inverting amplifier circuits. Properties of operational amplifiers. Linear amplifiers. Nonlinear amplifiers, function generators. Comparators. Signal generators. Saving the input and the output of the amplifiers. Principles of measuring circuits. The radio and the television.