Analog electronics

Course literature:

	Thomas L. Floyd, "Electronic Devices - Conventional Current Version" ISBN: 0-13-615581-2
	Don Manchini, "Op Amps for Everyone" -Free downloadable pdf

Lecture	Topic	Litterature	Exercises
Lect 1-2	Introduction and repetition Circuit Theory, jω-method, RC filter, two-poles, bode diagram, Amplifier model, Amplification, Decibel, input and output resistance, cut-off frequency, bandwidth, Distortion	Lect Notes 1, Slides Hand-out bode diagram tutorial and exercises, exercises reverse bode plot	B21.35, B21.39, B21.45, B21.46
Lect 3	Discrete Semiconductor devices Diodes (Normal, LEDs and Zener diodes) Transistors (Bipolar and MOSFETs)	Lect Notes 3, PPS-Ch2 Chapter 1 - 3 Chapter 4 and 8	P2.1, P2.3, P2.15, P2.25, T3.1, T3.4, P
Exercises
Lect 4-6	Operational Amplifies Ideal operational amplifier Inverting, Non-inverting Amplifier, Voltage follower, Parameters and Operational amplifier properties Bias current and offset voltage Feedback Open and closed loop response Stability	Lect Notes 2, PPS-Ch12 Chapter. 12 The Operational amplifier 12-2 12-6 12-3,4,5 12-7,8 Mancini 5 and 7 Matlab Stability Modelling
Lect 7-8	OP Amp circuits . Comparator Summing and averaging amplifier Intergator and Differentiator Charge sensitive amplifier Current to voltage amplifier Instrumentation amplifier Active filters	Lect Notes 4, PPS-Ch13, PPS-Ch14, PPS-Ch16 13-1 13-2 13-3 14-5 14-1 Mancini Chapter 16
Exercises
Lect 9	Noise	Lect Notes 5, Mancini. Chapter 10
Lect 10	Power supplies	Lect Notes 5, SMPS @ Wikipedia, Introduction to switch mode power supplies