TSTE15 Analog Circuits, 7,5 ECTS-points
/Analoga kretsar/

Advancement level:
C

Aim:
The purpose is to give knowledge in analysis and synthesis of electronic systems. Special intention is given to methods with approach to computer technology.

Prerequisites:
TSDT 63 Basic Electronics and Measurement technology TSDT 70 Circuit theory

Course organization:
The course is organized in lectures, lessons and laboratory work. Individual computer-aided analysis of circuits.

Course content:
Notation. Methods for analysis and synthesis, linear and nonlinear circuits. Circuit elements, AC-, DC, large signal analysis. Optoelectronic components, LED, photodiodes, temperature effects, junction transistor, power transistors. JFET, MOSFET, CMOS, (large-signal and small-signal modelling, channel length modulation, treshold voltage, Body effect). CCD, distorsion. BiCMOS, GaAs. Power amplifiers, class A, B and C, complementary symmetry, distorsion. Operational amplifiers. Electrical characteristics: Bandwidth slew rate, offset volatage, bias currents. Stability, distorsion. Non linear operational amp. applications, oscillators, wave form generators, Schmit trigger, multiplier, logharitmic amplifier. Electrical environments. Frequency response, compensation. Multiple-transistor circuits, difference amplifier, cascode amplifier. Low and frequency response of amplifiers, modelling. High frequency circuits. Sample and hold circuits. CMOS circuits, Process technology. Computer-aides analysis of circuits.

Course literature:
Shilling Donald L, Belove Charles: Electronic circuits: Discrete and Integrated Mc Graw-Hill Inc. Jääger R, Wanhammar L: Exempelsamling i Analoga Kretsar. Compendia: MOSteknik, återkoppling och funktionsgenerering. Lab PM. Molin Bengt: Simulering med SPICE.

TEN1One written examination., 4 p.
LAB1One laboratory course., 1 p.
Course language is swedish.