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Versuche und Anleitungen

The lab course consists on the following topics:

Two- and four terminal networks:

transmission lines / coaxial cables, frequency compensated voltage divider, RLC based filters

Analogue circuits:

IV-curves of semi-conducting diodes and BJT/FET transitors, active circuits with transitors and operational amplifiers (op-amps)

Digital electronics:

logical gates, flip-flops, counter, shift-register and their applications, DA/AD-converter, arithmetic logic unit

Metrology:

lock-in-amplifier, PID-controller, nonlinear systems, shunt measurements, time-frequency analysis, device controlling via Python, LabView, Arduino and RasperryPi

Introduction into soldering:

material and components introduction, PCB concepts, practial lab course

Views of some experiments

Simulation of the Chua-Kennedy attractor of a nonlinear oscillatory circuit

Chua-Kennedy oscillator - Nonlinear oscillating circuit

A digital counter/frequency divider

A digital counter/frequency divider - IC parts

Modular design of a lock-in amplifier

Signal propagation - determination and study of the parameters and properties of coaxial cables

Students soldering

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