Optics,electronics and Modern Physics Laboratory

1. Get experimental knowledge of physical phenomena related to optics
2. Learn the basic physics of experiments
3. Learn the basics of measurement, like direct/indirect measurement of physical quantities and the inductive method.
4. Get acquainted with basic instruments used in optics, like lens, diffraction grating, lasers, optical slits, optical bench
5. Ability to set the proper experimental conditions for the measurement of a physical quantity with a given apparatus
6. Ability to experimentally study a physics case: the student handles a real system and learns to evaluate the limits under which its behavior may be described by physical models based on ideal systems
7. Ability to calibrate an apparatus
8. Ability to describe simple linear circuits using the Fourier or Laplace transforms
9. Ability to compute and measure the output signal of a simple electric circuit under step, impulse or sinusoid excitation
10. Learn the concept of negative and positive feedback and how to use it in electronic circuits
11. Learn the concept of input and output impedance of a circuit
12. Ability to realize simple electrical circuits using operational amplifiers and passive components, like inverting and non-inverting amplifiers, active filters, astable multivibrators.
13. Know the signal-transmission mechanism in coaxial cables and the concept of characteristic impedance of the line
14. Ability to work in teams
15. Ability to individuate same physics phenomena in different experiments
16. Ability to critically discuss experimental data
17. Ability to write a scientific report on an experiment

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