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Description


IN00CS82 Electrical Safety and Basics of Electronics (5 cr)
Prerequisites -
Objectives The student knows the basic circuit quantities and laws. He/she can apply them to simple circuits. The student knows the dangers related to electricity in laboratory conditions and knows how to protect him/herself. The student knows how to safely use the most common laboratory measuring equipment.

The students knows the basic concepts of analog electronics. He/she know the structure and function of the basic electronics components. The student can calculate circuit voltages and currents and knows the most important electronic circuit applications. The student can use datasheets to select components.
Content Safe working at the laboratory. The use of digital multimeter, function generator, oscilloscope and spectrum analyzer. DC and AC basics. Voltage, current, power and resistance. Ohms and Kirchoff’s laws.
Resistor, capacitor and inductor. Series RLC circuit. Transformer. Diode and rectification. Transistor switch and transistor amplifier. Operational amplifier and its applications. Basics of analog-digital interface.
Recommended optional programme components If necessary, the student advisor will recommend optional programme components for each student based on their individual study plan.
Accomplishment methods Not applicable
Execution methods Not applicable
Materials Not applicable
Literature Not applicable
Evaluation Criteria 0-5
Evaluation Criteria satisfactory (1-2)
I know the most important electric quantities (current, voltage, resistance and power) and how they are related (Ohm's and Kirchoff's laws and power law). I identify basic electric components like resistor, capacitor and coil.

I know how current and voltage behave in serial and parallel circuits. I am familiar with the most common measureing devices and know how to operate safely in the laboratory. I can operate as a passive member of a small team to make electrical measurements. I know how to use with assistance a circuit simulator to solve simple circuits.

good (3-4)
I calculate currents and voltages from simple DC and AC circuits. I identify basic components like diode, transistor and operational amplifier and I understand what they are used for. I can build simple circuits using these components. I act actively as a member of a small team to build circuits and to measure their performance. I use circuit simulators fluently and independently. I use the needed equipment with ease and can select suitable components.

excellent (5)
I master a range of electric and electronic applications. I design my own circuits. I calculate circuit properties and run simulations without outside help. I am familiar with laboratory equipment and can use them innovatively. I can select proper components with the help of data sheets.
Assessment Frameworks Not applicable
Further Information -
Responsible persons Not applicable
Links Not applicable

Implementations


Show old implementations
  • 28.08.2023 - 29.10.2023 (IN00CS82-3011 | TVT23SPL)
  • 28.08.2023 - 29.10.2023 (IN00CS82-3012 | TVT23SPO)
  • 11.03.2024 - 05.05.2024 (IN00CS82-3013 | TVT24KMO)
  • 26.08.2024 - 27.10.2024 (IN00CS82-3016 | TVT24SPL)
20.5.2024 14:32:38