Lecturer: Asst. Prof. Dr. Marko Jankovec

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About the course

The course combines knowledge of all subjects of the study so far and enables students to use their theoretical knowledge in a practical application, where they design and realize a simple electronic device from start.

  • Product Specifications. Time and financial plan. Using a computerized planning and production plan. Optimization of the time from idea to market. The technologies available for PCB manufacturing. The choice of technology according to the complexity and product specifications.
  • Using of resources: books, internet, companies. Compliance with safety and EMC standards. Block diagram of electronic and programming work. Choice of electronic and mechanical components of a circuit.
  • Construction of the electrical design with standard design software. List of connections documenting the plan.
  • Design testing: test point, test procedure, testing of printed circuit boards (connections). Testing equipment and software testing. Types and Troubleshooting.
  • Manufacture of printed circuit board design with standard design software. Output file and review boards. Connection of designer with manufacturers of printed circuit boards. Technology to manufacture prototype printed circuit boards.
  • Documentation of the project. The financial recap.
  • Presentation of the project: creating a presentation environment, using technical equipment for presentations. Performance in front of an audience.

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Literature

  • Mark I. Montrose, Printed Circuit Board Design Techniques for EMC Complience, Wiley-Interscience IEEE, ISBN 0-7803-5376-5, New York, 2000.
  • Technical documentation of PCB design software.
  • Web pages of manufacturers of electronic parts and ICs.
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Letošnje teme

Zasedene:

  • Funkcijski generator (Jure Petric)
  • RFID postaja za orientacijski tek (Blaž Grah)
  • Krmiljenje EC motorja (Miha Šubic)
  • HDD ura (Tomo Markočič)
  • Modem prek govornega kanala (Primož Jeraj)
  • Štoparica za motokros (Vasja Kutin)
  • Lasersko brenkalo (Mojca Ošlaj)
  • CAN/LIN analizator (Kristjan Saksida)
  • Elektronska stabilizacijska platforma (Tilen Svete)
  • Združevalnik MIDI signalov (Rok Ražman)
  • Krmiljenje RGB led traku ()
  • LED prikaz stanja baterije v električnih vozilih ()

Proste teme:

  • Odjem tipk klaviature s Hallovimi sondami in generacija MIDI

v sodelovanju s Hišo eksperimentov:

  • Prikaz učinkov magnetnega polja v obliki magnetnega igrala
  • EEG ojačevalnik in krmiljenje naprav z mislimi
  • Platforma za zaznavanje težišča človeka
  • Dolgovalovni IR prikazovalnik
  • Pametna vtičnica z WLAN povezavo (že delno izdelana)

v sodelovanju z drugimi podjetji:

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Contacts

Marko Jankovec

Faculty of Electrical Engineering 
University of Ljubljana
SI-1000 Ljubljana
Slovenia

marko.jankovec@fe.uni-lj.si 

Room BN312, building B, third floor

Tel.: +386 1 4768 931

 

You can send your questions or suggestions about the course also by the following web form: