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Electronics II (53017), spring 2016

Electronics II (53017), spring 2016

Lecturer: Edward Hæggström, haeggstr(at)mappi.helsinki.fi

Assistants:

Timo Rauhala, timo.rauhala(at)helsinki.fi

Visiting assistants

Page updated 7.5.2016


Updates:

  • Demo moved to Mon 16.5. @ 11-13
  • No exercises/demos during week 28.3.-1.4.
  • Next demo: FPGA, Wed 16.3. D115 @ 12.15.
  • No lectures this week (7.-11.3.) due to the intermediate week between periods.
  • Next demo: AVR 10.3. D115 @ 12.00. Bring your own laptops.
  • Lecture on Wed 2.3. will start at 10.30.
  • Small schedule change in the project info during Easter (weekly report now 18.4. not 25.4.)
  • Lecture on Wed 24.2. canceled
  • Arduino demo/hands on-session on Thu 25.2. @ 12.00. Location D115. Bring your own laptops. Install the Arduino IDE before the session. (https://www.arduino.cc/en/Main/Software)
  • No exercise session on week 15.-19.2., instead there will be a demo session on logic circuits on Thu 18.2. @ 12.00. Location D115.
  • Solutions to Exercise 2 added
  • 2nd exercise has been added
  • Solutions to Exercise 1 added (to the lecture material page)
  • 1st exercise has been added
  • Information about the course project has been added
  • Remember the weekly reports!
  • First lecture on Wed 20.1.
  • Enrollment to course is open in weboodi .

Lecture and exercise times:

Lectures:

Wed 10-12, D115
Thu 10-12, D115

Lecture material (Recap from Electronics I)
Lecture material

Exercises/Demos

Wed 12-14, D115
Thu 12-14, D115

Exercise 1 (3.-4.2.) Solutions
Exercise 2 (10.2.) Solutions

Course project:

Project information


Course grading:

25 % of course grade comes from exercise points, which are 1 point or ½ point per task. Participation in demonstrations is worth 4 points. 75 % of the grade comes from the course project. The course has no exam.

Duration: 3. and 4. period

Timing in studies: Advanced studies.

Prerequisites: Electronics I, Measurement methods in Physics I, Basic studies in Physics

Course description: The aim of the course is to learn to use digital components and microprocessors as well as to learn the basics of the latest microelectronics opportunities offered for information technology and signal processing. Course project is simulated project work in a company.

Scope: 10 credits

Literature:

– W. Kleitz: Digital Electronics – a practical approach, Prentice Hall, 7th ed (2005).

– Floyd: Digital Fundamentals, Prentice Hall, 9th ed (2006)

– Horowitz & Hill: The Art of Electronics, 3rd ed (2015)

Older editions of the books will also suffice (6th ed Kleitz and 8th ed Floyd).