Laboratory of Electronics Device Design, Laboratory work

After completing the New Electronics Materials and Manufacturing laboratory assignments the student is able to:

• analyze the reliability and environmental aspects of electronic devices
• demonstrate the operating principle of printed supercapacitors, measure  the key phenomena of supercapacitors and draw conclusions of the  measurement results
• work in a cleanroom, demonstrate the inkjet  printing of conductive materials, measure the key phenomena of printed  electronics and draw conclusions of the measurement results
• write scientific reports

After completing the Equipment Engineering laboratory assignments the student is able to:

• design, implement and test a linear DC power supply
• program a FPGA device
• measure radiated and conducted emissions of an electronic device
• write scientific reports

Core content

• Reliability and environmental aspects of electronic products.
• The operating principle of printed supercapacitors, materials and cyclic voltammetry measurement.
  
• Printed electronics processes and measuring the printed structures. Working in a cleanroom.
• The structure and programming of embedded systems.
  Programming of programmable logic.
  
• The structure and measurements of power supplies.
  Operational amplifier circuits and properties.
  
• EMC issues. EMC standards and measurements.
  
• Practical design and construction.

Common

Lecture: Startup lecture

05.09.2023 10:00 - 12:00, TAU Sähkötalo SJ212A opetustila (24)

Laboratory assignments in groups of two people.

Prerequisites

Above mentioned courses or previous equivalent knowledge from another university is required as a prerequisite.
ELT-21251 (or equivalent knowledge) is required only if assignments related to Equipment Engineering are selected.

Compulsory Prerequisites

• Product Design of Electronic Device, EE.ELE.200, 5 cr
• Operational Amplifier Circuits, EE.ELE.400, 5 cr

Recommended Prerequisites

• CAE in Electronics, EE.ELE.230, 5 cr

General scale, 0-5