Lectures:
Electronic equipments construction requests.
Passive components and their features.
Semiconductor components and blocks.
Correct designing of electronic circuits.
Input - output circuits of electronic equipments, connecting circuits.
Electronic equipment design in term of electromagnetic compatibility.
Problems of electronic components placement in term of electromagnetic and thermal compatibility.
Printed circuits boards (PCB). Multilayer PCB layout.
Design and production of PCB, soldering technology.
Power loses of the electronic components, its dimensioning and cooling.
Electronic equipment cooling methods. Air and liquid cooling systems. Modern cooling systems, evaporating cooling.
Safety circuits of electronic equipments.
Electronic equipment design conception.
Safety and diagnostics of electronic equipments.
Maintenance and assembly of electronic equipments.
Exercises:
Requirements of electronic equipment submission.
Calculation of basic analogue circuits.
Design of digital circuits.
Methods of components marking, accurate calculating of loses.
The most common designs of printed circuits systems.
PCB design.
Practicing of correct printed circuit soldering.
Calculation of an air cooling system.
Methods for special cooling systems calculation.
Design of safety circuits for electronic equipment.
Designing of selected type of electronic equipment.
Collective discussion of suggested projects.
Projects:
Draught of chosen electronic equipment construction for the branch of industrial electronic.
Collective discussion of suggested projects.
Electronic equipments construction requests.
Passive components and their features.
Semiconductor components and blocks.
Correct designing of electronic circuits.
Input - output circuits of electronic equipments, connecting circuits.
Electronic equipment design in term of electromagnetic compatibility.
Problems of electronic components placement in term of electromagnetic and thermal compatibility.
Printed circuits boards (PCB). Multilayer PCB layout.
Design and production of PCB, soldering technology.
Power loses of the electronic components, its dimensioning and cooling.
Electronic equipment cooling methods. Air and liquid cooling systems. Modern cooling systems, evaporating cooling.
Safety circuits of electronic equipments.
Electronic equipment design conception.
Safety and diagnostics of electronic equipments.
Maintenance and assembly of electronic equipments.
Exercises:
Requirements of electronic equipment submission.
Calculation of basic analogue circuits.
Design of digital circuits.
Methods of components marking, accurate calculating of loses.
The most common designs of printed circuits systems.
PCB design.
Practicing of correct printed circuit soldering.
Calculation of an air cooling system.
Methods for special cooling systems calculation.
Design of safety circuits for electronic equipment.
Designing of selected type of electronic equipment.
Collective discussion of suggested projects.
Projects:
Draught of chosen electronic equipment construction for the branch of industrial electronic.
Collective discussion of suggested projects.