CTU FEE Moodle
Biomedical Sensors Practically
B232 - Summer 23/24
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Biomedical Sensors Practically - BAB34BSP
| Credits | 4 |
| Semesters | Winter |
| Completion | Graded Assessment |
| Language of teaching | Czech |
| Extent of teaching | 2P+2L |
Annotation
The aim of the course is to gain experience with design, implementation and testing of practical constructions with sensors for biomedical applications and with regard to the needs of students of FEE who will realize the practical final work.
Study targets
The aim of the course is to gain experience with design, implementation and testing of practical constructions with sensors for biomedical applications and with regard to the needs of students of FEE who will realize the practical final work.
Course outlines
1. Introductory lecture, organization and evaluation of the subject, passive components
2. LTspice program, principle of simulation of electrical circuits, basic analysis
3. DC characteristics of diodes, basic properties, applications
4. AC characteristics of diodes and applications
5. JFET transistor
6. Bipolar transistor
7. MOSFET amplifier
8. MOSFET transistor and BJT as a switch
9. Operational amplifier - basic properties
10. Applications with operational amplifiers
11. Linear voltage stabilizers
12. DC/DC converters
13. Filters and oscillators
14. Other practical circuit blocks
2. LTspice program, principle of simulation of electrical circuits, basic analysis
3. DC characteristics of diodes, basic properties, applications
4. AC characteristics of diodes and applications
5. JFET transistor
6. Bipolar transistor
7. MOSFET amplifier
8. MOSFET transistor and BJT as a switch
9. Operational amplifier - basic properties
10. Applications with operational amplifiers
11. Linear voltage stabilizers
12. DC/DC converters
13. Filters and oscillators
14. Other practical circuit blocks
Exercises outlines
1. Organization, terms of credit, safety training, selection of semester projects
2. KiCAD program – schematic design, work with component libraries
3. KiCAD program – creation and modification of component models, creation of own component libraries
4. KiCAD program – design of single-layer and multi-layer printed circuit boards
5. KiCAD program – DRC, ERC, final plate treatment, data export for machine and manual plate production
6. Production of printed circuit board by photo process, formatting and modification of the board, drilling
7. Fitting the board with components, soldering technique, classical and SMD components
8. Revitalization and testing of the circuit, systematic search for errors in the design
9. Demonstration of programming and practical measurement with the Nucleo board
10. Measuring the properties of a linear voltage stabilizer
11. DC/DC converter
12. Non-contact thermometer
13. Submission of semester projects, presentations
14. Submission of semester projects, presentations, awarding of credits
2. KiCAD program – schematic design, work with component libraries
3. KiCAD program – creation and modification of component models, creation of own component libraries
4. KiCAD program – design of single-layer and multi-layer printed circuit boards
5. KiCAD program – DRC, ERC, final plate treatment, data export for machine and manual plate production
6. Production of printed circuit board by photo process, formatting and modification of the board, drilling
7. Fitting the board with components, soldering technique, classical and SMD components
8. Revitalization and testing of the circuit, systematic search for errors in the design
9. Demonstration of programming and practical measurement with the Nucleo board
10. Measuring the properties of a linear voltage stabilizer
11. DC/DC converter
12. Non-contact thermometer
13. Submission of semester projects, presentations
14. Submission of semester projects, presentations, awarding of credits
Literature
Dostál, J.: Operační zesilovače, BEN-technická literatura, 1. Vydání, Praha 2005, ISBN 80-7300-049-0
Krejčiřík, A.: Napájecí zdroje 1 – základní zapojení analogových a spínaných napájecích zdrojů, BEN, 2002 ISBN 80-86056-02-3
Vedral, J., Fischer, J.: Elektronické obvody pro měřicí techniku, Vydavatelství ČVUT, Praha, 2004.
Davídek, V., Laipert, M., Vlček, M.: Analogové a číslicové filtry, Vydavatelství ČVUT, Praha 2000, ISBN 80-01-02178-5
Hájek, J.: Časovač 555 praktická zapojení, BEN - technická literatura, 1. Vydání, Praha 1999, ISBN 80-901984-1-4
Krejčiřík, A.: Napájecí zdroje 1 – základní zapojení analogových a spínaných napájecích zdrojů, BEN, 2002 ISBN 80-86056-02-3
Vedral, J., Fischer, J.: Elektronické obvody pro měřicí techniku, Vydavatelství ČVUT, Praha, 2004.
Davídek, V., Laipert, M., Vlček, M.: Analogové a číslicové filtry, Vydavatelství ČVUT, Praha 2000, ISBN 80-01-02178-5
Hájek, J.: Časovač 555 praktická zapojení, BEN - technická literatura, 1. Vydání, Praha 1999, ISBN 80-901984-1-4
Requirements
Basic knowledge of the function of electronic components, circuits and training in the field of "Safety in electrical engineering" are assumed. Therefore, it is advisable for students who have already completed the subject B2B31EO1 - Electronic Circuits 1 to enroll in this subject. This subject is also not intended for a detailed explanation of the basic principles of sensors, but only for their practical application. Therefore, it is advisable to have completed the subject BAB34BMS - Biomedical sensors.