455-0030/01 – Electronic Instruments 2 (ELP2)
Gurantor department | Department of Measurement and Control | Credits | 4 |
Subject guarantor | Ing. Jan Švígler, CSc. | Subject version guarantor | Ing. Jan Švígler, CSc. |
Study level | undergraduate or graduate | Requirement | Choice-compulsory |
Year | | Semester | winter |
| | Study language | Czech |
Year of introduction | 1992/1993 | Year of cancellation | 2002/2003 |
Intended for the faculties | FEI | Intended for study types | Master |
Subject aims expressed by acquired skills and competences
The topic of subject is to give enhanced knowledge from the region of the technology of the measurement systems.
High Application of the electronic instruments, design of the measurement systems and method.
Teaching methods
Summary
The topic of subject is to give enhanced knowledge from the region of the technology of the measurement systems. High Application of the electronic instruments, design of the measurement systems and method.
Participant will introduce systematically with subject matter of signal measurement and processing, with measured data acquiring and instrument control practice. There is improved practical knowledge of virtual instrumentation. There are read detailed information´s about electromagnetic compatibility, with practical examples of selected measurements. In the subject is performed explanation: - terminology, documentation of measurement instruments and systems - local, centralized including utilization's of computers - electronic measurement instruments and its enhanced possibilities - electronic circuits from viewpoint of measurement method - introduction to electromagnetic compatibility (EMC) - mobile instrumentation. Subject is component of standard course of the line measurement and control in industry. Minimal qualification for study of title is termination of title Electronic circuits. The subject is suitable for students of other lines and faculties, if they would be familiarized with measurement technology and electronic instruments. The study knowledge tend to be renew by excursions to the enterprises, research institutes and project organizations. Student is classified by created Essay, laboratory tasks, one Half-yearly work and concluding test.
Compulsory literature:
Recommended literature:
Way of continuous check of knowledge in the course of semester
Verification of study:
Essay: Technical exposition fabricated on the base of minimally three sources (two of them must be of foreign origin and language) at the theme in accordance of student's selection, must be approved by lecturer. Must contain bibliography (arranged with accordance with valid standards) literature. The layout is given at the beginning of the semester.
Laboratory tasks: (Obligatory) Record containing complex documentation and presentation solving assigned tasks. for tasks.
Half-yearly work: (Obligatory) Solving of the more extensive problem (model) from the region of the technology of the measurement systems and operational instrumentation, include realization of the hardware and software components. The documentation must contain the comprehensive problem solving description. The vindication is successful, when the student presents his own result, explains independently function, presents whole documentation of the solving method, including theory, including constructional and project arguments and including function verification and comments how the assignment was fulfilled. Student must be able to publicize his work by location on WEB server.
Conditions for credit:
Min. 26 Points, max. 49 Points
Half-yearly work 1 made over for credit
Credit starting from 14.week
Subtotal max. 49
The requirement for giving of title is min. 51 Pt. including concluding test.
E-learning
Other requirements
Prerequisities
Subject has no prerequisities.
Co-requisities
Subject has no co-requisities.
Subject syllabus:
Lectures:
Primary and secondary sources for electronics. Operation of batteries.
Primary and secondary sources for electronics. Back up sources for electronic equipment.
Non traditional sources of electric energy with indirect transfer. The principles of construction, functional features and perspectives.
Non traditional sources of electric energy with direct transfer. The principles of construction, functional features and perspectives.
Electromagnetic compatibility. Systems for over voltage protection. Requirements.
Electromagnetic compatibility. Structure solving and implementation in projects.
Documentation of the electronic instruments. Czech, European and international standards. Sources and sense.
Basic concepts, its types and sense. Functional blocks of the electronic instruments, Classification by construction, requirements for transport and storing. Development, structure, technology.
Problems of the operation of electronic equipment. Identification of faults and service planning. Metrology in measurements.
Virtual instrumentation with VEE.
Circuits and Functional blocks of telecommunications. Signal processor.
Circuits and Functional blocks of telecommunications. Phase locked loop.
Electronic instruments special. Trends and annotations. Electronic instruments and measurements in the special defined environments.
Exercises:
Lab. 1. Principles of work in laboratory. Offer of the laboratory tasks and half-year works.
Lab. 14. Tutorial and submitting of Essays, records from obligatory and individual tasks and half-year works.
Laboratories:
Lab. 2. Data acquisition of single event. Calibration of instruments and transducers. Work on tasks due to assignment.
Lab. 3. Tutorial for selected tasks. Determining of the solving method. Work on tasks due to assignment.
Lab. 4. Tutorial for selected tasks. Performing of the solving method. Work on tasks due to assignment.
Lab. 5. Presentation of components for over voltage protection and its parameters. Work on tasks due to assignment.
Lab. 6. Presentation of preproductional measurement systems. Work on tasks due to assignment.
Lab. 7. Presentation of documentation up to level CLIP. Work on tasks due to assignment.
Lab. 8. Presentation of set for measurement of the near field. Work on tasks due to assignment.
Lab. 9. Presentation of work with information. Work on tasks due to assignment.
Lab. 10. Presentation of enhanced communication in VEE. Work on tasks due to assignment.
Lab. 11. Presentation of signal processor. Work on tasks due to assignment.
Lab. 12. Presentation of tasks for EMC. Work on tasks due to assignment.
Lab. 13. Presentation of special electronics. Work on tasks due to assignment.
Conditions for subject completion
Occurrence in study plans
Occurrence in special blocks
Assessment of instruction
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