Microelectronics

Course guarantor:

Lecturer:

Tutor:

Supervisor:

Department of Instrumentation and Control Engineering

Synopsis:

Logic function implementation by logic circuits, basic characteristics of logic circuits and programmable logical systems, input and output circuits - voltage and current matching, D/A and A/D converters, coding, lines and protocols of communications, electronic and optoelectronic parts for microelectronics, microprocessor system applications.

Requirements:

Syllabus of lectures:

1. Electrical characteristics of logic families. Combinational logic.

2. Sequential logic, asynchronous and synchronous logic circuits, registers, counters and timers, programmable logic circuits.

3. Structure and operation of microcomputer, microprocessor, registers, memory, number representation in microprocessor systems, coding.

4. Microprocessor instructions, program execution, interupt, watchdog.

5. Timers and counters, comparation and capture registers.

6. Sensor signal proceesing, voltage and power logic circuits adjustments.

7. D/A and A/D converters. Current loop. Lines of communications (RS232, RS484, RS422, CAN) and protocols, IrDA signal transmission.

8. Digital signal proceeding. FFT and signal analyse

9. Instrument operation amplifier, analog multiplexors.

10.Optic signal sources, Optic signal receptors.

11.Electronic and optoelectronic parts for microelectronics.

12.Signal coding. Comunication lines and protocols.

13.Overvoltage protection, galvanic separation, electromagnetic compatibility

Syllabus of tutorials:

1.Combinational logic and sequential circuit, programmable logic circuits.

2.Power outputs of logic circuits. Optical separation, relay, SSR.

3.Input and output of analog signal in microcomputer systems: A-D and D-A converters.

4.Programmable relay, PLD Easy relay, Siemens LOGO.

5.Level conversion, comparator, signal shaping, timer.

6.Measuring central on base of PC-lab card LabView

Study Objective:

Electrical characteristics of logic families. Combinational logic. Sequential logic, asynchronous and synchronous logic circuits, registers, counters and timers, programmable logic circuits. Structure and operation of microcomputer, microprocessor, registers, memory, number representation in microprocessor systems, coding. I/O circuits.

Study materials:

Uhlíř I. a kol., Elektrické obvody a elektronika, Chyský J., Novák J., Novák L., Elektronické aplikace ve strojírenství, Novák L., Papežová S., Uhlíř I., Elektronické prvky a obvody ve strojírenství, Crecraft D.I., Gorham D.A., Sparkes J.J., Electronics, London 1993, Papežová S., Elektronika pro letecké specializace, ČVUT, 1996

Note:

Further information:

No time-table has been prepared for this course

The course is a part of the following study plans: