Microprocessors Applications

Lecturer:

Tutor:

Supervisor:

Department of Radioelectronics

Synopsis:

In study Microprocessors Applications the students apprise with of the peripheral proposal, programming and application of the microchip microprocessors. Students acquire experience with single-chip microprocessors based microcomputers design, programming and debugging in exercises. PAM study presume fundamental knowledge of the electronic circuits, logic, programming and PC working.

Requirements:

Knowledge of the basic properties of combinational logic circuits and their interconnection.

Syllabus of lectures:

1. Introduction and overview of the microprocessor instrumental applications

2. Single-chip microcontroller MCS-51, Motorola, Microchip and microprocessor overview

3. Interface external memoirs, bank switching of the memoirs program and data

4. Internal programmable counter/timer and counter array with compare/capture

5. Internal A/D convectors and pulse width modulators

6. Programmable parallel and serial ports for computer and external peripheral interface

7. Instruction set of MCS-51 based microprocessors, programming model

8. Design and programming of MCS-51 based microprocessors, software development tools

9. Hardware development tools, emulators, logic analysers and evaluation boards

10. Microprocessor based handset, hi-fi system, television set

11. Microprocessor based instruments - multimeter, signal analyser, oscilloscope

12. Processors based on MCS-51 kernel (Dallas, Siemens, Atmel, Philips, Analog Device)

13. Characteristics and differences of the processors PIC and AVR (Microchip, Atmel)

14. Advantage and disadvantage of the processors Motorola with comparison MCS-51

Syllabus of tutorials:

1. Introduction with the development environment and school kits (Philips 80552)

2. Instruction set 8051/52, exhibition of the simple programme

3. Programme „ Generation of the simple function“- design and testing of the program

4. Control of the generator by serial kernel, setting of the semester project

5. Programme „Generation of the pseudo-random sequence“, measuring count, filtration

6. Programme „ Measurement period/pulse of the impulse signal I “, realisation

7. Separation test (assembler/language C), Receiving infra-red code RC5

8. Programme „ Measurement period/pulse of the impulse signal by capture system“

9. Programme „Serial interface with EEPROM memory (MicroWire, IIC, SPI)“

10. Programme „Communication in net Master-Slave“

11. Interface periphery to mikroprocessor system

12. Assembler and simulator PIC 16F84 design and tuning simple programme

13. ADC with PIC16F84/ arithmetical modules

14. Tuning software modules for A/D converter with processor PIC 16F84

Study Objective:

Student learn to design and implement a microprocessor system including software for measuring, control and service applications.

Study materials:

1. Mazidi, M.A. 8051 Microcontroller and Embedded Systems. DeVry

Institute of Technology. 2000. ISBN 0-13-861022-3

2. Stewart, J.W. 8051 Microcontroller - The: Hardware, Software, and

Interfacing. DeVry Institute of Technology. 1999. ISBN 0-13-531948-X

3. Schultz, T. C and the 8051, Hardware, Modular Programming &

Multitasking. Purdue University. 1998. ISBN 0-13-754839-7

Note:

Further information:

No time-table has been prepared for this course

The course is a part of the following study plans:

• Telecommunications and Radio-engineering - High-frequency and Microwave Technology- structured studi (compulsory elective course)
• Telecommunications and Radio-engineering - Opto-electric Systems- structured studies (compulsory elective course)
• Telecommunications and Radio-engineering - Radio Communications, Navigation and Radar Systems- struc (compulsory elective course)
• Telecommunications and Radio-engineering - Multimedia, Sound and Television Technology- structured s (compulsory elective course)
• Telecommunications and Radio-engineering - Telecommunications- structured studies (compulsory elective course)