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Class Microprocessor Basics

  • Presentation

    Presentation

    Introduction to Microprogrammed Systems as the Basis for Computing in Digital Engineering Control Systems Design.
  • Code

    Code

    ULHT46-1731
  • Syllabus

    Syllabus

    1. MEMORIES (20%) Flip-Flops Reviews and Memory Expansion; Using Decoders in Read Only Memory - ROM Implementation ROM Control Electrical characteristics - time diagrams External memories - symbolism 2. CONTROLLERS (30%) Transition of State Diagrams to Flowcharts description, BUS concept and Register transfers The fixed architecture controller A Simple Computer: The "Basic Microprocessor - MB" MB architecture; Important Registers and Operation modes; Definition of mnemonics (basic instructions) Microcode; instruction coding 3. MICROCONTROLLERS (50%) A Commercial Microcontroller: PIC16F628A Architecture IDE - environment for programming and debugging Basic Programming Examples
  • Objectives

    Objectives

    The objectives of the discipline of Microprocessor Fundamentals (FM) aim to consolidate the technological concepts used in Digital Electronics with transition to computer systems - Introduction to Microprogrammed Systems as a Basis for Computing in the project of Digital Control Systems in Engineering. Introduction to the development environments used in the programming of commercial microprocessors.
  • References

    References

    Site www.microchip.com (PIC16F627A) Mano, M. Morris & KIME, Charles R. Logic and Computer Design Fundamentals Prentice - Hall, 1997    Taub, Herbert Digital Circuits and Microprocessors McGraw - Hill, 1982 Palavras-chave: Microprocessadores, 16F627A, MPLAB-IDE, assembly Microprocessors, 16F627A, MPLAB-IDE, PIC microcontrolers
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