1. Information representation in digital systems
      - Introduction to digital systems.
      - Number systems. Conversions
      - Binary codes

2. Boolean Algebra and logic gates
      - Postulates and main properties of Boolean Algebra
      - Functions and boolean expressions
      - Implementation of logic functions. Logic gates. Characteristics of logic gates
      - Logic function minimization: Karnaugh maps

3. Combinational circuits
      - Encoders
      - Decoders
      - Multiplexers
      - Demultiplexers
      - Comparators

4. Arithmetic combinational circuits
      - Unsigned binary arithmetics
      - Signed binary arithmetics
      - Integer and real number representation
      - Adder and substractor circuits
      - Multiplier circuits
      - Arithmetic and Logic Unit (ALU)

5. Latches and Flip-flops
      - Introduction. The flip-flop as basic memory element
      - D latch
      - Synchronous flip-flops
      - Asyncronous inputs in synchronous flip-flops
      - T flip-flop
      - Flip-flop chronograms
6. Synchronous sequential circuits
      - Introduction to syncronous circuits
      - Finite state machines: Moore and Mealy models
      - Analysis of synchronous sequential circuits
      - Synthesis of synchronous sequential circuits

7. Registers and counters
      - Registers
      - Counters

8. Memories
      - Introduction. Types of memories
      - Memory internal structure
      - Random Access Memories (RAM)
      - Read Only Memories (ROM)
      - Word and size memory expansion
      - Memory access: chronograms
      - Other memory applications

9.- Introduction to digital systems and microprocessors
      - Structure of a digital system: datapath and control
      - Typical components in a digital system
      - Digital System design at the Register-Transfer Level
      - Basic structure of a microprocessor
      - Operation of a microprocessor. Instructions

10. Programmable Logic Devices (PLD)
      - PLD classification
      - Programmable logic arrays (PAL, PLA)
      - High capacity programmable logic devices: CPLD, FPGA
      - Methodology and tools for PLD design

Citation: Heredia, E. S. M., Arrontes, L. E., Ongil, C. L., Valderas, M. G., García, M. P., Muñoz, A. L. (2011, October 19). Syllabus. Retrieved October 01, 2020, from Web site:
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