Class Digital Systems

This course clearly identifies the fundamental theoretical principles of digital systems, allows the student a) Master the techniques of formal specification and representation of combinatorial and sequential digital circuits and; b) Provides students the mastery of methodologies use of digital circuits and knowledge of the most common types of circuits used in the realization of the functional blocks of computers.  

Not applicable

NUMBER SYSTEMS Methods of numbering system Methods of successive divisions Methods of successive multiplication Arithmetic (addition, subtraction) BOOLEAN ALGEBRA Fundamental properties and operations Theorems Morgan Logic Gates Sufficiency of NOR and NAND gates COMBINATORIAL CIRCUITS Karnaught Maps Bridging Techniques Adders and Comparators Multiplexers Representation of Functions with Multiplexers Tri-State Ports Decoders Encoders SEQUENTIAL CIRCUITS Latches and Flip-Flops Static Latch Latch Set Set-Reset Latch Enable Latch Type D Flip-Flops Master-Slave Type SR Flip-Flop, D, JK and T Edge Triggered Flip-Flops Counters Counter Ring Synchronous Counter Module in 2n Reading Karnaught Maps with inserted variables Registers Shift-Registers DRAFT STATE MACHINES State Machines Moore and Mealy Machines Design of state Machines MEMORY DEVICE RAM Memory Memories ROM PAL FPGA Principle of CPUs

  

Amaral, Acácio Manuel Raposo, 2019, - Eletrónica Digital, Edições Sílabo, ISBN 978-972-618-992-3 Rodrigues, Victor Pimenta; Araújo, Mário Seia de - Projecto de Sistemas Digitais. Presença Padilla, A. J. G., 1993, Sistemas Digitais, McGraw-Hill de Portugal. Baptista, C. P., 2002, Fundamental dos Sistemas Digitais, FCA, Editora de Informática. Marcovitz, A. B., 2004, Introduction to Logic Design, McGraw-Hill, 2nd Ed.. Kaplan, D. M., White, C. G., 2003, Hands-On Electronics: A Practical Introduction to Analog and Digital Circuits, Cambridge University Press