ESSENTIAL DIGITAL DESIGN TECHNIQUES ONLINE TRAINING

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ESSENTIAL DIGITAL DESIGN TECHNIQUES For EMBEDDED SYSTEMS ONLINE TRAINING

TOPICS

Training Materials

Introduction
Designing with programmable logic and ASICs Synchronous design techniques Using HDLs

Digital Design Fundamentals
Representing bits and three-states Unsigned and signed (two's complement) numbers Static and dynamic definition of combinational logic Logic minimisation Avoiding asynchronous sequential logic

Synchronous Sequential Logic
Principles Using D-type flip-flops Characterisation - timing constraints Timing violations and metastability issues Timing performance of synchronous systems Static timing analysis Other flip-flop types

An Overview of HDL-Based Design
First and second generation HDLs VHDL and Verilog Design process using HDLs

Introduction to Programmable Logic
Survey of programmable logic devices : Selecting an appropriate device Importance of the internal structure I/O pin standards Pull-ups; open collector; tristates and bi-directional tristate bubble-up Pin assignment JTAG boundary scan

Common Functions and their Implementation
Encoders and decoders Priority encoders Multiplexers Tristates used as Muxes Parity generator Shift Registers Johnson (ring) "counters" Linear Feedback Shift Registers

Arithmetic Structures
Half and full adders Large adders : Carry lookahead adder Pipelining Synthesis of adders Counters Wide counters Binary to BCD conversion Serial arithmetic Importance of synchronous design

For more details Please contact LEARNCHASE
www.learnchase.com
Whatsapp: +918123930940
E-mail Id: [email protected]
E-mail id: [email protected]