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DUCAT is the chosen place where anyone wishing to learn Add Digital System Design can be at. Our itinerary offers in-depth approach in a way that anyone can learn the recompense and disadvantages to be an expert. Add Digital System Designcovers doctrine of digital logic and digital system plan and completion in VHDL. Topics comprise number systems; Boolean algebra; analysis, design, and combinational of logic circuits; examination and design of synchronous and asynchronous restricted state machines; beginning to VHDL; behavioral modeling of combinational and chronological circuits. DUCAT offers the teaching in the most specialized way possible. The preparation is set up in a step by step move toward which makes education easy. Various education are conducted, tasks are undertaken regarding Add Digital System Design. This process of teaching helps the beginner to judge his learning level. DUCAT has trainers who are specialist in this field. They communicate their proficiency in a way that the learner becomes aspecialist at the end.The guidance imparted not makes them competent of taking correct carrier choice but also makes them more appropriate to run a business. So, the teaching is a must for anyone looking for a job or a true businessman.

VLSI TECHNOLOGY Introduction to VLSI

  • What is VLSI
  • VLSI Design Flow
  • ASIC
  • Soc

Fundamentals of Digital Design

  • Basis Digital Circuits
  • Logic gates Boolen Algebra
  • Number Systems
  • Digital Logic Families

Combinational Logic Desig

  • Multiplexers
  • MUX based design for digital circuits
  • Demultiplexers/Decoders
  • Adders/Sub tractors
  • BCD Arithmetic ALU
  • Comperators Parity Generator
  • Code Converters/Encoders
  • Decoders
  • Multiplers/Divider

Sequential Logic Design Principles

  • Bistable Elements.
  • Latches and Flip-Flops
  • Counters and its application
  • Synchronous Design methodology
  • Impediments to Synchronous Design
  • Shift Registers
  • Design Examples Case studies

Advanced Digital Design

  • Synchronous/Asynchronous Sequential Circuits.
  • Clocked Synchronous State-Machine Analysis.
  • Clocked Synchronous State-Machine Design
  • Finite State Machine
  • Mealy and Moore machines
  • State reduction technique
  • Sequence Detectors
  • ASM Charts
  • Synchronizer Failure and Metastability Estimation
  • Clock Dividers
  • Synchronizers Arbiters
  • FIFO Pipelining
  • PLD + CPLD

VHDL OVERVIEW AND CONCEPTS

  • Types, object
  • classes, design units, compilation elaboration.

BASIC LANGUAGE ELEMENTS

  • Lexical elements,
  • syntax, operators, types and subtypes (scalar, physical,
  • real, composite (arrays, records),access files).

CONTROL STRUCTURES: Control Structures and rules

  • DRIVERS: Resolution function, drivers (definition,
  • initialization, creation), ports
  • TIMING: Signal attributes. "wait" statement, delta time,
  • simulation engine, modeling with delta time delays, VITAL
  • tables, inertial / transport delay

ELEMENTS OF ENTITY/ARCHITECTURE

  • architecture, (process, concurrent signal assignment,
  • component instantiation and port association rules,
  • concurrent procedure, generate, concurrent assertion,
  • block, guarded signal).
  • SUBPROGRAMS: Rules and guidelines (unconstrained
  • arrays. interface class, initialization, implicit signal
  • attributes, drivers, signal characteristics in procedure
  • calls, sides effects),overloading, functions (resolution
  • function, operator overloading, function(resolution
  • function, operator overloading), concurrent procedure.
  • Declaration., body, deferred Constant,
  • "use" Clause, Signals, resolution function, subprograms,
  • converting typed objects to strings, TEXTIO, printing
  • objects, linear feedback shift register, random number
  • generation compilation order

USER DEFINED ATTRIBUTES, SPECIFICATIONS, AND CONFIGURATIONS

  • specifications, configuration specification and binding,.
  • configuration declaration and binding, configuration of
  • generate statements.

DESIGN FOR SYNTHESIS

  • Constructs, register
  • inference, combinational logic inference. state machine
  • and design styles, arthimetic operations.

FUNCTION MODELS AND TESTBENCHES

  • Test bench design methodology, BFM Modeling, Scenario generation
  • schemes, waveform generator, client/server, text
  • command file, binary command file.

VITAL

  • Overview, features, model, pin-to-pin delay
  • modeling style, distributed delay modeling style.
  • Datatype

Overview of Digital Design with Verilog HDL

  • Evolution of CAD, emergence of HDLs, typical HDLbased
  • design flow, why Verilog HDL?, trends in HDLs.

Hierarchical Modeling Concepts

  • Top-down and bottom-up design methodology,
  • differences between modules and module instances,
  • parts of a simulation, design block, stimulus block.

Basic Concepts

  • Lexical conventions, data types, system tasks, compiler
  • directives.

Modules and Ports

  • Module definition, port declaration, connecting ports,
  • hierarchical name referencing.

Gate-Level Modeling

  • Modeling using basic Verilog gate primitives, description
  • of and/or and buf/not type gates, rise, fall and turn-off
  • delays, min, max, and typical delays.

Dataflow Modeling

  • Continuous assignments, delay specification,expressions,
  • operators, operands, operator types.

Behaviour Modeling

  • Structured procedures, initial and always, blocking and
  • nonblocking statements, delay control, generate
  • statement, event control, conditional statements,
  • multiway branching, loops, sequential and parallel blocks.

Tasks and Functions

  • Differences between tasks and functions, declaration,
  • invocation, automatic tasks and functions,
  • Datatype

Tasks and Functions

  • invocation, automatic tasks and functions,
  • system tasks.

List of projects

  • Microcontroller Design,
  • RISC CISC Processor Design,
  • Multiplier / Divider using different Algorithms,
  • DDR Controller,
  • JTAG: Boundary SCAN,
  • JPC, PCI, Ethernet,
  • I2C,AMBA, Wishbone Conmax,
  • CORDIC Algorithm
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