Digital electronic designs continue to evolve around more complex, higher pin count components operating at higher clock frequencies.The VLSI design provides in a single volume a comprehensive reference work covering a broad spectrum of VLSI technology.
Additional Info
  • Publisher: Laxmi Publications
  • Language: English
  • Chapter 1

    Introduction To VLSI Design Price 9.00  |  9 Rewards Points

    After reading this chapter, you will be able to explain:

    • Introduction
    • Evolution of VLSI Systems
    • Applications of VLSI Systems
    • Quality metrics of a VLSI Design
    • VLSI Design Flow
    • Physical Design Flow
    • Design Styles
    • CMOS Logic
  • Chapter 2

    Basic Of MOSFET Theory Price 9.00  |  9 Rewards Points

    After reading this chapter, you will be able to explain:

    • Introduction
    • MOSFET characteristics
    • VLSI Device Structures
    • MOSFET Circuit Models
    • MOSFET with Uniformly Doped Substrate
    • Drain Current Calculations
    • PAO-SAH Model
    • Data Acquisitions And Parameters Measurements
    • MOS Capacitor C-V Measurement
  • Chapter 3

    CMOS Processing Techniques Price 9.00  |  9 Rewards Points

    After reading this chapter, you will be able to explain:

    • Introduction to CMOS Processing Techniques
    • Photolithography
    • The Self-Alligned MOSFET
    • The CMOS Process Flow
    • CMOS Inverter Analysis and Design
    • Static Logic Gates
    • Overview of Dynamic Logic Families
  • Chapter 4

    CMOS Combinational Design Price 9.00  |  9 Rewards Points

    After reading this chapter, you will be able to explain:

    • Introduction to CMOS Combinational Design
    • Design Consideration
    • Design Techniques for Large Fan-in
    • Design Techniques to Reduce Switching Activity
    • How to Build Even Better Loads
    • Design-Consideration: Single-ended Versus Differential
  • Chapter 5

    CMOS Sequential Design Price 9.00  |  9 Rewards Points

    After reading this chapter, you will be able to explain:

    • Introduction to CMOS Sequential Design
    • Classification of Memory Elements
    • Static Latches and Registers
    • Dynamic Latches and Registers
    • Alte mative Register Styles
    • Pipeline: An approach To Optimise Sequential Circuits
  • Chapter 6

    ASIC Design Fundamentals Price 9.00  |  9 Rewards Points

    After reading this chapter, you will be able to explain:

    • Introduction
    • Physical Compiler Flow
    • Basic Concept
    • Objects, Variables and Attributes
    • Compiler Directives
    • Technology Libraries
    • Delay Calculation
    • What is RTL?
    • General Guidelines
    • Environment and Constraints
    • Clocking Issues
  • Chapter 7

    FPGA Based VLSI Design Price 9.00  |  9 Rewards Points

    After reading this chapter, you will be able to explain:

    • Introduction
    • FPGA Programming Technologies
    • FPGA Architecture
    • Migrating ASIC Designs to FPGAS and vice versa
    • Schematic-based Design Flows
    • HDL-based Design Flows
    • Choosing FPGA Device
  • Chapter 8

    FPGA's And Signal Processing Systems Price 9.00  |  9 Rewards Points

    After reading this chapter, you will be able to explain:

    • Introduction to FPGA's And Signal Processing Systems
    • DSP Functionality Characteristics
    • Parallel Machines
    • FPGA Implementation of Signal Processing Systems
  • Chapter 9

    FPGA Design Security Price 9.00  |  9 Rewards Points

    After reading this chapter, you will be able to explain:

    • Introduction
    • Software Security Challenges and Techniques
    • Hardware Security Challenges
    • FPGA Updates and Programmability
    • Memory Protection on FPGAs
    • A Higher Level Specification Language
    • System Architecture
    • Evaluation
  • Chapter 10

    Fundamentals of Verilog Price 9.00  |  9 Rewards Points

    After reading this chapter, you will be able to explain:

    • Introduction to Verilog
    • Verilog HDL Correspondence to Digital Hardware
    • Typical Design Flow with Verilog
    • Data Types in Verilog
    • Operations in Expressions
    • Structural Descriptions in Verilog
    • Semantic Model for Verilog HDL
    • Overview of Behavioural Modelling
    • Structural Primitive Modelling
    • Mixed Structural, RTL and Behavioural Design
    • Test Benches and Test Management
  • Chapter 11

    Fundamentals of VHDL Price 9.00  |  9 Rewards Points

    After reading this chapter, you will be able to explain:

    • Introduction
    • VHDL Design Flow
    • VHDL Terms
    • Fundamentals of VHDL Units
    • Lexical elements in VHDL
    • Data Types
    • Operators and Attributes
    • Concurrent and Sequential Statements
    • Architecture Description
    • Structural Description
    • Behavioural Description
    • RTL Description
  • Chapter 12

    Combinational Design Using VHDL Price 9.00  |  9 Rewards Points

    After reading this chapter, you will be able to explain:

    • Introduction
    • Combinational Circuits
    • Minimization of Combinational Circuits
    • BCD To 7-Segment Decoder
  • Chapter 13

    Floor Planning And Routing Concepts Price 9.00  |  9 Rewards Points

    After reading this chapter, you will be able to explain:

    • Introduction
    • Floor Planning Problem Formulation
    • Floor Planning Algorithms
    • Placement
    • Global Routing
    • Classification of Global Routing Algorithms
    • Routing Considerations
    • Routing Models
    • Classification of Routing Algorithms
    • Two-layer Channel Routing Algorithms
    • Classification of Three-layer Algorithms
  • Chapter 14

    VLSI Testing Price 9.00  |  9 Rewards Points

    After reading this chapter, you will be able to explain:

    • Introduction to VLSI Testing
    • System on Chip Testing
    • SCAN Testing
    • Automatic Test Pattern Generation
    • Built-in-Self-Test
    • Integrated Circuit Yield Analysis
  • Chapter 15

    Appendix A Price 9.00  |  9 Rewards Points

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