Digital Hardware Design

Contents:
Introduction – Introduction of Combinational Circuit Design – Combinational Circuit Design Using MSI Blocks – Combinational Circuit Using Multiple Module – Iterative Circuits – Logic Minimization Tabular Methods – Sequential Circuits: Definitions and Classification – Sequential Circuits: State Equivalance and Minimization – State Machine Synthesis – State Machine Implementation Using Registers & Counters

Multiple State Machine Implementation and Clock Period – Designing with Memories – System Design Case Studies – Asynchronous Sequential Circuit – Asynchronous Sequential Circuit Design – State Assignment in Asynchronous Circuit – Microprogrammed Control – Microprogrammed Control Design – Microsequencer Design

Microprogram Optimization – Microinstruction Optimization – Introduction to VHDL – VHDL Modeling Styles – Behavioral Description in VHDL – Data Flow and Behavioral Modeling – Testing of Digital Circuits – Test Generation Methods – Boolean Difference and D – Algorithm

D – Algorithm – Testing of Sequential Circuits – Signature Analysis & Built – in – Self – Test (BIST) – Multi – Level Logic Synthesis – Low Power Design – Behavioral Synthesis – System Level Design & Modeling