Titlebook: Digital Logic Design Using Verilog; Coding and RTL Synth Vaibbhav Taraate Book 2016 Springer India 2016 ASIC RTL.DFT.Digital Circuit Design

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Combinational Logic Design (Part II),s, decoders, encoders, and priority encoders. The use of constructs like ‘‘if-else,’’ ‘‘case,’’ and continuous assignment ‘‘a(chǎn)ssign’’ are described in detail with the meaningful practical examples. The main focus of this chapter is to describe the design functionality with the synthesizable logic. Ev

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Combinational Design Guidelines,prove the readability, performance of the design. The key practical guidelines discussed are use of ‘if-else’ and ‘case’ constructs and the practical scenarios, how to infer the parallel and priority logic. The detailed practical use of resource sharing and use of blocking assignments to describe th

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Sequential Logic Design, practical scenarios and concepts. The Verilog RTL for the flip-flops, latches, various counters, shift registers, and memories is covered with the synthesized results and explanations. The practical do’s and don’ts are explained with the meaningful diagrams and timing sequences. This chapter will b

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Finite State Machines,ate machines are Moore and Mealy. This chapter discusses about the efficient and synthesizable FSM coding using Verilog RTL. The key differences between the Moore and Mealy machines as well as different FSM encoding styles are discussed in detail. This chapter illustrates the Verilog RTL examples wi

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