000			02171 m a2200229 44500
003			XX-XxUND
005			20230824144821.0
008			s2007 xx |||||||||||| ||||und d
020			_a9780071336994
037			_c4,560
040	1		_aXX-XxUND _cXX-XxUND
082			_a005.71
100	1		_aLimaye,S. S.
245	1		_aVHDL : _bA Design Oriented Approach
260			_aNew York : _bMcGraw-Hill, _cc2007.
300			_a320 p.
520			_aIntended for a course on VHDL Programming for 6th/7th Semester students of CSE, IT, and ECE, this text can also be promoted for Digital Systems Design courses having a portion on VHDL. The text follows a bottom-up approach, whereby Language Fundamentals have been discussed followed by various styles of Description and Design Examples. Key features Based on the latest IEEE Std 1076-1993. IEEE libraries have been given sufficient coverage. Data flow description is discussed using examples of Multiplexer, Demultiplexer, Priority Encoder and Barrel Shifter with Synthesis Effects. Separate chapter on Writing Test Benches. Discussion on designing of a 16-Bit RISC Microcomputer included. Guide to implement projects using Xilinx ISE. Tutorial on Modelsim Simulator provided. Pedagogical Features Facilitates better comprehension with numerous Review Questions, Programming Exercises, and Debugging Exercises. Illustrations: 78 Review Questions: 57 Programming Exercises: 43 Debugging Exercises: 29 Answers to Selected Problems Numerous examples and exercises of synthesizable code are provided, which can be run in a lab. Employs a theoretical approach coupled with examples. Pedagogically, this title is strong as it presents a number of Review Questions, Programming Exercises, and Debugging Exercises along with answers to selected problems. A guide to implement projects using Xilinx ISE web package provided for as a separate chapter.
650			_aVHDL (Computer Hardware Description Language)
650			_aElectronic circuit design
856	4	0	_uhttps://www.expresslibrary.mheducation.com/product/vhdl-design-oriented-approach _zE-book
942			_2ddc _cEBK
999			_c2509 _d2509