Digital Logic Theory for Engineers

Digital Logic Theory for Engineers - A Classic Workbook is a text written to comprehensively and effectively cover the content of important aspects of Level 1 Digital Logic Theory for most Electrical and Computer Engineering Undergraduate Degrees. This text presents material in seven (7) crucial aspects dealing with Digital Logic Theory: (1) Number Systems - Conversion Between Number Systems, (2) Number Systems - Signed Numbers, (3) Number Systems - Arithmetic, (4) Boolean Algebra, (5) Minimization using Karnaugh Maps, (6) Combinational Logic Circuits, (7) Integrated Circuit Technology. In this text, topics are presented with the aid of step-by-step solution of problems and diagrams where necessary. This strategy allows the reader to understand the theory presented. At the end of each chapter there is a number of practice questions provided for the reader to attempt. The answers for these questions are included at the end of the book.

Auteur

Marcus George received PhD degree in Electrical and Computer Engineering from the University of the West Indies, St. Augustine in 2019. He is a Chairman, Chief Executive Officer and Founder of the Ultimate Virtual Market Limited Group of Companies which include a range of online-based service-providing companies.

Texte du rabat

Digital Logic Theory for Engineers A Classic Workbook is a text written to comprehensively and effectively cover the content of important aspects of Level 1 Digital Logic Theory for most Electrical and Computer Engineering Undergraduate Degrees. This text presents material in seven (7) crucial aspects dealing with Digital Logic Theory: (1) Number Systems - Conversion Between Number Systems, (2) Number Systems - Signed Numbers, (3) Number Systems - Arithmetic, (4) Boolean Algebra, (5) Minimization using Karnaugh Maps, (6) Combinational Logic Circuits, (7) Integrated Circuit Technology. In this text, topics are presented with the aid of step-by-step solution of problems and diagrams where necessary. This strategy allows the reader to understand the theory presented. At the end of each chapter there is a number of practice questions provided for the reader to attempt. The answers for these questions are included at the end of the book.