The main focus of this book is to provide the reader with a deep
understanding of modeling and design strategies of Current-Mode
digital circuits, as well as to organize in a coherent manner all
the original and powerful authorsa (TM) results in the domain of
Current-Mode digital circuits.
Model and Design of Bipolar and MOS Current-Mode Logic includes
bipolar Current-Mode digital circuits, which emerged as an approach
to realize digital circuits with the highest speed, and CMOS
Current-Mode digital circuits, which together with its speed
performance has been rediscovered to allow logic gates
implementations having the feature of low noise level
generation.
Model and Design of Bipolar and MOS Current-Mode Logic allows
the reader not only to understand the operating principle and the
features of bipolar and MOS Current-Mode digital circuits, but also
to design optimized digital gates. And, although the material is
presented in a formal and theoretical manner, much emphasis is
devoted to a design perspective. Moreover, to further link the
booka (TM)s theoretical aspects with practical issues, and to
provide the reader with an idea of the real order of magnitude
involved assuming actual technologies, numerical examples together
with SPICE simulations are included in the book.
Model and Design of Bipolar and MOS Current-Mode Logic can be
used as a reference to practicing engineers working in this area
and as text book to senior undergraduate, graduate and postgraduate
students (already familiar with electronic circuits and logic
gates) who want to extend their knowledge and cover all aspects of
the analysis and design of Current-Mode digital circuits.
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