Bar-Ilan University 83-313: Digital Integrated Circuits
This is Lecture 10 of the Digital Integrated Circuits (VLSI) course at Bar-Ilan University. In this course, I cover VLSI circuit design, starting with the technology and through the design of complex digital circuits, such as multipliers and memory blocks.
Lecture 10 discusses how to build arithmetic circuits (adders and multipliers) for use in high-speed, energy-efficient data paths. Section 10a provides an short introduction to bit-sliced datapath design and then introduces basic addition, including sizing of a pitch-fit mirror adder.
Lecture slides can be found on the EnICS Labs web site at:
[ Ссылка ]
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Prof. Adam Teman
Emerging nanoscaled Integrated Circuits and Systems (EnICS) Labs
Faculty of Engineering, Bar-Ilan University
VLSI - Lecture 10a: Arithmetic Circuits
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Chip DesignBar-Ilan UniversityVLSI83313Adam TemanAdi TemanEnICS LabsSemiconductorsCircuit DesignHardware CourseElectrical EngineeringDigital Integrated CircuitsArithmeticaddersmultipliersmultiplicandRipple Carry AdderCarry-Skip AdderCarry Lookahead AdderArray MultiplierWallace Treelogarithmiclogical effortmirror adderbit-sliced designdatapathManchester Carry Chainfull adderhalf adderserial shift addercritical path