Design and Technology of Integrated Circuits
Using an interdisciplinary approach to the design and technology of integrated circuits on silicon, it focuses on the fabrication of technology and its interaction with circuit design and layout. Provides a broad, coherent understanding of fabrication procedures including compositions, formulations and processing. Covers optimization of component design for use in particular microelectronic applications. Also examined are applications of integrated circuit technology. Provides an historical review of components, materials, technologies and includes end-of-chapters bibliographies, worked examples and tutorial exercises.
What people are saying - Write a review
We haven't found any reviews in the usual places.
The Preparation of Slices of Electronic Grade
The Characterization of Materials
Metallization Systems A
11 other sections not shown
achieve acid alignment applications approach base beam bias Bismuth boron called capacitance carrier chapter chip coating collector components concentration connected considered consists constant contains crystal depends depletion deposition determined device diagram diffusion dimensions diode doping effects electrical electron emitter etching example fabrication field final gate given gives gold heat important impurity increased integrated circuits interface involves isolation junction later layer Lead less lithography logic mask material means measurements metal method n-type necessary negative normally operate oxide package particularly pattern phosphorous placed positive possible presented problems reason reduced removed resist resistor result sample semiconductor separation shown in Figure shows silicon dioxide slice stage steps structure substrate surface technique temperature thermal thickness transistor treatment voltage window