The course begins with a review of selected basic properties of crystalline solids. Emphasis then shifts to the specific characteristics of semiconductor materials. After considering the p-n junction, the cadet studies a number of modern electronic devices which may include field effect transistors, integrated circuits, charge coupled devices, solar cells, semiconductor lasers, and microwave devices. The discussion of MOS devices is extended to gate, flip-flop, and memory circuit topologies. The course typically provides an opportunity for layout and fabrication of an integrated circuit chip. The chips are tested prior to the end of the term. Laboratories also stress the use of simulation software to obtain a structure profile and simulate device electrical characteristics. Course design content includes integrated circuit design and layout, CMOS gate design, and design of laboratory testing procedures.
Lessons
36 @ 55 min (2.500 Att/wk)
Labs
4 @ 120 min
Special requirements
Layout and fabrication of an integrated circuit chip.
