Microprocessors for Management, CAD, CAM, and Robotics
The challenge og continuing development. New horizons. Applying microprocessor technology. Device architecture. Product incentives. An information policy. Designing, manufacturing and interfacing. The wafer; Quality assurance. Engineering premises. Interconnecting and interfacing. Firmware and microcode. Computer-aided design. A CAD methodology. Robotics. Tuning the manufacturing capability. A process in control.
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activities applications approaches assembly assure automation basic become better bits CAD/CAM calls chip communications companies complex components cost database defects devices display early effect electronic elements engineering equipment established example fabrication fact factory failure field FIGURE functions graphics greater handling hardware impact implementation important improve increase industry input inspection instructions integrated circuits interactive interface involves lead limited logic machine maintenance major manufacturing materials memory micro microcomputers microelectronic microprocessor operations packaging percent performance physical possible present problems procedures processor projected reduced registers reliability reports requirements robots semiconductor significant solution speed storage structure TABLE tion transfer transistors types typically units wafer wiring