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Authors: Lucian Stoica, GE Global Research Germany Steve Riches, Tribus-D Ltd UK Colin Johnston, University of Oxford UK
ISBN: 9788793379251
e-ISBN: 9788793379244
doi: https://doi.org/10.13052/rp-9788793379244
Price: €0.00
Available: September 2016
Print book available at List Price
Description:
There is a growing desire to install electronic power and control systems in high temperature harsh environments to improve the accuracy of critical measurements, reduce the amount of cabling and to eliminate cooling systems. Typical target applications include electronics for energy exploration, power generation and control systems. Technical topics presented in this book include:
Keywords:
High temperature electronics, ASIC design, silicon on insulator devices, electronic packaging, aero-engine control, sensor signal conditioning, Aeronautical rotating systems, CMOS SOI, peak detector, operational amplifiers, ARINC, instrumentation amplifier, single-ended to differential converter, current mirror
Book Contents:
Chapter 1 High Temperature Electronics Backgroundby Lucian Stoica, Steve Riches, Colin Johnston Download as a PDF [434KB]
Chapter 2 High Temperature Integrated Technologiesby Lucian Stoica, Steve Riches and Colin Johnston Download as a PDF [48KB]
Chapter 3 Development of Multi-Sensor Data Acquisition Systemby Lucian Stoica, Valentyn Solomko, Ozan Iskilibli, Renato Del Regno, Reece Beigh, Thorsten Baumheinrich, Steve Riches, Colin Johnston, Geoff Rickard, PaulWilliams Download as a PDF [12015KB]
Chapter 4 Design and Characterization of HIGHTECS Signal Channels and Building Blocksby Lucian Stoica, Steve Riches and Colin Johnston Download as a PDF [40979KB]
Chapter 5 Characterization of Prototypesby Lucian Stoica, Steve Riches and Colin Johnston Download as a PDF [8179KB]
Chapter 6 Reliability, Failure Rates and Lifetime Predictionby Lucian Stoica, Steve Riches and Colin Johnston Download as a PDF [46KB]
Chapter 7 Future Directions for High Temperature Electronicsby Lucian Stoica, Steve Riches and Colin Johnston Download as a PDF [42KB]