This paper describes a new reconfigurable analog array (RAA) architecture and integrated circuit (IC) used to map analog circuits that can adapt to extreme temperatures under programmable control. Algorithm-driven adaptation takes place on the RAA IC. The algorithms are implemented in a separate field programmable gate array (FPGA) IC, co-located with the RAA in the extreme temperature environment. The experiments demonstrate circuit adaptation over a wide temperature range, from extremely low temperature of -180degC to high 120deg
['Adrian Stoica', 'Ricardo Salem Zebulum', 'Didier Keymeulen', 'Rajeshuni Ramesham', 'Joseph D. Neff', 'Srinivas Katkoori']
Temperature-Adaptive Circuits on Reconfigurable Analog Arrays