Survivability And Vulnerability Engineering SAVEinc specializes in Radiation Hardening and Radiation Analysis -- everything from Single Event Effects (SEE) to Electromagnetic Pulse (EMP). We have a large database of Radiation Test Data for Transient Radiation Effects in Electronics (TREE) including Total Dose, Dose Rate and Neutron Fluence. We also do extensive work with Space Radiation, Electromagnetic Interference (EMI), Natural Radiation and X-ray Shielding. (714) 524-5231 saveinc@earthlink.net -- The Radiation Specialists
Center for Semiconductor Research (CSR) Conducts basic and applied research on materials and fabrication technologies used to construct microelectronic, optoelectronic photovoltaic and thermoelectric devices; improves device and material production processes; performs and coordinates radiation hardness studies of microelectronic devices and circuits; and develops manufacturing cost/price models and computer simulations. James A. Hutchby, Ph.D., Director, gbp@es.rti.org
"Honeywell is the dominant supplier of radiation-tolerant ASICs." Larry Bashaw Engineering Fellow Honeywell's RICMOS gate arrays are built on high-performance, radiation-hardened ASIC technology. This unique technology is ideal for designs that must operate under exposure to ionizing radiation. In addition, the silicon-on-insulator (SOI) process used to fabricate the HX2000, HX2000r, and HLX2000r gate-array families has unique advantages for low-power design. Radiation Hardened 32 Bit Processor Honeywell Space Systems is now producing a powerful new computer, designed to meet the critical requirements of spaceborne and avionics data processing systems for the next decade. The RH32 is a high-speed Reduced Instruction Set Computer (RISC) architecture implemented in a proven, radiation-hardened, submicron, CMOS, Very High Speed Integrated Circuit (VHSIC) technology.
Doug Millward formed Millward Research in 1994 to provide expert consulting to clients in the areas of semiconductor applications and technology; nuclear and space radiation effects in devices, circuits and systems; radiation transport and shielding; radiation effects modeling; radiation effects testing; reliability physics; and program implementation of high-reliability and radiation hardened semiconductor devices.