Fpgas in Space Environment and Design Techniques
Fpgas in Space Environment and Design Techniques by Richard B. Katz, published by Creative Media Partners, LLC in June 2013, is a concise presentation comprising 34 pages in English. This work provides an overview of Field Programmable Gate Arrays (FPGA) specifically within the context of the space environment, detailing various design techniques and the challenges posed by space radiation.
Readers will find a thorough examination of critical topics such as total radiation dose, single event upset, and antifuse technology. The presentation addresses the implications of proton upsets and sensitivity, as well as the potential loss of functionality in FPGAs when exposed to space conditions. This edition serves as a resource for understanding the intersection of technology and space, focusing on the practical considerations necessary for effective FPGA design in challenging environments.
Official synopsis Publisher
This viewgraph presentation gives an overview of Field Programmable Gate Arrays (FPGA) in the space environment and design techniques. Details are given on the effects of the space radiation environment, total radiation dose, single event upset, single event latchup, single event transient, antifuse technology and gate rupture, proton upsets and sensitivity, and loss of functionality.
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