Author_Institution :
Boeing Co., Seattle, WA, USA
Abstract :
A complex military, avionic power supply was designed for the F-22 aircraft, supplying 5 independent outputs for critical aircraft systems. It was designed in a short schedule, was required to operate in extreme environments for an extended life, be lightweight, and be packaged in a standard single wide SEM-E format. Although difficult in itself, the real challenge was to design the assembly in a producible way, keeping Design for Manufacture (DFM) as a critical factor. Many factors, administrative to technical, combined to achieve DFM goals for this power supply. Teaming arrangements, program planning, computer modeling, circuit partitioning, three dimensional packaging, printed wiring board design, materials selections, component selections, including lead forms all contributed to a design that met all performance requirements as well as cost goals. The results was a product that will serve our country well into the 21st century on America´s air superiority fighter
Keywords :
design for manufacture; electronic equipment manufacture; military avionics; packaging; power supplies to apparatus; DFM; F-22 aircraft; SEM-E format; air superiority fighter; circuit partitioning; component selections; computer modeling; critical aircraft systems; design for manufacture; extended life; lead forms; lightweight; materials selections; military avionics power supplies; printed wiring board design; program planning; three dimensional packaging; Aerospace electronics; Assembly; Circuits; Design for manufacture; Job shop scheduling; Manufacturing; Materials requirements planning; Military aircraft; Packaging; Power supplies;