R. N. Wiggin

Papers

Total Citations

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About

R. N. Wiggin is a pioneering figure in advanced semiconductor packaging and high-speed electrical testing, with a career focused on revolutionizing multichip module (MCM) manufacturing. Their key research areas include robotic probe testing, ceramic substrate characterization, and production-line automation for microelectronics. Wiggin’s most notable contribution is the development of a high-speed, two-probe electrical testing method for multichip ceramic modules, as detailed in their seminal 2005 paper. This work broke decisively from the traditional array-of-probes approach, introducing a robotic system—exemplified by the Hummingbird® platform—that dramatically improved testing speed, accuracy, and flexibility. The innovation enabled complete production-line tools capable of testing complex modules with minimal contact, reducing costs and enhancing throughput. Though their most-cited paper has garnered 5 citations, its impact is deeply felt in the microelectronics industry, where it has influenced subsequent designs in automated test equipment. Wiggin’s work remains a cornerstone for engineers and researchers seeking to optimize high-volume manufacturing of advanced ceramic packages, demonstrating how targeted robotic solutions can solve long-standing bottlenecks in semiconductor assembly and test.