Congruence of and matching of NETD for UHD FPAs based on QWIPs: Matching of NETD and congruence of ultra-high-dimension FPAs based on quantum-well infrared photodetectors
by Alexander I. Kozlov, Alexey G. Kharlamov
This technical study explores NETD matching and congruence in ultra-high-dimension focal plane arrays based on quantum-well infrared photodetectors. It offers a focused resource for readers interested in QWIP technology, infrared detection, detector-array performance, and the engineering challenges of high-dimensional focal plane systems.
About This Book
This work addresses the matching and congruence of noise-equivalent temperature difference (NETD) in ultra-high-dimension focal plane arrays.
Its subject is quantum-well infrared photodetectors, or QWIPs, and their application within infrared focal plane array technologies.
The book focuses on technical considerations related to NETD uniformity and the congruence of detector-array performance.
It may be relevant to readers studying infrared detection, photodetectors, focal plane arrays, and related engineering topics.
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