Self-calibrating photodiodes for UV and exploitation of induced junction technology

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SBFI

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23.00250

Projekttitel

Self-calibrating photodiodes for UV and exploitation of induced junction technology

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Abstract (Englisch)	As one of Europe’s Key Enabling Technologies (KET), photonics has widespreadapplications across industry, environment, health, medicine, energy, lighting and science.However, the photonics sector and standardisation organisations require miniaturised,cost-effective, integrated and self-calibrating measurement systems, which cannot beprovided by traditional methods and existing metrological systems. Recent developmentsin Predictable Quantum Efficient Detectors (PQEDs) demonstrated improved uncertaintyof 10 ppm and the proof-of-concept of an NMI-on-a-chip suitable for miniaturisation.Proposals addressing this SRT should develop improved methods and photodiodes thatcan be used as built-in references in different applications and develop improved standarddetectors for the UV range.

Kategorie

Text

Abstract
(Englisch)

As one of Europe’s Key Enabling Technologies (KET), photonics has widespreadapplications across industry, environment, health, medicine, energy, lighting and science.However, the photonics sector and standardisation organisations require miniaturised,cost-effective, integrated and self-calibrating measurement systems, which cannot beprovided by traditional methods and existing metrological systems. Recent developmentsin Predictable Quantum Efficient Detectors (PQEDs) demonstrated improved uncertaintyof 10 ppm and the proof-of-concept of an NMI-on-a-chip suitable for miniaturisation.Proposals addressing this SRT should develop improved methods and photodiodes thatcan be used as built-in references in different applications and develop improved standarddetectors for the UV range.