Strategic collaboration between Raynergy Tek and Avantama AG

A strategic collaboration between Raynergy Tek and Avantama AG has considerably accelerated the general improvement of natural photodetector (OPD) stacks, by implementing a novel machine structure with higher manufacturability.

Natural photodetectors (OPD) have attracted broad consideration for picture sensor functions, owing to natural semiconducting (OSC) know-how’s innate traits, i.e. excessive absorption coefficient, tunable spectral response, and ease of enormous space fabrication. Not too long ago, Raynergy Tek has efficiently developed an all-solution processed, close to infrared (NIR), high illuminated OPD machine with an impressive exterior quantum effectivity exceeding 60% at a wavelength of 940 nm. Notably, this achievement has been enabled by the help of Avantama AG and their proprietary carriertransporting metal-oxide supplies. Avantama’s steel oxide-based interlayers possess sturdy coating properties and exhibit nice compatibility with Raynergy Tek’s proprietary photograph conversion OSC layer, which displays excellent photodiode electrical efficiency inside each the seen gentle and NIR spectra

The compatibility between the solution-processable OSC photoconversion layer and the provider transporting layer pair is a significant step ahead for the OPD know-how neighborhood. The collaboration between Raynergy Tek and Avantama AG considerably fast-forwards the general OPD machine stack improvement by implementing a tool structure that would higher meet manufacturability necessities.

To speed up the commercialization of OPDs, the 2 revolutionary corporations have determined to additional deepen their relationship. Raynergy Tek will change into the official distributor for 2 of Avantama’s cost transport supplies in China and Taiwan, specifically Avantama N-21X-Flex and Avantama P-22. Each Raynergy Tek and Avantama AG will proceed to work carefully to offer the technical help, in addition to to supply probably the most suitable chemical resolution of natural photoconversion ink and provider transporting interlayer ink to prospects who’re sourcing the subsequent era photodetector functions. For extra info, please ship an e-mail to [email protected]

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