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Ceramic-to-Metal Brazed Optical Fiber Feedthroughs for High-Vacuum Applications Company
Against the backdrop of semiconductor manufacturing, vacuum optical experiments, and high-end industrial equipment continuously advancing toward higher precision and stability, internal system signal transmission methods are undergoing significant up…
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How BN Ceramics Improve Performance in PVD Vacuum Coating and Thermal Evaporation Processes Company
The film preparation processes such as PVD vacuum coating, electron beam evaporation, thermal evaporation deposition and magnetron sputtering are usually carried out in high vacuum or inert atmosphere environments, and involve the high-temperature me…
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Aluminum Nitride PCB Substrate: The Key to Better Performance in Power electronics Company
The operating life of power electronics systems is strongly influenced by temperature. Aluminum Nitride PCB Substrate extends this life by keeping devices cooler, delivering value that far exceeds any material cost difference. The material's combinat…
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800G/1.6T Optical Transceivers Generate More Heat Than Ever: Can Aluminum Nitride Solve the Problem? Company
In 800G and 1.6T high-speed optical module design, thermal management has become a core challenge restricting module performance and reliability. The increasing power density consumption of laser drivers, DSP chips, and optical engines generates sign…
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Innovacera’s BN material BSC–BN+SiC for Demanding Applications Company
Are you looking for a harder BN ceramic? If so, our BSC material will be a kind of good choice. The pure Boron Nitride ceramic like 99% BN and 99.7% BN is very soft and easy to be broken during the process of using, which is a headache p…
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