Paragraf Introduces a Graphene Hall Sensor for Cryogenic Applications
June 17, 2021
News
Paragraf introduced the GHS-C Graphene Hall Sensor (GHS), providing the industry with a viable approach to measuring magnetic field strengths of 7 Tesla (T) and above, at temperature extremes below 3 Kelvin (K).
Paragraf has started production on the GHS-C, a Graphene based Hall sensor optimized to provide high field measurements while operating at cryogenic temperatures with no loss of performance. The GHS-C achieves this while dissipating virtually no heat lowering possible instability risks. The cryogenic sensor allows measurements directly in cold bore with quality data and time savings.
The GHS-C uses graphene optimized and tuned for high field applications, including:
- Super-conduction
- Quantum computing
- High-energy physics
- Low-temperature physics
- Fusion
- Space.
For more information about the GHS-C, please visit paragraf.com.
Chad Cox is the Production Editor at Embedded Computing Design. His responsibilities are centered around content creation, writing and editing, and article research and development. Chad covers industry news and events and is known to interact with various industrial leaders via on-premise visits and online interviews. He is responsible for the digital footprint and dissemination of news via social media posts, advertising creation and the production of newsletters including the Embedded Computing Design’s Daily.
He is well versed in many facets of industrial computing including Edge AI, IoT, Processing, Security, Open Source, and more.
Chad graduated from the University of Cincinnati with a B.A. in Cultural and Analytical Literature and holds a master’s in education.
