Graphene technology to be further utilised by Paragraf, making another advance in Hall sensor performance. The company has announced the availability of a new sensor range capable of unmatched sensitivity and linearity when placed in low temperature environments and in strong magnetic fields.

Paragraf has introduced the GHS-C Graphene Hall Sensor (GHS), providing the industry’s only viable approach to measuring magnetic field strengths of 7 Tesla (T) and above, at temperature extremes below 3 Kelvin (K).

Paragraf has continued to push performance with its graphene Hall Effect sensors. Oxford Instruments has employed a modified version of the Paragraf GHS09CC hall effect sensor device to carry out measurements at temperatures and magnetic field strengths.

Paragraf continues to push performance boundaries with its graphene Hall Effect sensors. Oxford Instruments, provider of high technology tools and systems for research and industry, have employed a modified version of the Paragraf GHS09CC sensor device to carry out measurements at temperatures and magnetic field strengths far beyond the scope of any other sensing solution.

Paragraf has announced a new graphene Hall Effect sensor suited to battery applications, such as the electric vehicle (EV) sector. The graphene GHS01AT Hall Effect sensor is optimised for use in relatively low field environments and normal ambient temperatures.

Paragraf is helping to realise an industry first by implementing a supply chain for graphene Hall-Effect sensors used in high temperature Power Electronics, Electric Machines and Drives (PEMD) within the aerospace sector.

In this article, Simon Thomas, CEO of Paragraf, outlines ten facts about graphene, its role in the electronics industry, and potential future applications everyone should be aware of.

Paragraf, has demonstrated the ability of its graphene Hall Effect sensors to withstand high levels of radiation. The discovery, based on testing from the National Physical Laboratory (NPL), proves that ‘unpackaged’ Hall Effect sensors can be used in high-radiation environments such as space. The project was funded by Innovate UK, the UK’s innovation agency. Electronic Specifier talks to Co-founder Ivor Guiney.

Paragraf’s Dr Hugh Glass outlines the extraordinary technical characteristics of an exciting new electronic device - graphene-based Hall effect sensors.

Paragraf has embarked on a working partnership with the Magnetic Measurement section at CERN, the European Organisation for Nuclear Research, to demonstrate how new opportunities for magnetic measurements are opened up through the properties of its graphene hall effect sensor.