Withstanding cosmic radiation Precision Technology for Space and Beyond: Potentiometric Angle Sensors

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GGB Heilbronn GmbH

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Potentiometric angle sensors, especially those using conductive plastic, offer robust, reliable solutions for the harsh conditions of space. Withstanding cosmic radiation and temperature extremes, they ensure precise, dependable performance essential for satellite and spacecraft operations, demonstrating versatility and durability in demanding environments.

Outer space is one of the most demanding environments for both humans and technology. Unlike on Earth, where the atmosphere provides a degree of protection, satellites and spacecraft are fully exposed to cosmic radiation. In addition, they must withstand extreme temperature fluctuations, with transitions from intense heat to extreme cold occurring within minutes. Despite these conditions, sensors are required to operate with a very high degree of reliability, as their measurements form the basis for the correct functioning of all downstream systems and a repair in the application is unthinkable. Potentiometric sensors, particularly those based on conductive plastic technology, have proven to be a very robust and cost-efficient option for addressing these challenges.