The Hall-effect sensors from TT Electronics are key components in NASA’s new Mars 2020 Rover that will be landing on the surface of the red planet in 2021. These sensors detect magnetic fields in motors that control the speed and movement of the robotic arm of the Mars Rover.
The Mars 2020 Rover will carry an entirely new subsystem to collect and prepare Martian rocks and soil samples. This subsystem will include a coring drill on its arm, controlled partially by TT Electronics’ Hall-effect sensors. About 30 samples will be deposited at select locations for return to Earth on a potential future sample-retrieval mission.
TT Electronics designs and manufactures semiconductors for use in a variety of space, satellite and payload applications, in many different package options. In its Class 100,000 clean room, complete satellite harness sets and electromagnetics components are manufactured, as well as the test equipment needed for use in a clean room environment.
GaN technology presents the power supply industry with opportunities to further refine power conversion, enabling a reduction in the overall size of power supplies.
TT Electronics has been awarded more than £20 million in new and renewed defence contracts, marking a major step forward in its contribution to Europe’s rapidly evolving defence landscape.
New MELF format flameproof wirewound resistors offer surge protection and UL1412 failsafe fusing for line input protection in industrial and white goods applications