![Autonnic launches new through surface controls, Versabuds](https://sens2b-sensors.com/media/zoo/images/Fluxgate-y10m11d18_300_a220f4ccece0a67a7613154e1e0a999e.jpg)
Autonnic launches new through surface controls, Versabuds
Versabuds are a range of controls developed by Autonnic Research that operate through surfaces using patented specialist fluxgate technology. No holes are required as a ‘Bud’ is simply bonded to a surface and a detector placed on the reverse side of the panel.
Capable of working through substrates up to 12mm, Versabuds have been designed to replicate the action of a potentiometer or rotary switch. Further versions will be also be available in place of conventional rocker switches, push button devices, sliding controls or joysticks.
Any standard knob can be attached to a rotary Bud, making it easy to adapt to a customers’ own style. Versabuds enable great flexibility in layout and location of controls. Any number of buds can be located in one area, without magnetic interference, spaced as close as 42mm apart.
Versabuds utilise a highly developed form of fluxgate derived technology, enabling remote actuation of electronic devices without the need for direct electrical connection. The obvious benefit of this technology is the absence of powered electrical circuits at the user interface and the elimination of through panel holes.
In a marine environment, the prevention of corrosion of electrical components is a prime advantage as leakage points are eliminated. Structural integrity is also maintained, as there is no weakness caused by holes from conventional switches.
About Autonnic
Autonnic Research Ltd is a world leader in the supply of compass sensors using fluxgate technology and is based in the UK. Its reputation is built on its continuous worldwide supply of fluxgate sensors and its unrivalled understanding of the technology, a highly experienced workforce and a commitment to quality, reliability and engineering support to the makers of marine autopilots and robotic guidance systems.
Autonnic continues to patent fluxgate devices and variants to lead to new, reliable and robust sensor and measurement components and modules.