HOR3002-H81/DC2

Series:	*
Part Status:	Obsolete

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HOR3002-H81/DC2 application field and working principle

HOR3002-H81/DC2 is a two-row microelectromechanical system (MEMS), housed in a small, side-entry package. It works in the same manner as a regular two-row MEMS, but it is decoupled from the housing. That allows for enhanced design flexibility and much easier integration with other components. This makes it ideal for applications in many fields where space is limited, such as consumer electronics, medical implants, and automotive electronics. HOR3002-H81/DC2’s core technology is based on electrostatic actuation. It consists of two columns of tiny electrodes which are cantilevered through slots in the housing. Voltage is applied between the two electrodes, and this creates a force which flexes the meniscus (the interface between the two electrodes) one way or the other depending on the direction of the force. This creates a precise, repeatable motion that is actuated by the microelectromechanical system. The application of electrostatic actuation also makes HOR3002-H81/DC2 a highly reliable and long-term stable device. Since electrostatic forces do not depend on a physical contact, the device is not prone to wear and thus will have a long operating life. Additionally, the deployment of two independent pairs of electrodes ensures that even if one pair fails, the device remains operational without any permanent damage. HOR3002-H81/DC2’s orientation detection capabilities are especially useful in applications that require accurate positioning, such as medical devices or consumer electronics. The device can accurately detect changes in orientation up to 1 degree of accuracy, allowing it to measure and adjust automatically for a wide range of parameters. The microelectromechanical system is also ideal for applications requiring precision motion or force control. Due to its small size, the device can achieve high positional accuracy, making it suitable for a variety of uses, such as aerospace, industrial, automotive, and medical applications. It can also be used to control valves, motors, and other mechanical devices with accuracy and repeatability. Overall, the HOR3002-H81/DC2 microelectromechanical system offers an impressive portfolio of features, making it suitable for a wide range of applications. Its highly reliable and long-term stable performance make it an ideal choice for applications in which the device must function for a long period of time without interruption or failure. Additionally, its precise and repeatable motion allows for accurate positioning or force control, making it well-suited for numerous applications.

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