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Comparing touch switch technologies

机译:比较触摸开关技术

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Specifying touch switches as an alternative to conventional electro-mechanical devices, such as pushbuttons, toggles, or membrane switches, is becoming increasingly commonplace in modern system designs within domestic, office, medical, and industrial spheres. The choice is between two core technologies when implementing touch switches, self capacitive or mutual capacitive sensing. In recent years, engineer's approach to user interface development has radically changed. Touch-based sensor mechanisms now make up the vast majority of human-machine interfaces within the consumer portable electronics sector, as well as an ongoing proliferation into various other sectors. Among the products in which touch switches are starting to bring multiple operational benefits are white goods, cooking appliances, printers, PCs, game consoles, and vehicle infotainment systems. With this technology, OEMs are presented with a higher degree of design freedom. They can also develop products with strong appeal to consumers thanks to greater durability (resulting in longer operational lifespans), more aesthetically-pleasing external appearance, resilience against the environmental conditions to which they are subjected (waterproofing and ability to endure high temperatures, etc.), as well as the relative ease of keeping them clean. As engineers begin to grasp a better understanding about the key elements affecting touch switch technology, more effective product designs will be achieved and the quality of user interaction.
机译:在家庭,办公室,医疗和工业领域的现代系统设计中,指定触摸开关作为常规机电设备(例如按钮,拨动开关或薄膜开关)的替代方法变得越来越普遍。在实现触摸开关时,应在两种核心技术之间选择:自电容式或互电容式。近年来,工程师用于用户界面开发的方法已经发生了根本性的变化。现在,基于触摸的传感器机制构成了消费便携式电子领域中绝大多数的人机界面,并且正在不断向其他领域发展。触摸开关开始带来多种操作优势的产品包括白色家电,炊具,打印机,PC,游戏机和车辆信息娱乐系统。借助这项技术,OEM拥有更高的设计自由度。由于具有更高的耐用性(可延长使用寿命),更美观的外观,对所经受的环境条件的适应力(防水性和承受高温的能力等),他们还可以开发对消费者具有强烈吸引力的产品。 ),以及保持它们清洁的相对简便性。随着工程师开始对影响触摸开关技术的关键元素有更好的了解,将实现更有效的产品设计以及用户交互的质量。

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  • 来源
    《ECN》 |2015年第2期|15-17|共3页
  • 作者

    Steve Sheard;

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  • 正文语种 eng
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