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ID:41390292
大小:1.20 MB
页数:16页
时间:2019-08-23
《电容式触摸应用设计参考指导》由会员上传分享,免费在线阅读,更多相关内容在行业资料-天天文库。
1、触摸感应按键设计指南ARXXX系列触摸感应按键设计指南(参考资料)V1.0触摸感应按键设计指南1/16页触摸感应按键设计指南目录1.概述.........................................................................................................................................32.触摸按键的原理.............................................................
2、...........................................................33.触摸PCB设计考虑....................................................................................................................43.1PCB设计关键点:............................................................................
3、....................................43.2减小PCB的基准电容.............................................................................................................43.3触摸按键形式、间和铺地考虑................................................................................................43.3
4、.1触摸按键形状............................................................................................................43.3.2单个触摸按键............................................................................................................53.3.3复合按键..............................
5、.....................................................................................53.3.4组合形式---滑条.........................................................................................................63.3.5组合形式---滚轮........................................................
6、.................................................63.3.6按键底层铺地技巧.....................................................................................................73.3.7其它铺地技巧....................................................................................................
7、........83.4布局.....................................................................................................................................83.5感应走线.........................................................................................................................
8、.....83.5灵敏度调节方法....................................................
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