1) cap-sensor
电容感应按键
1.
The author simply discusses the drawback of mechanical key and puts forward the cap-sensortechnology which is becoming more and more popular.
论述了机械按键的不足之处,引出了新兴的电容感应技术,并配合图文,详细论述了电容感应按键的应用原理和方向。
2) capacitive touch keys
电容触摸按键
1.
Several kinds of technology principle based of capacitive touch keys used by widely are introduced and some technology Indicators associated with patents products in some companies are also compared in this paper.
本文主要介绍了几种目前广泛使用的电容触摸按键技术原理,对各公司专利产品的技术指标进行了比较,并概括了电容触摸技术在实际应用中的注意事项和电容触摸按键产品的性能测试。
3) CapSense
电容感应
1.
Design and Implementation of a CapSense Touch Button System Based on PSoC;
一种基于PSoC的电容感应式触摸按键系统的设计与实现
4) induction capacitor
感应电容
1.
Human body is served as an induction capacitor which capacitance is de-tected by the voltage comparator MAX912 with high accuracy in the circuit.
该设计利用人体作为感应电容的一个极板,借助高精度电压比较器MAX912检测感应电容的变化。
5) key set
电键，按键
6) Capacitance Cell
电容感应元
1.
Study on a Multilayer Liquid-level Sensor with a New Type of Capacitance Cell Structure;
基于电容感应元的多层液位传感器的研究
补充资料：按键
用手按的键；键③。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条