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QT110 PDF预览

QT110

更新时间: 2024-09-23 06:06:19
品牌 Logo 应用领域
昆腾 - QUANTUM 传感器
页数 文件大小 规格书
12页 385K
描述
SENSOR ICs

QT110 数据手册

 浏览型号QT110的Datasheet PDF文件第2页浏览型号QT110的Datasheet PDF文件第3页浏览型号QT110的Datasheet PDF文件第4页浏览型号QT110的Datasheet PDF文件第5页浏览型号QT110的Datasheet PDF文件第6页浏览型号QT110的Datasheet PDF文件第7页 
lQ  
QT110 / QT110H  
QTOUCH™ SENSOR ICs  
Less expensive than many mechanical switches  
Projects a ‘touch button’ through any dielectric  
100% autocal for life - no adjustments required  
No active external components  
Vdd  
Out  
1
2
3
4
8
7
6
5
Vss  
Piezo sounder direct drive for ‘tactile’ click feedback  
LED drive for visual feedback  
2.5 ~ 5V single supply operation  
Sns2  
Sns1  
Gain  
10µA at 2.5V - very low power drain  
Opt1  
Opt2  
Toggle mode for on/off control (via option pins)  
10s or 60s auto-recalibration timeout (via option pins)  
Pulse output mode (via option pins)  
Gain settings in 3 discrete levels  
Simple 2-wire operation possible  
HeartBeat™ health indicator on output  
Active low (QT110), active high (QT110H) versions  
APPLICATIONS -  
Light switches  
Industrial panels  
Appliance control  
Security systems  
Access systems  
Pointing devices  
Elevator buttons  
Consumer electronics  
The QT110 / QT110H charge-transfer (“QT’”) sensor chips are self-contained digital ICs used to implement near-proximity or touch  
sensors. They project sense fields through almost any dielectric, like glass, plastic, stone, ceramic, and wood. They can also turn small  
metal-bearing objects into intrinsic sensors, making them respond to proximity or touch. This capability coupled with an ability to  
self-calibrate continuously leads to entirely new product concepts.  
These devices are designed specifically for human interfaces, like control panels, appliances, toys, lighting controls, or anywhere a  
mechanical switch or button may be found; they may also be used for some material sensing and control applications provided that the  
presence duration of objects does not exceed the recalibration timeout interval.  
A piezo element can also be connected to create a feedback click sound.  
These ICs require only a common inexpensive capacitor in order to function. Average power consumption is under 20µA in most  
applications, allowing battery operation.  
The devices employ digital signal processing techniques pioneered by Quantum, designed to make them survive real-world challenges,  
such as ‘stuck sensor’ conditions and signal drift. Sensitivity is digitally determined for the highest possible stability. No external active  
components are required for operation.  
The devices include several user-selectable built-in features. One, toggle mode, permits on/off touch control for example for light switch  
replacement. Another makes the sensor output a pulse instead of a DC level, which allows the device to 'talk' over the power rail,  
permitting a simple 2-wire twisted-pair interface. Quantum’s unique HeartBeat™ signal is also included, allowing a host controller to  
continuously monitor sensor health.  
By using the charge transfer principle, these ICs deliver a level of performance clearly superior to older technologies in a highly  
cost-effective package.  
AVAILABLE OPTIONS  
TA  
SOIC  
-
8-PIN DIP  
QT110-D  
00C to +700C  
00C to +700C  
-400C to +850C  
-400C to +850C  
-
QT110H-D  
QT110-IS  
QT110H-IS  
-
-
lq  
©1999-2004 Quantum Research Group  
QT110/110H R1.03/0604  

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