Waterproof Kiosk Touch Panel XP Win7 8 Android Linux Operating System
Kiosk Touch Panel Features:
Strong compatibility, support WindowsXP / 7/8 / 8.1 / 10 / CE, Mac, Android / Linux and other operating systems.
Anti-interference ability, without the interference of light and radiation, surface water / oil / dust can touch any place accurate and correct.
Free drive, plug and play.
Intelligent automatic calibration, simple and easy to adapt to internal / external use a variety of environments.
Kiosk Touch Panel Application:
►Gaming, lottery, and amusement.
►Public pay phones.
►Multimedia marketing.
►Banking/financial transactions.
►Industrial control rooms.
►Computer-based training.
Kiosk Touch Panel details
Item | Waterproof Kiosk Touch Panel XP Win7 8 Android Linux Operating System |
Part Number | AC-C173001 |
Structures | Cover Glass+ITO Glass |
Surface Hardness | >6H |
Outline size | 413.88*246.8mm |
Operating temperature | -20℃~70℃ |
Storage temperature | -30℃~80℃ |
Total Thickness | 3.9±0.15mm |
Transmittance | 86% Min |
Interface Mode | USB/IIC/RS232 |
Operating System | XP win7,8 Android Linux |
Touch Points | 1-10 |
Kiosk Touch Panel Operation Principle:
Capacitive touch panel works through body's current induction .When finger is on or close to touch panel surface,due to body electric field, the user and touch panel surface forms one coupling capacitance. For high frequency current, capacitance is direct conductor, then fingers suck a small current from the contact point, through amplifying and accurately calculating this current signal, the controller works out the touch point position
Kiosk Touch Panel Details
Structure & Operating Principle:
Capacitive touch screen is a piece of 2 layer of compound glass with double side transparent conductive coating that conducts a continuous electrical current across the sensor.
There is electrode pattern printed along the edges distributes a low voltage filed over the conductive layer.
The human body is also an electrical device which has stored electrons and therefore also exhibits capacitance.
When a finger touches the screen and draws a minute amount of current to the point of contact ,creating a voltage drop.
The current flow from each corner is proportional to the distance to the touch point. During a touch ,capacitance forms between the finger and the sensor grid. The touch location is calculated from the changing electrical characteristics of the sensor grid.