|Place of Origin:
|RoHS, CCC, ISO9001, ce, FCC, LVD
|Minimum Order Quantity:
|Standard packaging with foam and boxes
|L/C, T/T, Western Union
|Capacitive Touch Panel
|XP Win7 8 10 Android Linux
23.6" Projected Capacitive Touch Screen,
Projected Capacitive Touch Screen 6H,
Capacitive Multi Touch Panel USB
10 touch points screen touch 23.6" Capacitive Touch Panel
YCL Touch Capacitive Touch screen is a high-end multi-point infrared touch screen technology with perfect combination of tradition and innovation. Our touch screen has the features of fast reaction speed, strong anti-environment light ability, good stability and easy integration; With the function of plug and play and without driver, any non-transparent object can change the infrared light and realize the touch operation which is convenient for people to operate and use the digital life and brings the greatest convenience and interactivity to life.
Capacitive Touchscreen Advantages
A capacitive touchscreen:
Because a capacitive touchscreen keeps working even if it suffers damage, there’s no need to interrupt store or restaurant operations in order to install a replacement. This minimizes customer frustration and lost sales.
Capacitance Touchscreen Construction
Several techniques are available to construct a capacitance touchscreen. These include conductive wire construction or the application of transparent conductive materials, such as Indium Tin Oxide (ITO), to a polyester (PET) film layer "sandwich" or to a glass substrate.Capacitive Touch Panel TechnologyCapacitive touch panel is a four-storey glass screen surface and laminated within the glass screen is coated with a layer of ITO, the outermost layer is a thin layer of silica glass, laminated ITO coating as a face, four electrode leads in the four corners, inner ITO good shielding to ensure a good working environment.
When finger touch the metal layer that is, because the body farm, users and touch-screen surface with a coupling capacitor, high frequency current, capacitance is a direct conductor, so fingers sucked away a very small amount of current from the contact point. The respectively current outflow from the touch electrode on the four corners of the screen, and flows through the four electrode current is proportional to the distance from the fingers to the four corners, controller through the accurate calculation of the four current percentage, came to the location of the touch point.