Finger Waterproof Usb Touch Screen 13.3" Capacitive Touch Display Panel

10 Points Touch 13.3 Inch Capacitive Touch Screen OEM Designed

Description:

1. Can withstand more than 50000000 point
2. 4096x4096 Resolution
3. USB/RS232 Interface
4. High accuracy and sensitivity
5. Glass+Glass material
6. Finger, gloved hand and touch pen activation
7. Sensitive and fast response
8. Our products have passed CE, FCC, ROHS certification!

 Model Information: 

 

Product Specification:

Product image:

Applications:

Suitable for GPS, medical, Light industrial ,Pos,Portable sport devices, Access control terminals, Portable medical devices, LCD and LED touch monitors,All-In-One ,Home appliances and other fields.

Competitive Advantage:

Capacitive touch screen is a world popular trend for its highest positioning and fast response, the response time is shorter than resistive touch screen, antistatic ability,save space,display is the user interface and interface mode diversity,low power,water-proof,fog-proof,design more beautiful,specially on telephone and MID(mobile internet device,such as tablet PC,iphone and ipad), the touch panel is made of glass and film, also, it has good transparent and has multi-points touching.

Technical Principle:

 Capacitive touch screen 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.