Large size Multi-Point Capacitive Touch Screen PCAP touch glass 32 "-55" for Education

Technical parameters

1.COVER LENS Chemical tempered glass

2.FPC Interface line USB Interface

3.IC(ILI2301/ILI2302/ILI2510/ILI2312/ILI2511)10point touch,IOVoltage 3.3V

4.working Voltage: 5.0V The interrupt way The drop-down pulse

5.For the surface hardness 7H

6.Euphotic rate of more than 86%

7Not specified tolerances +0.2mm

8.Products comply with RoHS standard

Why most manufactures of touchscreen devices prefer capacitive technology over resistive. So, what makes capacitive the preferred choice?

Requires Less Pressure
Because capacitive touchscreens register touch via the human body’s electrical current, they require less pressure to operate than resistive touchscreens. In fact, you can typically operate a capacitive touchscreen simply by dragging your finger across the surface. This is in stark contrast to resistive touchscreens, which often require a firm, medium-pressure press.

Cracked Screens Continue to Function
Let’s hope this never happens, but in the event that your capacitive touchscreen device cracks, it should continue to function. Cracked screens are among the most common type of damage sustained by touchscreen devices. Maybe you drop it on the group, or perhaps a worker “bumps” into it accidentally. Regardless, minor cracks shouldn’t interfere with the function of a capacitive touchscreen device. It will continue to measure the electrical charge produced by the operator, using this information to determine where exactly the touch occurred.

Main Feature

• High image clarity
• Free of drift
• Z-axis pressure recognition
• Strong mechanical strength
• Short response time
• Compact size for easy integration
• Customization available on glass sensorsize, driver, accessories

Specification of Product

Picture of Product

Technical Drawing