Infrared Touch Screen with 50 Million Cycles, 90 Light Transmission, and Zero Pressure Touch for High-Performance Applications
Infrared touch screen with 50M cycles, 92%+ light transmission, zero pressure touch, and 10-15ms response. Supports multi-touch, USB plug-and-play, and works with various objects. Features 60,000-hour LED life, 10% fault tolerance, and compatibility with Windows/Android/Linux systems.
Brand Name:
MTHGH
Model Number:
XYC
Minimum Order Quantity:
1 Set
Price:
Negotiable
Supply Ability:
10000 Piece
Product Details
Highlight:
MTHGH Infrared Touch Screen
,Infrared Touch Screen 50 Million Cycles
Touch Pressure:
Zero Pressure
Firmware Upgrade:
Windows 10, Windows 8. Windows 7 Supports USB Upgrade
Power Consumption:
≤1.0W
Touch Size:
26"-165"
Supported Platforms:
Windows 7,Windows 8,Windows 10,Android
Response Speed:
7ms
Scan Frame Rate:
Greater Than Or Equal To 110 Frames
Fault Tolerance:
The Sensor Is Damaged 10% Due To Discontinuous Damage, But Still Can Be Used For Touch Control
Average Current:
≤200mA
Touch Object Recognition:
Support
Operating Voltage:
DC5.0V+5%
LED Life:
60,000 Hours
Interface Type:
Socket Type USB Cable 1.5 Meters, Socket Type 5P
Power Supply:
Single USB Powered
Support Platform:
Windows XP,Mac Os,Linux
Transmittance:
>92% (if There Is No Glass, The Photoreduction Rate Is 100%)
Report Resolution:
Free32768*32768
Product Description
Detailed Specifications & Features
Infrared Touch Screen 50 Million Cycles 90 Light Transmission
Technology Principle
The infrared touch screen is a highly integrated electronic circuit product featuring a complete control circuit, high-precision anti-interference infrared transmitting tubes, and infrared receiving tubes mounted on an integrated circuit board. These components form invisible infrared grids in opposite directions, creating dense infrared arrays in X and Y directions to detect and locate user touch inputs.
The touch screen incorporates a circuit board frame installed in front of the display, with infrared transmitting and receiving tubes arranged on all four sides to create horizontal and vertical infrared matrices. When a user touches the screen, their finger interrupts the infrared beams at the contact point, causing changes in the light signals that are converted to electrical signals. These signals are processed to accurately determine the touch position. Any object opaque to infrared light can interrupt the beams to achieve precise touch positioning.
Infrared Touch Screen Technology Principle
Product Advantages
- Anti-light design supporting single touch and multi-touch functionality
- USB connectivity with plug-and-play operation, no drivers required
- Compatible with pens, fingers, gloved hands, and various touch implements
- Sensitive response without disconnection, duplication, or drift
- Supports 20-64 touch points simultaneously
- Lightproof, dustproof, waterproof, explosion-proof, and scratch-resistant
- Long service life with 50 million cycle durability
- High light transmittance up to 100%, ensuring perfect color presentation
- Profile appearance structure suitable for various flat display device installations
- Convenient installation with fast, smooth writing experience
Application Scope
Financial self-service terminals, telecommunications services, public inquiry systems, advertising displays, and various interactive display applications.