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Touch Panels

DISPLAY SOLUTIONS • TOUCH PANELS
Touch technologies for HMI systems. Resistive, capacitive and Hover Touch solutions.
The range includes resistive RTP, capacitive CTP and Hover Touch panels , available in different sizes and configurations for integration with monochrome STN/FSTN LCDs, TFT displays and OLED displays. Capacitive touch panels can integrate I²C or USB interfaces , with Free Board configurations and solutions developed around the electrical, mechanical and application requirements of the project. Hover Touch combines self-capacitance and mutual-capacitance sensing , enabling finger position detection at a certain distance from the panel, while supporting multi-touch interaction when the user touches the surface. The range also includes customized sizes, geometries and configurations , together with specific treatments and options for different application environments, including anti-reflective, waterproof and antibacterial solutions.
RTP • CTP • HOVER TOUCH
I²C / USB INTERFACES
CUSTOM SIZES & CONFIGURATIONS
SURFACE & PROTECTION OPTIONS
Resistive Touch Panel (4 wire) for monochrome LCD and full color TFT…
Resistive Touch Panel (4 wire) from 1.8’’ to 5.9’ and more for monochrome LCD.
The panel is made out of a glass screen and a film screen, which are separated by a little gap. Inside the gap, on each screen, there's a film layer which contains electrodes. When the film screen is touched with a finger or any other type of object, it bends. When bending, the two electrode films connect, which generates a current flow.
CTP Capacitive Touch Panel I2C / USB interface. Free board options...


CTP Capacitive Touch Panel with I2C / USB interfaces
Glass-Glass or Glass-Film-Film technologies
Same TFT outline dimensions / Free boards options
Hover Touch is a whole new Innovation of touch technology combining both mutual capacitance and self-capacitance to reach the floating touch...
Hover Touch is a whole new Innovation of touch technology combining both mutual capacitance and self-capacitance to reach the floating touch.
 
The self-capacitance signals can detect the coordinates of the fingers at a certain distance, and then the floating touch function will be fulfilled.
 
When the fingers touch the panel the mutual capacitance is detected for the electric field change, and the multi-touch function is also fulfilled.