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55'' Education Whiteboard Touch Screen

Delivery term:The date of payment from buyers deliver within days

Price:
Negotiable
minimum:
Total supply:
Delivery term:
The date of payment from buyers deliver within days
seat:
Beijing
Validity to:
Long-term effective
Last update:
2020-12-11 15:36
Browse the number:
423

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Micron Optoelectronics Co., Ltd.

Contactaixin: Contactaixin: zhilingwy(Mr.): Email:
telephone:
phone:; Area:
Beijing
Address:
3-4 F., Building B, Penglongpan Hi-Tech Park, Dafu 2nd Rd., Dafu Industrial Park, Guanlan Street, Longhua New District, Shenzhen, China; Website:
http://www.metalmesh-multitouchscreen.com/ http://zhilingwy.leisuretimehire.com/

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55'' education whiteboard touch screen

1. Product introduction

Supply big size metal mesh touch screen panel for 55’’ education whiteboard; give you zero-press, smooth touch experience and give you long service time. This type touch panel supports 10 touch points and with high light transmission

2. Product Parameter

Model No	CNT055001CTP-V1.0
Size	55 Inch
IC solution	EETI/SIS
Structure	G/FF
Total Thickness	3.45 ± 0.2 mm
Transparency	90%
Cover Lens O.D.	1308.4 mm * 778.6 mm ± 1.0 mm
Active Area	1212.8 mm * 683.6 mm ± 0.30 mm
Surface hardness	> 6H
Interface	USB

3. Product feature

4. Product details

The four-wire resistive touch screen is the most widely used and popular one in the resistive family. The structure consists of a conductive ITO layer of the lower line (glass or film material) and a conductive ITO layer of the upper line (film material). The middle is separated by fine insulation points. When there is no pressure on the surface of the touch screen, the upper and lower lines are in an open state. Once pressure is applied to the touch screen, the upper and lower lines are turned on, and the controller applies a driving voltage through the lower line conductive ITO layer in the X-axis coordinate direction through the probe on the upper line conductive ITO layer to detect the voltage in the X-axis direction. This infers the coordinates on the X axis. By changing the direction of the applied voltage by the controller, the Y coordinate of the electric shock can be measured by the same reason, thereby clarifying the position of the electric shock.

5. Application