RTP 4W 2" 2.5" 2.8" Resistive Touch Screen Panel For Smart Home , 4:3 Aspect Ratio Quick Detail: Material: Glass + film Detection method: Four wire Resistive Size: See engineering drawing Aspect ratio: 4:3 ... Lesen Sie weiter
Glass to Film 5Wire Resistive Touch Screen Panel For Smart Home / Kiosk and ATM and new item 5W RTP with black frame Quick Detail: 1.Material: Glass + film 2.Aspect ratio: 4:3/16:9 3.Input method: Finger or ... Lesen Sie weiter
Industrial 15" 15.7" Lcd Touch Screen Panel 15.4" 15.6" for Smart Home Application ■ Light industrial ■ Home appliances ■ Portable sport devices ■ Access control terminals ■ Portable medical devices No. Size ... Lesen Sie weiter
Custom 32 Inch ITO Resistive Touchscreen Panel For Smart Home Quick Detail: 1.Material: Glass + film 2.Aspect ratio: 4:3 3.Input method: Finger or touch pen 4.Thickness: ITO Glass:1.8mm,ITO Film:0.188mm 5... Lesen Sie weiter
4W RTP 15" 15.4" 15.6" 4 Wire Resistive Touch Panel With Usb Interface Application ■ Light industrial ■ Home appliances ■ Portable sport devices ■ Access control terminals ■ Portable medical devices № Item ... Lesen Sie weiter
Product Description: The Custom Capacitive Touch Screen is a cutting-edge touch screen solution designed to provide exceptional touch sensitivity and responsiveness for a wide range of applications. With a size ... Lesen Sie weiter
23" to 52 Inch Resistive Smart Home Touch Panel With USB RS232 Cable and Controller Big size 4 Wire resistive touch panel, sturcture ITO firm to film(F-F) Size Item NO. Outline Dimension (mm) OD Viewing Area(mm... Lesen Sie weiter
G+ G 8" Projected Capacitive Touch Screen Panel For Tablet PC / Smart Home DOPO products.pdf Quick Detail: 1. Size: 8.0 inch 2. Resolution: 1024*1024 3. Input method: Finger 4. Material: Glass+ Film or Glass+ ... Lesen Sie weiter
5 Inch Capacitive Touch Screen Panel For Smart Home , High Resolution 1024×1024 Quick Detail: 1.Size: 5.0 inch 2.Resolution: 1024*1024 3.Input method: Finger 4.Material: Glass+ Film or Glass+ Glass 5.Touch ... Lesen Sie weiter