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48 Inch 15mm Thick glass penetration Touch Foil Screen Wire Film
1. Product Description
Projective Capacitive touchscreen (P-CAP, Pro-Cap or PCAP touch screens) sensors function by maintaining a standing electrical charge across the sensor that extends through a contact surface, where changes in the electrical charge caused by the proximity of other capacitive bodies (such as touch stylus, fingers etc.) can be detected by a touch controller.
Due to the glass surface, the PCAP touch screens are particularly scratch-resistant and can be cleaned with all cleaning agents - an important advantage in hygienically sensitive areas.
2. Technical Datasheet
Part No.: | MST-MCW-TFB-48-STA |
BOM Code: | 1.11.480.02.0000 |
Project Code: | M480B |
Structure: | Film+Micro Copper Wire+Film |
Copper Wire Diameter: | 15 microns |
Base Material: | PET Film |
Controller IC: | STA |
Driver Type: | Driver-free, plug-n-play |
Communication Interface: | USB2.0/3.0 |
Working Voltage: | 5V |
Standard USB Cable Length: | 1,500mm |
Thru-Glass Capability: | Max. 10mm |
Screen Ratio: | 16:9 |
Foil Size: | 1085.87*628.78mm |
Active Area: | 1062.62*597.73mm |
Controller Size: | 120*53mm |
FPC direction: | Long side |
Light Transmittance | ≧89% |
Lamination Method: | Wet Lamination (OCA) |
Lamination Substrate: | Glass/Acrylic/PMMA or other non-metallic material |
Inductive method | Improved projected capacitive technology |
Touch accuracy | ±1mm |
Touch Points | 1~20 points (adjustable) |
Calibration method | Automatic |
Response time | <10ms |
Frame scan frequency | 120FPS |
Lifetime | 9 Years |
Temperature Range | -15℃ to + 75℃ |
Working Environment | 0~ 95%RH(Unaffected by condensation) |
OS compatibility | Windows XP ,Windows 7,Windows 8, Windows10 (32/64) |
MAC OS X Lion | |
Linux (Kernel version above 3.8) | |
Above Android 4.0 (Kernel version above 3.1) | |
EMC | EN 61000-6-1:2007, EN 61000-6-3:2007+A1:2011 |
Power Consumption | <0.5W |
*This device complies with Part 15 of the FCC Rules Operation is subject to the following two conditions:(1)this device may not cause harmful interference, and (2)this device must accept any interference received, including interference that may cause undesired operation. | |
3. Drawing
4. Details
5. Applications
6. FAQ