A D Metro’s standard Projected Capacitance (PCAP) controllers along with A D Metro’s wide range of PCAP sensors deliver a high-quality, multi-touch solution suitable for a wide range of applications.
PCAP provides the advantages of zero-force, multi-touch sensing and excellent light transmission from the display.
A D Metro’s standard PCAP controllers can be programmed for a wide range of sensors having popular 2*51-pin FPC flex tail interconnects. An adapter is available if compatibility with a 68-pin FPC flex tail interconnect is preferred.
A D Metro’s PCAP controller communicates using USB. This is compatible with built-in touch drivers of most operating systems that have USB HID compatibility.
Note that controller firmware is sensor, orientation and sensing parameter specific and can be pre-programmed by A D Metro for your specific needs.
If even faster time-to-market is a priority, consider A D Metro’s patented ARGON PCAP controller instead. The ARGON is preprogrammed with firmware that adapts to any sensor and usage conditions, so touch parameters and conditions don’t need to be known or decided in advance.
Should you have any questions regarding our products, please do not hesitate to get in touch.
Size: | 4″ to 55″ |
Input Device: | Finger |
Surface Hardness: | 6.5 Mohs |
Temperature: | Operating: -10°C to +60°C* Storage: -10°C to +65°C* |
Enclosure Compatibility: | NEMA 4, 12, IP65 |
Transmittance: | ≥85% |
Some applications have more demanding requirements. To meet these needs A D Metro can make select combinations of the following enhancement options available:
Please refer to the PCAP Sensor Catalog for specific details.
All non Chip on Flex PCAP sensors up to 23” are compatible with the following footprint compatible controllers. Contact A D Metro for details and other options.
Projected capacitive touch screen sensors use two perpendicular layers of conductive coatings that form vertical and horizontal patterned tracks behind a glass top layer. When a finger is placed on the glass screen it changes the mutual capacitance between the horizontal and vertical patterned tracks. The controller scans each cell of the horizontal and vertical grid with a high frequency signal, identifying any changes in mutual capacitance between adjacent cells as touch locations.
For more information on popular touch screen technologies, please download our whitepaper.
1390 Star Top Rd.
Ottawa, Ontario, Canada K1B 4V7
Sales: sales@admetro.com
Support: support@admetro.com
1 800 463 2353 (US & Cnd)
Tel: +1 613 742 5545
Fax: +1 613 742 5245
Hours of operation:
Monday to Friday, 9am to 5pm EST
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