RMTS — Multi-Touch With Force-Activated Input
Why force-activated multi-touch can be the better system choice for gloves, wet surfaces, stylus input, and demanding EMI conditions.
Read more →Technical Writing
How sensing, optics, electronics, bonding, materials, and the operating environment become one controlled touch-display system.
How the cover lens, sensor, controller, firmware, interface, bonding, EMI, gloves, water, palm, and stylus requirements work as one PCAP system.
Read the article →Why force-activated multi-touch can be the better system choice for gloves, wet surfaces, stylus input, and demanding EMI conditions.
Read more →How the bond changes optics, condensation, mechanical support, service strategy, process control, and responsibility for the finished module.
Read more →How luminance, reflections, polarizer orientation, surface treatments, bonding, power, and heat determine outdoor visibility together.
Read more →How a durable micro-glass surface works with force activation, optical options, EMI shielding, bonding, and the complete display assembly.
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