ADmetro

  Over the years, Capacitive and Resistive touch screens have been widely used as the two most reliable touch-sensing technology. However, original equipment manufacturers (OEMs) have an excellent choice for touch sensors - IR (Infrared) Touch Screens. For applications where capacitive or resistive touch technology doesn’t fit right, IR touch screens are considered the best alternative.    Here’s an overview of IR touch screens to understand how they work and the advancements offered by A D Metro in this technology.     Overview of IR- Infrared Touch Screens Technology The process of identifying the touch command in IR touch applications is totally different and unique when compared to its counterparts. Resistive touch screen devices are pressure activated and register the touch command when their upper and bottom layers are pressed against each other, and capacitive touch sensors detect touch commands by measuring changes in capacitance or by capacitively coupling X and Y elemen

  With the growing popularity of touchscreen applications, it is vital to choose the right touch sensor technology. Today, you can find plenty of options with  touchscreen suppliers  such as resistive, infrared, projected capacitive, surface acoustic wave touchscreens and more. Each technology hosts different advantages. So having these varieties, it often becomes difficult to decide which one would be compatible with your application. How to select the one that offers the optimal user experience?   There are a few basic things that you need to consider when selecting a touchscreen technology for your particular application. Here’s a handy list of points you need to check before starting the development work of your touchscreen device.   Three Basic Points You Must Consider When Choosing a Touchscreen Technology   Intended use of the application The first thing is to determine the specific use of your application because this will help dictate which touchscreen would be the