Resistive Touch Screen Panel – All You Wanted To Know About Them

Take a moment here. Just reach down your pocket or bag and pull out that new and amazing smartphone that you have just come to own. Or maybe that tablet PC that incessantly tap away at for hours at a stretch. Just one touch and the whole world of information and convenience open up right in front of you on that small screen in the palm of your hands. The technology that runs behind it all is the most innovative and exciting that has happened to our generation ever since the development of the internet. That’s right – I am talking about the power of touchscreen.

But very few of us know for a fact that touchscreen monitors are actually available in many different varieties, all of which come with specific features that make them suitable for one or other application. And the most commonly used, the popular and versatile of them all is the Resistive Touchscreen technology. Let us look at what it is all about.

How they work?

The resistive touchscreen works with five different components - cathode ray tube, glass panel, sensitive coating, a separator dot, and conductive cover sheet. Unlike other forms of touchscreen that require touch from a conductive object, this design allows it to register touch stimuli from almost any object like a stylus. The system is made of two panels which essentially are electrically resistive layers that lie below the surface of the screen and face each other, with a thin space in between them. There are other panels in the system as well like the Matrix, which is made of glass or plastic and striped with electrodes, or Analogue panels, which contain electrodes with no pattern. When any object makes contact with the touchscreen monitor, these layers connect and register the point of contact. An electrical signal is then passed on to the CPU or processor which interprets the meaning of the location of the stimuli and further orders the system to perform.

Where are they used?

Resistive touchscreen monitors are the most versatile and durable forms of this technology available in the market today. The fact that they can register multiple forms of stimuli and are more hardwearing than their counterparts makes them popular choices for use in many types of gadgets for many applications. Today resistive touch panels can be found just about anywhere - phones, computers, aerospace equipment, medical equipment, etc. They also have a high resistance to liquids, chemicals and corrosions which makes them the ideal choice for use in factory or industrial settings. They also have a cost advantage over other touch panels which is yet another added benefit.

In case you are looking for a reliable place to get more information about resistive touch panels from or are looking to buy devices that run on this technology for your requirements, be sure to visit the website ComfileTech.com. You will find all the answers you need on this amazing online resource.

About The Author

Timothy Parker is a computing technology expert who believes touchscreen monitors and HMI to be the epitome of convenience and versatility. He recommends ComfileTech.com as the name to bank upon for all your touch panel PC requirements.