Capacitive touch screen computer monitors refer to those that use a surface acoustic wave to interact with a sensor. The result is a digital display that responds to human touch. The amount of response time and response quality will depend on the material used to make the sensor and the amount of interaction required by the system. A sensitive resistive touchscreen will usually have a faster response time than one using a semi-transparent conductor or even a gel finger tip. Capacitive touch screen computer monitors often include a stylus, which allows the user to brush up and down the display. Other types of touch screen displays include resistive and capacitive.
Although touch screens are very common in computers, they have not made much headway in the business world. Most large businesses still use typewriters, fax machines and computers. One of the reasons is that touch screens take up a lot of desk space. In addition, most employees are still used to working with keyboards and mice. Although touch screens are starting to creep into some offices, they still have a long way to go. A touch screen computer can be used to track employee attendance, but they still need a mouse, keyboard and monitor for other office tasks.
In the first few years after touch screens were introduced to the consumer market, consumers bought them with high expectations expecting great things from them. However, as time went on, users found that most touch screens were not comfortable to use. Many complained about dead keys, slow response times and a general lack of comfort.
As a result, many companies had to re-think their approach to touch screen computer monitor use. It took awhile, but eventually all-in-one desktop computer systems hit the market. All-in-one desktop computers come with a monitor, keyboard and a mouse. This was a big improvement over the touch-screen computers of the past. Now, the computer user has the comfort of using a larger, higher touch screen monitor over their smaller, lower touch screen monitor.
Touch resistors and capacitive buttons are the main difference between touch screen computers and all-in-one desktop computer systems. Capacitive touchscreens work by creating pressure signals when you press a button or touch a certain area on the screen. This is similar to the way a child touches a pen on the computer keyboard to create characters on the screen. Resistive touchscreens work differently, they send different electrical signals depending on what you are touching. A resistive touch screen computer usually has a bigger, higher resolution display, however it does not require as much processing power.
Another major advantage of the touch screen technology comes from the invention of touch screen displays. These are made by use of LED’s (light emitting diode) technology, which makes them much more efficient than older resistive touch screen technologies. Furthermore, because the new touch screen displays can communicate with software programs and other electronic devices, they have opened the door for digital signage and interactive whiteboards.
Touch screen monitors allow you to use your computer in virtually any environment, including a home office. You no longer need to be plugged into a wall outlet, you no longer have to worry about dead wires and other complications, and you no longer need specialized, costly computers that can be tied into your home office network. With an all-in-one touch screen computer, you can take your computer with you wherever you go, providing you with endless entertainment options and allowing you to keep your job.
While touch-screen computers have come a long way, they still have a lot to learn in the area of input and user experience. They can handle regular touch input, such as text messaging and basic mouse movements, but they are limited by their ability to recognize specific images and symbols. They are also notorious for not being very long lasting. However, there are now many companies on the market who are trying to take this area of computer technology and make it much better.