MSI Wind Top AE2060 Infrared Driver
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MSI Wind Top AE2060 Infrared Driver
A resistive touch screen consists of two opposing layers, separated by insulating spacers from each other. Both layers are coated with transparent, conductive indium tin oxide ITO.
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On both layers a low voltage is applied. Due to the spacer there is no electricity flow in the idle state.
Once an object or finger presses on the screen, creating a contact between the layers, the current flows. By the changed tension the distance of the touchpoint to the corners, where the power supply is locatedcan be calculated. So, with the distances to all 4 corners, the exact position of the touch can be determined.
The main advantage of resistive touch screens is that they can be operated with many objects. So it is no problem to operate on the display with worn gloves, which does not work with capacitive displays. Through the use of input pencils, the device can be controlled precisely, which is of great advantage for small displays. For most manufacturers, the low production costs, are the biggest MSI Wind Top AE2060 Infrared, which explains the widespread use of this display type.
Besides these advantages, a few aspects argue against this type of display. Resistive touch screens have their limits in their multi-touch capabilities.
General - Part 3
This means that the user normally has only one point of contact available and therefore functions like zoom with two fingers are not possible. Another aspect, that speaks against the use of pressure-sensitive displays, is the high abrasion. Because the upper layer consists mostly of plastic, MSI Wind Top AE2060 Infrared is easily scratch-prone and can rip after prolonged use. Thereby the identification of contact points is no longer possible and the display must be replaced in this case.
Capacitive Touchscreens Capacitive touchscreens are among the second group of the most widely used techniques for touchscreens.
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They although work with a touch-sensitive surface, but this approach differs greatly from that of the resistive touch screen. Capacitive Touchscreen - Image 2 The capacitive touch screen consists mainly of a glass surface, as applied to the resistive technology, a very thin layer of ITO and was placed and put under tension.
At the corners of the display electrodes are attached, which generate a steady flow of current through an electrical field. If the display is touched with a capacitive object, say an object that can absorb and transport a charge, a charge transport occurs. The new set of streams can now be measured at the MSI Wind Top AE2060 Infrared in the corners and the position of the contact point can be determined.
Here an ITO layer with an attached, barely recognizable sensor grid of micro-fine wire is used between two glass panes. The voltage is applied to the fine grid patterned sensor so that the electric field is established. If the surface is then touched by a capacitive object the electric field is disturbed and the position of the contact point can be determined.
Through the sensor grid, it is MSI Wind Top AE2060 Infrared to use a up to 18mm thick layer of glass as Surface.
In addition, the contact point can be determined better than on normal capacitive screens. Although the capacitive screen has a very high resistance in contrast to the resistive, which is exposed through its plastic surface to rapid wear, deep craters can still destroy the display. The main advantage, besides the resistance, are the multi-touch capability of this technique.