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QField: one layer is enough

Quantum Research Group has developed the QField technology using a charge transfer sensor as a basis. The novelty allows you to create a capacitive-type touchscreen using one conductive layer of indium tin oxide (ITO), rather than two, as is the case with other capacitive-type screens or resistive-type screens.

QField technology eliminates the need for any mounting hardware as the ITO layer can be printed onto the back of the touchpad, usually made of glass or plastic. This feature helps to significantly simplify the design and reduce the cost of products. The panel thickness can be up to 3 mm, and the use of only one ITO layer makes the screen more transparent. According to the developer, up to 90% of the light passes through the touch panel. In turn, this means that the brightness and contrast of the screen remains at a high level, the brightness of the backlight can not be increased, thus saving energy, which is important in the case of portable equipment.

As you know, resistive touch screens wear out quickly, since their work is based on mechanical deformation – pressing the touch screen should lead to a change in resistance (short circuit) between the points of the two ITO layers. The main reason for the spread of this technology was the low cost. Capacitive screens based on QField technology are close in cost to resistive screens, but they are devoid of the above-described disadvantage.

Potential areas of application of the novelty are mobile phones, personal computers, PDAs, MP3 players, household, industrial and medical devices. The developer intends to release a family of integrated circuits that implement the QField technology. It is expected that the cost of a 4-inch touchscreen, together with the microcircuit required for its operation, will not exceed $ 3.

Source: NE Asia Online

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