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Five significant differences between RTP and CTP are highlighted

Views: 233     Author: Wendy     Publish Time: 2023-08-24      Origin: Site


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Five significant differences between RTP and CTP are highlighted

Resistive Touchscreen Displays

A signal is conveyed to the circuit layer of a resistive touchscreen panel when pressure is applied to the top layer, allowing the touchscreen functionality. Since the touch inputs of resistive touchscreens are pressure-activated, they can be used with a stylus, gloves, and other accessories. Resistive touchscreens are more prone to dents and scratches because there is no cover glass and the device is made entirely of plastic.

Capacitive Touchscreen Displays

A capacitive touchscreen display is made of an insulator, commonly glass, that contains a transparent conductor covering.Capacitive touchscreens react to conductive inputs, such as a fingertip, so they don't require pressure to cause a "touch event."

Capacitive touch panels are the more modern and cutting-edge touchscreen option due to their complex capabilities. They are widely found in consumer goods including monitors, appliances, tablets, and telephones.

These days, either capacitive or resistive technology is used in the great majority of touchscreen devices. In case you missed it, resistive touchscreens identify the source of touch by pressing two layers together, whereas capacitive devices function by identifying the electrical charge generated by the user. We've talked about them before on our blog. Today, we'll examine capacitive and resistive touchscreens in more detail, highlighting five significant distinctions between them.

Approach To Input

The way they accept input differs noticeably between resistive and capacitive touchscreen devices. Users with capacitive gadgets are limited to using only direct touch as a form of input. But with resistive devices, users can operate the gadget with their hands, gloves, a stylus, and other things. It takes a direct contact for the command to be recognized by a capacitive device since they identify the electrical charge generated by the user.


Devices with capacitive touchscreens can offer multi-touch controls even though they need direct touch to work. Resistive devices, on the other hand, only support a single touch. The best option for many industrial and commercial applications is multi-touch support since it offers greater control versatility.

Cost Of Production

A capacitive touchscreen device usually costs more to make than a resistive one. The actual sale price is higher as a result of the higher production costs. Because of this, you might want to stick with a resistive type if you're searching for a cheap touchscreen gadget.

Surface Material

The majority of capacitive touchscreen devices are designed with a glass surface, though there are always exceptions to this norm. Conversely, resistive touchscreens are created from a synthetic plastic. Glass permits the user's electrical charge to travel through and into the gadget, which is obviously necessary for a capacitive device to operate properly in general.

Water Repellency

Compared to capacitive touchscreens, resistive touchscreens are more resistant to water, dust, and debris. It's not a given that things are waterproof unless it's specifically specified in the specifications. However, compared to a capacitive device, you may anticipate a resistive gadget to hold up in wet or humid environments for a longer amount of time.




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