For what type of applications are resistive touch screens commonly used?

Resistive touch screens are commonly used in applications such as ATMs and control panels because they are designed to respond to pressure rather than the electrical conductivity of the finger. This feature makes them especially suitable for environments where users might be wearing gloves or where precise input is required, such as in financial transactions or industrial settings. Resistive screens are typically more affordable and provide adequate functionality for these applications where durability and lower production cost are prioritized. Additionally, their capability to register input through any object that applies pressure (such as a stylus or gloved hand) enhances their usability in specific scenarios.

In contrast, smartphones, laptops, and televisions generally utilize capacitive touch screens, which rely on the conductive properties of the human body to register input. These devices benefit from the enhanced responsiveness and multi-touch capabilities offered by capacitive technology, making them more suitable for personal use where direct contact with a finger is standard.