RESISTIVE AND CAPACITIVE TOUCHSCREEN SOLUTIONS

Electrodes are formed in a matrix on the panel

The capacitance between the finger and the electrode changes as the finger approaches

Touch position is detected by examining the change in capacitance increase between the vertical and horizontal electrodes

Upper and lower substrates with electrodes face each other through a gap

Touch pushes down the upper board and makes contact with the lower board

Detects the touch position by measuring the change in voltage upon contact

High Durability

High Transmittance

Multi-touch Gestures

Improved design with Cover-Glass

Improved robustness with Cover-Glass

Flat Surface Design

Any input media can be used

High cost performance

Less susceptible to electrical noise

Influence of ambient noise causes malfunction

Higher cost than resistive film

Durability is inferior to the capacitive method

Input needs to be thick.

Smart phones, tablet PCs, car navigation systems, vending machines, kiosk terminals, medical equipment, industrial equipment, office equipment, digital signage, electronic blackboards, arcade games

Industrial equipment, POS terminals, kiosks, mobile terminals, medical equipment, financial terminals, automatic teller machines, ATMs, ticket vending machines

4.3～55 inch

3.8～21.5 inch

Multi-Touch

Multi-Touch (optional)