The film-to-glass resistive touch
screen technology is the preferred solution for applications
that require input flexibility, ease-of-integration, low power
consumption, and superior resistive optics.
Mechanical
Construction options:
Film-to-film
Film-to-film with backing plate, either polycarbonate film
or glass
Film-to-glass (ITO glass)*
* Color printing is available on the rear surface of the glass
Connector options:
Extended tail from ITO touch panel
Heat seal connector
Strength of heat sealed area > 150 g/cm
Actuation Force:
Less than 100g
Surface Hardness:
Meets pencil hardness 3H
Life Expectancy:
100,000 operations and above, using a stylus made of silicone
rubber
Silicone rubber pod - diameter 5mm, R3, Hardness 60 degree
Hitting force - 300g
Hitting speed - twice per second
Electrical
Maximum circuit rating:
DC5V, less than 1mA at contact point between top layer and
bottom layer.
Close circuit resistance:
Matrix - less than 15K ohms
Analog resistive - less than 5K ohms
Insulation resistance:
Matrix - 10M ohms or greater at DC 25V
Analog Resistive - 10M ohms or greater at DC 25V
Contact bounce:
Less than 15 milliseconds
Optical
Material options:
Gloss surface
Gloss surface with hardcoat
Anti glare surface with hardcoat
Light transmission:
Film-to-film - 79% at 550-nm wavelength
Film-to-glass - 79% at 550-nm wavelength
Standard Materials
Top layer material:
Clear hard coating material: 7-mil.
Anti-glare hard-coating material (semi-transparent): 7-mil.
Anti-Newton ring material: 7-mil.
Bottom layer material:
Clear hard coating material: 7-mil.
Anti-glare hard-coating material (semi-transparent): 7-mil.
Standard ITO glass thickness:
0.7mm, 1.1mm, 1.6mm
Chemical strengthened glass thickness:
1.1mm,1.6mm
Tail connector:
PET: 0.036mm
FPC: 0.5oz, 1oz.
Stiffener:
Transparent Polycarbonate
Glass
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