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Categories | Capacitive Touch Screen Display |
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Brand Name: | RX |
Model Number: | RXC-GG056142A-1.0 |
Certification: | ISO9001 |
Place of Origin: | MADE IN CHINA |
MOQ: | 100 PCS |
Price: | negotiable |
Payment Terms: | T/T |
Supply Ability: | 300000 PCS |
Delivery Time: | 3-5 days |
Packaging Details: | Carton |
Operating voltage: | 2.8V-3.3V |
Transparent rate: | ≥85% |
Cover glass: | 0.7mm |
Sensor glass: | 0.7mm |
Opearting temperature: | -20°C~+70°C |
Name: | Capacitive Touch Screen Display |
5.6 Inch Capacitive Touch Screen Display For Industrial Equipment
Description:
Capacitive touchscreens, on the other hand, respond directly to the touch of your finger or an input device such as a stylus. Although they were invented almost a decade before the first resistive touchscreen, they became popular only recently.
Specification:
PCAP Size | 5.6 inch |
CTP OD | 126.5x100x2.0(mm) |
CTP AA | 113.9x85.67(mm) |
Structure | G+G |
Driver IC | GT911 |
Interface | I2C |
FPC | 6 PIN |
Surface hardness | ≥6H |
Features:
1) Durability
One of the major benefits of capacitive touch screens is that they’re strong and durable. In commercial applications,
it’s likely that a touchscreen will encounter a great deal of use.
The function of a suitably selected and designed capacitive
touchscreen won’t be affected by daily issues such as dirt and
fingerprint smudges. Also, with no moving parts, no front coatings,
and mounted optics/transducers (unlike all other touch
technologies) – projected capacitive touchscreens should last for
the lifetime of the device or system…. especially when carefully
selected and designed to meet the application requirements.
2) Reliability
Similarly, in the unlikely event that a capacitive touchscreen is
scratched, it should still continue to function as normal unless
the rear-mounted conductive matrix is damaged. This is because it
continues to measure changes in the generated electrical field
irrespective of such damage.
Natural Use
One of the main reasons the technology has been so successful in
consumer electronics and now in commercial/industrial applications
is because it is highly sensitive touch technology, and yet will
only react to a finger or conductive stylus (meaning ‘false
touches’ are unlikely). Resistive touchscreens require considerably
more pressure than a capacitive touchscreen and optical or
acoustic-based touchscreens can be affected by inanimate objects
touching the screen (rain, leaves, neckties, cuffs, etc.)
3) Image Clarity
As projected capacitive touch screens are generally produced from
clear, uncoated glass, with a matrix of microscopic conductors on
the rear face, they generally provide a higher quality picture than
most other touch technologies. This makes capacitive screens a good
choice for the latest high definition and now, FHD and OLED
displays.
PCAP Drawing:
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