10inch Capacitive Touch Panel Overlay
Multi Point Gesturing 2, 4, 5, 10, even 20 Points. Custom Cover Glass with various surface treatments available, such as Clear, AG, AR, AS or combinations thereof. Custom shaping, printing, logos, light pipes. Multiple-interfaces supported, I2C, USB, RS232 and combinations.
capacitive touch panel overlay
WIWO Technology's Projective Capacitive Touch Panel is made of all new materials and processes that make it more durable and reliable.
WIWO Electronic Technology Co., Ltd. offers you the newest projective capacitive touch technology to meet your requirement. The Projected Capacitive Touch Panel (PCAP) is made of single or double layers of ITO (Indium Tin Oxide) which is ranked by interlaced X-axis and Y-axis.
The operation theory : utilizing the capacitance sensing, which comes from the contacting of transparent electrodes on ITO, with fingers or inductive objects, then computing by controlling IC and transfer to coordinates data for operating system interpretation.
Due to the electric field scatters as projective mode, the inductive capacitance between fingers and electrodes is called Projective Capacitance.
|10 Inch Projected Capacitive TouchPanel|
|Cover Glass Dimension||243.10±0.2*162.18±0.2*1.8±0.1MM|
|Cover Lens VA||215.98±0.2*134.76±0.2MM|
|Operating Temperature||–20℃~70℃ ≤85%RH|
|Storage Temperature||–30℃~80℃ ≤85%RH|
|Interface of CTP||IIC|
|Touch Points||5-10 points|
1.What is your delivery method?
DHL , UPS , FEDEX ,TNT
2. What is the lead time of the products?
Samples in stock will be sent within 3 days after payment.
Two to Four weeks for mass production
3. Payment methods?
T/T, Paypal and Western union etc.
For samples: payment in advance.
For mass production: 50% deposit and 50% balance before shipment.
4. How long is the warranty period?
Generally the warranty period is one year. It depends on different products.
5.What is the Product MOQ?
Different product has the different MOQ, please contact us sales for detailed information.
6.What is the products application?
Widely used in instrument, handheld devices, industrial control, medical, automotive, smart home and other fields.