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5 Point 8 Inch Capacitive Linux Touch Screen Panel For Car Navigators

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Address: B905, Building 1, Chuangxin ZhihuiGang, No.155, Hongtian Road, Shajing Xinqiao street, Baoan District, Shenzhen 518103

Contact name:Carrie Jiang

Shenzhen Touch-China Electronics Co.,Ltd.

5 Point 8 Inch Capacitive Linux Touch Screen Panel For Car Navigators

Country/Region	china
City & Province	shenzhen guangdong

Product Details

5 Point 8 Inch Capacitive Linux Touch Screen Panel For Car Navigators

Specification:

Size:	8inch
Total Thickness:	2.2±0.2mm
Outline of Cover Lens:	267.18*137.52±0.1mm
Outline of ITO Sensor:	245.19*136.52±0.2mm
Viewing Area:	195.61*113.15±0.2mm
Active Area:	196.61*114.15±0.3mm
TP Structure:	G+G
Controller:	Goodix 911
Cover glass thickness:	1.1mm
Cover glass treatments:	AG, AR, AF (Optional)
CTP interface:	I2C
Operating system:	Android, Linux
Working temperature and humidity	-20°C~70°C,20~85% RH, non-condensing
Storage environment and humidity :	-30°C~80°C, 20~85% RH, non-condensing
Transparency	≥85%
Response time:	<10ms
ESD Air discharge:	8KV
ESD Contact discharge:	4KV
Pen hitting life:	≥10,000,000/point
Pen sliding Durability:	≥500,000 times
Finger Touch life:	≥35,000,000 times
Certifications:	CE, RoHS, REACH
Aspect ratio:	16:9
Report rate:	100HZ
Input method:	Finger or capacitive pen
Ball drop test standard	227g, 100cm for 3 times
Warranty:	1 Year

Projected Capacitive Touch panel:

Projected capacitive touch panels are built with two parallel layers of ITO, but unlike the old and cheap resistive touch panels, the ITO layers in a projected capacitive touch panel are sealed between two sheets of glass by an optically clear adhesive.
There is no air gap between layers like in a resistive touch panel.
The patterns on the two parallel ITO layers form a grid of capacitors.
The electric fields of these capacitors are projected through the top layer of glass.
When the user places a finger near the top surface of the touch panel, it couples with the electric fields.
This coupling changes the capacitance of several of the capacitors in the vicinity of the finger.
An algorithm converts these changes in capacitance into a location along the X and Y axes of the panel.

Project proceeded steps

1. Receipt of customer’s RFQ ( detailed requirements of the touch panel, qty. Needed etc.)

2. Evaluate the drawing and offer the redesigned drawing and quotation to the customer.

3. Confirm the drawing and quotation.

4. Go ahead with sample manufacturing

5. Samples’ testing and confirmation of samples

6. Mass production

7. Shipment, follow up with the feedback of mass production.

Features:

1. Projected Capacitive touch screen
2. Customization
3. 3.5 inch to 85 inch
4. Multi touch point
5. OS support:Windows 7/8/10,Android,Linux,XP,WCE
6. USB/IIC port

7. Low MOQ

Application of touch panels

POS, bank queue machine, ATM, VTM, vending machine, gaming machine, car navigator, video interphone, intelligent mirror, Baker etc.

What we believe in

1. We guarantee customer satisfaction.

2. Our entire team works hard to always provide our customers with the best products and service on the market.

3. Our staff is fully trained and knowledgeable about every product we offer, ready to assist you with whatever information is needed.

4. Feel free to contact us at any time with any questions, or to learn more about our high quality product for your unique company.

FAQ

1. What’s your lead time?

Re: The lead time for both samples and mass production is 15 days.

2. Are you a trading company or manufacturer?

Re: We are a manufacturer. We can provide both OEM and ODM service.

3. What kind of products can you provide?

Re: We can provide capacitive touch panel from 3.5” to 86” and optical bonding products.

4. What is the payment methods?

Re: T/T, 30% deposit before production, the banlance before shipment.

5. How to deal with the defective touch panel after they are shipped?

Re: First, we will make clear what the issue is. Usually the issue can be solved by either remote testing or sending back representative defective touch panels.

Engineering drawing