Series Lineup
| Size | resolution | LCD I/F | LCD maker | Controller | Touchscreen System (Structure) |
Product No. | Drawing, 2D/3D Data |
|---|---|---|---|---|---|---|---|
| 4.3w | 480 x 272 |
CMOS | URT | - | Resistive (F/G) |
TK-SRA043WQ-02 | |
| 7w | 800 x 480 |
CMOS | Kyocera | - | Resistive (F/G) |
TK-SRA07BWV-02 | |
| 7w | 800 x 480 |
CMOS | Kyocera | ✓ | PCAP (CG+G/G) |
TK-SPA07BWV-04 | |
| 8.4 | 800 x 600 |
LVDS | Kyocera | - | Resistive (F/G) |
TK-SRA084NS-01 | |
| 8.4 | 800 x 600 |
LVDS | Kyocera | ✓ | PCAP (G/G) |
TK-SPA084NS-01 | |
| 10.1w | 1024 x 600 |
LVDS | AUO | - | Resistive (F/G) |
TK-SRA101WS-01 | |
| 10.1w | 1024 x 600 |
LVDS | AUO | ✓ | PCAP (CG+F/F) |
TK-SPA101WS-01 | |
| 12.1w | 1280 x 800 |
LVDS | Innolux | - | Resistive (F/G) |
TK-SRA121WX-01 | |
| 12.1w | 1280 x 800 |
LVDS | Innolux | ✓ | PCAP (CG+G/G) |
TK-SPA121WX-01 | |
| 15 | 1024 x 768 |
LVDS | Sharp | - | Resistive (F/G) |
TK-SRA150NX-01 | |
| 15 | 1024 x 768 |
LVDS | Sharp | ✓ | PCAP (CG+G/G) |
TK-SPA150NX-01 | |
| 15.6w | 1366 x 768 |
LVDS | AUO | - | Resistive (F/G) |
TK-SRA156HD-01 | |
| 15.6w | 1366 x 768 |
LVDS | AUO | ✓ | PCAP (CG+G/G) |
TK-SPA156HD-01 | |
| 15.6w | 1920 x 1080 |
LVDS | Data Image | - | Resistive (F/G) |
TK-SRA156FH-01 | |
| 15.6w | 1920 x 1080 |
LVDS | Data Image | ✓ | PCAP (CG+G/G) |
TK-SPA156FH-01 | |
| 21.5w | 1920 x 1080 |
LVDS | Innolux | - | Resistive (F/G) |
TK-SRA215FH-02 | |
| 21.5w | 1920 x 1080 |
LVDS | Innolux | ✓ | PCAP (CG+G/G) |
TK-SPA215FH-02 |
Feature
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Free choice and combination of economic and design features
The sensors and LCDs (Liquid Crystal Display) can be efficiently selected according to the application, and the controller can be unified to standardise applications and contribute to economic efficiency. Customisable cover glass and a variety of options offer appealing services.
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![Touchscreen + LCD + Controller SIMPLE SET]()
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Touchscreen + LCD + Controller 'SIMPLE SET'
3-piece set comprising 1) cover glass/overlay + 2) LCD (liquid crystal display) + 3) touch controller. In combination with options, the optimum module can be selected to suit the product or device under development. A touchscreen environment can be introduced in line with the environment and needs.
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![段差なくスライド操作がしやすいフルフラットデザイン]()
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Touchscreen type "selectable" according to App & operating environment
The most suitable touchscreen type can be selected according to the application and operating environment, such as projected capacitive for applications requiring robustness and clean image quality, such as public terminals, or light-load resistive for applications requiring high operational stability and reliability, such as factory automation.
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Projected capacitive touchscreen 'PCAP' type
Uses a capacitive touchscreen for light touch and nimble operation. Supports multi-touch gestures familiar to smartphone users, such as zooming in/out, flicking and panning. Intuitive operation like never before is possible.
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Analogue resistive touchscreens 'light-load' type
Resistive touchscreens are used, which can be operated by touch input using finger pressure, pen or other pressure-sensitive devices. It does not react easily to dust, water droplets and other dirt, and can be used for input regardless of the material used, such as thick gloves.
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Optional 'cover glass material' for different environments and applications
Acrylic, which is half the weight of glass, has greater transparency than glass, can be cut and drilled, and is flexible and resistant to cracking. Low-cost, scratch-resistant glass with excellent durability above a certain level. (up to ~5 mm thick) You can choose tempered glass, which is 3-5 times stronger than glass and highly durable. (PCAP type only)
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'Silk/inkjet printing' option with choice of design
Various shapes and colours can be printed, including colour schemes that match the product colours, patterns and logos with complex expressions. In addition to silk printing, inkjet printing is also possible. Inkjet printing can also be used. Quick delivery and reasonable costs are possible. (PCAP type only)
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Air/optical bonding" attachment option of choice
Air bonding is achieved by attaching and fixing the four sides of the panel with four long, thin tapes or double-sided tape with the centre cut out in a rectangular shape. Optical bonding can improve visibility by minimising the refractive index of light and increasing transmittance by pouring optical elasticity resin between the liquid crystal and the panel and bonding them together.
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Product Details Video
Click on the image to play the video, which shows the product configuration and features of the TK-B SERIES, as well as other product-related information.
