Sentences with phrase «glass substrates»

While the first wave of OLED panels were built using glass substrates, the desire for more interesting form factors has seen this layer move over to use more flexible plastic components.

Plastic Logic is understood to be working on A5 - sized (14.8 x21 cm) standalone screens that could act as auxiliary displays for mobiles, and would at the very least be more robust than conventional screens using glass substrates.

In this work, WO3 coatings were grown on Indium Tin Oxide glass substrates using tungsten wire as precursor for a range of deposition periods and annealing temperatures using a homemade spark machine.

Correlated electrical and microstructural studies of recrystallized silicon thin films on bulk glass substrates

Mechanical constraints such as soft wire, or glass substrate which chemically binds with the gel, can also be used to manipulate the self - assembly and formation of hydrogels into complex structures.

A major leap forward from a prototype device demonstrated in 2012, it is an ultra-thin, completely flat optical component made of a glass substrate and tiny, light - concentrating silicon antennas.

The problem is that they have always needed to be manufactured on a plastic or glass substrate, which is usually somewhere between 1,000 and 10,000 times thicker than the PLED itself and not particularly flexible.

So far, Davidson has experimented with small arrays of gold nano - spirals on a glass substrate made using scanning electron - beam lithography.

Zhang and colleagues derived the PS - I from plants, stabilized it chemically and formed a layer on a glass substrate that could — like a conventional photovoltaic cell — produce an electric current when exposed to light.

The sensor read - out can be further optimized by coating a thin layer of silicon nitride onto the glass substrate.

display prototype with 3104 by 4128 resolution, about 385 ppi, that uses E Ink's electrophoretic ink on a Si - TFT glass substrate.

This being that the glass substrate to be used in iPad 5 will be thinner by 0.2 mm from the 0.25 mm thickness as is seen in the iPad 4.

What is especially news worthy and significant is that the performance of the OLED display on a flexible plastic substrate for the Galaxy S6 edge + is now essentially the same as on a traditional glass substrate for the Galaxy Note 5, even at 500 + pixels per inch and 2560x1440 resolution.

Feature E-ink Flex is replacement of a glass substrate on polymeric therefore the screen becomes flexible and not so strongly is afraid of blows and deformations, as usual e-ink displays.

The Galaxy Note 5 has a 5.7 inch high resolution Quad HD 2560x1440 pixel display with 518 pixels per inch on a hard glass substrate.

E-Ink Carta 1.2 technology (high contrast and short response time) will be able available in a plastic substrate or with a glass substrate.

The Galaxy Note 4 has a 5.7 inch high - resolution quad HD 2560x1440 pixel display with 518 pixels per inch on a hard glass substrate — it is a significantly enhanced version of the display on the Galaxy Note 3.

The Galaxy Note Edge is actually a flexible OLED display manufactured on a flexible plastic substrate rather than on a hard glass substrate like almost all other OLED (and LCD) displays.

The Galaxy S7 has a Quad HD super AMOLED 5.1» Touch Screen display, with a 5.1 inch high resolution Quad HD 2560x1440 pixel display with a pin - sharp, 577 pixels per inch density on a hard glass substrate.

It occurs because at deformation the top film on the screen remains whole, and the bottom glass substrate bursts.

What is especially news worthy and significant is that the performance of the OLED display on a flexible plastic substrate for the Galaxy S7 Edge is now essentially the same as on a traditional glass substrate for the Galaxy S7, even at 500 + pixels per inch and 2560x1440 resolution.

ITRI says that the «key breakthrough in FlexUPD is its simultaneous adhesive and non-adhesive bonding» where a release layer sticks to the production glass substrate during the whole of the fabrication process but is not stuck to the polyimide film that's stacked on top.

Basically, Fina is a glass based TFT technology that uses a very thin glass substrate to deliver products that are much lighter and thinner than what is possible with standard LCD displays.

display prototype with 3104 x 4128 resolution, about 385 ppi, that uses E Ink's electrophoretic ink on a silicon thin - film transistor glass substrate.

I think the main reason Sony got out of the market when they did was due to the fragility of the glass substrate.

The Fina uses a very thin glass substrate that enables it to be lighter and thinner than previous E Ink displays.

That's pretty impressive considering the fragility of the glass substrate used for the E Ink screen.

E Ink representatives explained that display is backed with a glass substrate and is not flexible.

Fina is based on TFT technology, but uses a much thinner glass substrate which is much thinner

Usually, E-paper has used glass substrate in the past but this new technology uses plastic substrate.

Fina is based on TFT technology, but uses a much thinner glass substrate which is much thinner and lighter than standard LCD displays.

Glass substrate is heavier and more prone to damage than plastic substrate, which is much lighter and can also be bent.

Corning started developing a product under «Project Phire» last year, aiming to come up with a glass substrate that was as durable as Gorilla Glass 4 and as scratch resistant as sapphire, which is used in traditional luxury watches.

But we're not talking as stencilled - on, fragile artwork - these limited edition devices are printed directly onto a glass substrate to ensure they're long lasting.

Apple calls the Gorilla Glass substrate covering the front and back of the iPhone X «the most durable glass ever made in a smartphone,» but it's still glass, and it still scratches.

In the G Flex's case LG has replaced the glass substrate with plastic to achieve flexibility.

At the time, LG chose to use plastic over glass substrate because the flexibility and thinness of plastic allowed the company to come up with phone displays that have a wider range of form factors, according to Android Authority.

However, the switch from a glass substrate also has to accommodate the type of TFT technologies used, in order to bring down their manufacturing temperatures or use of plastics that can withstand higher temperatures.

The LG V30, Galaxy S8, and Note 8, are also all designed with a swanky looking curved edge, revealing that these panels are also build on a flexible plastic rather than a rigid glass substrate (the P in POLED or P - AMOLED).

Not exact matches

High purity alumina or «HPA» is used to manufacture synthetic sapphire wafers used in the manufacture of substrates for LED lights, semiconductors used in the electronics industry and scratch - resistant sapphire glass used for wristwatch faces, optical lenses and next generation smartphones.

Tesla's Solar Roof tiles would be made of glass over a photovoltaic substrate.

The glass packaging exudes shelf impact, boasting a metallic substrate label with embossment on the lettering and photo frame corners.

When coding onto glass, the laser etches onto the substrate by vaporising material from the surface, leaving a physical mark.

The film's transparent nature means that unprinted sections are invisible on both glass and opaque substrates.

Conventional semiconductors are built using silicon - based substrates (the material upon which semiconductor devices are fabricated), but metal - insulator electronics can be made atop less pricey glass, metal or plastic substrates.

This is a chip - scale glass microspherical shell sensor array blown on a silicon substrate.

Researchers are working on a promising solution: they are using flexible glass as a carrier substrate that better protects the components.

Until recently, the Empa CIGS cells were the most efficient in the world; at the end of October, though, a German research team at the Zentrum für Sonnenenergie - und Wasserstoff - Forschung (ZSW) in Stuttgart presented CIGS cells with an efficiency of 20.8 %, although they use far higher processing temperatures and (rigid) glass as the substrate.

Further improvements to this experimental process could lead to the development of inexpensive, high - performance electronics built on transparent substrates such as glass and, eventually, clear and flexible plastics.

He also commented, «For our case, the glass fabric itself serves as the upper and lower substrates of a TE generator, keeping the inorganic TE materials in between.