You see a curved touchscreen monitor. You might even be thinking how good it would look in your gaming rig.
We see the painstaking mechanical stress needed to form the curve and how to calculate the limits of that stress.
As often happens at Avnet, an acronym is the start of a journey to something pretty cool. Take PDLC, for example. It stands for ‘Polymer Dispersed Liquid Crystals’, which, we must admit, isn’t the catchiest of descriptions. But when you engineer PDLC into glass (or even a self-adhesive film that can be affixed to glass) it becomes much more interesting.
We have it in front of our faces every day, but only pay it any attention if it breaks. A layer of transparent coverglass sits over all the display panels that we use every day – in smartphones and tablets, televisions and monitors – and is essential in guarding the delicate electronics underneath, while also enhancing the quality of the display.
Ultra thin and ultra light, with outstanding optical performance, Active Matrix OLED displays have been a staple technology for smartphones and smaller consumer applications since around 2009. Happily, these small, powerful displays have recently grown in size, opening up opportunities for their use beyond handheld applications.
When you want people to interact differently with your touchscreen, what do you do? For example, you might want to bring the benefits of a product to life using an interactive table, where different aspects of the user experience are displayed as you move it around the surface.
Where displays are concerned, plenty of acronyms fly around. MIPI is one, LVDS and RGB/TTL are some others. You’d expect all three to be completely different, but life is never that precise, is it? For example, MIPI displays also use LVDS standards and as puzzling as that might sound, there are actually some fairly sound reasons for it.
Cables. We expect, like us, you have a love/hate relationship with them. On the one hand, for most applications when a TFT is connected to a touch, the complete Stack is connected over a short cable to a board. And that works just fine. After all, for this kind of application, a wireless PCAP makes no sense.
Thin, light, low power, low brightness, our industrial customers have fully embraced the MipiPlus range for its excellent value and our ability to integrate it into their products seamlessly. So, it will come as no surprise that we are able to offer another new addition to our ever-growing portfolio.
Four whole months. Imagine what you could achieve in this time, while you waited, patiently for your touch displays to arrive. In the past, this was normal. For a simple display stack with generic coverglass and display drivers, an engineer could expect to a sixteen-week lead time. Sometimes more.
Capacitive sensors are great – highly reliable and have a wide range of functions. But in the medical world there are some very particular requirements around the service life of such sensitive sensor technologies.
Let us know about your product or your challenge and our team will get in touch to discuss how we can help.
