Capacitive sensors are great – highly reliable and have a wide range of functions. You can’t argue with their usefulness in household electronics, especially as panels in such products are becoming thinner and lighter with almost every iteration. In the automotive world, however, this isn’t exactly desirable. In this industry, sensitive sensor technology is subject to stricter requirements, both in terms of service life and environmental influences.
‘True color’ is one of those expressions that takes on a different meaning, depending on who you’re talking to. For an artist or designer, it refers to the accurate depiction of colour in an image – as close to the original as possible. In the world of displays, it defines the palette of around 16 million colors on a PC (otherwise known as 24-bit color depth).
In a world where so many things are declared ‘revolutionary’, we try to exercise caution. But the combination of Ultra-Low Power TFT (Thin-Film Transistor) and Projected Capacitive Touch (PCT™) has opened up new possibilities for energy-efficient human-machine interfaces (HMIs).
The customer needed to update their product design for the next version of their range of different size chargers for residential buildings
Our customer wanted to have a larger display for their current portable device. Interface, pinning
It takes very long to get all metric certifications in each country, so that a very long product lifecycle
The customer asked for a sunlight and night readable display with better optical performance than the running one
The customer faced intense time pressure and had a big requirement catalogue. To address this
The customer specializes in high-end residential chargers for multi-car households and large garages
The customer´s main need was a display-touch-coverglass stack fulfilling IK9, outdoor readability