The case belongs to the display like the lid to the pan. But there are a few things to bear in mind when attaching it. A simple and cost-effective method of mounting is to stick the module into the enclosure using DST (Double Side Gluetape). Depending on the tightness requirements, however, the DST must be attached differently.
IPS* panels are used in all versions. This technology ensures excellent readability from any viewing angle. In combination with the extended operating temperature range of -30°C to +80°C, the modules can be used in a variety of applications, whether handheld, medical or industrial.
The CTP (Capacitive Touch Panel) is more expensive compared to an RTP, but has a much longer service life. The structure consists of a two-layer coordinate network. The lower electrode (glass with ITO) is divided into columns and the upper electrode into rows.
Resistive and capacitive touch panels are almost always used in the LCD sector. Nowadays, however, the focus is on capacitive touch panels, because they have a longer service life and thus a big advantage over resistive ones. CTPs (capacitive touch panels) offer a choice of three different structures.
An interface is the connection between the display and the control unit. The RGB and LVDS interfaces are used particularly often. A basic distinction is made between serial and parallel interfaces. The most commonly used are SPI, I2C, MCU, RGB, LVDS and MIPI-DSI. However, the SPI, I2C and MCU interfaces are mostly used for settings in the LCD controller and not for the playback of image content (except for character LCDs or small graphic displays with dimensions up to 320 x 240 mm).
The cover lens - also known as a cover glass or front glass - protects the display from scratches, dirt and UV radiation. The cover lens is bonded to the display. You can adjust many things with a cover lens. Most important are the size and thickness of the glass. But the hardness also plays a role, because no one likes to have scratches on the display.
In the short term, no delivery delays are expected despite the current Russia/Ukraine conflict. However, there may be delivery delays in the medium term as a large part of important raw materials such as palladium and neon gas come from this area.
Special format, high resolution, suitable for industrial use and even with touch! Is it all possible? Of course it does!
At DMB Technics, we always want to offer our customers optimal solutions so that their design ideas can be put into practice. Often, however, the wishes and requirements for the display design and the standards available on the market seem to be difficult to reconcile. If several factors that deviate from the standard come together, implementation often seems difficult. This is where we, as display experts, come into play.
The light that backlights the display is called backlight. Two points play a central role in ensuring that the lighting is optimal.
The first and most important point is brightness. Since around 90 percent of the light is absorbed by LCDs, polarisation foils or other components, sufficiently bright LEDs are needed.
The market for e-mobility displays has grown recently. The potential applications in this field require high demands on readability - the so-called sunlight readability of the displays - in different light conditions, such as direct sunlight.
Most industrial TFTs today have an edge LED backlight. The backlight illuminates the entire surface of the TFT, so if we reduce the brightness of the backlight, it affects the entire TFT surface at the same time.
Highly integrated, intelligent displays are in high demand these days. Most of the time, the modern HMI (Human Machine Interface) is complex and requires more processor resources than the control of the actual application. With a smart embedded display product, DMB Technics covers a large part of the requirements for current HMI and makes computing power available where it is needed.