Displays

5.7" Monochrome TFT display delivers exceptional clarity

21st January 2016
Jordan Mulcare
0

KOE has announced the introduction of a 5.7" Monochrome TFT display module. The TX14D201MM2BAA features QVGA (320x240 pixels) resolution with a 4:3 aspect ratio, excellent optical performance and a high brightness LED backlight.

The monochrome TFT display produces images that are highly legible with exceptional clarity for both indoor and outdoor applications. This is due to a contrast ratio of 1200:1 and a LED backlight with a brightness rating of 1500cd/m². The LED backlight has a specified 40K hour half brightness lifetime. The display also exhibits some reflective properties (due to the absence of a colour filter) which, if the LED backlight is dimmed, enables a reduction in power consumption. Image reproduction supports up to 16 grey scales. These display characteristics make the monochrome panel an ideal solution for outdoor applications requiring a simple graphical interface.

Mark Stephenson, General Manager, KOE Europe said, "The use and impact of GUIs is becoming ever more widespread. The 5.7" monochrome TFT represents an option for customers who need to display precise and concise information, graphics or text without the need to resort to a colour display. We fully expect to see the new monochrome display module generate new design-in opportunities." 

Monochrome TFT provides operating stability over a wide range of operating temperatures and requires no additional temperature compensation circuitry when compared with Monochrome STN technology. The display can operate and be stored in extreme temperature environments of -30 to +80°C.

The 5.7" display module has mechanical outline dimensions of 131x104.2x7.8mm and an active display area of 115.2x86.4mm. The display module weighs 120g. A 40-pin data connector supports an industry standard 8080-series MPU 8-bit parallel interface.

Typical applications for the 5.7" display include electric vehicle charging stations, ticketing systems, vending machines and process instrumentation.

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