DISPLAY VISIONS "EA UNITFTS035-AT - Miniature touch panel 3.5"" TFT, graphics, memory, PCAP touch"

"EA uniTFTs035-ATC Intelligent 3.5"" TFT 480 x 320 pixels, with PCAP and white LED illumination (external dimensions: 100 x 65 mm) Miniature touch panel (PCAP) 3.5"" TFT with graphic functions, memory and touch panel support. Programmable as stand-alone with inputs and outputs. With USB, RS-232, I²C and SPI. Move objects on the display, change measured values while they are displayed, automatically zoom in on important parameters, smoothly fade controls in and out. The EA uniTFTs series, with its integrated command set, enables sophisticated graphical display and intuitive menu control. Thanks to the integrated instruction set and the Windows design software uniTFTDesigner, not only electronics specialists but also e.g. design and user guidance experts can create the entire HMI. The display modules are immediately ready for operation with 3.3 V, and are controlled via the built-in serial interfaces RS232, SPI, I²C or USB. The modules can also be powered directly via USB. Due to the object-oriented ""programming"", the extensive instruction set and the already integrated Unicode fonts, which can be extended at any time, ""time-to-market"" becomes a piece of cake. The EA uniTFT series offers a very similar instruction set, which forms the high-end market with larger modules: Properties: 3,5"" 480x320 AACS display (all angle color stability, optimized illumination and TFT panel over the entire viewing angle) Optically bonded capacitive touch (PCAP), super bright with more than 800 cd/m² Object-oriented screen layout Change objects at runtime: Size, shape, color, content Animate, move, alpha-blending objects Character sets, ASCII and Unicode, Chinese Single supply 3.3 V or directly via USB Serial interfaces: USB, RS-232, SPI, I²C 8 digital freely definable I/O built-in, expandable to 136, 4 analog inputs Time, battery buffered (3.5"" and 4.3"") Flash memory as data storage for images, fonts, menus and log files internal calculation functions and programmability Free des