4D Systems Pty. Ltd. uLCD-43DT

4D Systems range of resistive touch modules with DIABLO16 processor are available in three sizes: 3.5 inch, 4.3 inch and 7 inch. The on-board DIABLO16 graphics controller enables your module to display colour images, animation, icons and videos. You can also use 4Ds Workshop4 IDE for software development and coding using 4DGL graphics language. Features & Benefits:. 3.5 inch Resistive Touch Module — 9028656. •480 x 320 HVGA resolution. •Up to 65k colours. •4-wire resistive touch panel. •6 banks of 32750 bytes of flash memory. •32 Kb of SRAM. •16 GPIO pins. •microSD card adaptor. •FAT16 DOS compatible file access. •PWM audio pin. •Supports all available Windows fonts. •Suitable for a 4 V to 5.5 V power supply. •4 corner plates with 2.6 mm holes for mounting. •Dimensions: 57 mm x 85.2 mm x 15.8 mm. •Viewing area: 49.7 mm x 77 mm . 4.3 inch Resistive Touch Module — 9028662. •480 x 272 HVGA resolution. •Up to 65k colours. •4-wire resistive touch panel. •6 banks of 32750 bytes of flash memory. •32 Kb of SRAM. •16 GPIO pins. •microSD card adaptor. •FAT16 DOS compatible file access. •PWM audio pin. •Supports all available Windows fonts. •Suitable for a 4 V to 5.5 V power supply. •4 corner plates with 2.6 mm holes for mounting. •Dimensions: 105 mm x 67.5 mm. •Viewing area: 95.04 mm x 53.85 mm . 7 inch Resistive Touch Module — 9028666. •800 x 480 HVGA resolution. •Up to 65k colours. •4-wire resistive touch panel. •6 banks of 32750 bytes of flash memory. •32 Kb of SRAM. •16 GPIO pins. •microSD card adaptor. •FAT16 DOS compatible file access. •PWM audio pin. •Supports all available Windows fonts. •Suitable for a 4 V to 5.5 V power supply. •4 corner plates with 2.6 mm holes for mounting. •Dimensions: 165 mm x 100 mm x 15.5 mm. •Viewing area: 154.1 mm x 85.9 mm Diagonal Display Size = 4.3in Interface Type = I2C, TTL Resolution = 480 X 272pixels Touch Screen = Yes Viewing Area Dimensions = 95.34 x 53.85mm Touch Screen Type = Resistive Supply Voltage = 5.5 V Backlight Type = LED Display Mode = Transmissive AC or DC Input Voltage = dc