TI DLP500YXFXK

DLP500YX digital micromirror device (DMD) is a spatial light modulator (SLM) that modulates the amplitude, direction, and/or phase of incoming light. This DMD coupled with the four 2xLVDS input data buses enables the display of high resolution patterns at blazing pattern update rates. The high resolution and fast pattern rates offered by the DLP500YX make it well suited to support a wide variety of industrial, medical, and advanced imaging applications. Reliable function and operation of the DLP500YX is enabled through use in conjunction with dual DLPC900 Digital Controllers. This dedicated chipset provides flexible and easy-to-program pattern streams at the high pattern rates necessary to meet the requirements of a variety of end equipment solutions.

• High resolution 2048×1200 array

• 2.4M mirrors

• 0.50-inch micromirror array diagonal
• 5.4-micron micromirror pitch
• ±17.5° micromirror tilt angle (relative to flat surface)
• Designed for bottom illumination
• Integrated micromirror driver circuitry
• Designed for use with broadband visible light (420 nm - 700 nm)
• Window transmission 97% (single pass, through two window surfaces)
• Micromirror reflectivity 88%
• Array diffraction efficiency 84% (Q //2.4)
• Array fill factor 93%
• Four 16-bit, low-voltage differential signaling (LVDS), double data rate (DDR) input-data buses
• Driven by dual DLPC900 digital controllers
• Up to 16.1-kHz 1-bit patterns/second
• Equivalent of 39.6 gigabits/second pixel data rate in prestored pattern mode
• Up to 2016 Hz 8-bit gray pattern rate (prestored patterns with illumination modulation)
• Up to 1008-Hz 16-bit gray pattern rate (prestored patterns with illumination modulation)
• Up to 247-Hz 8-bit pattern rate (external video pattern input)

• Industrial:
  • 3D scanners for machine vision
  • 3D touchless metrology and quality control
  • 3D printing
• Medical:
  • Ophthalmology 3D scanners for limb and skin measurement
  • Hyper-spectral scanning and imaging
• Displays:
  • 3D imaging microscopes
  • Intelligent and adaptive lighting