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DLP7000UVFLP is listed in the Specialized ICS range at ChipApex. The manufacturer field lists Texas Instruments. Its product description is IC DIG MICROMIRROR DEV 203LCCC. Review the specifications below when checking this part for your BOM.
The DLP7000UVFLP is a Digital Micromirror Device (DMD) from the DLP7000UV series, manufactured by Texas Instruments. It features an XGA resolution with a 1024x768 micromirror array and a 13.6 µm pitch. The device operates at a maximum pixel data rate of 25.2 Gbps and supports pattern rates up to 1900 Hz for 8-bit content or 32,552 Hz for binary patterns. Designed for ultraviolet applications, it functions within an illumination wavelength range of 363-420 nm. Key electrical parameters include a 3.3 V supply voltage, 1.475 A operating current, and 2 W power dissipation. It utilizes a 203-LCCC package.
Verify component authenticity through authorized Texas Instruments channels or certified distributors. Confirm that the specific UV-grade variant matches project optical requirements. Check for RoHS compliance status in the official datasheet. Ensure handling procedures account for the delicate micromirror structure during assembly.
Select this model when ultraviolet light modulation between 363-420 nm is required. The XGA resolution suits applications needing 1024x768 spatial control. Compare thermal dissipation capabilities against system constraints, as the device dissipates 2 W. Ensure the driving electronics support the 400 MHz clock frequency and LVDS interface specifications.
This component belongs to the DLP7000 family of digital micromirror devices. It shares the core chipset architecture with visible spectrum variants like the DLP7000BFLP but is specifically engineered for UV transmission. The 'UV' designation indicates enhanced window transmittance for the specified ultraviolet band.
Direct functional substitutes are limited due to the specific UV spectral optimization. The DLP7000BFLP offers identical mechanical and electrical interfaces but lacks UV-specific window coatings. Verify optical performance differences before substitution.
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