DLP2010NIRAFQJ

Specialized ICS Overview

The DLP2010NIRAFQJ is a Digital Micromirror Device (DMD) from Texas Instruments, designed for near-infrared applications. It features a 0.2-inch diagonal micromirror array with an 854 x 480 pixel resolution and a 5.4-micron pitch. The device utilizes aluminum mirrors capable of ±17° tilt for efficient light modulation. It operates within a temperature range of -20°C to +90°C and is housed in a compact 40-CLGA package measuring 15.9 mm x 5.3 mm x 4.0 mm. This component serves as the spatial light modulator core in digital light processing systems.

Specialized ICS Feature Summary

• Near-Infrared Optimization: Engineered for high transmission efficiency in the 700–2500 nm wavelength range.
• High Resolution Array: 854 x 480 orthogonal layout of aluminum micromirrors with 5.4 µm pitch.
• Compact Form Factor: Small package size of 15.9 mm x 5.3 mm x 4.0 mm suitable for portable devices.
• Polarization Independent: Aluminum mirror surface ensures consistent performance regardless of input light polarization.

Specialized ICS Applications

• Portable Near-Infrared Imaging Systems
• Compact Spectroscopy Devices
• Biomedical Sensing Equipment

Specialized ICS Procurement Notes

Verify the specific ordering suffix AFQJ against the manufacturer's datasheet to confirm package type and qualification status. Ensure compatibility with required display controllers such as the DLPC3470 or DLPC150 and power management ICs like the DLPA200X series for complete chipset functionality.

Specialized ICS Selection Notes

Select this component when near-infrared spectral response is required rather than visible light projection. Confirm that the system design accommodates the SubLVDS interface and that the optical engine supports side illumination geometry. Verify thermal management capabilities for operation up to +90°C.

Specialized ICS Part Context

This part belongs to the DLP Pico chipset family, which includes the DMD, a display controller (e.g., DLPC3470), and a PMIC/LED driver (e.g., DLPA2000). The DLP2010NIR variant specifically targets NIR wavelengths, differing from the standard DLP2010 which is optimized for visible spectrum applications.

Specialized ICS Replacement Considerations

Direct replacements are limited due to the specific NIR optimization and package configuration. Consider the DLP2010NIR without the AFQJ suffix if packaging variations exist, or evaluate other DLP2xxx NIR variants if form factor constraints allow. Cross-model substitution requires re-validation of optical coupling and controller compatibility.