DLPC150 Texas instruments

DLPC150

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DLPC150

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Описание

The DLPC150 controller provides a convenient, reliable, and multi-functional interface between user electronics and the visible DLP2010 or the near-infrared (NIR) DLP2010NIR digital micromirror device (DMD) to steer light and create patterns with high-speed, precision, and efficiency. The DLPC150 controller enables high-speed pattern rates, along with LED control and data formatting for multiple input formats. The DLPC150 controller also provides input and output trigger signals for synchronizing displayed patterns with a camera, sensor, or other peripherals. The DLPC150 controller is part of the 0.2 WVGA chipset that includes the DLP2010 or DLP2010NIR DMD and DLPA2000 or DLPA2005 power management integrated chip (PMIC). The DLPC150 controller enables integration of the DLP® 0.2 WVGA visible or NIR chipset into small form-factor, low-power, and low-cost applications for programmable spectrum and wavelength control, such as 3D scanning or metrology systems, spectrometers, interactive displays, chemical analyzers, medical instruments, skin analysis, material identification, and chemical sensing.

Display controller required for reliable operation of the DLP2010 and DLP2010NIR DMDs
High-speed pattern sequence mode
- 1-Bit binary pattern rates to 2880 Hz
- 1-to-1 input mapping to micromirrors
Easy synchronization with cameras and sensors
- One input trigger
- Two output triggers
I²C configuration interface
Input pixel interface support:
- 24-bit parallel RGB888 interface protocol
- 16-bit parallel RGB565 interface protocol
- Pixel clock up to 75 MHz
Integrated micromirror drivers
Integrated clock generation
Auto DMD parking at power down
201-pin, 13mm × 13 mm, 0.8-mm pitch, VFBGA package

Chipset family	DLP2010NIR
Component type	Digital Controller
Pattern rate, binary (max) (Hz)	2880
Number of triggers	1 / 2
Display resolution (max)	WVGA
Rating	Catalog
Operating temperature range (°C)	-30 to 85
Number of GPIOs	18
Micromirror driver support	Integrated
Thermal dissipation (°C/W)	10.1