Packaging information
| Package | Pins BGA (ZPC) | 516 |
| Operating temperature range (°C) 0 to 55 |
| Package qty | Carrier 1 | TUBE |
Features for the DLPC900
- Scalable controller supporting DLP500YX, DLP5500, DLP6500, DLP670S, and DLP9000 digital micromirror devices (DMDs) for high-resolution industrial and display applications
- Supports multiple high-speed pattern rates
up
to:
- 16129-Hz (DLP500YX, 1-bit prestored pattern mode)
- 2016-Hz (DLP500YX, 8-bit prestored pattern mode with illumination modulation)
- 1008-Hz (DLP500YX, 16-bit prestored pattern mode with illumination modulation)
- Internal DRAM: 128-megabyte
- External flash capability: 128-megabyte external flash capability
- 1-to-1 input mapping to micromirrors
- Easy synchronization with cameras and sensors
- Two configurable input and output triggers
- Fully programmable GPIO and PWM signals
- Multiple control interfaces
- One USB 1.1 target port and three I 2C ports
- LED enable and PWM generators
- Video mode
- Dual 24-bit RGB inputs up to 120 Hz
- YUV, YCrCb, or RGB data format
- Standard video from XGA to WQXGA
- DLP9000 (WQXGA), DLP500YX (2048 × 1200), and DLP670S (2716 × 1600) require two DLPC900 controllers
Description for the DLPC900
The DLP DLPC900 is a scalable digital micromirror device (DMD) controller that supports reliable operation of DLP500YX, DLP5500, DLP6500, DLP670S, and DLP9000 DMDs. This high-performance DMD controller enables programmable, high-speed pattern rates for advanced light control, especially in industrial applications. DLPC900 pattern rates enable fast and accurate 3D scanning and 3D printing, as well as support high resolution and intelligent imaging applications. DLPC900 offers 128-megabytes of embedded DRAM for convenient buffering of up to 960 1-bit patterns when used with DLP5500 and up to 400 1-bit patterns when used with all other DMDs. Input and output triggers offer easy connection and synchronization with a variety of cameras, sensors, and other peripherals.
Go tothe TI DLP® light-control technology page to learn how to get started.DLP advanced light control resources include evaluation modules, reference designs, optical module manufacturers, and DLP design network partners.