DLPC350ZFF

The DLPC350 digital controller is required for reliable
operation of the DLP4500 or DLP4500NIR digital
micromirror device (DMD). The DLPC350 controller
provides a convenient, multi-functional interface
between user electronics and the DMD, enabling
high-speed pattern rates, along with LED control and
data formatting for multiple input formats.
The DLPC350 controller provides input and output
trigger signals for synchronizing displayed patterns
with a camera, sensor, or other peripherals. The
controller enables integration into small-form-factor
and low-cost light steering applications. Applications
include 3D scanning or metrology systems,
spectrometers, interactive displays, chemical
analyzers, medical instruments, and other end
equipment that requires spatial light modulation (light
steering and patterning).
The DLPC350 controller is the data formatting and
DMD controlling ASIC for either the visible or nearinfrared (NIR) version of the DLP4500. For further
details, please see the DLPR350 firmware
homepage, the DLP4500 data sheet, and the
DLP4500NIR data sheet.


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    SPECIFICATION

    • Required for reliable operation of the DLP4500
    and DLP4500NIR DMDs
    • High-speed pattern display mode
    – 1-Bit binary pattern rates to 4225 Hz
    – 8-Bit grayscale pattern rates to 120 Hz
    – 1-to-1 input mapping to micromirrors
    – Multiple bit depths and LEDs in pattern
    sequences
    • Easy synchronization with cameras and sensors
    – Two configurable input triggers
    – Two configurable output triggers
    • 14 fully programmable GPIO signals
    • 64 Mb internal RAM
    – Stores up to 48 1-bit patterns
    – No external volatile memory required
    • Supports up to 32 MB external parallel flash for
    increased pattern storage
    • Multiple configuration interfaces
    – One USB V1.1 slave port
    – Two I
    2C ports
    – LED PWM generators
    • Video display mode of operation
    – 10- to 120-Hz full color frame rates
    – YUV, YCrCb, or RGB input data formats
    • Integrated micromirror drivers
    • Integrated clock generation