Catalog
PMIC/LED Driver for DLP2000 (0.2 nHD) DMD
Key Features
• High-Efficiency RGB LED Driver With Buck-Boost DC-to-DC Converter and Integrated MOSFETSSix Low-Impedance (<100 mΩ) MOSFET Switches for Channel SelectionIndependent, 10-Bit Current Control per ChannelDMD RegulatorsRequires Only a Single InductorVOFS: 8.5 VVBIAS: 16 VVRST: –10 VReset Generation and Power Supply SequencingRGB LED Strobe Decoder Supports:Common-Anode RGBsCathode-Cathode-Anode RGBs33-MHz Serial Peripheral Interface (SPI)Multiplexer for Measuring Analog SignalsBattery VoltageLED Voltage, LED CurrentLight Sensor (for White Point Correction)External Temperature SensorMonitoring and Protection CircuitsHot Die Warning and Thermal ShutdownLow-Battery and Undervoltage LockoutOvercurrent and Undervoltage Protection49-Ball 0.4-mm Pitch, DSBGA PackageHigh-Efficiency RGB LED Driver With Buck-Boost DC-to-DC Converter and Integrated MOSFETSSix Low-Impedance (<100 mΩ) MOSFET Switches for Channel SelectionIndependent, 10-Bit Current Control per ChannelDMD RegulatorsRequires Only a Single InductorVOFS: 8.5 VVBIAS: 16 VVRST: –10 VReset Generation and Power Supply SequencingRGB LED Strobe Decoder Supports:Common-Anode RGBsCathode-Cathode-Anode RGBs33-MHz Serial Peripheral Interface (SPI)Multiplexer for Measuring Analog SignalsBattery VoltageLED Voltage, LED CurrentLight Sensor (for White Point Correction)External Temperature SensorMonitoring and Protection CircuitsHot Die Warning and Thermal ShutdownLow-Battery and Undervoltage LockoutOvercurrent and Undervoltage Protection49-Ball 0.4-mm Pitch, DSBGA Package
Description
AI
DLPA1000 is a dedicated PMIC / RGB LED driver for the DLP2000 Digital Micromirror Devices (DMD) when used with a DLPC2607 digital controller. For reliable operation of these chipsets, it is mandatory to use the DLPA1000.
DLPA1000 is a dedicated PMIC / RGB LED driver for the DLP2000 Digital Micromirror Devices (DMD) when used with a DLPC2607 digital controller. For reliable operation of these chipsets, it is mandatory to use the DLPA1000.
