Download FPD03784 Datasheet PDF
National Semiconductor
FPD03784
FPD03784 is TFT-LCD Column Driver manufactured by National Semiconductor.
Description The FPD03784 Column Driver is a direct drive, 64 gray level, 384 output, TFT-LCD column driver with a dual bus, TTL data interface. It provides the capability to display 262,144 colors (18-bit color) with a large dynamic output range for twisted nematic applications. When used in a bank with other FPD03784 column drivers, the FPD03784 can support both XGA (8 drivers) or SXGA (10 drivers) applications. Output voltages are gamma corrected programmably to provide a direct mapping between digital video and LCD panel brightness. The FPD03784 offers a low power, low EMI column driver solution with programmable output drive current and direct-drive dynamic range, and dot-inversion addressing. Features n Up to 65 MHz clock n Supports both XGA and SXGA timing n Supports notebook and monitor applications n Charge Conservation for low power consumption n 64 Gray levels per color (18-bit color) n Externally programmable 2.2 gamma characteristic n Supports both Dot and N-Line inversion n Externally programmable gamma characteristic n Programmable drivability allows optimization for small or large panel applications n Very low offsets for artifact-free images n High voltage outputs for high contrast in a large range of display panel applications System Diagram © 2001 National Semiconductor Corporation DS200152 DS200152-1 .national. Absolute Maximum Ratings (Note 1) Analog Supply, (VDD2) (Note 2) Logic Supply, (VDD1) (Note 2) High Bias Supply, (VHBIAS) (Note 2) Low-Polarity RDAC Reference Voltages, (VGMA7 to VGMA12) (Note 2) High-Polarity RDAC Reference Voltages, (VGMA1 to VGMA6) (Note 2) RDAC Current (All Gamma Voltage Taps), (IGMA to IGMA12) Input Voltage (Digital Logic), (VIN) (Note 2) Output Voltage, (VOUT) (Note 2) Output Current (Analog), (IOUT) Input Current Source, (ISIN) Output Current Source, (ISOUT) - 0.3V to +10.5V - 0.3V to +5.0V - 0.3V to +12.0V - 0.3V to 0.5VDD2 0.5VDD2 - 1.0V to VDD2 + 0.3V - 2.5m A to 2.5m A - 0.3V to VDD1 + 0.3V - 0.3V to...