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BUF12800

Burr-Brown
Part Number BUF12800
Manufacturer Burr-Brown
Description REFERENCE VOLTAGE GENERATOR
Published Jun 24, 2007
Detailed Description BUF12800 SBOS315D − DECEMBER 2004 − REVISED DECEMBER 2007 REFERENCE VOLTAGE GENERATOR for LCD GAMMA CORRECTION FEATURE...
Datasheet PDF File BUF12800 PDF File

BUF12800
BUF12800

Overview
BUF12800 SBOS315D − DECEMBER 2004 − REVISED DECEMBER 2007 REFERENCE VOLTAGE GENERATOR for LCD GAMMA CORRECTION FEATURES D 12-CHANNEL GAMMA CORRECTION D 10-BIT RESOLUTION D DOUBLE-BUFFERED DAC REGISTERS D INTEGRATED REFERENCE BUFFERS D RAIL-TO-RAIL OUTPUT D LOW SUPPLY CURRENT: 900µA/ch D SUPPLY VOLTAGE: 7V to 18V D DIGITAL SUPPLY: 2.
3V to 5.
5V D INDUSTRY-STANDARD TWO-WIRE INTERFACE − High-Speed Mode: 3.
4MHz D HIGH ESD RATING: − 4kV HBM, 1kV CDM, 200V MM D DEMO BOARD AND SOFTWARE AVAILABLE VSD 4 VS 1, 2 BUF12800 REFH 3 DAC Register DAC Register 13 Out A 14 Out B 15 Out C 16 Out D 17 Out E 18 Out F 19 Out G 20 Out H 21 Out I 22 Out J 23 Out K 24 Out L 6 SDA SCL 5 Control IF 8 7 10 9 LD A0 REFL 11, 12 APPLICATIONS D TFT-LCD REFERENCE DRIVERS D REFERENCE VOLTAGE GENERATORS D INDUSTRIAL PROCESS CONTROL DESCRIPTION The BUF12800 is a programmable voltage reference generator designed for dynamic gamma correction in TFT-LCD panels.
It provides 12 programmable outputs, each with 10-bit resolution.
TI’s new, small geometry, state-of-the-art, analog CMOS process allows the use of one digital-to-analog converter (DAC) per channel while still maintaining a very small chip size.
This topology has the advantage of significantly increased programming speed over existing programmable buffers.
Programming of each output occurs through an industrystandard, two-wire serial interface.
Unlike existing programmable buffers, the BUF12800 offers a highspeed, two-wire interface mode that allows clock speeds up to 3.
4MHz.
The BUF12800 features a double-buffered DAC register structure that significantly simplifies implementation of dynamic gamma control.
This further reduces programming time, especially when many channels have to be updated simultaneously.
Reference pins set the high and low voltages of the output range.
They are internally buffered, which simplifies design.
They may be connected to external resistors to divide the output range for finer resolution of outputs.
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