MXED102 Datasheet | Clare.

Features - CMOS High Voltage Process: 9V-30V Display Panel Supply patible - 240 Output Channels, Cascadable - Token-Based Bidirectional Data Transfer: Direct User Control of Scan Rate - Current Source Magnitude User Control: 4 µA to 1 m A - 6-Bit Monochromatic/Color Gray-Scale User Control - Current matching accuracy: ± 2% ± 1.5 µA intra-die ± 1% inter-die - Monochromatic/Color Voltage Precharge Options - Built-In A-to-D Converter Monitoring of Display Panel Characteristics - 3.3 V to 5 V logic supply - Up to 35 MHz clock frequency - Gold-Bumped Die @ 60 micron Output Pitch - TCP packaging - panion to Clare Micronix MXED202 128-Channel OLED Row Driver Column Driver Block Diagram Description The MXED102 is Clare’s second-generation OLED column driver offering, which supports up to 240-monochromatic or 80-color OLED pixels. The MXED102's exceptionally tight current-matching of adjacent and cascaded outputs, precharge options, and OLED monitoring capability, ensures uniform luminance and highquality greyscaling in both monochromatic and RGB mode. This is the first ASSP production driver for OLED module OEM's building a new standard in flat-panel displays. For All Passive-Matrix Organic-Light-Emitting Diode Displays - Monochrome and Color - Small-Molecule and Polymer - Current-Sourcing Anode Drivers Preliminary DS-MXED102-R2 .clare. PRELIMINARY ELECTRICAL DATA SHEET Preliminary This document is a specification for a digital data driver for Passive Matrix Organic Light Emitting Diode (OLED) and Polymer Light Emitting displays (PLED, Poly LED, LEP, . . . ,etc) with anodes connected to the columns. The output stage of each channel has a resistive switch to an on chip generated voltage used during precharge and a current source used during data output to minimize non-uniformity caused by spatial and temporal variations of the LED characteristics and by line resistances. The data driver chip is manufactured in a high voltage (30 V) CMOS process and provided in...