MXED202 Datasheet | Clare.

Features - CMOS High Voltage Process: 9V-30V Display Panel Supply patible - 128 Output Channels, Cascadable; Configurable 120-Output Mode - 150m A Maximum Current Capability per channel (two channels maximum active simultaneously) - 20 Ohm Maximum Row Switch “On” Resistance - Token-Based Control: Bidirectional data transfer; Single and Dual-Token Mode - Current Source Magnitude User Control: 4 µA to 1 m A - 6-Bit Monochromatic/Color Gray-Scale User Control - Monochromatic Voltage Precharge Options - 3.3 V to 5 V logic supply - Up to 100k Hz clock frequency - Gold-Bumped Die @ ~ 60 micron Output Pitch - TCP packaging - panion to MXED102 240-Channel OLED Column Driver Description The MXED202 Row Driver supports up to 128-row OLED panel displays. The MXED202 has low "on" switch resistance, and support of voltage precharge options, ensures uniform luminance at rapid row scan rates. This is the first ASSP production row driver for OLED display OEM's, enabling the development and manufacture of this new standard in flat-panel display technology. For All Passive-Matrix Organic-Light-Emitting Diode Displays - Monochrome and Color - Small-Molecule and Polymer - mon-Cathode Row Switching Functional Block Diagram Preliminary DS-MXED202-R2 .clare. PRELIMINARY ELECTRICAL DATA SHEET Preliminary The MXED202 is a row-multiplexed display driver, for Passive Matrix Organic Light Emitting Diode (OLED) and Polymer Light Emitting Diode arrays (PLED, Poly LED, LEP, . . .), with anodes connected to current-sourcing column data drivers. The mon cathode rows (channels) of the display matrix are activated by sequentially switching them to a low impedance voltage source (ground/0V, typically) in synchronism with the digital data column current drive. The MXED202 supports precharging options to improve luminance control. It is manufactured in a high voltage (30 V) CMOS process and provided in bumped die and TCP (Tape Carrier Package) form. Overview A row-scan token bit is passed...