MXED102 Search Results

TB 6514 F

Abstract: ym 238 8214 diagram monitor monochromatic IOUT91 10084 fr 3709 z S 15018 SM 11039 10939 cb
Contextual Info: Preliminary MXED102A 240-Channel OLED Column Driver Patent Pending FEATURES: • • • • • • • • • • • • • • • • • OVERVIEW: For All Passive-Matrix Organic Light Emitting Diode OLED Displays Monochrome and Color Small-Molecule and Polymer

14080a

Abstract: MXED102 MXED202
Contextual Info: Preliminary MXED102 240-Channel OLED Column Driver Patent Pending FEATURES: • • • • • • • • • • • • CMOS High Voltage Process: 9-30V Display Panel Supply Compatible 240 Output Channels, Cascadable Token-Based Bidirectional Data Transfer:

da05 anode

Abstract: common anode DA05
Contextual Info: MXED102 240-Channel OLED Column Driver Advance Information Features • CMOS High Voltage Process: 9V-30V Display Panel Supply Compatible • 240 Output Channels, Cascadable • Token-Based Bidirectional Data Transfer: Direct User Control of Scan Rate • Current Source Magnitude User Control: 4 µA to 1 mA

diode 6BG

Abstract: oled 71522 Unidux
Contextual Info: f rie W E B N ct u od r P For All Passive-Matrix Organic-Light-EmittingDiode OLED Displays   Monochrome and Color  Current-Sourcing Anode Drivers MXED102 Clare Micronix MXED102 240-Channel OLED Column Driver Small-Molecule and Polymer FEATURES • CMOS High Voltage Process: 9-30V Display Panel

cherry master 99 pinout

Abstract: BT 1490 cherry master pinout OLED driver IC MXED102 MXED202 240-monochromatic MX823 LTKN
Contextual Info: MXED102 240-Channel OLED Column Driver Features Description • CMOS High Voltage Process: 9V-30V Display Panel Supply Compatible • 240 Output Channels, Cascadable • Token-Based Bidirectional Data Transfer: Direct User Control of Scan Rate • Current Source Magnitude User Control: 4 µA to 1 mA

128x240

Abstract: AN100 MXED102 MXED202 schematic diagram for dc bus voltage display 128x160 AN100 clare
Contextual Info: AN100.3 - Using the MXED102 and MXED202 INTRODUCTION The Clare Micronix MXED102 column and MXED202 (row) drivers are the display industry’s first off-the-shelf solutions for use with OLED-type displays. Their accurate current matching and flexibility make them an ideal solution for all OLED-display applications. This application note, together with

106-191

Abstract: 92341 IOUT121 IOUT116
Contextual Info: Preliminary MXED102A 240-Channel OLED Column Driver Patent Pending FEATURES: • • • • • • • • • • • • • • • • • OVERVIEW: For All Passive-Matrix Organic Light Emitting Diode OLED Displays Monochrome and Color Small-Molecule and Polymer

6513

Abstract: MXED203-10 Unidux Clare Micronix
Contextual Info: f rie W E B N ct u od r P For All Passive-Matrix Organic-Light-EmittingDiode OLED Displays   Monochrome and Color  Common-Cathode Row Switching MXED203 Clare Micronix MXED203 160-Channel OLED Row Driver Small-Molecule and Polymer FEATURES • CMOS High Voltage Process: 5V-30V Display Panel

05564

Abstract: D-71522 9127 diode AE23 AF23 MO-151 MXED102 MXED202 Micron ONFI 2.2 MICRONIX INTEGRATED SYSTEMS
Contextual Info: MXED202 128-Channel OLED Row Driver Preliminary FEATURES: OVERVIEW: • Clare Micronix’s MXED202 is a row-multiplexed display driver for OLED panel displays. The MXED202 directly supports up to 128-row OLED panel displays, or can be cascaded for controlling

Contextual Info: Preliminary MXED202 128-Channel OLED Row Driver Patent Pending FEATURES: • • • • • • • • • • • For All Passive-Matrix Organic-LightEmitting-Diode Displays CMOS High Voltage Process: 5V-30V Display Panel Supply Compatible 128 Output Channels, Cascadable; Configurable

MXED102

Abstract: MXED103 MXED203 S160 oled row driver oled CLARE
Contextual Info: Advance Information Subject To Change Without Notice MXED203 160-Channel OLED Row Driver FEATURES • • • • • • • • • • • CMOS High Voltage Process: 5V-30V Display Panel Supply Compatible 160 Output Channels, Cascadable; Configurable 144-Output Mode

matrix oled light

Abstract: MXED102 MXED202 polymer light emitting diode VMAX15
Contextual Info: MXED202 128-Channel OLED Row Driver Features Description • CMOS High Voltage Process: 9V-30V Display Panel Supply Compatible • 128 Output Channels, Cascadable; Configurable 120-Output Mode • 150mA Maximum Current Capability per channel two channels maximum active simultaneously

Contextual Info: MXED202 128-Channel OLED Row Driver Advance Information Features • CMOS High Voltage Process: 9V-30V Display Panel Supply Compatible • 128 Output Channels, Cascadable; Configurable 120-Output Mode • 150mA Maximum Current Capability per Channel two channels maximum active simultaneously

OLED

Abstract: 14126 Unidux
Contextual Info: f rie W E B N ct u od r P For All Passive-Matrix Organic-Light-EmittingDiode OLED Displays   Monochrome and Color  Common-Cathode Row Switching MXED202 Clare Micronix MXED202 128-Channel OLED Row Driver Small-Molecule and Polymer FEATURES • CMOS High Voltage Process: 5V-30V Display Panel