EVAL6226QR demonstration board using a dual full-bridge L6226Q for motor control applications
descriptionAN27582/8 1 Demonstration board descriptionTable 1.EVAL6226R pin connectionsNameTypeFunctionVSPower supplyBridge A and bridge B power supply PGNDGroundPower ground terminalIN1ALogic inputBridge A logic input 1IN2ALogic InputBridge A logic input 2ENALogic inputBridge A enable (active high). When low, the power DMOSs of bridge A are switched OFF.IN1BLogic inputBridge B logic input 1IN2BLogic inputBridge B logic input 2ENBLogic inputBridge B enable (active high). When low, the power DMOSs of bridge B are switched OFF.DIAGAOpen drain outputBridge A overcurrent detection and thermal protection pin. An internal open drain transistor pulls to GND when overcurrent on bridge A is detected or in case of thermal protection.DIAGBOpen drain outputBridge B overcurrent detection and thermal protection pin. An internal open drain transistor pulls to GND when overcurrent on bridge B is detected or in case of thermal protection.SGNDGroundSignal ground terminalOUT1APower outputBridge A output features set forth in this document shall immediately voidany warranty granted by ST for the ST product or service described herein and shall not create or extend in any manner whatsoever, anyliability of ST.ST and the ST logo are trademarks or registered trademarks of ST in various countries.Information in this document supersedes and replaces all information previously supplied.The ST logo is a registered trademark of STMicroelectronics. All other names are the property of their respective owners. 2009 STMicroelectronics - All rights reservedSTMicroelectronics group of companiesAustralia - Belgium - Brazil - Canada - China - Czech Republic - Finland - France - Germany - Hong Kong - India - Israel - Italy - Japan - Malaysia - Malta - Morocco - Singapore - Spain - Sweden - Switzerland - United Kingdom - United States of Americawww.st.com specification of the application and Figure3 shows the electrical schematic.Table 2.EVAL6226QR electrical specification (recommended value)ParameterValueSupply voltage range (VS)8 to 52 VdcRMS outp
Other Descriptions
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| R610 Errata | R610 replacement | R610 示意圖 | R610 Catalog |
| R610 相等于 | R610 User Guide | R610 Operating Parameter | R610 Inventory |
| R610 gleichwertige | R610 Схематический | R610 EOL | L6226Q Equivalent |
| L6226Q équivalent | L6226Q Archive | L6226Q Pin-out | L6226Q Mechanical Outline |
| L6226Q 示意圖 | L6226Q Catalog | L6226Q δελτίο | L6226Q Availability |
| L6226Q Distribution | L6226Q MOQ | L6226Q 数据 | L6226Q RoHS |
| L6226Q Design | L6226Q Prototype | 125CL6226Q Example | 125CL6226Q Archive |
| 125CL6226Q replacement | 125CL6226Q Mechanical Outline | 125CL6226Q Fichetechnique | 125CL6226Q Distribution |
| 125CL6226Q Distributor | 125CL6226Q Inventory | 125CL6226Q Cross Reference | 125CL6226Q Esquema |
| 125CL6226Q Explanation | 125CL6226Q Data Sheet | 125CL6226Q Reference Design | 125CL6226Q RoHS |
| 125CL6226Q Design | IN2A Revision | IN2A Lead Time | IN2A Scheda |
| IN2A replacement | IN2A δελτίο | IN2A 相等於 | IN2A Options |
| IN2A 데이터시트 | IN2A Schematico | IN2A データシート | IN2A Esquema |
| IN2A Reference Design | IN2A Datasheet | IN2A Design | IN2A Stock |
| IN2B Revision | IN2B Mechanical Outline | IN2B 相等于 | IN2B Circuit |
| IN2B User Guide | IN2B Operating Parameter | IN2B Technical Specs | IN2B Schematico |
| IN2B Broker | IN2B 회로도 | IN2B データシート | IN2B 数据 |
| IN2B Data Sheet | IN2B Reference Design | IN2B Product Brief | OUT1A Schéma |
| OUT1A Схематический | OUT1A Product Brief | OUT1A Prototyping | OUT1A Errata |
| OUT1A Design | OUT1A Capacity | OUT1A Features | OUT1A MOQ |
| OUT1A Distribution | OUT1A Cross Reference | OUT1A Specs | OUT1A Reference Design |
| OUT1A Schematic | OUT1A User Guide | EVAL6226QR Ficha técnica | EVAL6226QR PCN |
| EVAL6226QR équivalent | EVAL6226QR Schematische | EVAL6226QR Scheda | EVAL6226QR Release Notes |
| EVAL6226QR 示意圖 | EVAL6226QR Options | EVAL6226QR Availability | EVAL6226QR Fichatécnicade |
| EVAL6226QR Technical Specs | EVAL6226QR Inventory | EVAL6226QR Data Sheet | EVAL6226QR Reference Design |
| EVAL6226QR Prototype | VFQFPN5x527 Lead Time | VFQFPN5x527 PCN | VFQFPN5x527 équivalent |
| VFQFPN5x527 Schematische | VFQFPN5x527 Ficha técnica de | VFQFPN5x527 Archive | VFQFPN5x527 Errata |
| VFQFPN5x527 示意圖 | VFQFPN5x527 相等於 | VFQFPN5x527 Fichatécnicade | VFQFPN5x527 데이터시트 |
| VFQFPN5x527 Schéma | VFQFPN5x527 회로도 | VFQFPN5x527 Reference Design | VFQFPN5x527 PDF |
| F/63 Equivalent | F/63 Lead Time | F/63 Feature | F/63 Scheda |
| F/63 Datenblatt | F/63 Catalog | F/63 Distributor | F/63 Data Sheet |
| F/63 數據 | F/63 Fiche technique | F/63 EOL | F/63 回路図 |
| F/63 Stock | F/63 Product Brief | F/63 Prototype | IN1A Ficha técnica |
| IN1A Feature | IN1A Catalog | IN1A δελτίο | IN1A Circuit |
| IN1A Fichetechnique | IN1A Operating Parameter | IN1A Technical Specs | IN1A Schematic |
| IN1A Schéma | IN1A Leadtime | IN1A 數據 | IN1A RoHS |
| IN1A Datasheet | IN1A Design |











