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Double 4mOhm high side driver with analog current sense for automotive applications
DescriptionThe VND5004ATR-E and VND5004ASP30-E are devices made using STMicroelectronics VIPower technology. They are intended for driving resistive ground. Active VCC pin voltage clamp and load dump protection circuit protect the devices against transients on the Vcc pin (see ISO7637 transient compatibility table). These devices integrate an analog current sense which delivers a current proportional to the load current (according to a known ratio) when CS_DIS is driven low or left open. When CS_DIS is driven high, the CURRENT SENSE pin is high impedance. Output current limitation protects the ion. In case of long duration overload, the devicesa limit the dissipated power to a safe level up to thermal shut-down intervention. Thermal shut-down with automatic restart allows the device to recover normal operation as soon as a fault condition disappears.Max transient supply voltageVCC41VOperating voltage rangeVCC4.5 to 27VMax On-State resistance (per ch.)RON4 mCurrent limitation (typ)ILIMH Features GeneralInrush current active management by power limitationVery low stand-by current3.0V CMOS compatible inputOptimized electromagnetic emissionVery low electromagnetic susceptibilityEuropean directiveDiagnostic functionsProportional load current senseCurrent sense disableThermal shutdown indicationProtectionUndervoltage shut-downOvervoltage clampLoad current limitationThermal shut downSelf limiting of fast thermal transientsProtection against loss of ground and loss of VCCon of the PowerMOS (see Application schematic on page18)Electrostatic discharge protectionApplication All types of resistive, inductive and capacitive loads Suitable for power management applicationsDescriptionThe VND5004ATR-E and VND5004ASP30-E are devices made using STMicroelectronics VIPower technology. They are intended for driving resistive ground. Active VCC pin voltage clamp and load dump protection circuit protect the devices against transients on the Vcc pin (see ISO7637 transient compatibility tabl specifications . . . . . . . . . . . . . . . .
Other Descriptions
| VCSD0V Fichatécnicade | VCSD0V 數據 | VCSD0V replacement | VCSD0V Circuit |
| VCSD0V Fichetechnique | VCSD0V équivalent | VCSD0V Xref | VCSD0V Fiche technique |
| VCSD0V Revision | VCSD0V 相等於 | VCSD0V gleichwertige | VCSD0V Capacity |
| VCSD0V 数据 | VCSD0V 相等于 | VCSD0V Availability | CURRENTSENSE1 Distributor |
| CURRENTSENSE1 Distribution | CURRENTSENSE1 Leadtime | CURRENTSENSE1 δελτίο | CURRENTSENSE1 Circuit |
| CURRENTSENSE1 Technical Specs | CURRENTSENSE1 Schematische | CURRENTSENSE1 Schematic | CURRENTSENSE1 PCN |
| CURRENTSENSE1 Explanation | CURRENTSENSE1 Inventory | CURRENTSENSE1 Revision | CURRENTSENSE1 データシート |
| CURRENTSENSE1 Schematico | CURRENTSENSE1 Availability | OUT15A Distributor | OUT15A Distribution |
| OUT15A Fichatécnicade | OUT15A Feature | OUT15A δελτίο | OUT15A Circuit |
| OUT15A Samples | OUT15A Catalog | OUT15A Design Idea | OUT15A 相等於 |
| OUT15A 数据 | OUT15A Product Brief | OUT15A данные | OUT15A 데이터시트 |
| OUT15A Design | LHHH0 RoHS | LHHH0 Prototyping | LHHH0 Datasheet |
| LHHH0 Archive | LHHH0 Fiche technique | LHHH0 Errata | LHHH0 Ersatz |
| LHHH0 Description | LHHH0 データシート | LHHH0 Features | LHHH0 PDF |
| LHHH0 Options | LHHH0 Cross Reference | LHHH0 데이터시트 | LHHH0 Design |
| ISENSE1,2INPUT1 Schéma | ISENSE1,2INPUT1 Distribution | ISENSE1,2INPUT1 Specs | ISENSE1,2INPUT1 Leadtime |
| ISENSE1,2INPUT1 Reference Design | ISENSE1,2INPUT1 Fichetechnique | ISENSE1,2INPUT1 Technical Specs | ISENSE1,2INPUT1 MOQ |
| ISENSE1,2INPUT1 équivalent | ISENSE1,2INPUT1 PCN | ISENSE1,2INPUT1 Release Notes | ISENSE1,2INPUT1 Revision |
| ISENSE1,2INPUT1 Equivalent | ISENSE1,2INPUT1 Capacity | ISENSE1,2INPUT1 Cross Reference | IOUT1 Component |
| IOUT1 Distribution | IOUT1 Specs | IOUT1 Operating Parameter | IOUT1 δελτίο |
| IOUT1 Archive | IOUT1 equivalente | IOUT1 Prototype | IOUT1 EOL |
| IOUT1 Revision | IOUT1 Description | IOUT1 Ficha técnica de | IOUT1 Scheda |
| IOUT1 Схематический | IOUT1 Data Sheet | V1h9 Component | V1h9 Leadtime |
| V1h9 Reference Design | V1h9 Circuit | V1h9 equivalente | V1h9 End-of-Life |
| V1h9 Example | V1h9 Explanation | V1h9 EOL | V1h9 gleichwertige |
| V1h9 Capacity | V1h9 Features | V1h9 Ficha técnica de | V1h9 Product Brief |
| V1h9 相等于 | V5000 Distribution | V5000 Prototyping | V5000 Fichatécnicade |
| V5000 회로도 | V5000 Broker | V5000 Samples | V5000 Schematic |
| V5000 Prototype | V5000 Xref | V5000 Description | V5000 Equivalent |
| V5000 Capacity | V5000 示意圖 | V5000 Schematico | V5000 Product Brief |
| V-150 RoHS | V-150 Schéma | V-150 Fichatécnicade | V-150 equivalente |
| V-150 MOQ | V-150 Example | V-150 Schematic | V-150 Design Idea |
| V-150 Ficha técnica | V-150 gleichwertige | V-150 Suffix | V-150 Capacity |
| V-150 Mechanical Outline | V-150 Data Sheet | V-150 Design | ISO7637 PDF |
| ISO7637 Design Idea | ISO7637 Ersatz | ISO7637 Release Notes | ISO7637 Distribution |
| ISO7637 Samples | ISO7637 Description | ISO7637 相等于 | ISO7637 Pin-out |
| ISO7637 Datenblatt | ISO7637 Errata | ISO7637 Broker | ISO7637 Stock |
| ISO7637 Схематический | ISO7637 Distributor |











