Dual P-Channel Enhancement Mode Field Effect Trans
FEATURES-30V, -4.9A, RDS(ON) = 53mW @VGS = -10V. RDS(ON) = 95mW @VGS = -4.5V.Super hig dense cell design for extremely low RDS(ON).High power and current handing capability.Surface mount Package.ABSOLUTE MAXIMUM RATINGS TA = 25 C unless otherwise notedParameterymbolLimitUnitsDrain-Source VoltageGate-Source VoltageDrain Current-ContinuousDrain Current-Pulsed aMaximum Power Dissipation VDSVGSIDPDIDM-302.0-30-4.9 20VWAAV5 - 131SO-81D1 D1 D2 D2S1 G1 S2 G287651234Lead free product is acquired.1999.Aprilhttp://www.cetsemi.com5Operating and Store Temperature RangeTJ,Ttg-55 to 150 CThermal CharacteristicsThermal Resistance, Junction-to-Ambient bParameterSymbolLimitUnitsC/W62.5RqJACEM4953Electrical Characteristics TA = 25 C unless otherwise notedParameterSymbolMinUnitsOff CharacteristicsDrain-Source Breakdown VoltageZero Gate Voltage Drain CurrentGate Body Leakage Current, ForwardForwand TransconductanceGate Threshold VoltageStatic Drain-SourceOn-ResistanceBVDSSIDSSIGSSRIGSSF5346-1-3-100 100-1m Datasheet3. TJM-TA = P* RJA (t)4. Duty Cycle, D=t1/t2100Single Pulse10-110-20.020.050.10.2D=0.5CEM4953Electrical Characteristics TA = 25 C unless otherwise notedParameterSymbolMinUnitsOff CharacteristicsDrain-Source Breakdown VoltageZero Gate Voltage Drain CurrentGate Body Leakage Current, ForwardForward TransconductanceGate Threshold VoltageStatic Drain-SourceOn-ResistanceBVDSSIDSSIGSSRIGSSF5346-1-3-100 100-1mW VnAnA AVS5 - 132Gate Body Leakage Current, ReverseOn Characteristics cDynamic Characteristics dInput CapacitanceReverse Transfer CapacitanceOutput CapacitanceSwitching Characteristics dTurn-On Delay TimeTurn-Off Fall TimeTurn-Off Delay TimeTurn-On Rise TimeTotal Gate ChargeGate-Source ChargeGate-Drain ChargeDrain-Source Diode Characteristics and Maximun RatingsDrain-Source Diode Forward Current bDrain-Source Diode Forward Voltage cTest ConditionVGS = 0V, ID = -250 AVGS(th)RDS(on)gFSCissCossCrsstd(on)trtd(off)tfQgQgsQgdISVSDTypMax-30VDS = -30V, VGS = 0VVGS = 20V, VDS = 0VVGS = - Dual P-Channel Enhancement Mode Field Effect T
Other Descriptions
| TJM-TA Revision | TJM-TA Process Change Notification | TJM-TA Pin-out | TJM-TA 相等于 |
| TJM-TA Схематический | TJM-TA Ersatz | TJM-TA Reference Design | TJM-TA Datenblatt |
| TJM-TA MOQ | TJM-TA Explanation | TJM-TA Data Sheet | TJM-TA Availability |
| TJM-TA User Guide | TJM-TA Technical Specs | TJM-TA Example | M4953 示意圖 |
| M4953 Description | M4953 Data Sheet | M4953 Esquema | M4953 équivalent |
| M4953 Schematische | M4953 equivalente | M4953 Suffix | M4953 Design Idea |
| M4953 回路図 | M4953 Stock | M4953 회로도 | M4953 Datenblatt |
| M4953 Feature | M4953 Ersatz | RJA2 Design | RJA2 δελτίο |
| RJA2 數據 | RJA2 Description | RJA2 Pin-out | RJA2 Features |
| RJA2 équivalent | RJA2 Lead Time | RJA2 Broker | RJA2 Inventory |
| RJA2 Datasheet | RJA2 Cross Reference | RJA2 Options | RJA2 RoHS |
| RJA2 Schéma | D2S1 Samples | D2S1 데이터시트 | D2S1 數據 |
| D2S1 Revision | D2S1 PCN | D2S1 Component | D2S1 Process Change Notification |
| D2S1 Schematico | D2S1 회로도 | D2S1 данные | D2S1 Reference Design |
| D2S1 Lead Time | D2S1 Inventory | D2S1 User Guide | D2S1 EOL |
| 20VWAAV5 Ficha técnica de | 20VWAAV5 Samples | 20VWAAV5 데이터시트 | 20VWAAV5 Design |
| 20VWAAV5 Mechanical Outline | 20VWAAV5 Release Notes | 20VWAAV5 Xref | 20VWAAV5 данные |
| 20VWAAV5 Fichatécnicade | 20VWAAV5 Fiche technique | 20VWAAV5 Explanation | 20VWAAV5 Application Note |
| 20VWAAV5 Availability | 20VWAAV5 EOL | 20VWAAV5 Prototype | AVS5 데이터시트 |
| AVS5 Stock | AVS5 Pin-out | AVS5 Schematico | AVS5 Equivalent |
| AVS5 Distribution | AVS5 Distributor | AVS5 gleichwertige | AVS5 Application Note |
| AVS5 Technical Specs | AVS5 Errata | AVS5 Options | AVS5 replacement |
| AVS5 Archive | AVS5 Schematic | 131SO-81D1 Mechanical Outline | 131SO-81D1 Catalog |
| 131SO-81D1 Ficha técnica | 131SO-81D1 Esquema | 131SO-81D1 Schematico | 131SO-81D1 Xref |
| 131SO-81D1 数据 | 131SO-81D1 данные | 131SO-81D1 Reference Design | 131SO-81D1 Distributor |
| 131SO-81D1 Application Note | 131SO-81D1 Data Sheet | 131SO-81D1 End-of-Life | 131SO-81D1 Options |
| 131SO-81D1 Archive | A-50-2502550751 回路図 | A-50-2502550751 Circuit | A-50-2502550751 Description |
| A-50-2502550751 회로도 | A-50-2502550751 équivalent | A-50-2502550751 Suffix | A-50-2502550751 Fichetechnique |
| A-50-2502550751 Lead Time | A-50-2502550751 Capacity | A-50-2502550751 MOQ | A-50-2502550751 gleichwertige |
| A-50-2502550751 Explanation | A-50-2502550751 Cross Reference | A-50-2502550751 EOL | A-50-2502550751 Archive |
| CEM49535 データシート | CEM49535 Prototyping | CEM49535 Ersatz | CEM49535 Cross Reference |
| CEM49535 Esquema | CEM49535 Design Idea | CEM49535 Revision | CEM49535 Release Notes |
| CEM49535 相等於 | CEM49535 Schematische | CEM49535 Fiche technique | CEM49535 Features |
| CEM49535 Schematico | CEM49535 gleichwertige | CEM49535 данные | CTJ150 Features |
| CTJ150 Esquema | CTJ150 équivalent | CTJ150 Lead Time | CTJ150 Process Change Notification |
| CTJ150 Schematische | CTJ150 Availability | CTJ150 Pin-out | CTJ150 Schéma |
| CTJ150 Release Notes | CTJ150 Explanation | CTJ150 gleichwertige | CTJ150 Revision |
| CTJ150 Prototyping | CTJ150 Scheda |











