AGM305A Datasheet. Equivalente. Reemplazo. Hoja de especificaciones. Principales características

Número de Parte: AGM305A  📄📄 

Tipo de FET: MOSFET

Polaridad de transistor: N

ESPECIFICACIONES MÁXIMAS

Pdⓘ - Máxima disipación de potencia: 70 W

|Vds|ⓘ - Voltaje máximo drenador-fuente: 30 V

|Vgs|ⓘ - Voltaje máximo fuente-puerta: 20 V

|Id|ⓘ - Corriente continua de drenaje: 80 A

Tjⓘ - Temperatura máxima de unión: 150 °C

CARACTERÍSTICAS ELÉCTRICAS

trⓘ - Tiempo de subida: 14 nS

Cossⓘ - Capacitancia de salida: 235 pF

RDSonⓘ - Resistencia estado encendido drenaje a fuente: 0.0049 Ohm

Encapsulados: PDFN5X6

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AGM305A datasheet

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AGM305A

AGM305A Typical electrical and thermal characteristics Figure 2 Typical Transfer Characteristics Figure 1 Typical Output Characteristics Figure 4 On-Resistance vs. Junction Figure 3 Body-Diode Characteristics Temperature Figure 5 Capacitance Characteristics Figure 6 Gate-Charge Characteristics www.agm-mos.com 3 VER2.72 AGM305A Test circuits and Waveforms Gate charge cir

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AGM305A

AGM305AP General Description The AGM305AP combines advanced trench Product Summary MOSFET technology with a low resistance package to provide extremely low R . DS(ON) This device is ideal for load switch and battery BVDSS RDSON ID protection applications. 30V 4.5m 68A Features Advance high cell density Trench technology PDFN3.3*3.3 Pin Configuration Low R to

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AGM305A

AGM305MA General Description Product Summary The AGM305MA combines advanced trench MOSFET technology with a low resistance package to provide extremely low R . DS(ON) BVDSS RDSON ID switch and battery This device is ideal for load protection applications. 30V 4.6m 50A Features PDFN5*6 Pin Configuration Advance high cell density Trench technology Low R to minim

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agm305d.pdf pdf_icon

AGM305A

AGM305D www.agm-mos.com 3 VER2.71 AGM305D TYPICAL ELECTRICAL AND THERMAL CHARACTERISTICS (Curves) Figure 1. Output Characteristics Figure 2. Transfer Characteristics VDS Drain-to-Source Voltage(V) VGS Gate-to-Source Voltage(V) Figure 3. Max BVDSS vs Junction Temperature Figure 4. Drain Current TJ-Junction Temperature( ) TJ-Junction Temperature( ) Figure 5. VGS(th) vs Juncti

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