Documente tehnice
Specificatii
Marca
ON SemiconductorTransistor Type
NPN
Maximum DC Collector Current
5 A
Tip pachet
TO-220
Timp montare
Through Hole
Maximum Power Dissipation
120 W
Minimum DC Current Gain
8
Numar pini
3
Temperatura minima de lucru
-55 °C
Dimensiuni
10.67 x 4.83 x 16.51mm
Temperatura maxima de lucru
+125 °C
Detalii produs
ESBC™ Power Transistor, Fairchild Semiconductor
Bipolar NPN power transistors designed for use in ESBC™ (Emitter-Switched Bipolar/MOSFET Cascode) configurations together with appropriate power MOSFET devices. This power switch configuration provides increased efficiency, flexibility and robustness and driving power is minimized due to the absence of Miller capacitance in the design.
Bipolar Transistors, Fairchild Semiconductor
Bipolar Junction Transistors (BJT) broad range provides complete solutions for various circuit application needs. Innovative packages are designed for minimal size, highest reliability and maximum thermal performance.
P.O.A.
Buc. (Intr-un pachet de 10) (fara TVA)
10
P.O.A.
Buc. (Intr-un pachet de 10) (fara TVA)
10
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Documente tehnice
Specificatii
Marca
ON SemiconductorTransistor Type
NPN
Maximum DC Collector Current
5 A
Tip pachet
TO-220
Timp montare
Through Hole
Maximum Power Dissipation
120 W
Minimum DC Current Gain
8
Numar pini
3
Temperatura minima de lucru
-55 °C
Dimensiuni
10.67 x 4.83 x 16.51mm
Temperatura maxima de lucru
+125 °C
Detalii produs
ESBC™ Power Transistor, Fairchild Semiconductor
Bipolar NPN power transistors designed for use in ESBC™ (Emitter-Switched Bipolar/MOSFET Cascode) configurations together with appropriate power MOSFET devices. This power switch configuration provides increased efficiency, flexibility and robustness and driving power is minimized due to the absence of Miller capacitance in the design.
Bipolar Transistors, Fairchild Semiconductor
Bipolar Junction Transistors (BJT) broad range provides complete solutions for various circuit application needs. Innovative packages are designed for minimal size, highest reliability and maximum thermal performance.