onsemi TIP120G NPN Darlington Transistor, 8 A 60 V HFE:1000, 3-Pin TO-220

RS-artikelnummer:: 103-5146
Tillv. art.nr:: TIP120G
Tillverkare / varumärke:: onsemi

onsemi TIP120G NPN Darlington Transistor, 8 A 60 V HFE:1000, 3-Pin TO-220

450 I lager för avsändande samma dag

Lagt till varukorgen

Pris (ex. moms) Var (i ett rör med 50)

6,446 kr

(exkl. moms)

8,058 kr

(inkl. moms)

Enheter	Per unit	Per Tube*
50 - 50	6,446 kr	322,30 kr
100 - 450	4,667 kr	233,35 kr
500 - 950	3,893 kr	194,65 kr
1000 +	3,442 kr	172,10 kr

RS-artikelnummer:: 103-5146
Tillv. art.nr:: TIP120G
Tillverkare / varumärke:: onsemi

Datablad

Lagstiftning och ursprungsland

COO (Country of Origin):: CN

Produktdetaljer

NPN Darlington Transistors, ON Semiconductor

Standards

Manufacturer Part Nos with S or NSV prefix are automotive qualified to AEC-Q101 standard.

The ON Semiconductor TIP120G is a medium power NPN Darlington bipolar power transistor. It is designed to be used as an output device for general purpose amplifier and low-speed switching applications.
The TIP120G comes in a plastic TO-220AB through-hole package.

• High DC Current Gain
• Low collector-emitter saturation voltage
• Monolithic Construction
• Built-in Base Emitter Shunt Resistor
• Compact package
• NPN Polarity

Versions Available:
774-3653 - pack of 10
103-5146 - tube of 50

Specifikationer

Attribute	Value
Transistor Type	NPN
Maximum Continuous Collector Current	8 A
Maximum Collector Emitter Voltage	60 V
Maximum Emitter Base Voltage	5 V
Package Type	TO-220
Mounting Type	Through Hole
Pin Count	3
Transistor Configuration	Single
Number of Elements per Chip	1
Minimum DC Current Gain	1000
Maximum Collector Base Voltage	60 V
Maximum Collector Emitter Saturation Voltage	4 V
Maximum Collector Cut-off Current	0.5mA
Maximum Power Dissipation	65 W
Minimum Operating Temperature	-65 °C
Maximum Operating Temperature	+150 °C
Length	15.75mm
Width	10.28mm
Height	4.82mm
Dimensions	15.75 x 10.28 x 4.82mm

RS-artikelnummer:: 103-5146
Tillv. art.nr:: TIP120G
Tillverkare / varumärke:: onsemi