STMicroelectronics TIP120 BJT Power Darlington Transistor NPN TO220 (Pack of 10)
STMicroelectronics brings you their latest NPN TIP120 Darlington transistor, a component that can easily provide you with much higher current gain values. This Darlington transistor array's maximum emitter base voltage is 5 V. This product's maximum continuous DC collector current is 5 A, while its minimum DC current gain is firstname.lastname@example.orgA@3 V|1000@3A@3V.
It has a maximum collector emitter saturation voltage of 2@12mA@3A|4@20mA@5A V. Its maximum power dissipation is 2000 mW. In order to ensure parts aren't damaged by bulk packaging, this product comes in tube packaging to add a little more protection by storing the loose parts in an outer tube. It has a maximum collector emitter voltage of 60 V and a maximum emitter base voltage of 5 V. This Darlington transistor array has an operating temperature range of -65 Â°C to 150 Â°C.
The STMicroelectronics TIP120 are manufactured in planar technology with âbase islandâ layout and monolithic Darlington configuration. The resulting transistors show exceptional high gain performance coupled with very low saturation voltage.
- 3 x TIP120
This item features:
- Low collector-emitter saturation voltage
- General purpose linear and switching
- Thermal overload protection
- Short circuit protection
- Output transition SOA protection
- New and Authentic Component(s) - STMicroelectronics TIP120 BJT Power Darlington Transistor NPN TO220AB IC
- Friendly Note: Be mindful of the many, inexpensive, counterfeits available on the market.
Shipping and general details:
- Shipping is free in the United States and shipped via USPS First Class.
- We do our best to offer you great pricing.
- Orders are packaged in custom-cut (dependent on quantity of chips ordered) anti-static tubes, providing excellent ESD protection.
- 30-Day Return Policy.
- We are expanding on a daily basis. If you do not see the part, or quantity of the part, you are looking for, please, let us know. We will do our best to accommodate you.