S9013 NPN Small Signal Transistor

Part number S9013

2 offers in stock at 2 shopsEGP 0.75 – 1

EGP 0.75 at Makers Electronics

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S9013 NPN Small Signal Transistor
Makers Electronics
checked 20 days ago
EGP 0.75
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S9013 NPN Transistor
Micro Ohm
Price may be out of date (74 days)
EGP 1
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FromMakers ElectronicsMicro Ohm

From Makers Electronics's description

The S9013 is a medium-power NPN transistor used for general purpose switching and amplification. It features a high transition frequency of 140MHz, making it suitable for high-frequency applications. It also has a relatively large collector current capacity of 500mA. S9013 Pinout Description Pin Number Pin Name Description 1 Emitter Current flows out of this terminal 2 Base Current into this terminal controls current between the collector and emitter 3 Collector Current flows into this terminal Features and Specifications Type – n-p-n Collector-Emitter Voltage: 25 V Collector-Base Voltage: 45 V Emitter-Base Voltage: 5 V Collector Current Continuous: 500 mA Collector Dissipation: 625 mW DC Current Gain (h fe ): 64 to 400 Transition Frequency : 150 MHz Operating and Storage Junction Temperature Range: -55 to +150 °C Note: Complete technical details can be found in the S9013 datasheet linked at the end of this page. How To Use S9013 Transistor The S9013 is a high current fast NPN transistor that can be used for general-purpose switching and amplification. It has a transition frequency of 140MHz. The transition frequency of a transistor is the frequency at which current gain drops to one, beyond which the transistor can no longer amplify signals. This limited bandwidth is due to internal parasitic capacitances. The S9013 also has a high collector current rating of 500mA. However, at high currents, the gain drops off rapidly and a base current of up to 50mA is needed to achieve high collector currents. The power dissipation must also be taken into account. While the package is capable of dissipating 625mW, the thermal resistance of the TO-92 case limits the practical power dissipation. The thermal resistance is specified in degrees Celsius per watt. It specifies the rise in temperature for given power dissipation, and the junction temperature must never rise above 150˚C. Applications High-frequency amplifiers Switching converters High-current drivers Component Datasheet S9013 Transistor Datasheet

S9013 NPN Small Signal Transistor

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