S8050 Datasheet & Equivalents

NPN SOT-23 General Purpose Chao He
VCEO
25V
Ic Max
500mA
Pd Max
300mW
hFE Gain
-

Quick Reference

The S8050 is a NPN bipolar junction transistor in a SOT-23 package, manufactured by Chao He. It supports a breakdown voltage of 25V and continuous collector current of 500mA. It is widely used in switching and amplification circuits.

Technical Specifications

ParameterValueDescription
ManufacturerChao HeOriginal Manufacturer
PackageSOT-23Physical mounting
Transistor TypeBJTBipolar Junction Transistor
CategorySingleConfiguration
Collector-Emitter Voltage (VCEO)25VMax breakdown voltage
Collector Current (Ic)500mAMax current handling
Power Dissipation (Pd)300mWMax thermal limit
DC Current Gain (hFE)-Base signal amplification ratio
Transition Frequency (fT)150MHzMax operating frequency
Saturation Voltage (VCEsat)600mV@500mA,50mAVoltage drop when fully ON
Emitter-Base Voltage (Vebo)5VMax emitter-base breakdown
Collector Cutoff Current100nALeakage current when OFF
Operating Temp-55โ„ƒ~+150โ„ƒSafe junction temperature range

Equivalent Transistors & Alternatives

PartTypePackageVCEOIChFEPdManufacturer / Datasheet
S9013 NPN SOT-23 25V 500mA - 225mW
S9013 NPN SOT-23 25V 500mA 40 300mW
MMS8050-H-TP NPN SOT-23 25V 500mA 120 300mW
S8050(0.5A) NPN SOT-23 25V 500mA 120 300mW
S8050(RANGE:120-200) NPN SOT-23 25V 500mA 120 300mW
S8050-HQ NPN SOT-23 25V 500mA 120 300mW
S9013 J3(RANGE:200-350) NPN SOT-23 25V 500mA 120 300mW
S9013(RANGE:120-200) NPN SOT-23 25V 500mA 120 300mW
S9013 NPN SOT-23 25V 500mA 120 300mW
S9013 NPN SOT-23 25V 500mA 120 300mW
S9013 NPN SOT-23 25V 500mA 120 300mW
S9013 NPN SOT-23 25V 500mA 120 300mW
S9013 NPN SOT-23 25V 500mA 120 300mW
HXY MOSFET ๐Ÿ“„ PDF
S9013 NPN SOT-23 25V 500mA 120 300mW
S8050 J3Y(RANGE:200-350) NPN SOT-23 25V 500mA 200 300mW
S9013 NPN SOT-23 25V 500mA 200 300mW
BC818-40LT1G NPN SOT-23 25V 500mA 250 225mW
MMS8050-H-HXY NPN SOT-23 25V 500mA 350 350mW
HXY MOSFET ๐Ÿ“„ PDF
MMS9013-H-TP NPN SOT-23 25V 500mA 350 300mW
MMS9013HE3-H-HXY NPN SOT-23 25V 500mA 350 350mW
HXY MOSFET ๐Ÿ“„ PDF