BC808-25LT1G Datasheet & Equivalents

PNP SOT-23 General Purpose onsemi
VCEO
25V
Ic Max
500mA
Pd Max
225mW
hFE Gain
160

Quick Reference

The BC808-25LT1G is a PNP bipolar junction transistor in a SOT-23 package, manufactured by onsemi. 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
ManufactureronsemiOriginal 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)225mWMax thermal limit
DC Current Gain (hFE)160Base signal amplification ratio
Transition Frequency (fT)100MHzMax operating frequency
Saturation Voltage (VCEsat)700mVVoltage 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
MMS9012-H-TP PNP SOT-23 25V 500mA 200 300mW
S8550 2TY(RANGE:200-350) PNP SOT-23 25V 500mA 120 300mW
S8550(RANGE:120-200) PNP SOT-23 25V 500mA 120 300mW
S9012 2T1(RANGE:200-350) PNP SOT-23 25V 500mA 120 300mW
S9012(RANGE:120-200) PNP SOT-23 25V 500mA 120 300mW
S8550 PNP SOT-23 25V 500mA 120 300mW
S8550 PNP SOT-23 25V 500mA 120 300mW
S8550 PNP SOT-23 25V 500mA 120 300mW
S8550 PNP SOT-23 25V 500mA 120 300mW
HXY MOSFET ๐Ÿ“„ PDF
S8550 PNP SOT-23 25V 500mA 120 300mW
S8550 PNP SOT-23 25V 500mA 200 300mW
S9012 PNP SOT-23 25V 500mA 120 300mW
S9012 PNP SOT-23 25V 500mA 120 300mW
S9012 PNP SOT-23 25V 500mA 120 300mW
S9012 PNP SOT-23 25V 500mA 120 300mW
S9012 PNP SOT-23 25V 500mA 260 300mW
S9012 PNP SOT-23 25V 500mA 40 300mW
S8550 PNP SOT-23 25V 500mA - 300mW
MMS8550HE3-H-HXY PNP SOT-23 25V 500mA 350 300mW
HXY MOSFET ๐Ÿ“„ PDF
MMS9012HE3-H-HXY PNP SOT-23 25V 500mA 350 300mW
HXY MOSFET ๐Ÿ“„ PDF