BC857BW-7-F Datasheet & Equivalents

PNP SOT-323 General Purpose DIODES
VCEO
45V
Ic Max
100mA
Pd Max
200mW
hFE Gain
475

Quick Reference

The BC857BW-7-F is a PNP bipolar junction transistor in a SOT-323 package, manufactured by DIODES. It supports a breakdown voltage of 45V and continuous collector current of 100mA. It is widely used in switching and amplification circuits.

Technical Specifications

ParameterValueDescription
ManufacturerDIODESOriginal Manufacturer
PackageSOT-323Physical mounting
Transistor TypeBJTBipolar Junction Transistor
CategorySingleConfiguration
Collector-Emitter Voltage (VCEO)45VMax breakdown voltage
Collector Current (Ic)100mAMax current handling
Power Dissipation (Pd)200mWMax thermal limit
DC Current Gain (hFE)475Base signal amplification ratio
Transition Frequency (fT)200MHzMax operating frequency
Saturation Voltage (VCEsat)75mVVoltage drop when fully ON
Emitter-Base Voltage (Vebo)5VMax emitter-base breakdown
Collector Cutoff Current4uALeakage current when OFF
Operating Temp-65โ„ƒ~+150โ„ƒSafe junction temperature range

Equivalent Transistors & Alternatives

PartTypePackageVCEOIChFEPdManufacturer / Datasheet
BC857BW PNP SOT-323 45V 100mA 475 150mW
GOODWORK ๐Ÿ“„ PDF
BC857BW PNP SOT-323 45V 100mA 475 150mW
S9015W PNP SOT-323 45V 100mA 450 200mW
S9015W PNP SOT-323 45V 100mA 300 200mW
BC857BW PNP SOT-323 45V 100mA 220 200mW
Nexperia ๐Ÿ“„ PDF
115 PNP SOT-323 45V 100mA 220 150mW
LBC857BWT1G PNP SOT-323 45V 100mA 220 150mW
BC857BW PNP SOT-323 45V 100mA 125 200mW
Nexperia ๐Ÿ“„ PDF
BC857AW PNP SOT-323 45V 100mA 1000 200mW
115 PNP SOT-323 50V 150mA 400 100mW
JTDS9015W PNP SOT-323 50V 150mA 390 200mW
KTA2014-Y-RTK/P PNP SOT-323 50V 150mA 120 200mW
2SA1576AR PNP SOT-323 50V 150mA 120 200mW
2SA1576AT106Q PNP SOT-323 50V 150mA 120 200mW
2SA1576AT106R PNP SOT-323 50V 150mA 120 150mW
2SA1576AT106S PNP SOT-323 50V 150mA 70 200mW
L2SA1576AQT1G PNP SOT-323 50V 150mA 70 200mW
2SA1586-GR PNP SOT-323 65V 100mA 475 200mW
Nexperia ๐Ÿ“„ PDF
LF PNP SOT-323 65V 100mA 250 200mW
2SA1586-Y PNP SOT-323 65V 100mA 220 150mW