HFMMT718TC Datasheet & Equivalents

PNP SOT-23 General Purpose HXY MOSFET
VCEO
20V
Ic Max
1.5A
Pd Max
350mW
hFE Gain
300

Quick Reference

The HFMMT718TC is a PNP bipolar junction transistor in a SOT-23 package, manufactured by HXY MOSFET. It supports a breakdown voltage of 20V and continuous collector current of 1.5A. It is widely used in switching and amplification circuits.

Technical Specifications

ParameterValueDescription
ManufacturerHXY MOSFETOriginal Manufacturer
PackageSOT-23Physical mounting
Transistor TypeBJTBipolar Junction Transistor
CategorySingleConfiguration
Collector-Emitter Voltage (VCEO)20VMax breakdown voltage
Collector Current (Ic)1.5AMax current handling
Power Dissipation (Pd)350mWMax thermal limit
DC Current Gain (hFE)300Base signal amplification ratio
Transition Frequency (fT)150MHzMax operating frequency
Saturation Voltage (VCEsat)-Voltage drop when fully ON
Emitter-Base Voltage (Vebo)-Max emitter-base breakdown
Collector Cutoff Current-Leakage current when OFF
Operating Temp-55โ„ƒ~+150โ„ƒSafe junction temperature range

Equivalent Transistors & Alternatives

PartTypePackageVCEOIChFEPdManufacturer / Datasheet
SS8550 PNP SOT-23 20V 1.5A 400 300mW
FMMT718TA PNP SOT-23 20V 1.5A 150 625mW
FMMT718TC PNP SOT-23 20V 1.5A 150 625mW
FMMT718 PNP SOT-23 20V 1.5A 150 625mW
FMMT718 PNP SOT-23 20V 1.5A 600 350mW
HXY MOSFET ๐Ÿ“„ PDF
FMMT718 PNP SOT-23 20V 1.5A 600 350mW
DSS5220TQ-7 PNP SOT-23 20V 2A 225 600mW
DSS5220T-13 PNP SOT-23 20V 2A 200 1.2W
DSS5320T-7 PNP SOT-23 20V 2A 200 600mW
PBSS5220T PNP SOT-23 20V 2A 200 480mW
Nexperia ๐Ÿ“„ PDF
215 PNP SOT-23 20V 2A 200 540mW
Nexperia ๐Ÿ“„ PDF
PBSS5320T PNP SOT-23 20V 2A 180 350mW
215 PNP SOT-23 20V 2A 450 1.2W
BLUE ROCKET ๐Ÿ“„ PDF
2SA1585(RANGE:180-390) PNP SOT-23 20V 2.5A 200 625mW
PBSS5320T PNP SOT-23 25V 1.5A 300 300mW
2SA2061(TE85L PNP SOT-23 25V 1.5A 320 350mW
F) PNP SOT-23 25V 1.5A 260 300mW
SS8550(RANGE:300-400) PNP SOT-23 25V 1.5A 350 300mW
HXY MOSFET ๐Ÿ“„ PDF
B772 PNP SOT-23 25V 1.5A 350 300mW
HXY MOSFET ๐Ÿ“„ PDF
SS8550 PNP SOT-23 25V 1.5A 400 200mW