IRFP460A

IRFP460, IRFP460A, IRFP460APBF, IRFP460C, IRFP460LC, IRFP460LCPBF, IRFP460N, IRFP460NPBF, IRFP460P, IRFP460PBF, IRFP460_R4943

This page is planned to add content in the near future.

Please, hit "Vote" button if you interested in it, so we can know which pages must be filled out first of all. Up to 10 votes per day are accepted from one IP address

Description

Parameters

ParameterIRFP460AIRFP460APBFIRFP460CIRFP460LCIRFP460LCPBFIRFP460NIRFP460NPBFIRFP460PIRFP460PBFIRFP460_R4943
IC package
Package
TO-247AD, TO-247-3 (Straight Leads), TO-247ACTO-247AD, TO-247-3 (Straight Leads), TO-247ACTO-247AD, TO-3PN-3TO-247AD, TO-247-3 (Straight Leads), TO-247ACTO-247AD, TO-247-3 (Straight Leads), TO-247ACTO-247AD, TO-247-3 (Straight Leads), TO-247ACTO-247AD, TO-247-3 (Straight Leads), TO-247ACTO-247AD, TO-247-3 (Straight Leads), TO-247ACTO-247AD, TO-247-3 (Straight Leads), TO-247ACTO-247AD, TO-247-3
Manufacturer
Manufacturer
Vishay/SiliconixVishay/SiliconixFairchild SemiconductorVishay/SiliconixVishay/SiliconixVishay/SiliconixVishay/SiliconixVishay/SiliconixVishay/SiliconixFairchild Semiconductor
Type of mounting a component on a board/circuit
Mount
Through-hole
Power dissipation
P
<280 W<280 W<235 W<280 W<280 W<280 W<280 W<280 W<280 W<250 W
Input capacitance of field effect transistor
Ciss
3.1 nFVds = 25V3.1 nFVds = 25V6 nFVds = 25V3.6 nFVds = 25V3.6 nFVds = 25V3.54 nFVds = 25V3.54 nFVds = 25V4.2 nFVds = 25V4.2 nFVds = 25V4.1 nFVds = 25V
Continuous voltage between drain and source
UDSS
<500 V
Continuous drain current
IDSS
<20 A
FET channel type
Channel
N-ch
Channel resistance at ON state
RDS-ON
<270 mΩId, Vgs = 12A, 10V<270 mΩId, Vgs = 12A, 10V<240 mΩId, Vgs = 10A, 10V<270 mΩId, Vgs = 12A, 10V<270 mΩId, Vgs = 12A, 10V<240 mΩId, Vgs = 12A, 10V<240 mΩId, Vgs = 12A, 10V<270 mΩId, Vgs = 12A, 10V<270 mΩId, Vgs = 12A, 10V<270 mΩId, Vgs = 11A, 10V
MOSFET series
Series
MegaMOS™MegaMOS™MegaMOS™MegaMOS™MegaMOS™MegaMOS™MegaMOS™HEXFET®MegaMOS™MegaMOS™
Gate charge
QG
105 nCVgs = 10V105 nCVgs = 10V170 nCVgs = 10V120 nCVgs = 10V120 nCVgs = 10V124 nCVgs = 10V124 nCVgs = 10V210 nCVgs = 10V210 nCVgs = 10V190 nCVgs = 10V
FET Feature
FET Feature
Standard