SI4435DDY-T1-GE3

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Semiconductors\Discrete Semiconductors\Transistors\MOSFETTrans MOSFET P-CH 30V 8.1A 8-Pin SOIC N T/R
Основные
pin count8
packagingTape and Reel
product categoryPower MOSFET
automotiveNo
220
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Бонус: 4.4 !
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Итого: 220
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Semiconductors\Discrete Semiconductors\Transistors\MOSFETTrans MOSFET P-CH 30V 8.1A 8-Pin SOIC N T/R
Основные
pin count8
packagingTape and Reel
product categoryPower MOSFET
automotiveNo
eu rohsCompliant
lead shapeGull-wing
maximum operating temperature (°c)150
mountingSurface Mount
part statusNRND
pcb changed8
ppapNo
standard package nameSOP
supplier packageSOIC N
eccn (us)EAR99
maximum power dissipation (mw)2500
minimum operating temperature (°c)-55
configurationSingle Quad Drain Triple Source
process technologyTrenchFET
Вес и габариты
number of elements per chip1
channel typeP
channel modeEnhancement
maximum continuous drain current (a)8.1
maximum drain source resistance (mohm)24 10V
maximum drain source voltage (v)30
maximum gate source leakage current (na)100
maximum gate source voltage (v)±20
maximum gate threshold voltage (v)3
maximum idss (ua)1
typical fall time (ns)12|16
typical gate charge @ 10v (nc)32
typical gate charge @ vgs (nc)32 10V|15 4.5V
typical input capacitance @ vds (pf)1350 15V
typical rise time (ns)8|35
typical turn-off delay time (ns)40|45
typical turn-on delay time (ns)10|42
rds on - drain-source resistance24mО© @ 9.1A,10V
transistor polarityP Channel
vds - drain-source breakdown voltage30V
vgs - gate-source voltage3V @ 250uA
continuous drain current (id) @ 25в°c11.4A
power dissipation-max (ta=25в°c)2.5W
operating junction temperature (°c)-55 to 150
typical output capacitance (pf)215
maximum continuous drain current on pcb @ tc=25°c (a)8.1
maximum diode forward voltage (v)1.2
maximum junction ambient thermal resistance on pcb (°c/w)85
maximum positive gate source voltage (v)20
maximum power dissipation on pcb @ tc=25°c (w)2.5
maximum pulsed drain current @ tc=25°c (a)50
minimum gate threshold voltage (v)1
typical diode forward voltage (v)0.75
typical gate plateau voltage (v)3.5
typical gate to drain charge (nc)7.5
typical gate to source charge (nc)4
typical reverse recovery charge (nc)22
typical reverse recovery time (ns)34
typical reverse transfer capacitance @ vds (pf)185 15V
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