Сравнение

	AP7384-50V-A, AP7384-50V-A, 1 Low Dropout Voltage, Voltage Regulator 50mA, 5 V 3-Pin, TO-92	AP7383-44W5-7	SI4459ADY-T1-GE3
Цена	0 ₽	0 ₽	260 ₽
Информация о производителе	—	—	—
Основные	—	—	—
line regulation	0.05%/V	—	—
load regulation	0.5 V	—	—
mounting type	Through Hole	—	—
number of outputs	1	—	—
package type	TO-92	—	—
minimum operating temperature	-40 °C	—	—
width	3.8mm	—	—
pin count	3	—	8
maximum operating temperature	+125 °C	—	—
output type	Fixed	—	—
output voltage	5 V	—	—
minimum input voltage	3.3 V	—	—
polarity	Positive	—	—
maximum input voltage	40 V	—	—
maximum output current	50mA	—	—
Вес и габариты	—	—	—
quiescent current	2.5µA	—	—
regulator type	Low Dropout Voltage	—	—
вес, г	—	—	0.187
packaging	—	—	Tape and Reel
product category	—	—	Power MOSFET
automotive	—	—	No
eu rohs	—	—	Compliant with Exemption
lead shape	—	—	Gull-wing
maximum operating temperature (°c)	—	—	150
mounting	—	—	surface mount
part status	—	—	active
pcb changed	—	—	8
ppap	—	—	No
standard package name	—	—	SOP
supplier package	—	—	SOIC N
eccn (us)	—	—	ear99
maximum power dissipation (mw)	—	—	3500
minimum operating temperature (°c)	—	—	-55
configuration	—	—	Single Quad Drain Triple Source
process technology	—	—	TrenchFET
number of elements per chip	—	—	1
channel type	—	—	P
channel mode	—	—	Enhancement
maximum continuous drain current (a)	—	—	29
maximum drain source resistance (mohm)	—	—	5 10V
maximum drain source voltage (v)	—	—	30
maximum gate source voltage (v)	—	—	±20
maximum gate threshold voltage (v)	—	—	2.5
typical fall time (ns)	—	—	20\|40
typical gate charge @ 10v (nc)	—	—	129
typical gate charge @ vgs (nc)	—	—	129 10V\|61 4.5V
typical input capacitance @ vds (pf)	—	—	6000 15V
typical rise time (ns)	—	—	16\|130
typical turn-off delay time (ns)	—	—	80\|60
typical turn-on delay time (ns)	—	—	16\|75
rds on - drain-source resistance	—	—	5mО© @ 15A,10V
transistor polarity	—	—	P Channel
vds - drain-source breakdown voltage	—	—	30V
vgs - gate-source voltage	—	—	2.5V @ 250uA
continuous drain current (id) @ 25в°c	—	—	29A(Tc)
power dissipation-max (ta=25в°c)	—	—	7.8W(Tc)
typical output capacitance (pf)	—	—	860
typical gate to drain charge (nc)	—	—	23.5
typical gate to source charge (nc)	—	—	16.5
typical reverse recovery charge (nc)	—	—	74