Сравнение

	AP7384-50V-A, AP7384-50V-A, 1 Low Dropout Voltage, Voltage Regulator 50mA, 5 V 3-Pin, TO-92	AP7383-44W5-7	STAC4932F, Trans RF MOSFET N-CH 200V 4-Pin STAC244F Loose
Цена	0 ₽	0 ₽	18 640 ₽
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	—	4
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	—	—
moisture sensitivity level (msl)	—	—	3 (168 Hours)
package	—	—	Tray
package / case	—	—	STAC244F
rohs status	—	—	ROHS3 Compliant
eccn	—	—	EAR99
htsus	—	—	8541.29.0095
reach status	—	—	REACH Unaffected
supplier device package	—	—	STAC244F
packaging	—	—	Loose
automotive	—	—	No
eu rohs	—	—	compliant
lead shape	—	—	Flat
maximum operating temperature (°c)	—	—	200
mounting	—	—	surface mount
part status	—	—	active
pcb changed	—	—	4
supplier package	—	—	STAC244F
base product number	—	—	STAC4932 ->
eccn (us)	—	—	ear99
minimum operating temperature (°c)	—	—	-65
configuration	—	—	Dual Common Source
package height	—	—	4.32(Max)
package length	—	—	20.7(Max)
package width	—	—	9.91(Max)
number of elements per chip	—	—	2
frequency	—	—	123MHz
gain	—	—	26dB
channel type	—	—	N
maximum frequency (mhz)	—	—	250
other related documents	—	—	http://www.st.com/web/catalog/sense_power/FM1987/C
voltage - rated	—	—	200V
current - test	—	—	250mA
channel mode	—	—	Enhancement
maximum drain source voltage (v)	—	—	200
maximum gate source leakage current (na)	—	—	250
maximum gate source voltage (v)	—	—	±20
maximum gate threshold voltage (v)	—	—	4
maximum idss (ua)	—	—	1000
typical input capacitance @ vds (pf)	—	—	570@100V
military	—	—	No
transistor type	—	—	N-Channel
output power (w)	—	—	1200(Typ)
power - output	—	—	1200W
typical power gain (db)	—	—	26
voltage - test	—	—	100V
typical reverse transfer capacitance @ vds (pf)	—	—	8@100V
typical output capacitance @ vds (pf)	—	—	134@100V
typical forward transconductance (s)	—	—	6
typical drain efficiency (%)	—	—	60