Microsemi Corporation 700 Hoja de datos

No.	parte #	Fabricante	Descripción
1	700-3	Microsemi Corporation	RECTIFIERS ASSEMBLIES
2	700-5	Microsemi Corporation	RECTIFIERS ASSEMBLIES
3	700	Microsemi Corporation	RECTIFIERS ASSEMBLIES
4	700-1	Microsemi Corporation	RECTIFIERS ASSEMBLIES
5	700-2	Microsemi Corporation	RECTIFIERS ASSEMBLIES
6	700-4	Microsemi Corporation	RECTIFIERS ASSEMBLIES
7	700-6	Microsemi Corporation	RECTIFIERS ASSEMBLIES
8	2N3700	Microsemi Corporation	LOW POWER NPN SILICON TRANSISTOR dix A for package ELECTRICAL CHARACTERISTICS (TA = 250C unless otherwise noted) outline Characteristics Symbol Min. Max. Unit OFF CHARACTERISTICS Collector-Base Breakdown Voltage IC = 100 µAdc V(BR)CBO 140 Vdc Emitter-Base Breakdown Volta
9	MPP4700	Microsemi Corporation	(MPP4201 - MPP4700) Pin Diode !" Tape and Reeled for Automatic Assembly !" Low Series Inductance (<0.2nH typical) !" Low Parasitic Capacitance (0.06 pf typical) !" Meets All Commercial Qualification Requirements !" 0204 Outline !" Very low thermal resistance W W W . Microsemi .
10	LX7001	Microsemi Corporation	TRANSIENT IMMUNE UNDERVOLTAGE SENSING CIRCUIT time after power returns. Additionally, the LX7001 offers excellent temperature stability. A high-quality trimmed voltage reference and bias circuit permit very accurate and repeatable undervoltage sensing. The remaining blocks consist of a comparat
11	LXM1700-05	Microsemi Corporation	PENTIUM II VRM MODULE of these converters is their ability to program the output voltage from 1.8 to 3.5V using a 5-bit word from the processors, providing automatic voltage adjustment for each individual processor. Other features include high efficiency, short-circuit pr
12	MPP4202	Microsemi Corporation	(MPP4201 - MPP4700) Pin Diode !" Tape and Reeled for Automatic Assembly !" Low Series Inductance (<0.2nH typical) !" Low Parasitic Capacitance (0.06 pf typical) !" Meets All Commercial Qualification Requirements !" 0204 Outline !" Very low thermal resistance W W W . Microsemi .
13	MPP4203	Microsemi Corporation	(MPP4201 - MPP4700) Pin Diode !" Tape and Reeled for Automatic Assembly !" Low Series Inductance (<0.2nH typical) !" Low Parasitic Capacitance (0.06 pf typical) !" Meets All Commercial Qualification Requirements !" 0204 Outline !" Very low thermal resistance W W W . Microsemi .
14	MPP4204	Microsemi Corporation	(MPP4201 - MPP4700) Pin Diode !" Tape and Reeled for Automatic Assembly !" Low Series Inductance (<0.2nH typical) !" Low Parasitic Capacitance (0.06 pf typical) !" Meets All Commercial Qualification Requirements !" 0204 Outline !" Very low thermal resistance W W W . Microsemi .
15	MPP4201	Microsemi Corporation	(MPP4201 - MPP4700) Pin Diode !" Tape and Reeled for Automatic Assembly !" Low Series Inductance (<0.2nH typical) !" Low Parasitic Capacitance (0.06 pf typical) !" Meets All Commercial Qualification Requirements !" 0204 Outline !" Very low thermal resistance W W W . Microsemi .
16	LXM1700-12	Microsemi Corporation	PENTIUM II VRM MODULE of these converters is their ability to program the output voltage from 1.8 to 3.5V using a 5-bit word from the processors, providing automatic voltage adjustment for each individual processor. Other features include high efficiency, short-circuit pr
17	LXM1700-XX	Microsemi Corporation	PENTIUM II VRM MODULE of these converters is their ability to program the output voltage from 1.8 to 3.5V using a 5-bit word from the processors, providing automatic voltage adjustment for each individual processor. Other features include high efficiency, short-circuit pr
18	LXM1700A-05	Microsemi Corporation	PENTIUM II VRM MODULE of these converters is their ability to program the output voltage from 1.8 to 3.5V using a 5-bit word from the processors, providing automatic voltage adjustment for each individual processor. Other features include high efficiency, short-circuit pr
19	LXM1700A-12	Microsemi Corporation	PENTIUM II VRM MODULE of these converters is their ability to program the output voltage from 1.8 to 3.5V using a 5-bit word from the processors, providing automatic voltage adjustment for each individual processor. Other features include high efficiency, short-circuit pr