Part Number
    Please enter a valid full or partial manufacturer part number with a minimum of 3 letters or numbers

    LT1083 LT1087 Search Results

    LT1083 LT1087 Datasheets (1)

    Part ECAD Model Manufacturer Description Datasheet Type PDF PDF Size Page count
    LT1083 LT1087
    		Linear Technology Powering 3.3V Digital Systems Scan PDF 279.25KB 2

    LT1083 LT1087 Datasheets Context Search

    Catalog Datasheet Type Document Tags PDF

    LT11173

    Abstract: LT1117-3.3 LT1083-5 LT1003 LT1083-12 S0T223 LT1086-5 LT137A LT1121-3 LT1528-3
    Contextual Info: LINEAR REGULATORS Positive Low Dropout Fixed 1,5V Adjustable LT1020 0.125A LT1587-1.5 (3A) Fixed 2.85V Fixed 3.3V LT1086-2.85 (1.5A) LT1084-3 3 (SA) LT1085-3 3 (3A) * LT1086-3 3 (1 5A) • LT1117-2.85 (0.8A) LT1118-2.85 (0.8A/-0.4A) LT1083 (7.5A) Fixed 5V


    OCR Scan     		LT1020 LT1083 LT1084 LT1085 LT1086 LT1117 LT1120 LT1120A LT1129 LT1521 LT11173 LT1117-3.3 LT1083-5 LT1003 LT1083-12 S0T223 LT1086-5 LT137A LT1121-3 LT1528-3 PDF

    lm117 3.3V

    Abstract: LT1084-12 7.5A, 5A, 3A Low Dropout negative Adjustable Regulator LT1085-12 LT1038 LT1086-3.3 LT123A LT1083-12 LT1085-5 lm137 datasheet
    Contextual Info: Linear Regulators InfoCard 10 LINEAR REGULATORS Positive Low Dropout Fixed 3.3V Fixed 2.8V Adjustable LT1761 0.1A †† LT1762 (0.15A)† LT1020 (0.125A) LT1120 (0.125A) LT1120A (0.125A) LT1121 (0.150A) LT1521 (0.3A)* LT1579 (0.3A)† LT1763 (0.5A) , LT1129 (0.700A)* *


    Original     		LT1761 LT1762 LT1020 LT1120 LT1120A LT1121 LT1521 LT1579 LT1763 LT1129 lm117 3.3V LT1084-12 7.5A, 5A, 3A Low Dropout negative Adjustable Regulator LT1085-12 LT1038 LT1086-3.3 LT123A LT1083-12 LT1085-5 lm137 datasheet PDF

    S0T223

    Abstract: LT317A LT1087 negative voltage regulators 3.3v LT1083 LT1038 LT1003
    Contextual Info: Linear Voltage Regulator Selection Guide Positive Regulators •out PART DROPOUT MICRO­ ADJUST­ FIXED OUTPUT REMOTE NUMBER VOLTAGE POWER ABLE VOLTAGES AVAILABLE SENSE 125mA LT1020 0.4V LT1120 0.4V LT1120A 0.4V 150mA LT1121 0.42V 500mA LT317AH 3V LT1086 0.95V


    OCR Scan     		125mA LT1020 LT1120 LT1120A S0T223 150mA 500mA LT1121 LT317AH LT1086 S0T223 LT317A LT1087 negative voltage regulators 3.3v LT1083 LT1038 LT1003 PDF

    LT1016

    Abstract: LT317A LTC1042 LT685 LT1003 LT350A LT1038 LT1015 LT1017 LT1116
    Contextual Info: 10mV ≤2mV MAXIMUM VOS ≤ 3mV 1mV LTC1042 LT 1017 0.5mV LTC1041 LTC®1040 TTL OUTPUTS ECL OPEN-DRAIN OUTPUTS COLLECTOR LT1017 QUAD LTC1443/4/5 DUAL LTC1040 LT1017 Voltage Comparators LTC1040 GROUND SENSE LTC1041 LTC1040 MICROPOWER 60µA Max. ICC /Operates to 1.1V


    Original     		LTC1443/4/5 LT1011 LTC1042 LTC1041 LT1011A LTC1443/5 LT1017 LTC1040 LT1016 LT317A LTC1042 LT685 LT1003 LT350A LT1038 LT1015 LT1017 LT1116 PDF

    LT317A

    Abstract: SWS-8 lt1086 LT1083 LT1087 LT1038 LT1003
    Contextual Info: Linear Voltage Regulator Selection Guide Positive Regulators l0UT PART NUMBER PR0P0UT VOLTAGE LT1020 04V LT1120 0.4V LT1120A 0.4V LT1121 0.42V 300mA LT1521 0.5V 500mA LT317AH 3V LT1086 0.95V 800mA LT1129 0.4V LT1117 1.1V LT1005 2V 125mA 150mA 1A 1.5A 3A LT317A


    OCR Scan     		125mA LT1020 LT1120 LT1120A 150mA 300mA 500mA LT1121 LT1521 LT317AH LT317A SWS-8 lt1086 LT1083 LT1087 LT1038 LT1003 PDF

    LT1087S

    Abstract: IT1083 LT1087 LT1083 DN331 LT1084
    Contextual Info: f fdU } DESIGN 7I Sp» tu l.L^l VT OT V-J A T nT c TECîHI ^ I Number 33 in a sei•/es frorr Linear Techmology Corporation April, 1990 Powering 3.3V Digital Systems Dennis O'Neill The new generation of high density digital devices requiring 3.3V power supplies impose some unique constraints on


    OCR Scan     		DN33-2 LT1087S IT1083 LT1087 LT1083 DN331 LT1084 PDF

    LT1083 CT

    Abstract: LT1083 parallel 15A LTC1158 LT1157 LT1083 parallel vout 12V 15A LT1087S LT1084 parallel 15A AN5812 LT1083 LT1087 WSC2000
    Contextual Info: Application Note 58 September 1993 5V to 3.3V Converters for Microprocessor Systems Robert Dobkin, Mitchell Lee, Dennis O'Neill and Milt Wilcox Introduction Linear Regulators The new generation of high performance microprocessors are built on dense, low breakdown voltage processes


    Original     		AN58-15 F/16V F/10V F/20V AN58-16 LT1083 CT LT1083 parallel 15A LTC1158 LT1157 LT1083 parallel vout 12V 15A LT1087S LT1084 parallel 15A AN5812 LT1083 LT1087 WSC2000 PDF

    LT1257

    Abstract: LT485 AN6752 OP227 "direct replacement" ltc1097 an6266 AN2544 LTC201 spice AN6677 AN1523
    Contextual Info: SUBJECT INDEX Subject Index to Linear Technology’s Applications Circuits A GUIDE TO THE INDEX Linear Technology has made a major effort to address a wide variety of circuit topics. The number of application problems solvable with innovative circuit techniques or new linear integrated circuits continues to grow. This comprehensive index includes


    Original     		DN134) LT1016, LT1097, LT1222 LT1166, LT1431 LT1172, LT1006 LT1013, LT1088, LT1257 LT485 AN6752 OP227 "direct replacement" ltc1097 an6266 AN2544 LTC201 spice AN6677 AN1523 PDF

    LT1083 parallel 15A

    Abstract: LT1083 CT 3.3V 20A voltage regulators 1A 5v input 5v output regulator LT1148 LT1086 LT1117-33 Lt1148-33 LT1084 parallel 15A LT1083 LT1087
    Contextual Info: advertisement Techniques for Deriving 3.3V from 5V Supplies – Design Note 74 Mitchell Lee Microprocessor chip sets and logic families that operate from 3.3V supplies are gaining acceptance in both desktop and portable computers. Computing rates, and in most cases, energy consumed by these circuits show a


    Original     		700mA LT1129-3 200mA 400mA LTC1174-3 LTC1147-3 LTC1148-3 LT1158 LT1083 parallel 15A LT1083 CT 3.3V 20A voltage regulators 1A 5v input 5v output regulator LT1148 LT1086 LT1117-33 Lt1148-33 LT1084 parallel 15A LT1083 LT1087 PDF

    LT1083 parallel 15A

    Abstract: LT1083 CT si9430 ic LT1084 parallel 15A LT1085-3 LT1084 12v SI9430 LT1129 LT1085 ctx10-4
    Contextual Info: advertisement 5V to 3.3V Regulator with Fail-Safe Switchover – Design Note 82 Mitchell Lee Newer microprocessors in personal computers have low voltage chips which are designed to replace existing 5V units. In the past a processor swap was simply a matter of removing one IC and replacing it with an


    Original     		200pF 3300pF LTC1148 2N2222 1-800-4-LINEAR. LT1083 parallel 15A LT1083 CT si9430 ic LT1084 parallel 15A LT1085-3 LT1084 12v SI9430 LT1129 LT1085 ctx10-4 PDF

    ltc1680

    Abstract: apple laptop battery pinout R5485 ccfl inverter pinout laptop LT1764-3.3 ltc485 laptop backlight inverter pinout apple ccfl inverter dc 12v lt1073 equivalent ic Improved MF10
    Contextual Info: Table of Contents LTC1872 Constant Frequency Current Mode Step-Up DC/DC Controller in SOT-23 . LTC1874 Dual Constant Frequency Current Mode Step-Down DC/DC Controller .


    Original     		LTC1872 OT-23 LTC1874 LTC1876 LTC1922-1 LTC1555L-1 LTC1235 LTC690 LTC691 LTC694 ltc1680 apple laptop battery pinout R5485 ccfl inverter pinout laptop LT1764-3.3 ltc485 laptop backlight inverter pinout apple ccfl inverter dc 12v lt1073 equivalent ic Improved MF10 PDF