LT1070 EQUIVALENT Search Results

BMF 11A

Abstract: r02f 16V7K MALLORY CAPACITOR CATALOG 20h inductor TOTALLY ISOLATED CONVERTER 630fl IL393 K895 LG TV flyback transformer
Contextual Info: urm ECHNOLOGY Application Note 19 June 1986 LT1070 Design Manual Carl Nelson INTRODUCTION Three terminal monolithic linear voltage regulators appeared almost 20 years ago, and were almost immediately success­ ful for a variety of reasons. In particular, there were relatively

Ferroxcube 3C8

Abstract: AN19-16 LT1070 Ferrite 3c8 flyback 6W Buck Topology kelvin 1102 tesla 516 12CM32 TRANSISTOR 22W UG AN-1910
Contextual Info: Application Note 19 June 1986 LT1070 Design Manual Carl Nelson INTRODUCTION Three terminal monolithic linear voltage regulators appeared almost 20 years ago, and were almost immediately successful for a variety of reasons. In particular, there were relatively few engineers capable of designing a good

C 9013

Abstract: LT1572
Contextual Info: RELIABILITY DATA LT1070/71/72/73/1082/1170/71/72/73/1268/69/70/71 LT1572 LT1676/84/1776/77 8/21/2006 • OPERATING LIFE TEST PACKAGE TYPE SAMPLE SIZE OLDEST DATE CODE CERDIP SIDEBRAZE TO-3 PLASTIC DIP SOIC/SOT/MSOP DD PACK TO-220 50 9013 119 9013 302 8601

LT1070

Abstract: LT1070 equivalent electromagnetic pulse kit jim Williams AN-19 AN-25
Contextual Info: ri i i i i i i i i '’K n iT z iE m 'i DESIGN NOTES Number 8 in a series from Linear Technology Corporation March, 1988 Inductor Selection for LT1070 Switching Regulators Jim Williams A common problem area in switching regulator design is the inductor, and the most common difficulty is saturation. An in­

MOTOROLA-MBR745

Abstract: LT1270 LT1070 equivalent capacitor wima mks 04 nichicon electrolytic capacitor 2200MF MARCON AMERICA CORP LT1070IC snubber overshoot composite Marcon capacitor Co Sanyo 9980 lu
Contextual Info: LintiAß Application Note 46 TECHNOLOGY November 1991 Efficiency and Power Characteristics of Switching Regulator Circuits Brian Huffman Efficiency is often the main objective when using switch­ ing regulators. High efficiency means less power drain on the input source batteries, etc. and less heat buildup

peltier cooler wiring diagram

Abstract: 801-2003-01 Cambion peltier regulator 48V 48V 100W zener diode Cambion 801 118ME mth5n100 Rosemount RTD wiring diagram for a 20v ac to 12v dc transformer
Contextual Info: urm TECHNOLOGY Application Note 25 September 1987 Switching Regulators for Poets A Gentle Guide for the Trepidatious Jim Williams The above title is not happenstance and was arrived at after considerable deliberation. As a linear 1C manufac­ turer, it is our goal to encourage users to design and build

chopper transformer winding for 24v battery charging

Abstract: hp laptop charging CIRCUIT diagram p50n05 43a Hall effect pin out 2N2219 transistor substitute PURE SINE WAVE inverter schematic diagram 2n3906 npn magnetic amplifier saturable core P50N05E pe-61592
Contextual Info: Application Note 29 October 1988 Some Thoughts on DC/DC Converters Jim Williams and Brian Huffman INTRODUCTION Many systems require that the primary source of DC power be converted to other voltages. Battery driven circuitry is an obvious candidate. The 6V or 12V cell in a laptop computer must be converted to different potentials needed for

P50N05E

Abstract: dc-dc converter royer PE-65050 p50n05 figure 19 hysteresis loop of magnetic core in flyback circuit 2n3507 1amp IRFZ44 mosfet for square wave inverter pe-6197 diode r 4kl c 46 PE-65066
Contextual Info: L ir m Application Note 29 O ctober 1988 TECHNOLOGY Some Thoughts on DC-DC Converters Jim Williams Brian Huffman INTRODUCTION Many systems require that the primary source of DC power be converted to other voltages. Battery driven cir­ cuitry is an obvious candidate. The 6V or 12V cell in a lap­

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

Contextual Info: LT1432 5V High Efficiency Step-Down Switching Regulator Controller OBSOLETE: FOR INFORMATION PURPOSES ONLY Contact Linear Technology for Potential Replacement DESCRIPTIO U FEATURES • ■ ■ ■ ■ ■ ■ ■ The LT1432 is a control chip designed to operate with the

laptop mother board voltage details

Abstract: LT 432 LT1270 application notes LT432 LT1170 LT1171 buck LT1271 digital display datasheet with input voltage 12V inverter FERRITE TRANSFORMER design SWITCH MODE CURRENT SOURCE
Contextual Info: LT1432 5V High Efficiency Step-Down Switching Regulator Controller NOT RECOMMENDED FOR NEW DESIGNS Contact Linear Technology for Potential Replacement U DESCRIPTIO FEATURES • ■ ■ ■ ■ ■ ■ ■ The LT1432 is a control chip designed to operate with the

laptop mother board voltage details

Abstract: LT1270 application notes LT432 LT1171 buck LT1271 inverter FERRITE TRANSFORMER design laptop inverter board schematic 1N4148 LT1070 LT1170
Contextual Info: LT1432 5V High Efficiency Step-Down Switching Regulator Controller U DESCRIPTIO FEATURES • ■ ■ ■ ■ ■ ■ ■ The LT1432 is a control chip designed to operate with the LT1170/LT1270 family of switching regulators to make a very high efficiency 5V step-down buck switching regulator. A minimum of external components is needed.

laptop mother board voltage details

Abstract: LT1270 application notes universal laptop inverter LT1170 boost converter 12v dc LT432 1N4148 LT1070 LT1170 LT-432 LT1432
Contextual Info: LT1432 5V High Efficiency Step-Down Switching Regulator Controller OBSOLETE: FOR INFORMATION PURPOSES ONLY Contact Linear Technology for Potential Replacement DESCRIPTIO U FEATURES • ■ ■ ■ ■ ■ ■ ■ The LT1432 is a control chip designed to operate with the

Contextual Info: / T u r _ LT1432 m TECHNOLOGY 5V High Efficiency Step-Down Switching Regulator Controller FCOTURCS D C SC R IPTIO H • ■ ■ ■ ■ ■ ■ ■ The LT1432 is a control chip designed to operate with the LT1170/LT1270 family of switching regulators to make a

LT1270 application notes

Contextual Info: v* 8* _ LT1432 u m TECHNOLOGY 5v High Efficiency Step-Down Switching Regulator Controller F€ fìTU R € S D C S C R IP T IO n • Accurate Preset +5V Output ■ Up to 90% Efficiency ■ Optional Burst Mode for Light Loads ■ Can be Used with Many LTC Switching ICs

LT1072 design manual

Abstract: LT1170 boost converter 12v dc input 19.5 v marking 1072 LT1172 boost converter 60v ic equivalent LT1072CT offline switcher LT1072 LT1072CN8 AN-19 LT1070
Contextual Info: LT1072 1.25A High Efficiency Switching Regulator U FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ DESCRIPTIO Available in MiniDiP, TO-220, and TO-3 Packages Wide Input Voltage Range 3V to 60V Low Quiescent Current—6mA Internal 1.25A Switch Very Few External Parts Required

an 503 hall sensor

Abstract: LT1074 design manual MBB745 LT1074/LTPG e3 74c122 ic 7490 pin diagram 3055 5C pnp transistor IC 92112 m8r745 3055 5c pnp
Contextual Info: Lirm Application Note 35 TECHNOLOGY August 1989 Step Down Switching Regulators Jim Williams A substantial percentage of regulator requirements in­ volve stepping down the primary voltage. Although linear regulators can do this, they cannot achieve the efficiency

LT1432-3.3

Contextual Info: mv r *xì r u v m i TECHNOLOGY _ LT143 2-3 .3 3.3V High Efficiency Step-Down Switching Regulator Controller K O T U fK S D C S C R IP T IO n • ■ ■ ■ ■ ■ ■ ■ The LT1432-3.3 is a control chip designed to operate with the LT1271 fam ily of switching regulators to make a very

Contextual Info: LT1072 1.25A High Efficiency Switching Regulator FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ U ■ DESCRIPTIO Available in MiniDiP, TO-220, and TO-3 Packages Wide Input Voltage Range 3V to 60V Low Quiescent Current—6mA Internal 1.25A Switch Very Few External Parts Required

Contextual Info: /Twm _ TECHNOLOGY LT1170/LT1171 /LT1172 ] ooicHz, 5A, 2.5A a n d 1.25A High Efficiency Switching Regulators F€OTUft€S DCSCMPTIOn • Wide Input Voltage Range: 3V to 60V ■ Low Quiescent Current: 6mA ■ Internal 5A Switch 2.5A for LT1171,1.25A forLH 172

sumida backlight inverter 12

Abstract: LT1170 110092 27k 3kv LINEAR LT1171HV lt1171 LT1172HVIQ AN19 LT1070 LT1172
Contextual Info: LT1170/LT1171/LT1172 100kHz, 5A, 2.5A and 1.25A High Efficiency Switching Regulators U FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ DESCRIPTIO Wide Input Voltage Range: 3V to 60V Low Quiescent Current: 6mA Internal 5A Switch 2.5A for LT1171, 1.25A for LT1172

LT1170 boost converter 12v dc input 19.5 v

Abstract: IC LM308 pin configuration LT1170CT pin diagram of LM308 Op Amp IC LINEAR LT1171HV LT1172 110092 LT1170HVCT LT1170 boost converter 12v dc LT1171 buck
Contextual Info: LT1170/LT1171/LT1172 100kHz, 5A, 2.5A and 1.25A High Efficiency Switching Regulators FEATURES DESCRIPTION n The LT 1170/LT1171/LT1172 are monolithic high powerswitching regulators. They can be operated in all standard switching configurations including buck, boost, flyback,

LTC1154

Abstract: IRLR024 IMS026 LTC1153 LTC1154C LTC1154CN8 LTC1154CS8 report on dc motor control using a single switch 12v 350mA Stepper Motor mtp12n06
Contextual Info: LTC1154 High-Side Micropower MOSFET Driver U DESCRIPTIO FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ Fully Enhances N-Channel Power MOSFETs 8µA IQ Standby Current 85µA IQ ON Current No External Charge Pump Capacitors 4.5V to 18V Supply Range Short-Circuit Protection

LTC4440-5

Abstract: LTC1154
Contextual Info: LTC1154 High Side Micropower MOSFET Driver FEATURES n n n n n n n n n DESCRIPTION Fully Enhances N-Channel Power MOSFETs 8 A IQ Standby Current 85μA IQ ON Current No External Charge Pump Capacitors 4.5V to 18V Supply Range Short-Circuit Protection Thermal Shutdown via PTC Thermistor