LT1017* OPEN COLLECTOR Search Results

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

lt1017

Contextual Info: uimt TECH NO LO G Y . _ L:ftQ W LTW £ Micropower Dual Com parator F€ n T U R € S D C S C R IP T IO n • ■ ■ ■ ■ ■ ■ The LT1017 and LT1018 are general purpose micropower comparators. The LT1017 is optimized for lowest operat­ ing power while the LT1018 operates at higher power and

T101f

Abstract: LT10171S8 LT1017 LT1017MH LT1018 74C02 URM 95
Contextual Info: uimt TECHNOLOGY . _ L:ftQW LTW £ M icropower Dual Com parator F€nTUR€S DCSCRIPTIOn • ■ ■ ■ ■ ■ ■ The LT1017 and LT1018 are general purpose micropower comparators. The LT1017 is optimized for lowest operat­ ing power while the LT1018 operates at higher power and

AM685

Abstract: LT1017 equivalent 5v input 3v output LT1719 equivalent LT1719 lt1011 datasheet lt1016 equivalent ultrafast rail to rail amp LM111 LT1015
Contextual Info: Comparators InfoCard 24 Comparators High Speed Maximum Propagation Delay Single Supply TM LT1719, UltraFast , Ground Sensing Rail-Rail, Hysteresis LT1720, UltraFast, Rail-Rail, Ground-Sensing, 3V/5V, Dual LT1721, UltraFast, Ground Sensing Rail-Rail, Hysteresis, Quad

1018C

Contextual Info: u n ü \ R _ TECHNOLOGY M icropower Dual Com parator F€ n T U R € S D C S C M P T IO n • ■ ■ ■ ■ ■ ■ The LT1017 and LT1018 are general purpose micropower comparators. The LT1017 is optimized for lowest operat­ ing power while the LT1018 operates at higher power and

LT1017 APPLICATION

Contextual Info: / T L I M Ü \ ß TECHNOLOGY LT1017/LT1018 Micropower Dual Comparator F€flTU ߀S D CSCftlPTIO n • ■ ■ ■ ■ ■ ■ The LT1017 and LT1018 are general purpose micropower com parators. The LT1017 is optimized for lowest operat­ ing power while the LT1018 operates at higher power and

Contextual Info: L l l I U \ k _ _ _ L T O 7 /L T O TECHNOLOGY M icro p o w e r Dual C o m p a ra to r D € S C R IP TIO n F€ ftTU fl€ S • M axim um O ffse t Voltage ■ M axim um Bias Current ■ Typical O u tpu t Drive ■ ■ ■ ■ 1m V 15nA 70m A

Contextual Info: um LT1017CS/LT1018CS TECHNOLOGY Micropower Dual Comparator D C S C ftlP T IO n F€ATU A€S • ■ ■ ■ ■ ■ ■ Maximum Offset Voltage Maximum Bias Current Typical Output Drive Operates from 1.1V to 40V Internal Pull-Up Current Output Can Drive Loads Above V +

Contextual Info: LINEAR TECHNOLOGY CORP 43E D • S51ö4bfl OOOSlbfc, *1 ■ LTC LintAR_ ^ TECHNOLOGY /883 M icropower Dual C om parator DESCRIPTION ABSOLUTE M A X IM U M RATINGS The LT1017/883 is a general purpose micropower com­ parator, operable from a single 1.1V cell up to 40V. The

ci sn7402

Abstract: 10GHz OSCILLATOR pulse generator LT1017 failure rate LT1017 LM111 LT1011 Transistor 2N3866 1Hz-10MHz AM6012 LT1016CS8
Contextual Info: r r m r LT1011/LTlOl 1A n TECHNOLOGY Voltage Com parator FCftTURCS D6SCRIPTIOI1 • Pin-Compatible with LM111 Series Devices ■ Guaranteed Max. 0.5mV Input Offset Voltage ■ Guaranteed Max. 25nA Input Bias Current ■ Guaranteed Max. 3nA Input Offset Current

YSI 44018

Abstract: YSI-44018 hp5082-2810 0-10v ramp ic Germanium diode 0.2V varactor diode sample problems hp5082 1N4148 LM10 voltage reference IC LM10
Contextual Info: ' LU IL/M<_ ! •' TECHNOLOGY Application Note 15 November 1985 Circuitry for Single Cell Operation Jim Williams Portable, battery powered operation of electronic appara­ tus has become increasingly desirable. Medical, remote data acquisition, power monitoring and other applications

hp5082-2810

Abstract: YSI 44018 HP5082 2N3904 LM10 LT1034 varactor diode sample problems YSI-44018 Widlar 1N914
Contextual Info: Application Note 15 November 1985 Circuitry for Single Cell Operation Jim Williams Portable, battery-powered operation of electronic apparatus has become increasingly desirable. Medical, remote data acquisition, power monitoring and other applications are good candidates for battery operation. In some circumstances, due to space, power or reliability considerations,

AN7530

Abstract: LM393 Spice COILTRONICS CTX01 ccfl transformer CTX01 12926 LM393 spice model IN5711 npn-pnp dual laptop lcd ccfl inverter Royer converter Royer oscillator circuit diagram
Contextual Info: Application Note 75 March 1999 Circuitry for Signal Conditioning and Power Conversion Designs From a Once Lazy Sabbatical Jim Williams Introduction Linear Technology has a sabbatical program. Every five years employees are granted sabbatical leave, which may

IC 74C14

Abstract: catalyst 2736 CI 74C00 capacitor 100vf AN23-2 24 volt 200 w to mosfet inverter circuit diagram ic cd4066 PTC104 Voltage to Current Converter dual 4-20mA scheme LT1006
Contextual Info: r j untAß Application Note 23 April 1987 TECHNOLOGY Micropower Circuits for Signal Conditioning Jim Williams Low power operation of electronic apparatus has become increasingly desirable. Medical, remote data acquisition, power monitoring and other applications are good candi­

LTC1056

Abstract: lt1021s oscilloscope service manual LT317A 2N5160 equivalent ad639 datasheet polystyrene TRW capacitor MC10136 CD4013 application 2N5160
Contextual Info: Application Note 14 March 1986 Designs for High Performance Voltage-to-Frequency Converters Jim Williams Monolithic, modular and hybrid technologies have been used to implement voltage-to-frequency converters. A number of types are commercially available and overall

Hughes 3121H-P laser

Abstract: sprague 673D pin diagram for IC cd 1619 fm receiver transistor databook ztx MBR170 AD7800 ADS7880 IN4002 diode motor driver IRFZ44 microcontroller AD1674 AND APPLICATION NOTES
Contextual Info: LINEAR TECHNOLOGY FEBRUARY 1993 IN THIS ISSUE . . . COVER ARTICLE New Switching Regulators Maximize Efficiency . 1 Milton Wilcox and Randy Flatness Editor's Page . 2 Richard Markell DESIGN FEATURES New Isolators Replace “Optos” . 3

LT1017* open collector

Abstract: LT6703-2 lt6703
Contextual Info: LT6703-2/LT6703-3 Micropower, Low Voltage Comparator with 400mV Reference DESCRIPTION FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ Internal 400mV Reference Total Threshold Error: ± 1.25% Max at 25°C Wide Supply Range: 1.4V to 18V Specified for –40 to 125°C Temperature Range

LT6703-2

Abstract: comparator 399 pin out LT6703-3
Contextual Info: LT6703-2/LT6703-3 Micropower, Low Voltage Comparator with 400mV Reference DESCRIPTION FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ Internal 400mV Reference Total Threshold Error: ± 1.25% Max at 25°C Wide Supply Range: 1.4V to 18V Specified for –40 to 125°C Temperature Range

LT1155

Abstract: COILTRONICS-CTX110092-1 SUMIDA-6345-020 Self-Oscillating Flyback mosfet tempsistor CTX110092 BSS315 mosfet base inverter with chargers circuit an5115 current controlled lead acid battery charging circuits with regulators and transistors including mo
Contextual Info: Application Note 51 August 1992 Power Conditioning for Notebook and Palmtop Systems Robert Dobkin Carl Nelson Dennis O’Neill Steve Pietkiewicz Tim Skovmand Milt Wilcox INTRODUCTION Battery systems include NiCad, nickel-hydride, lead acid, and rechargeable lithium, as well as throw-away alkaline

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 .

LT1074 design manual

Abstract: 92112 reset DC/AC 115V 400Hz converter circuit wiring diagram hoover AN35 TY-94 IC 92112 8 pin circuit to reset eprom 92112 triad ty-94 pin diagram of ic 74191
Contextual Info: Application Note 35 August 1989 Step-Down Switching Regulators Jim Williams lost in this voltage-to-current-to-magnetic field-to-current-to-charge-to-voltage conversion. In practice, the circuit elements have losses, but step-down efficiency is still higher than with inherently dissipative e.g., voltage

sot-23 Marking LTADM

Abstract: LT6700-1 YSI 409 LT6700-2 LT6700-3
Contextual Info: LT6700-1/LT6700-2/LT6700-3 Micropower, Low Voltage, SOT-23, Dual Comparator with 400mV Reference U FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ DESCRIPTIO Low Quiescent Current: 6.5µA Typ at 5V Wide Supply Range: 1.4V to 18V 400mV Reference ±2% Accuracy Over Temperature

Contextual Info: LT6703-2/LT6703-3 LT6703HV-2/LT6703HV-3 Micropower, Low Voltage Comparator with 400mV Reference DESCRIPTION FEATURES n n n n n n n n n n n n Internal 400mV Reference Total Threshold Error: ±1.25% Max at 25°C Wide Supply Range: 1.4V to 18V Input and Output Operate to 36V

LTdmp

Contextual Info: LT6703-2/LT6703-3 LT6703HV-2/LT6703HV-3 Micropower, Low Voltage Comparator with 400mV Reference DESCRIPTION FEATURES n n n n n n n n n n n n Internal 400mV Reference Total Threshold Error: ± 1.25% Max at 25°C Wide Supply Range: 1.4V to 18V Input and Output Operate to 36V