NATIONAL LINEAR BRIEF 4 Search Results

NATIONAL LINEAR BRIEF 4 Result Highlights (5)

Part	Manufacturer	Description
TC75S102F	Toshiba Electronic Devices & Storage Corporation	Operational Amplifier, 1.5V to 5.5V, I/O Rail to Rail, IDD=0.27μA, SOT-25
TCR5RG28A	Toshiba Electronic Devices & Storage Corporation	LDO Regulator, Fixed Output, 2.8 V, 500 mA, WCSP4F
TCR3DM18	Toshiba Electronic Devices & Storage Corporation	LDO Regulator, Fixed Output, 1.8 V, 300 mA, DFN4
TCR3DG18	Toshiba Electronic Devices & Storage Corporation	LDO Regulator, Fixed Output, 1.8 V, 300 mA, WCSP4E
TCR2EF18	Toshiba Electronic Devices & Storage Corporation	LDO Regulator, Fixed Output, 1.8 V, 200 mA, SOT-25 (SMV)

NATIONAL LINEAR BRIEF 4 Datasheets Context Search

Catalog Datasheet	MFG & Type	Document Tags	PDF
LM3914 Abstract: IC LM3914 LM3914 PIN LM3914S national 2n2222 AN008496 2n2222 national semiconductor 2N2222 national LB-48 LM3914 datasheet Text: National Semiconductor Linear Brief 48 Michael Maida February 1980 Using a National Semiconductor LM3914 bar/dot display driver chip, a few resistors and some LEDs, a simple expanded-scale voltmeter is easily constructed. Furthermore, it runs from the same single 5V ± 10% supply it	Original	LM3914 LB-48 IC LM3914 LM3914 PIN LM3914S national 2n2222 AN008496 2n2222 national semiconductor 2N2222 national LB-48 LM3914 datasheet	PDF
LM3914 PIN Abstract: IC LM3914 LM3914 LM3914s making voltmeter LM3914 applications 2N3904 A49 for lm3914 national 2n2222 2n2222 national semiconductor Text: National Semiconductor Linear Brief 48 Michael Maida February 1980 Using a National Semiconductor LM3914 bar dot display driver chip a few resistors and some LEDs a simple expanded-scale voltmeter is easily constructed Furthermore it runs from the same single 5V g 10% supply it monitors	Original	LM3914 LM3914 PIN IC LM3914 LM3914s making voltmeter LM3914 applications 2N3904 A49 for lm3914 national 2n2222 2n2222 national semiconductor	PDF
LM108 Abstract: LM108 EQUIVALENT lm108 applications 7328 LB-14 NATIONAL amp 7328 C1995 LM101A LB-14 Text: National Semiconductor Linear Brief 14 November 1970 Feedforward frequency compensation of operational amplifiers can provide a significant increase in slew rate and bandwidth over standard lag compensation When feedforward compensation is applied to the LM101A operational	Original	LM101A LM108 LM108 LM108 EQUIVALENT lm108 applications 7328 LB-14 NATIONAL amp 7328 C1995 LB-14	PDF
national semiconductor Linear Abstract: LM122 C1995 REGUATOR ,national semiconductor Linear LB-38 RRD-B30M115 voltage controlled oscillator circuit with op amp Text: National Semiconductor Linear Brief 38 February 1977 One of the problems encountered in potentiometer controlled circuits is dynamic range With a linear pot about a 100 1 range is the limit Although the pot resolution may be better than 1% the angular displacement for good control	Original		PDF
NSD134 Abstract: MAIDA CAPACITOR LB-47 LM317H LM317 LM317 high current high voltage regulator LM329B C1995 LM117 Text: National Semiconductor Linear Brief 47 Michael Maida March 1980 7 4 4 HIGH VOLTAGE ADJUSTABLE POWER SUPPLIES The floating-mode operation of adjustable three-terminal regulators such as the LM117 family make them ideal for high voltage operation The regulator has no ground pin	Original	LM117 LM117HV NSD134 MAIDA CAPACITOR LB-47 LM317H LM317 LM317 high current high voltage regulator LM329B C1995	PDF
LM317 high voltage Abstract: NSD134 LM317H MAIDA CAPACITOR high voltage regulator LB-47 "High Voltage Regulator" ,national semiconductor Linear lm317S mylar capacitor Text: National Semiconductor Linear Brief 47 Michael Maida March 1980 High Voltage Adjustable Power Supplies entire range of output voltage from 1.2V to 160V. Since high-voltage transistors by necessity have a low β, a Darlington is used to stand off the high voltage. The zener	Original	LM317 LM117 LM317 high voltage NSD134 LM317H MAIDA CAPACITOR high voltage regulator LB-47 "High Voltage Regulator" ,national semiconductor Linear lm317S mylar capacitor	PDF
LB-41 Abstract: LM103 LM134 MPSA43 LM103 national Text: National Semiconductor Linear Brief 41 June 1978 Increasing interest in battery-operated analog and digital circuitry in recent years has created the need for a micro-power voltage reference. In particular, the reference should draw 10 µA or less and operate from a single 5V	Original	LM103 LB-41 LM103 LM134 MPSA43 LM103 national	PDF
THERMOCOUPLE AMPLIFIER Abstract: LM113 LM321 LB-24 LM308A Amplifier type B thermocouple Text: National Semiconductor Linear Brief 24 June 1973 Introduction Circuit Description Accurate electronic temperature measurements are not simple. There exists a large array of temperature sensors; each with its own peculiarities. The major sensors are thermistors, resistance sensors, and thermocouples. Diodes	Original	LM321 LM308A THERMOCOUPLE AMPLIFIER LM113 LB-24 Amplifier type B thermocouple	PDF
400X Abstract: C1995 LB-41 LM103 LM134 MPSA43 LM103 zener Text: National Semiconductor Linear Brief 41 June 1978 Increasing interest in battery-operated analog and digital circuitry in recent years has created the need for a micro-power voltage reference In particular the reference should draw 10 mA or less and operate from a single 5V supply	Original	LM103 400X C1995 LB-41 LM134 MPSA43 LM103 zener	PDF
Widlar Abstract: voltage comparator using 710 710 comparator LM102 uses of magnitude comparator tunnel diode LM102 zener BASIC COMPARATOR CIRCUITS APPLICATIONS zero crossing comparator DATASHEET TUNNEL DIODE Text: National Semiconductor Linear Brief 6 May 1969 Robert J Widlar Apartado Postal 541 Puerto Vallarta Jalisco Mexico Monolithic voltage comparators are available today which are both fast and accurate They can detect the height of a pulse with a 5 mV accuracy within 40 ns However these	Original		PDF
lm110 OP Amp Abstract: LM741 Audio Amplifier LM349 LM741 lf357 op-amp LM110 LM348 C1995 LB-42 LF356 Text: National Semiconductor Linear Brief 42 Robert A Pease August 1978 In many applications a unity-gain follower e g any operational amplifier with tight feedback to the inverting input may oscillate or exhibit bad ringing when required to drive heavy load capacitance For example the LM110 follower	Original	LM110 lm110 OP Amp LM741 Audio Amplifier LM349 LM741 lf357 op-amp LM348 C1995 LB-42 LF356	PDF
HALF WAVE RECTIFIER CIRCUITS high speed Abstract: FULL WAVE RECTIFIER CIRCUITS HALF WAVE RECTIFIER CIRCUITS precision ac/dc converter using LM101A HALF WAVE RECTIFIER RECTIFIER DIODES NATIONAL absolute value dc summing amplifier precision rectifier performance of HALF WAVE RECTIFIER with filter summing amplifier 4 inputs Text: National Semiconductor Linear Brief 8 August 1969 Although semiconductor diodes available today are close to ‘‘ideal’’ devices they have severe limitations in low level applications Silicon diodes have a 0 6V threshold which must be overcome before appreciable conduction occurs	Original	LM101A HALF WAVE RECTIFIER CIRCUITS high speed FULL WAVE RECTIFIER CIRCUITS HALF WAVE RECTIFIER CIRCUITS precision ac/dc converter using LM101A HALF WAVE RECTIFIER RECTIFIER DIODES NATIONAL absolute value dc summing amplifier precision rectifier performance of HALF WAVE RECTIFIER with filter summing amplifier 4 inputs	PDF
lm317 Abstract: 12v battery charger lm317 voltage regulator with lm317 6v BATTERY CHARGING CIRCUIT lm317 Battery charger lm317 LM317 CURRENT LIMIT Constant Current Regulator Circuits charging circuit lm317 LM317 regulator INTRODUCTION LB-35 Text: National Semiconductor Linear Brief 35 August 1976 With the introduction of the LM317, a 3-terminal adjustable regulator, it becomes relatively easy to design high-performance, low-cost battery charging systems. Even single battery cells can be charged on this new regulator,	Original	LM317, LM317 LB-35 12v battery charger lm317 voltage regulator with lm317 6v BATTERY CHARGING CIRCUIT lm317 Battery charger lm317 LM317 CURRENT LIMIT Constant Current Regulator Circuits charging circuit lm317 LM317 regulator INTRODUCTION LB-35	PDF
precision Sine Wave Generator Abstract: LM118 triangle wave wave Generator IC LM119 triangle wave op amp Sine Wave Generator sweep generator triangle wave application note LB-23 Text: National Semiconductor Linear Brief 23 March 1986 Introduction The maximum frequency of operation is limited by the circuit delay to about 200 kHz. Also, the maximum difference in reference voltages is 5.0V. The simple Tri-wave generator has become an often used	Original		PDF

Frequency-to-Voltage Converter lm331 Abstract: Frequency-to-Voltage Converter LB-45 LM331 LM331 DATASHEET LF351 LF398 Text: National Semiconductor Linear Brief 45 April 1979 Most frequency-to-voltage F-to-V converters suffer from the classical tradeoff of ripple versus speed of response. For example, the basic F-to-V converter shown below has 13 mVp-p of ripple, and a rather slow 0.6 second settling	Original	LF398 LB-45 Frequency-to-Voltage Converter lm331 Frequency-to-Voltage Converter LB-45 LM331 LM331 DATASHEET LF351	PDF
6v BATTERY CHARGING CIRCUIT lm317 Abstract: 6v BATTERY CHARGING CIRCUIT Battery charger lm317 charging circuit lm317 LM317 LM317 regulator INTRODUCTION lm317 6v charger voltage regulator with lm317 BATTERY CHARGING CIRCUIT lm317 cost of LM317 Text: National Semiconductor Linear Brief 35 August 1976 With the introduction of the LM317 a 3-terminal adjustable regulator it becomes relatively easy to design high-performance low-cost battery charging systems Even single battery cells can be charged on this new regulator which is	Original	LM317 6v BATTERY CHARGING CIRCUIT lm317 6v BATTERY CHARGING CIRCUIT Battery charger lm317 charging circuit lm317 LM317 regulator INTRODUCTION lm317 6v charger voltage regulator with lm317 BATTERY CHARGING CIRCUIT lm317 cost of LM317	PDF
rheostat Abstract: REGULATOR LM317 LM337 LM337 trim pot trimmer pot 160X C1995 LB-46 LM117 LM150 Text: National Semiconductor Linear Brief 46 Robert A Pease July 1979 Three-terminal adjustable voltage regulators such as the LM317 and LM337 are becoming popular for making regulated supplies in instruments and various other OEM applications Because the regulated output voltage is easily programmed by two resistors the designer can choose any	Original	LM317 LM337 LM117 rheostat REGULATOR LM317 LM337 trim pot trimmer pot 160X C1995 LB-46 LM150	PDF
LB-46 Abstract: LM337 REGULATOR LM317 LM337 trim pot trimmer pot LM117 LM117HV LM137 LM137HV LM138 Text: National Semiconductor Linear Brief 46 Robert A. Pease July 1979 Three-terminal adjustable voltage regulators such as the LM317 and LM337 are becoming popular for making regulated supplies in instruments and various other OEM applications. Because the regulated output voltage is easily programmed by two resistors, the designer can choose any	Original	LM317 LM337 LB-46 LB-46 REGULATOR LM317 LM337 trim pot trimmer pot LM117 LM117HV LM137 LM137HV LM138	PDF
Frequency-to-Voltage Converter lm331 Abstract: Frequency-to-Voltage Converter step up DC DC converter out 9V LB-45 LF398 LM331 C1995 LF351 Text: National Semiconductor Linear Brief 45 April 1979 Most frequency-to-voltage F-to-V converters suffer from the classical tradeoff of ripple versus speed of response For example the basic F-to-V converter shown below has 13 mVp-p of ripple and a rather slow 0 6 second settling	Original	LF398 Frequency-to-Voltage Converter lm331 Frequency-to-Voltage Converter step up DC DC converter out 9V LB-45 LM331 C1995 LF351	PDF
LM4250 Abstract: ,national semiconductor Linear LB-34 Text: National Semiconductor Linear Brief 34 June 1976 A low-drift voltage reference can be easily made by converting a zero temperature coefficient current to a voltage. JFETs biased slightly below pinch-off exhibit a zero temperature coefficient drain current ID as shown in Figure 1. With	Original	LM4250 LB-34 ,national semiconductor Linear LB-34	PDF
zero crossing detector Abstract: LM111 zero crossing detector LM111 zero crossing comparator LAMP Widlar APPLICATIONS zero crossing comparator magnetic pickup C1995 LB-12 LM106 Text: National Semiconductor Linear Brief 12 January 1970 Robert J Widlar Apartado Postal 541 Puerto Vallarta Jalisco Mexico The IC voltage comparators available in the past have been designed primarily for low voltage high speed operation As a result these devices have high input error currents which	Original		PDF
LM308 Abstract: LM395s LB-28 LM101A LM113 LM395 Text: National Semiconductor Linear Brief 28 April 1998 Introduction used as a constant voltage source. The circuit shown has good response both as a constant voltage or constant current source. The use of the LM395 monolithic power transistor as the pass element considerably simplifies the design power. The	Original	LM395 LM308 LM395s LB-28 LM101A LM113	PDF
LB-39 Abstract: LM111 application notes LM111H trim pot LF111 LM111 LM211 LM311 AN008488 Text: National Semiconductor Linear Brief 39 January 1978 When a high-speed comparator such as the LM111 is used with fast input signals and low source impedances, the output response will normally be fast and stable, assuming that the power supplies have been bypassed with 0.1 µF disc	Original	LM111 LB-39 LB-39 LM111 application notes LM111H trim pot LF111 LM211 LM311 AN008488	PDF
low pass filter using lm741 Abstract: LM741 LB-19 national semiconductor op amp national semiconductor LM741 LM741 an LM101A lm741 LM741 equivalent LM101A LM107 Text: National Semiconductor Linear Brief 19 August 1972 The following analysis of sine and step voltage responses applies to all single dominant pole op amps such as the LM101A, LM107, LM108A, LM112, LM118 and the LM741. Each of these op amps has an open loop response curve	Original	LM101A, LM107, LM108A, LM112, LM118 LM741. LB-19 low pass filter using lm741 LM741 LB-19 national semiconductor op amp national semiconductor LM741 LM741 an LM101A lm741 LM741 equivalent LM101A LM107	PDF

Privacy Settings

NATIONAL LINEAR BRIEF 4 Search Results

NATIONAL LINEAR BRIEF 4 Result Highlights (5)

NATIONAL LINEAR BRIEF 4 Datasheets Context Search

LM3914

LM3914 PIN

LM108

national semiconductor Linear

NSD134

LM317 high voltage

LB-41

THERMOCOUPLE AMPLIFIER

400X

Widlar

lm110 OP Amp

HALF WAVE RECTIFIER CIRCUITS high speed

lm317

precision Sine Wave Generator

Frequency-to-Voltage Converter lm331

6v BATTERY CHARGING CIRCUIT lm317

rheostat

LB-46

Frequency-to-Voltage Converter lm331

LM4250

zero crossing detector

LM308

LB-39

low pass filter using lm741