lf351 "cross reference"
Abstract: IC LF351
Contextual Info: LF351 5flE D • National 4LM Semiconductor b5011EM 007¿Qg5 b70 » N S C S NATL SEMICOND LINEAR T -T M 5 LF351 Wide Bandwidth JFET Input Operational Amplifier General Description T h e LF351 is a low co st high speed JF E T input operational a m plifier w ith an internally trim m ed input o ffs e t voltage
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lf351b5011emlm741tl/h/5648-10+2lf351 "cross referenceic lf351
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LF351 op-amp integrator
Abstract: LF351 op-amp application state variable filter LF351 op-amp first order low pass filter application lf351 cross LF351 APPLICATION LF351 LF353 R10-1K0
Contextual Info: 1 THAT Corporation Design Note 130 VCA-Controlled 1st Order State Variable Filter VCAs are widely used throughout the audio signal chain to control amplitude, especially where dynamic gain control is desired. A less well known application of these devices is in dynamically
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lf351 op-amp integratorlf351 op-amp applicationstate variable filterlf351 op-amp+6first order low pass filter applicationlf351 crosslf351 applicationlf351lf353r10-1k0
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NEC PC1701C
Abstract: TA7719P sony cxa1081 M51544L M52440ASP CXD1161 cxd1130 JRC 386 amp HM91620A pc1701c
Contextual Info: LINEAR ICs CROSS REFERENCE GUIDE 1. AUDIO 1.1 Analog Audio Application SAMSUNG Power Amplifier SANYO KA2201 *LA4145 KA2212 LA4140 KA386 KA2206 ‘ LA4182/3 TA7769P ROHM AN7116 BA527 *AN7112 BA526 AN7143 BA534 BA546 TA7376P KA22131 Dual EQ AMP { Power ‘ TA8210
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ka2201ka2212ka386ka2206+16ka22065ka22066ka2209ka22103ka2214ka2213/0nec pc1701cta7719psony cxa1081m51544lm52440aspcxd1161cxd1130jrc 386 amphm91620apc1701c
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dbx 2151
Abstract: DBX 2155 dbx 2150 2150a vca that 2150a lowest noise audio NPN 2155 vca THAT2150 that 2150 LF351
Contextual Info: T H A T Corporation IC Voltage-Controlled Amplifiers THAT 2151, 2150A, 2155 FEATURES APPLICATIONS • Wide Dynamic Range: >116 dB • Faders • Wide Gain Range: >130 dB • Panners • Exponential dB Gain Control • Compressors • Low Distortion: (0.008% @ 0 dB
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lf351dbx 2151dbx 2155dbx 2150+62150a vcathat 2150alowest noise audio npn2155 vcathat2150that 2150
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DBX 2155
Contextual Info: T H A T Corporation IC Voltage-Controlled Amplifiers THAT 2151, 2150A, 2155 FEATURES APPLICATIONS • Wide Dynamic Range: >116 dB • Wide Gain Range: >130 dB • Exponential dB Gain Control • Low Distortion: (0.008% @ 0 dB gain, 0.035% @15dB gain) •
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lf351dbx 2155 |
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DBX 2155
Abstract: dbx 2151 DBX 2180 DBX 2150 2155 vca 2150a vca THAT2151 2150A LF351 op-amp application LF351 op-amp audio equalizer
Contextual Info: T H A T Corporation IC Voltage-Controlled Amplifiers THAT 2151, 2150A, 2155 APPLICATIONS No tR for ec o N m se ew m e 2 De end 18 sig ed 0/2 ns 18 1 FEATURES • Wide Dynamic Range: >116 dB • Faders • Wide Gain Range: >130 dB • Panners • Exponential (dB) Gain Control
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lf351dbx 2155dbx 2151dbx 2180+7dbx 21502155 vca2150a vcathat21512150alf351 op-amp applicationlf351 op-amp audio equalizer
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2150 series
Abstract: DBX 2155 dbx 2151 DBX 2150 2155 vca LF351 op-amp audio equalizer 2150a vca LF351 op-amp application LF351 op-amp complementary npn-pnp
Contextual Info: T H A T Corporation IC Voltage-Controlled Amplifiers THAT 2151, 2150A, 2155 FEATURES APPLICATIONS Wide Dynamic Range: >116 dB • • Wide Gain Range: >130 dB • Exponential dB Gain Control • Low Distortion: (0.008% @ 0 dB gain, 0.035% @15dB gain) •
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lf3512150 seriesdbx 2155dbx 2151+7dbx 21502155 vcalf351 op-amp audio equalizer2150a vcalf351 op-amp applicationlf351 op-ampcomplementary npn-pnp
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2N3810 NATIONAL SEMICONDUCTOR
Abstract: 5636 TUBE dc motor speed control lm3524 TY-90 flyback by lm3524 LM3524* motor control pin 10 lm3524 lm319 triangle LM135 pin configuration 2n3810 datasheet
Contextual Info: National Semiconductor Application Note 293 March 1986 The CMOS multiplying digital-to-analog converter can be widely applied in processor-driven control applications Because these devices can have a bipolar reference voltage their versatility is increased In some control applications the
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2n3810 national semiconductor5636 tubedc motor speed control lm3524ty-90+6flyback by lm3524lm3524* motor controlpin 10 lm3524lm319 trianglelm135 pin configuration2n3810 datasheet
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flyback by lm3524
Abstract: LM3524 lm319 triangle 2N3810-LM394 43743 book national semiconductor 2N3810 NATIONAL SEMICONDUCTOR LF356 AN-293 DAC1020
Contextual Info: The CMOS multiplying digital-to-analog converter can be widely applied in processor-driven control applications. Because these devices can have a bipolar reference voltage their versatility is increased. In some control applications the DAC’s output capabilities must be substantially increased to
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an-293an005636-1an00563ran005636+9flyback by lm3524lm3524lm319 triangle2n3810-lm39443743book national semiconductor2n3810 national semiconductorlf356dac1020
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LM358 vs LM741
Abstract: LM607CN LM324 vs LM741 LM337 TO-92 L308A L1117-3.3 LM2980 LM741 vs. LM324 m6 sot-23 pinout datasheet of IC 74LS90
Contextual Info: National Semiconductor to Texas Instruments Cross-Reference National Semiconductor GPN 74AC74 74AC74 74ACT00 74ACT374 74ACT374 74ACT374 74ACT374 74ACT374 74ACT374 74ACT374 74ACT374 74ACT74 74ACT74 74F109 74F109 74F151A 74F151A 74F151A 74F153 74F153 74F153
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74ac7474act0074act374lm358 vs lm741+9lm607cnlm324 vs lm741lm337 to-92l308al1117-3.3lm2980lm741 vs. lm324m6 sot-23 pinoutdatasheet of ic 74ls90
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ic LM386 wein bridge
Abstract: sine wave crystal controlled oscillator 2N3819 fet lm311 lm386 controlling ic lm311 2n3819 equivalent ic Sine Wave Generation Techniques alternative of LM386 100 khz crystal mm74193
Contextual Info: National Semiconductor Application Note 263 October 1999 Producing and manipulating the sine wave function is a common problem encountered by circuit designers. Sine wave circuits pose a significant design challenge because they represent a constantly controlled linear oscillator. Sine
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ic lm386 wein bridgesine wave crystal controlled oscillator2n3819 fetlm311 lm386+6controlling ic lm3112n3819 equivalent icsine wave generation techniquesalternative of lm386100 khz crystalmm74193
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7483 IC
Abstract: ic 7483 pin configuration of IC 7483 ic 7483 pin diagram for IC 7483 applications of IC 7483 7483 IC APPLICATIONS 7483 comparator Datasheet of IC 7483 data sheet ic 7483
Contextual Info: National Semiconductor Application Note 263 March 1981 Producing and manipulating the sine wave function is a common problem encountered by circuit designers Sine wave circuits pose a significant design challenge because they represent a constantly controlled linear oscillator Sine
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7483 icic 7483 pin configurationof ic 7483ic 7483+6pin diagram for ic 7483applications of ic 74837483 ic applications7483 comparatordatasheet of ic 7483data sheet ic 7483
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alternative of LM386
Abstract: LM386 FIXED LOW GAIN AUDIO POWER AMPLIFIER 2N3819 NATIONAL SEMICONDUCTOR 2N3810 NATIONAL SEMICONDUCTOR 2n3819 equivalent ic LM3900 VCO sine wave Oscillator jfet circuit pin diagram for IC 7483 IC LM386 12V supply LM386 circuit with capacitors
Contextual Info: National Semiconductor Application Note 263 Rereleased May 26, 2009 October 21, 1999 Producing and manipulating the sine wave function is a common problem encountered by circuit designers. Sine wave circuits pose a significant design challenge because they represent a constantly controlled linear oscillator. Sine wave
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an-263alternative of lm386lm386 fixed low gain audio power amplifier2n3819 national semiconductor+72n3810 national semiconductor2n3819 equivalent iclm3900 vcosine wave oscillator jfet circuitpin diagram for ic 7483ic lm38612v supply lm386 circuit with capacitors
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MC14577bp
Abstract: mc1741n motorola MC1741C MC1490 k 105 jfet LM324 VOLTAGE COMPARATORS E 212 JFET p626 MCT1458 MC14576B
Contextual Info: Operational Amplifiers and quad m onolithic devices in a variety of tem perature ranges and package styles. Most devices m ay be obtained in unencapsulated “ chip” form as well. For price and delivery information on chips, please contact your Motorola Sales
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mc14577bpmc1741nmotorola mc1741cmc1490+6k 105 jfetlm324 voltage comparatorse 212 jfetp626mct1458mc14576b
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MC143404
Abstract: lf3568 LF3578 LM324 LM11CL MC143403 LF351 LF355 LF355B LF356
Contextual Info: AMPLIFIERS continued Single Operational Amplifiers (continued) Internally Compensated >IB fiA Device Max VlO mV Max TCviO •io ß v rc nA Max Typ BW SR Av0| (Av = 1) (Av = 1) MHz V/mV MIßs Typ Min Typ Supply Voltage V Min Max Description Packages JFET Input
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lf351lf355lf355blf356+12lf356blf357lf357blf411lf411amc1733/mc1733cmc143404lf3568lf3578lm324lm11clmc143403
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LF351 op-amp application
Abstract: LM324 Low Power Quad Op-amp L272 Circuit datasheets of op-amp LM 250 KA1458 LF351 op-amp LM319 AD9101 E220 L272 datasheet
Contextual Info: Operational Amplifiers and Comparators Analog Discrete Interface & Logic Optoelectronics Product Portfolio Building Block Solutions for Multi-Market Applications Across the board. Around the world. May, 2002 Analog Selection Guide High-Performance Op Amps
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km4100ic8tr3km4100it5tr3km4101ic8tr3km4101it6tr3+16km4110it5tr3km4111it5tr3km4112it5tr3km4120it6tr3km4121it6tr3km4170is5tr3lf351 op-amp applicationlm324 low power quad op-ampl272 circuitdatasheets of op-amp lm 250ka1458lf351 op-amplm319ad9101e220l272 datasheet
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SA2159
Abstract: lowest noise audio NPN transistor faders LF351
Contextual Info: SA2159 VOLTAGE CONTROLLED AMPLIFIER FOR ELECTRONIC VOLUME CONTROL DESCRIPTION The SA2159 is a voltage-controlled amplifier VCA circuit. The chip is a high-performance current–in/current-out devices including two opposingpolarity, voltage-sensitive control ports. Due to super low-noise
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sa2159115db59mv/db20khz+3lowest noise audio npn transistorfaderslf351
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p626
Abstract: MC1741 mc35171 lm158 motorola LM158 tl062 lm24 T85+Switch+626 TL074M
Contextual Info: 2 CASE 626 PLASTIC N .P 0 R P 1 SUFFIX CASE 632 CERAMIC J, L SUFFIX CASE 648,648C PLASTIC P2 SUFFIX CASE 646 PLASTIC N, N-14, P OR P2 SUFFIX ; CASE 751 PLASTIC D SUFFIX CASE 693 CERAMIC J OR J-8, U, JQ SUFFIX CASE 751A PLASTIC D SUFFIX Operational Amplifiers
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mc1741j/632n/646p/646+8p626mc35171lm158 motorolalm158tl062lm24t85+switch+626tl074m
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k 105 jfet
Abstract: mc14576c MC33178 MC14577C MC14577CP tl062 LM833/MC
Contextual Info: Operational Amplifiers Motorola offers a broad line of bipolar operational amplifiers to meet a wide range of applications. From low-cost industry-standard types to high precision circuits, the span encompasses a large range of performance capabilities. These Analog integrated circuits are available as single, dual
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lm239lm239alm339lm339a+13lm2901lm2901vmc3302mc3431mc3432mc3433k 105 jfetmc14576cmc33178mc14577cmc14577cptl062lm833/mc
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LF351
Abstract: LF411C LF441C LM11C LM11CL LM201A LM301A LM308A MC1436 quad comparator LM3900
Contextual Info: Amplifiers and Comparators In Brief . . . For over two decades, Motorola has continually refined and updated integrated circuit technologies, analog circuit design techniques and processes in response to the needs of the marketplace. The enhanced performance of newer
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n/646d/751ap/648d/751b+12p/646mc14574lf351lf411clf441clm11clm11cllm201alm301alm308amc1436quad comparator lm3900
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2N3440 pinout
Abstract: LM329 amplifier 1N148 diode LF351 Op Amp IC 3 phase AC servo drive schematic 747 op amp datasheet LT1055 74C906 cmos 74C00 LT1056
Contextual Info: LT1055/LT1056 Precision, High Speed, JFET Input Operational Amplifiers U DESCRIPTION FEATURES • ■ ■ ■ Guaranteed Offset Voltage –55°C to 125°C Guaranteed Drift Guaranteed Bias Current 70°C 125°C Guaranteed Slew Rate 150µV Max 500µV Max 4µV/°C Max
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lt1055/lt1056150pa500pa2n3440 pinout+9lm329 amplifier1n148 diodelf351 op amp ic3 phase ac servo drive schematic747 op amp datasheetlt105574c906cmos 74c00lt1056
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mct1458
Abstract: MC1436 lm358 crossover MC14577C LF351 LF411C LF441C tl062 LM11CL LM201A
Contextual Info: Amplifiers and Comparators In Brief . . . For over two decades, Motorola has continually refined and updated integrated circuit technologies, analog circuit design techniques and processes in response to the needs of the marketplace. The enhanced performance of newer
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n/646d/751ap/648d/751b+12p/646mc14574mct1458mc1436lm358 crossovermc14577clf351lf411clf441ctl062lm11cllm201a
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MC14577C
Abstract: MC1350 MC1490 TL084 MC3476 LM393 mc33202 MC34182 LM224 phase shift MC34181
Contextual Info: Amplifiers and Comparators In Brief . . . Page Operational Amplifiers . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.1–2 Single . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.1–2 Dual . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.1–3
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n/646d/751ap/648d/751b+12p/646mc14574mc14577cmc1350mc1490tl084mc3476lm393mc33202mc34182lm224 phase shiftmc34181
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portable dvd player power supply
Abstract: MAX418 capacitive pressure sensor washing three stage instrumentation amplifier using lm358 MC4558 equivalent pin connection o LM324 accelerometer ta75s51f hf2c TS970 TS974
Contextual Info: DESIGNER’S GUIDE TO SELECTING AND APPLYING RAIL TO RAIL OPERATIONAL AMPLIFIERS Vcc + Output Vcc - Get the full swing with ST Standard Linear Ics w w w. s t . c o m + STMicroelectronics and Rail to Rail Amplifiers Choose your Rail to Rail Op-Amps + How to choose your device among the family of products? Our experience of analog designing
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tssop14portable dvd player power supplymax418capacitive pressure sensor washing+7three stage instrumentation amplifier using lm358mc4558 equivalentpin connection o lm324 accelerometerta75s51fhf2cts970ts974
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