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    SINE NATIONAL SEMICONDUCTOR Search Results

    SINE NATIONAL SEMICONDUCTOR Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    TC78B011FTG Toshiba Electronic Devices & Storage Corporation Brushless Motor Driver/3 Phases Driver/Vout(V)=30/Square, Sine Wave Visit Toshiba Electronic Devices & Storage Corporation
    TPHR7404PU Toshiba Electronic Devices & Storage Corporation N-ch MOSFET, 40 V, 0.00074 Ω@10V, SOP Advance, U-MOS-H Visit Toshiba Electronic Devices & Storage Corporation
    MG800FXF1JMS3 Toshiba Electronic Devices & Storage Corporation N-ch SiC MOSFET Module, 3300 V, 800 A, iXPLV, High-side: SiC SBD、Low-side: SiC MOSFET Visit Toshiba Electronic Devices & Storage Corporation
    XPQR8308QB Toshiba Electronic Devices & Storage Corporation N-ch MOSFET, 80 V, 350 A, 0.00083 Ω@10V, L-TOGL Visit Toshiba Electronic Devices & Storage Corporation
    XPQ1R00AQB Toshiba Electronic Devices & Storage Corporation N-ch MOSFET, 100 V, 300 A, 0.00103 Ω@10V, L-TOGL Visit Toshiba Electronic Devices & Storage Corporation

    SINE NATIONAL SEMICONDUCTOR Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    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
    Text: 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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    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
    Text: 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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    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
    Text: 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


    Original     		PDF AN-263 alternative of LM386 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

    easily tuned oscillator

    Abstract: wein bridge circuit square wave generating from sine low frequency sine oscillator national semiconductor Linear Amplifier With Active Output Clipping square waves to sine waves filter Widlar Reference sine wave LB-16
    Text: National Semiconductor Linear Brief 16 March 1971 One approach to generating sine waves is to filter a square wave This leaves only the sine wave fundamental as the output Since a square wave is easily amplitude stabilized by clipping the sine wave output is also amplitude stabilized A


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    lf411 substitution

    Abstract: str 5708 AN-637 C1995 LF411 LH0094 827TL
    Text: National Semiconductor Application Note 637 Hans Palouda August 1989 This note discusses how to use the LH0094 to generate output voltages that are the sine and the cosine of the input voltage Circuits are developed and the elements dimensioned Special emphasis is given to the procedure


    Original     		PDF LH0094 20-3A lf411 substitution str 5708 AN-637 C1995 LF411 827TL

    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     		PDF 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

    LB-23

    Abstract: precision Sine Wave Generator triangle wave LM119 sweep generator triangle wave op amp C1995 LM118 LM119 NSC
    Text: National Semiconductor Linear Brief 23 March 1986 INTRODUCTION The simple Tri-wave generator has become an often used analog circuit Tri-wave oscillators are more easily designed require less circuitry and are more easily stabilized than sine wave oscillators Further the highly linear output of todays Tri-wave generators make them useful in many


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    2n2369s

    Abstract: free transistor a4s quad comparator LM329 2N2369 transistor tl 2N3904 TRANSISTOR rosemount 118-mg rosemount 118 rosemount 118 mf sensor rosemount 118 2N4393, NATIONAL
    Text: National Semiconductor Application Note 262 May 1981 The availability of dual and quad packaged FET op amps offers the designer all the traditional capabilities of FET op amps including low bias current and speed and some additional advantages The cost-per-amplifier is lower because


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    injection transformer

    Abstract: an1889 pcb step down transformer AN-1889 national step up an down transformer AN-1889 Signal Path Designer high frequency step up transformer sine National Semiconductor
    Text: National Semiconductor Application Note 1889 Frederik Dostal October 14, 2008 Introduction The regulation characteristics of most power management circuits are defined by the converter loop transfer function which can be plotted in a Bode plot. This representation of the


    Original     		PDF AN-1889 injection transformer an1889 pcb step down transformer AN-1889 national step up an down transformer AN-1889 Signal Path Designer high frequency step up transformer sine National Semiconductor

    rosemount 118

    Abstract: quad comparator LM329 sine wave inverter circuit diagram 2n2369s design sine wave power inverter 2N2369 transistor oven rtd sensor Diode 1N4148 as temperature sensor TRANSISTOR a4 rosemount temperature sensors
    Text: National Semiconductor Application Note 262 May 1981 The availability of dual and quad packaged FET op amps offers the designer all the traditional capabilities of FET op amps, including low bias current and speed, and some additional advantages. The cost-per-amplifier is lower because


    Original     		PDF AN-262 rosemount 118 quad comparator LM329 sine wave inverter circuit diagram 2n2369s design sine wave power inverter 2N2369 transistor oven rtd sensor Diode 1N4148 as temperature sensor TRANSISTOR a4 rosemount temperature sensors

    pwm circuit with lm324

    Abstract: hfptr DD107 keyboard to DTMF 840C AN-666 C1995 COP820C LM324
    Text: National Semiconductor Application Note 666 Verne H Wilson June 1990 DTMF Dual Tone Multiple Frequency is associated with digital telephony and provides two selected output frequencies (one high band one low band) for a duration of 100 ms DTMF generation consists of selecting and combining two


    Original     		PDF COP820C 20-3A pwm circuit with lm324 hfptr DD107 keyboard to DTMF 840C AN-666 C1995 LM324

    LMH7324

    Abstract: No abstract text available
    Text: National Semiconductor Application Note 1683 Gerrit Sergers September 2007 General Description The window detector output is formed by the OR-function of combining both Q outputs of comparators B and C. Outputs which have an ECL Emitter Coupled Logic structure can be


    Original     		PDF LMH7324 AN-1683

    FULL WAVE RECTIFIER CIRCUITS

    Abstract: AN10141 74vhc942 AN-1014 C1995 MM74HC942 SC-12 SC-15 discrete phase sequence detector national TV frequency synthesizer chip
    Text: National Semiconductor Application Note 1014 October 1995 INTRODUCTION The advent of low cost microprocessor based systems has created a strong demand for low cost reliable means of data communication via the dial-up telephone network The most widespread means for this task is the Bell 103 type


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    FULL WAVE RECTIFIER CIRCUITS

    Abstract: National Hybrid 5532 lowpass filter CIRCUIT DIAGRAM AN-349 C1995 MM74HC942 SC-12 SC-15 internal diagram of external modem implementation of frequency discriminator
    Text: National Semiconductor Application Note 349 Anthony Chan Peter Single Daniel Deschene April 1984 INTRODUCTION The advent of low cost microprocessor based systems has created a strong demand for low cost reliable means of data communication via the dial-up telephone network The


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    ic 7495

    Abstract: 7495 47 MF CAPACITOR of ic 7495 LM3524 pin diagram of ic 7495 7495 datasheet 7495 pc charge battery lm339 7495 ic
    Text: National Semiconductor Application Note 288 April 1982 In many electronic systems the need arises to generate small amounts of power at voltages other than the main supply voltage This is especially the case in digital systems where a relatively small amount of analog circuitry must be


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    AN-31

    Abstract: Op Amp Circuit Collection Reference Vishay Ultronix Grand Junction CO Q81 Q81, 1K, 3500 ppm "multiple aperture Window Discriminator" noise detector using instrumentation amplifier CO Q81 zero crossing detector in rectifier circuit Vishay Q81
    Text: National Semiconductor Application Note 31 September 2002 Note: National Semiconductor recommends replacing 2N2920 and 2N3728 matched pairs with LM394 in all application circuits. Section 1—Basic Circuits Inverting Amplifier Non-Inverting Amplifier Op Amp Circuit Collection


    Original     		PDF 2N2920 2N3728 LM394 AN-31 AN007057 AN-31 Op Amp Circuit Collection Reference Vishay Ultronix Grand Junction CO Q81 Q81, 1K, 3500 ppm "multiple aperture Window Discriminator" noise detector using instrumentation amplifier CO Q81 zero crossing detector in rectifier circuit Vishay Q81

    LM3524

    Abstract: charge battery lm339 lm339 square wave LM3524 application AN-288 LM311 LM339 pin 10 lm3524 "Converter DC-DC" power 7 pin pulse transformer
    Text: National Semiconductor Application Note 288 April 1998 In many electronic systems, the need arises to generate small amounts of power at voltages other than the main supply voltage. This is especially the case in digital systems where a relatively small amount of analog circuitry must be


    Original     		PDF understa959 LM3524 charge battery lm339 lm339 square wave LM3524 application AN-288 LM311 LM339 pin 10 lm3524 "Converter DC-DC" power 7 pin pulse transformer

    LM3524

    Abstract: charge battery lm339 lm339 square wave ic lm3524 datasheet LM311 phase shift oscillator pin 10 lm3524 AN-288 LM10 LM339
    Text: National Semiconductor Application Note 288 April 1998 In many electronic systems, the need arises to generate small amounts of power at voltages other than the main supply voltage. This is especially the case in digital systems where a relatively small amount of analog circuitry must be


    Original     		PDF AN-288 LM3524 charge battery lm339 lm339 square wave ic lm3524 datasheet LM311 phase shift oscillator pin 10 lm3524 AN-288 LM10 LM339

    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


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    xpressrom

    Abstract: ac97 Microphone mtbf ADC12138 CS5530 CS9210 PCI1211 COP8SGE7
    Text: Personal Access Device thin client set top box personal access National Semiconductor has designed the Geode WebPADsolution as a reference platform for manufacturers and developers. Additional Software Requirements ● QNX upgrade utility for web-based updates


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    Sine Wave Generation Techniques

    Abstract: AN-269 C1995 DAC1000 DAC1020 LM329 tellabs logarithmic amp
    Text: National Semiconductor Application Note 269 September 1981 The 4-quadrant multiplying CMOS D to A converter DAC is among the most useful components available to the circuit designer Because CMOS DACs allow a digital word to operate on an analog input or vice versa the output can represent a sophisticated function Unlike most DAC units


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    BRIDGE-RECTIFIER 1 amp

    Abstract: LM12 BRIDGE-RECTIFIER 1A 800w audio Amplifier diagram
    Text: LM12 National ÆM Semiconductor LM12 L 80W Operational Amplifier General Description The LM12 is a power op amp capable of driving ±25V at ± 10A while operating from ± 30V supplies. The monolithic IC can deliver BOW of sine wave power into a 4 fl load with


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    LM12K

    Abstract: LM12CK lm12 BRIDGE-RECTIFIER 20v ,1A BRIDGE-RECTIFIER LM12C lm12 op amp APPLICATION OF BRIDGE-RECTIFIER IC 3358 transistor LM12 OP amp IC
    Text: National Semiconductor LM12 L /C /C L 150W Operational Amplifier General Description The LM12 is a power op amp capable of driving + 35V at ± 10A while operating from ± 40V supplies. The monolithic IC can deliver 150W of sine wave power into a 4 0 load with


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    800w power amplifier circuit diagram

    Abstract: 800w audio Amplifier diagram 800w audio amplifier circuit diagram 800w audio power amplifier circuit diagram 80w audio amplifier schematic circuit diagram BRIDGE-RECTIFIER 10v ,1A op amp 40v 100w BRIDGE-RECTIFIER audio amplifier 50w 50v operational amplifier discrete schematic
    Text: LM12 National Semiconductor LM12 80W Operational Amplifier General Description The LM12 is a power op amp capable of driving +25V at ± 10A while operating from ± 30V supplies. The monolithic IC can deliver 80W of sine wave power into a 4 i i load with 0.01% distortion. Power bandwidth is 60 kHz. Further, a


    OCR Scan     		PDF tl/h/8704â bSQ1124 800w power amplifier circuit diagram 800w audio Amplifier diagram 800w audio amplifier circuit diagram 800w audio power amplifier circuit diagram 80w audio amplifier schematic circuit diagram BRIDGE-RECTIFIER 10v ,1A op amp 40v 100w BRIDGE-RECTIFIER audio amplifier 50w 50v operational amplifier discrete schematic