Low frequency powertransistor

Low frequency powertransistor
1970-01-01 08:00:00

,

transistorsingleTubelargeCircuitthreeComparison of three basic connection methods

transistorenlargeCircuitHaving common projection, common set and common basethreeSeed connection method, FET has common source and common leakage connection method (andtransistorenlargeCircuitCorresponding to common radiation and common set connection method).
2022-02-09 09:58:570

,

Analog programmable single junctiontransistordeviceoscillationDevice design

Analog programmable single junctiontransistordeviceoscillationDevice design
2021-06-27 10:32:43twenty-two

,

Oscillating circuitElectronic download of design and application of

Oscillating circuitAlso known as signal generationCircuit, this is a lot of electronsCircuitFrequently used inCircuit。 Sample milk, numericalCircuitThis is what provides the clockCircuitTo transmit various signals such as radio waves to distant placescarrierThe number is alsoOscillating circuitGeneratedCircuitHardware technicians are working onCircuitThe signal generator, frequency generator, etc. used in the experiment are also of this kindCircuit
2021-05-17 12:07:58thirty-seven

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commontransistoraccelerateCircuitanalysis

To improvetransistorSwitching characteristics of, decreasingtransistorLoss of attransistorbase drive CircuitSome acceleration measures will be taken in the design of.
2021-03-21 15:43:59three thousand and three hundred

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NPNtriodeComposed singleTubeenlargeCircuitAnalysis of validation experiment

MultiharmonicoscillationQi is an ancientOscillating circuit, which was proposed by Abraham, Bloch, Eccles, Jordan and others in 1919Circuit。 In those years, electronicTubeDesignedCircuit。 In 1940transistorAfter the occurrence, adopttransistor
2020-09-26 00:42:27five thousand seven hundred and thirty-six

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TwotransistorConstituted lightOscillating circuit

The following figure is composed of twotransistorConstituted lightOscillating circuitIt can be installed on trees or indoor windows as children’s toys, and can also be hung on the neck of dogs.
2020-09-17 11:47:20one thousand six hundred and six

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How to realize Ku bandtransistorMicrostriposcillationDesign of filter

Based on two port negative resistanceoscillationDevice model, combined with microwavetransistorSmall signal S-parameter and microstrip line feedback structure, with open loopCircuitandthreeD electromagnetic joint simulation design methodparagraphCircuitKu band with simple structureoscillationDevice.oscillationThe center frequency of the device is 24.2ghz, the output power is 6.8dbm, and the phase noise at the frequency offset of 100kHz reaches -85.2dbc/hz.
2020-06-30 01:10:30three

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triodeApplication ofCircuitAmplification ofCircuitandOscillating circuitAnd switchesCircuit

triodeTypical applicationsCircuitMainly amplificationCircuitOscillating circuit, switchCircuit
2020-03-29 21:55:06nine thousand and sixty-five

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transistorWhat do you do_transistorofthreeWhat are the first workspaces

This paper first describestransistorIn addition, it also analyzestransistorofthreeWorkspaces.
2020-03-14 10:39:42eleven thousand two hundred and eighty-nine

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threeparagraphtransistorinverterCircuitchart

This article mainly introducesthreeparagraphtransistorinverterCircuitFigure.
2020-03-14 10:20:43six thousand five hundred and twenty-eight

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MCUOscillating circuitcrystalWhat is the function of the side capacitor

crystal, equivalent tothreeThe inductance in the dot type, C1 and C2 are capacitors, and 5404 and R1 realize an NPNthreeextremelyTube, you can compare thethreePoint capacitorOscillating circuit
2020-03-09 17:08:28one thousand eight hundred and forty-four

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graphictransistorCircuitPdf ebook free download

This book is divided into 11 chapters. The main chapters are: properties of semiconductorsCrystal triodeThe role ofCrystal triodeenlargeCircuitThe foundation of, various amplificationCircuit. power amplificationCircuitHigh frequency amplificationCircuitOscillating circuitFrequency conversionCircuit, modulation and demodulationCircuit. power supplyCircuitAnd pulseCircuit
2019-10-17 17:11:54ninety-nine

,

threeDot typeOscillating circuitCharacteristics of_threeDot typeOscillating circuitjudge

threeDot typeOscillating circuitIt means that the three terminals of capacitance or inductance (feedback part) are connected respectivelytransistorofthreeGeji, so it is calledthreeDot typeOscillating circuit
2019-08-01 15:46:43fourteen thousand two hundred and seventy-three

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MOStransistorApplication of

mostransistor, metal oxide semiconductor structuretransistorMOS for shorttransistor, with MOSTubeIntegration of componentsCircuitCalled MOS integrationCircuit
2019-04-19 17:06:20four thousand six hundred and thirty-nine

,

oneparagraphCrystal controlled local machineoscillationimplementCircuitFigure, crystal oscillator circuit

oneparagraphCrystal controlled local machineoscillationimplementCircuitFigure, crystal oscillator circuit keyword:Crystal oscillation circuitFigure thisoscillationThe converter may include several conversionstransistorthesetransistorIt is used to provide channelized operation. If necessary, add a buffer amplifier.  
2020-09-30 17:23:01seven hundred and four

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transistorAnd FET and experimental data《transistorCircuitFree download of design (Part 2)

/ current feedback amplificationCircuittransistor/ FET switchCircuitAnalog switchCircuitSwitching power supplyOscillating circuitEtc. The first volume mainly introduces amplificationCircuitWork, enhanced outputCircuitDesign and manufacture of power amplifier, widening frequency characteristics, etc.
2018-09-11 10:34:32fifty-nine

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lcOscillating circuitAnd LC resonanceCircuitWhat’s the difference? lcOscillating circuitPrinciple and characteristics ofExplain in detail

LCOscillating circuit, refers to the frequency selection network composed of inductance L and capacitance COscillating circuit, used to generate high-frequency sine wave signal, common LC sine waveOscillating circuitWith transformer feedback LCOscillating circuit. inductancethreeDot LCOscillating circuitAnd capacitancethreeDot LCOscillating circuit
2018-07-18 18:25:37seventy-nine thousand eight hundred and sixty-two

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SimplestTertiary pipeOscillating circuitPhoto Daquan (VI)paragraphSimplestTertiary pipeOscillating circuitDesign schematic diagramExplain in detail

This article mainly introduces the simplestTertiary pipeOscillating circuitPhoto Daquan (VI)paragraphSimplestTertiary pipeOscillating circuitDesign schematic diagramExplain in detail)。 In scheme 1CircuitIt is composed of two RC coupled amplifiers, in which the output of each stage is coupled to the input of the other stage. Each stage turns on and off alternately, with only one stage at a time
2018-02-27 14:57:12ninety-four thousand and seventy-seven

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Simplest LCOscillating circuitPicture Daquan (V)paragraphSimplest LCOscillating circuitDesign schematic diagramExplain in detail

This article mainly introduces the simplest LCOscillating circuitPicture Daquan (V)paragraphSimplest LCOscillating circuitDesign schematic diagramExplain in detail)。 LCOscillating circuit, refers to the frequency selection network composed of inductance L and capacitance COscillating circuit, used to generate high-frequency sine wave signal, common LC sine waveOscillating circuitWith transformer
2018-02-27 14:36:21one hundred and ninety-three thousand seven hundred and thirteen

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Simplest RCOscillating circuitPicture Daquan (x)paragraphSimplest RCOscillating circuitDesign schematic diagramExplain in detail

This paper mainly introduces the simplest RCOscillating circuitPicture Daquan (x)paragraphSimplest RCOscillating circuitDesign schematic diagramExplain in detail),RCOscillating circuit, composed of RC frequency selection network, suitable for low frequencyoscillationIt is generally used to generate low frequency of 1hz~1mhz (fo=1/2 π RC)
2018-02-27 14:05:17two hundred and seventy-four thousand two hundred and thirty-six

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Simplest capacitorOscillating circuitPicture Daquan (IV)paragraphSimplest capacitorOscillating circuitDesign schematic diagramExplain in detail

This paper mainly introduces the simplest capacitorOscillating circuitPicture Daquan (IV)paragraphSimplest capacitorOscillating circuitDesign schematic diagramExplain in detail)。 capacitancethreeDot typeOscillating circuitIt is characterized by high frequency stability and good output waveform. The frequency can reach more than 100 MHz, but the frequency adjustment range is small, so it is suitable for fixed frequencyoscillationDevice. itsoscillationFrequency: f0=1/2 π LC, where c=c1c2c1+c2.
2018-02-27 15:15:12fifty-five thousand two hundred and ninety-three

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transistorTesterCircuitFigure Daquan (cd4022/ bipolartransistor/NE555 time baseCircuitchartExplain in detail

measuretransistorthreeCombinations of various possible current directions flowing between terminals T1, T2 and T3.CircuitUse two cd4022 or CD4017 counters IC1 and IC2; A single gate square waveoscillationDevice G4; And a cd4011 Quad NAND gate, G1 to G3. Each test terminal is connected in series with a pair of LEDs to indicate the direction of current. The color of the led directly indicatestransistorKnot end of.
2018-03-20 09:12:02eleven thousand six hundred and forty-seven

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self-controltransistorPairing instrumentCircuit

This article begins with twoparagraphtransistorpairCircuitSecondly, the junction field effect is introducedtransistorPaired Testing CircuitAt last, the self-madetransistorPairing instrumentCircuitmethod.
2018-03-19 15:44:05fourteen thousand three hundred and thirty-five

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Electric lamp remote control switchCircuitPicture Daquan (VII)paragraphsimulationCircuitDesign schematic diagramExplain in detail

This paper mainly introduces the electric lamp remote control switchCircuitPicture Daquan (VII)paragraphsimulationCircuitDesign schematic diagramExplain in detail), electric light remote control switchCircuitIt consists of transmitting and receiving parts,transistorVT1 and vt2 are self-excited multiharmonicsoscillationThe collector load is not a resistor, but an inductive coil. On stage
2018-01-29 17:02:13fifty-one thousand one hundred and thirty-one

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Design of water level alarmCircuitPicture Daquan (VIII)paragraphsimulationCircuitDesign schematic diagramExplain in detail

This paper mainly introduces the design of water level alarmCircuitPicture Daquan (VIII)paragraphsimulationCircuitDesign schematic diagramExplain in detail)。 The whole water level alarm of scheme ICircuitfromtransistorMultiharmonicoscillationDevices, amplifiers and alarmsCircuitComposition. The alarm sound can be sent out in time when the water level in the tank is full.CircuitintransistoroscillationThe square wave signal generated by the detector is sent into the water through the probe. The probe has a long service life because there is no electrolytic corrosion.
2018-01-26 16:43:11fifty thousand six hundred and nineteen

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LC sine waveOscillating circuitExplain in detail_ LC sine waveOscillating circuitoscillationJudgment method of

LC sine waveOscillating circuitRC bridge sine waveOscillating circuitThe composition principle of is essentially the same, except that the frequency selection network adopts LCCircuit。 In LCOscillating circuitMedium, when f=f0, zoom inCircuitThe amplification factor of is the largest, while the signals of other frequencies are attenuated to zero; Introducing positive feedback
2018-01-23 10:46:13thirty-four thousand eight hundred and twenty-three

,

rcOscillating circuitExplain in detail_ rcOscillating circuitworking principle

RCOscillating circuit, composed of RC frequency selection network, suitable for low frequencyoscillationIt is generally used to generate low-frequency signals of 1hz~1mhz (fo=1/2 π RC). For RCOscillating circuitFor example, increasing resistance R can reduceoscillationFrequency, and increasing the resistance does not need to increase the cost; And yes
2018-01-22 19:58:29ninety-four thousand one hundred and thirty-seven

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lcOscillating circuitHow to calculate the frequency_ lcOscillating circuitFrequency calculation (calculation formula)

LCOscillating circuit, refers to the frequency selection network composed of inductance L and capacitance COscillating circuit, used to generate high-frequency sine wave signal, common LC sine waveOscillating circuitWith transformer feedback LCOscillating circuit. inductancethreeDot LCOscillating circuitAnd capacitancethreeDot LCOscillating circuit。 LCOscillating circuit
2018-01-22 17:53:15fifty thousand six hundred and twenty-eight

,

lcOscillating circuitHow to start vibration_ lcOscillating circuitVibration starting conditions and commissioning

LCOscillating circuit, refers to the frequency selection network composed of inductance L and capacitance COscillating circuit, used to generate high-frequency sine wave signal, common LC sine waveOscillating circuitWith transformer feedback LCOscillating circuit. inductancethreeDot LCOscillating circuitAnd capacitancethreeDot LCOscillating circuit。 LCOscillating circuit
2018-01-22 17:18:59twenty-one thousand seven hundred and thirty-one

,

lcOscillating circuitAnalysis_ lcOscillating circuitWorking principle and characteristic analysis

LCOscillating circuit, refers to the frequency selection network composed of inductance L and capacitance COscillating circuit, used to generate high-frequency sine wave signal, common LC sine waveOscillating circuitWith transformer feedback LCOscillating circuit. inductancethreeDot LCOscillating circuitAnd capacitancethreeDot LCOscillating circuit。 LCOscillating circuit
2018-01-22 17:02:30ninety-four thousand seven hundred and sixteen

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triodeOscillating circuitWhat is it like and what is its principle?

This article introduces the simple, low-costtriodeOscillating circuitBrief analysis.
2018-01-08 16:41:15fifty-eight thousand five hundred and twenty-nine

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Oscillating circuitIntroduction_ singleTubeSweep typeOscillating circuitanalysis

Use onetransistorPrimaryCircuitSimultaneous generationoscillationAnd sweep frequency are rare, usually by a low frequencyoscillationSignal to control another high frequencyoscillation
2018-01-08 16:19:29two thousand three hundred and twenty-six

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Single tube self excitationOscillating circuitWhat is it_ Single tube self excitationOscillating circuitchart

This article brings you two single transistor self excitationOscillating circuitchartExplain in detail
2018-01-08 15:42:15fifty-six thousand four hundred and forty-six

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What is self excitationOscillating circuitAnd self excitationOscillating circuitchart

This article introduces self excitationOscillating circuitThe concept of self excitationoscillationConditions andthreeSelf excitationOscillating circuitFigure.
2018-01-08 15:22:39thirty thousand one hundred and one

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Oscillating circuitDesign and application of

Design, ceramics andCrystal oscillation circuitThe design of function generator and voltage controlOscillating circuitDesign, PLL frequency synthesizer design, digital frequency synthesizer design, and so on.
2017-11-24 11:18:12ninety-eight

,

LC sine waveOscillating circuitIntroduction to relevant knowledge

This paper introduces the LC sine waveOscillating circuit, including LC frequency selective amplificationCircuitTransformer feedback LCOscillating circuitthreeDot LCOscillating circuitAnd quartzCrystal oscillation circuit
2017-11-22 18:52:39nineteen

,

MCU external connectioncrystalandOscillating circuitanalysis

, they didn’t make a deep theoretical analysis. On the other hand, many fans have directly ignoredcrystalThe two capacitors beside them, they think it is OK to do according to the reference design. But in fact, this is MCUOscillating circuit, also known asthreePoint capacitorOscillating circuit, as shown in Figure 1. Figure 1: MCUthreePoint capacitorOscillating circuitWherein, Y1 is crystalline
2017-11-10 10:30:27twenty-three

,

Quartz crystal Oscillating circuitDesign overview of

The load capacitance (CL) is a definite crystal oscillator|Oscillating circuitFrequency parameter of. CL represents an effective equivalent capacitance, loaded from the crystal oscillator|Oscillating circuitofcrystalBoth ends of the unit. Crystal oscillator|oscillationThe frequency will vary depending on the load capacitance crystal oscillator|Oscillating circuit。 In order to obtain ideal frequency accuracy, crystal oscillator|Oscillating circuitLoad capacitance andcrystalMatching between units is required.
2017-09-16 10:53:16sixteen

,

Oscillating circuitExplain in detail: definition, waveform, basic principle, classic design

Oscillating circuitAlso called signal generationCircuit, the function is to produceoscillationSignals are many electronsCircuitFrequently used inCircuit。 For example, a numberCircuitProviding clockCircuitTo transmit various signals such as radio waves to distant placescarrierThe signal is also availableOscillating circuitGenerated.
2017-05-10 10:43:54eighteen thousand eight hundred and twenty-one

,

LCOscillating circuitWorking principle, LC series parallelCircuitSummary

LCOscillating circuit, refers to the frequency selection network composed of inductance L and capacitance COscillating circuit, used to generate high-frequency sine wave signal, common LC sine waveOscillating circuitWith transformer feedback LCOscillating circuit. inductancethreeDot LCOscillating circuitAnd capacitancethreeDot LCOscillating circuit
2017-05-03 11:00:44eighteen thousand three hundred and sixty-four

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Zhouqiongjian_transistorAndtransistorenlargeCircuitupper

Zhouqiongjian_transistorAndtransistorenlargeCircuitOn, interested partners can have a look.
2016-07-26 08:59:24one hundred and twenty-three

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MCUcrystalFunction of side capacitance andOscillating circuitAnalysis of

MCUcrystalFunction of side capacitance andOscillating circuitAnalysis, interested can see.
2016-07-22 16:02:34twenty-six

,

transistorenlargeCircuitofthreeMethods

In Analog ElectronicstransistorenlargeCircuitThe methods arethreeSimple explanation of PPT.
2016-03-21 01:10:37fifty-eight

,

Crystal oscillation circuitDesign_ CN

Crystal oscillation circuitDesign_ CN,Crystal oscillation circuitDesign_ CN,Crystal oscillation circuitDesign_ CN
2015-12-24 19:59:49seven

,

Lecture on Electronic Technology (II)transistorZoom in andOscillating circuit

transistorZoom in andOscillating circuitBasic knowledge with a lot of practicalCircuit。 It is an easy to understand introductory book, which is suitable for engineering and technical reading of non electric majors.
2015-10-27 11:23:30ten

,

RF and microwavetransistoroscillationDevice design

RF and microwavetransistoroscillationDevice design
2013-09-12 16:04:49two hundred and sixty-nine

,

transistorEssence collection

transistorThe technical topic of essence collection mainly introducestransistorNew product informationtransistorPrincipletransistorManualstransistorCircuitFiguretransistorCircuitDesigntransistorApplication (mainly includingtransistorRadiotransistorTester) and commontransistor(e.g. field effecttransistor,mostransistor, insulated gate bipolartransistorEtc.). This topic is rich in content and all inclusive. I hope it will help you!
2012-08-03 09:45:32

,

quartzcrystalofCircuitSymbols andOscillating circuitchart

In order to obtain high frequency stabilityoscillationSignal, mostly made of quartzcrystalComposed of quartzCrystal oscillationDevice. quartzcrystalofCircuitSymbols andOscillating circuitAs shown in the figure. chartOscillating circuitchart
2012-07-12 14:57:36six thousand six hundred and seventy-six

,

PNPtransistorCosetCircuit

PNPtransistorCosetCircuit:
2012-04-17 15:17:57three thousand four hundred and forty-eight

,

transistorHigh speed switchCircuit

transistorHigh speed switchCircuitIt is very practical and simpleCircuit。 Electronic enthusiasts provide you withtransistorHigh speed switchCircuit, hope to help you!
2011-07-12 09:45:42four thousand six hundred and fifty-one

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avalanchetransistorCircuitchart

transistorThere are four regions in the output characteristic curve: saturation region, linear region, cut-off region and avalanche regiontransistorbeforethreeThe working states of the zones areCircuitin
2010-11-13 17:16:38one thousand and one hundred

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Oscillating circuitcomputing equipment

Oscillating circuitIs a very common unitCircuit, variousOscillating circuitAnd their deformationCircuitnumber
2010-07-02 17:29:29one hundred and forty-six

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Unadjusted quartz without inductance LCrystal oscillation circuit

Unadjusted quartz without inductance LCrystal oscillation circuitCircuitFunctions oftransistorCollector of
2010-05-15 14:20:18one thousand two hundred and twenty-eight

,

Oscillating circuitSummary of

Oscillating circuitSummary ofOscillating circuitThe classification of willOscillating circuitFrom low frequency to high frequency, it can be classified as shown in Table 1 below.  
2010-05-14 10:46:24four hundred and thirty-nine

,

Single knottransistorConstitutive relaxationOscillating circuit

Single knottransistorConstitutive relaxationOscillating circuitSingle knottransistorConstitutive relaxationOscillating circuitAs shown in figure 2-55 (a). Set the initial voltage of the capacitor as 0. After the power supply is connected, the power supply passes through the resistance R
2010-05-11 11:27:34four thousand seven hundred and twelve

,

Crystal oscillation circuitDesign method of

Crystal oscillation circuitHartley’s design methodOscillating circuitAnd corbizOscillating circuitIsolc typeOscillating circuit, whoseoscillationThe rate is determined byCircuitDetermined by the coil and capacitance in. This one
2010-04-28 15:40:32nine thousand two hundred and thirty-one

,

Parallel typeCrystal oscillation circuit

Parallel typeCrystal oscillation circuit1) Type C-B (also known as Pierce)Crystal oscillationAs shown in figure 5.3-10, l and CB in figure a are high-frequency choke and high-frequency bypass capacitor respectively. Ignoring the influence of bias resistance, high frequency can be obtained
2010-04-17 13:18:18eleven thousand two hundred and eighty-nine

,

Practical LCOscillating circuit

Practical LCOscillating circuitPractical LCOscillating circuit(see figure 5.3-9)
2010-04-17 13:12:30one thousand five hundred and fifty-one

,

LCOscillating circuitCommissioning of

LCOscillating circuitDebugging of due toOscillating circuitThe selection of parameters ignores many secondary factors, especiallytransistorBecause of the discreteness of parameters, the selected components areCircuitAfter assembly, it must be tested and adjusted to reach the predetermined
2010-04-17 13:11:21one thousand five hundred and seventeen

,

threeDot typeOscillating circuit

threeDot typeOscillating circuitthreeDot typeOscillating circuitIt refers to thethreeLeading out endpoints are connected withtriodeofthreeTwo electrodes are connected. 1)threeDot typeOscillating circuitFigure 5.3-3 shows the judgment criteria of relative conditionsthreeDot typeOscillating circuitOne of
2010-04-17 13:07:36nine thousand seven hundred and nineteen

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capacitancethreeDot typeOscillating circuit

capacitancethreeDot typeOscillating circuit
2010-04-16 17:59:41one thousand four hundred and ten

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inductancethreeDot typeOscillating circuit

inductancethreeDot typeOscillating circuit
2010-04-16 17:59:07two thousand seven hundred and twenty-five

,

transistorreachtransistorLogic (TTL)oscillationFilters and filtersCircuit

Some miscellaneous designs were studied. Topics includetransistorreachtransistorLogic (TTL)oscillationFilters and filters. Chapter 7 of the NI Multisim Fundamental Circuits series
2010-03-29 09:20:12forty-three

,

transistorBased onCircuit

Chapter 3 focuses on IntroductiontransistorBased onCircuit。 Detailed and annotated examples include various PNP and NPN offsettransistor。 Chapter 3 of the NI Multisim Fundamental Circuits
2010-03-29 09:16:12forty-five

,

threeDot typeoscillationDevice,threeDot typeoscillationimplementCircuitschematic diagram

threeDot typeoscillationDevice,threeDot typeoscillationimplementCircuitschematic diagramthreeDot typeOscillating circuitComposition rule (phase condition)threeDot typeoscillationDevice refers to thethreeEndpoints andtransistorofthreeElectrode points
2010-03-22 14:14:19five thousand seven hundred and forty-three

,

MCU resetCircuitandOscillating circuitapplication

MCU resetCircuitandOscillating circuitapplication systemoscillationimplementcrystal/Ceramicsoscillationimplementcrystal/CeramicsoscillationDevice equivalenceCircuitThe following is composed of resistance, capacitance and inductanceCircuitnamelycrystal/CeramicsoscillationEquivalence of the filterCircuit
2010-03-21 09:15:48ninety-seven

,

Complementary multiharmonicOscillating circuit

Complementary multiharmonicOscillating circuitcomplementaryTubeMultiharmonicOscillating circuitSee Figure 3. TheCircuitIt is still composed of two-stage collector based resistance capacitance coupled inverter, whenCircuitWhen the power is turned on, twoTubeIt cannot be connected immediately because of the charging of Ca and CBCircuitDiameter: EC → R2
2010-03-10 16:32:46one thousand one hundred and ninety-one

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transistorH parameter,transistorWhat does the h parameter mean

transistorH parameter,transistorWhat is the meaning of parameter H? On the premise of reasonably setting the static operating point and input as AC small signal,transistorEquivalent to a linear dual portCircuit
2010-03-05 17:37:22four thousand nine hundred and forty

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CMOStransistor,CMOStransistorWhat do you mean?

CMOStransistor,CMOStransistorMetal oxide semiconductor structuretransistorMOS for shorttransistorWith p-type mosTubeAnd n-type MOSTubeDivision of
2010-03-05 15:22:51two thousand seven hundred and fifty-three

,

What is microwavetransistoroscillationimplement

What is microwavetransistoroscillationGenerator GenerationoscillationGalvanicCircuitbe calledOscillating circuitOscillating circuitMainly sine waveoscillationAnd function generators such as pulse generators sine waveOscillating circuityes
2010-03-05 10:25:27two thousand nine hundred and forty-one

,

threeDot typeOscillating circuitcanoscillationDiscrimination method of

threeDot typeOscillating circuitcanoscillationIntroduction in the course of analog electronic technology, discriminationOscillating circuitCan it be producedoscillationThe first step is to look at the DC path and the amplifier
2009-12-21 17:12:10twenty-three thousand two hundred and eighty-nine

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External connectiontransistorofCircuit

External connectiontransistorofCircuit
2009-11-17 16:51:27three hundred and fifty-five

,

powertransistorcharacteristic

powertransistorFeature l the output voltage can be pulse width modulated, so the output voltage is a strong pulse sequence with amplitude equal to DC voltage.   2carrierFrequency due to powertransistorOn
2009-11-05 12:05:10seven hundred and eighty

,

MOStransistor

MOStransistorMetal oxide semiconductor structuretransistorMOS for shorttransistorWith p-type mosTubeAnd n-type MOSTubeThe difference. MOSTubeIntegration of componentsCircuitCalled MOS integrationCircuit, and PMOSTube
2009-11-05 11:50:36two thousand two hundred and forty-five

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External connectiontransistorDiffuser ofCircuit

External connectiontransistorDiffuser ofCircuitExternal connection in the figuretransistorDiffuser ofCircuit, external PNP
2009-10-26 15:45:21three thousand three hundred and twenty-three

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singletransistorExperimental operationoscillationimplement

singletransistorExperimental operationoscillationThe device adopts 2n366
2009-09-12 11:33:13five hundred and eighty-four

,

RC phase shiftthreemutuallyOscillating circuitchart

RC phase shiftthreemutuallyOscillating circuitchart
2009-07-20 13:41:52five hundred and twenty-three

,

Bipolar typetransistorThe deformed ColpittsOscillating circuitchart

Bipolar typetransistorThe deformed ColpittsOscillating circuitchart
2009-07-17 14:40:19seven hundred and sixty

,

RC phase shiftthreemutuallyOscillating circuitchart

RC phase shiftthreemutuallyOscillating circuitchart
2009-07-16 11:19:46five hundred and eighty-seven

,

Attach withtransistorReducing monostable multiharmonicsoscillationRecovery time of theCircuitchart

Attach withtransistorReducing monostable multiharmonicsoscillationRecovery time of theCircuitchart
2009-07-03 13:19:47four hundred and thirty-three

,

Crystal oscillation circuitDesign of

Crystal oscillation circuitDesign of: HartleyOscillating circuitAnd corbizOscillating circuitIsolc typeOscillating circuit, whoseoscillationThe rate is determined byCircuitDetermined by the coil and capacitance in. This coil and capacitor are not justCircuitComponent values shown on the figure,
2009-07-01 17:22:30one hundred and twenty-six

,

transistormixer Crystal oscillationimplementCircuitchart

transistormixer Crystal oscillationimplementCircuitchart
2009-06-29 11:30:27seven hundred and sixteen

,

increasetransistorQ5 can increase monostable multiharmonicsoscillationRange of actuatorsCircuitchart

increasetransistorQ5 can increase monostable multiharmonicsoscillationRange of actuatorsCircuitchart
2009-06-26 13:44:31three hundred and fifty-eight

,

stabletransistorFast recovery multiharmonicoscillationimplementCircuitchart

stabletransistorFast recovery multiharmonicoscillationimplementCircuitchart
2009-06-26 13:37:51three hundred and fifty-eight

,

Tandem typeCrystal oscillation circuitchart

Tandem typeCrystal oscillation circuitchart
2009-05-07 13:13:11one thousand three hundred and one

,

Parallel typeCrystal oscillation circuitchart

Parallel typeCrystal oscillation circuitchart
2009-05-07 13:12:32six hundred and seventy-eight

,

parallel connectionCrystal oscillation circuitEquivalent ofCircuitchart

parallel connectionCrystal oscillation circuitEquivalent ofCircuitchart
2009-05-07 13:12:06one thousand two hundred and fifteen

,

44MHzCrystal oscillation circuitchart

44MHzCrystal oscillation circuitchart
2009-05-07 13:10:59seven hundred and six

,

27MHzCrystal oscillation circuitchart

27MHzCrystal oscillation circuitchart
2009-05-07 13:10:38one thousand three hundred and eighty-nine

,

threeonlytransistorAm ofCircuitAnd production

threeonlytransistorAm ofCircuitAnd production
2009-04-13 15:20:06seventeen

,

crystalcontroltransistoroscillationimplementCircuitchart

crystalcontroltransistoroscillationimplementCircuitchart
2009-03-25 09:31:44five hundred and sixty-three

,

Four terminaltransistoroscillationimplementCircuit

Four terminaltransistoroscillationimplementCircuit
2009-01-12 16:28:31six hundred and forty-two

,

photosensitiveOscillating circuit

photosensitiveOscillating circuit
2008-12-21 01:47:21four hundred and eighty-one

,

Deformed capacitancethreeDot typeOscillating circuit

Deformed capacitancethreeDot typeOscillating circuit
2008-12-15 15:06:19four hundred and forty-four

,

Quartz controlled by voltageCrystal oscillation circuit

Quartz controlled by voltageCrystal oscillation circuitquartzCrystal oscillation circuitOriginally, the frequency did not changeOscillating circuitBut in the narrow band
2008-08-17 15:47:58one thousand one hundred and thirty-nine

,

Overtone quartzCrystal oscillation circuit

Overtone quartzCrystal oscillation circuitFigure 20-1 shows the use of PierceCircuitofthreeSubovertoneOscillating circuitIts prototype is Kolby
2008-08-17 15:45:00one thousand nine hundred and ninety-nine

,

five hundred and fifty-fiveCrystal oscillation circuit

five hundred and fifty-fiveCrystal oscillation circuit
2008-05-19 22:51:39one thousand four hundred and forty-eight

,

transistoroscillationimplementCircuitchart

transistoroscillationimplementCircuitAs shown in the attached figure. takecrystalX1 is regarded as inductance L, which forms frequency selection with C1 and Vc1Circuit。 Both C2 and C3 are 100pF, andoscillationThe frequency can be within 5 ~ 20MHz. andoscillationFrequency fine adjustment is jointly determined by C1 and Vc1. If one is connected here
2007-06-15 12:14:15one thousand three hundred and fifteen

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sineOscillating circuit

sineOscillating circuit
2006-04-16 18:54:05one thousand three hundred and ten

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