resistanceCircuitofequivalentTransformAnd general analysis

resistanceCircuitofequivalentTransformAnd general analysis.
2022-03-23 16:12:15two

,

The five most practicalCircuitAnalytical method

In order to be correctsimpleAnalysis and calculation ofCircuit, for complexCircuitmustadoptequivalentTransformTo simplify, this isCircuitThe primary means in theory, the so-calledequivalentThat is to say, without affecting the required calculation and analysisCircuitequivalent, this must be firmly grasped.
2022-03-11 17:14:13eight hundred and seventy-one

,

Resistance capacitance inductance at high frequencyCircuitMediumequivalent circuit

Resistance capacitance inductance at high frequencyCircuitMediumequivalent circuit
2022-02-23 09:40:060

,

resistanceCircuitofequivalentTransformDetailed introduction

resistanceCircuitofequivalentTransformDetailed introduction
2022-01-13 10:06:42two

,

Design of parallel DC and AC voltage sourcesequivalent circuit

1. DC voltage parallelequivalentFor example, the following figure,howCalculate the ports of two DC voltage sourcesequivalent circuit ? The calculation steps are as follows: 1. The current supplied by V1 to the outside is 5mA; The current provided by V2 to the outside is 10mA; The total current is 15mA. Second, the calculation is seen from the portequivalentImpedance, is
2022-01-06 15:51:160

,

Power SupplyequivalentTransformmethod

Using powerequivalentTransformI can’t find out the size of I. I was confused about the answer to the question at first, and finally realized it after carefully reading a chapter ppt of Baidu Library. Ppt address this is the detailed process I wroteadoptBetween ideal voltage source and ideal current sourceTransform, mix complexCircuitPick
2022-01-05 14:07:20three

,

Power supply and power supplyequivalentTransformmethod

Power supply and power supplyequivalentTransformMethod description.
2021-05-14 11:45:54one hundred and thirty-five

,

About common electronic componentsequivalent circuit Summary and arrangement of

Of electronic componentsequivalent circuit yesCircuitAnalysis is very useful and can help understand the component inCircuitThe working principle of the component can deeply understand the relevant characteristics of the component. Chip capacitorequivalent circuit The figure below shows the of SMD capacitorequivalent circuit 。 fromequivalent circuit It can be seen that the capacitor
2021-01-26 13:40:56three thousand four hundred and forty

,

resistanceCircuitofequivalentTransformFree download of review questions and answers

The main content of this document describes the resistance in detailCircuitofequivalentTransformFree download of review questions and answers.
2020-09-27 20:27:060

,

resistanceCircuitofequivalentTransformDetailed overview of data

The main content of this document describes the resistance in detailCircuitofequivalentTransformFree download of learning courseware includes:CircuitofequivalentTransform, series and parallel connection of resistance, Y-shaped connection and △ shaped connection of resistanceequivalentTransform, series and parallel connection of voltage source and current source, two models of actual power supply and their applicationsequivalentTransform, input resistance
2020-09-27 17:14:30eighteen

,

simpleresistanceCircuitDescription of analysis data

The main content of this document describes in detailsimpleresistanceCircuitThe analysis data description includes: 2.1 resistance 2.2 power supply 2 3 MOSFET2. 4 Kirchhoff’s law 2.5CircuitofequivalentTransform2.6 operational amplifier 2.7 two terminal network 2.8 basic concept of digital system 2.9 the basic unit gate of digital system is composed of MOSFETCircuit
2020-02-01 21:14:270

,

howFind resistance parallelCircuitFault of

Resistance parallelCircuitIt is the most basic parallel connectionCircuit, all responsibleCircuitFineconversionResistance in series and resistance in parallelCircuitTo understand the working principle. parallel connectionCircuitAnd seriesCircuitThe characteristics are completely different. They are completely differentCircuit, they cannot interact with each otherequivalent(resistance in parallel)CircuitFigure).
2020-04-20 15:32:240

,

resistanceCircuitofequivalentTransformFree download of learning courseware

ElectronicsCircuitThe main content of this document describes the resistance in detailCircuitofequivalentTransformFree download of learning courseware includes: 1simpleresistanceCircuitofequivalentTransform2. Star connection and triangle connection of resistanceequivalentTransform, 3 power supplyequivalentTransform
2020-02-15 00:21:30two

,

Of Norton’s theoremequivalent circuit explain

Norton’s theorem is an analytical method used to integrate complexCircuitConvert tosimpleofequivalent circuit , thisCircuitIt consists of a single resistor connected in parallel with the current source.
2019-06-13 23:44:45twenty-seven thousand seven hundred and eighty-six

,

enlargeCircuitComplementarity of basic coursessymmetricPower amplificationCircuitDetails of

The main content of this document is to enlargeCircuitComplementarity of basic coursessymmetricPower amplificationCircuitThe detailed information includes: 1. Power amplificationCircuitThe characteristics and classification of class 2 B dual power supply are complementarysymmetricPower amplificationCircuitClass 3a and class B dual power complementarysymmetricPower amplificationCircuit4. Class A and class B single power supply complementarysymmetricenlargeCircuit
2019-06-15 11:24:57one hundred and sixty-seven

,

equivalent circuit Eight ways of drawing

This paper first introducesequivalent circuit The drawing steps of the graph are introducedequivalent circuit The skills of drawing are described in detail at lastequivalent circuit Eight ways of drawing.equivalent circuit Is a complexCircuitadoptresistanceequivalent. capacitanceequivalent, power supplyequivalentAnd other methods, the simplification has the same characteristics as the originalCircuitSame functionsimpleCircuit。 thissimpleofCircuit, called original complexCircuitofequivalent circuit
2018-08-21 19:34:21two hundred and thirty-one thousand one hundred and fifty-six

,

A phase shifted full bridgeTransformTopology, analysisTransformThe principle of working in current intermittent mode

Full bridge DC / DC based on improved phase shiftTransformFor the working mode analysis of the device, the paper has two-stage LCCircuitBuckTransformimplementequivalent circuit The improved phase-shifting full bridge is obtainedTransformInstrumentalequivalent circuit As shown in Figure 2, VG and L1 are VDC and LK respectivelyadoptequivalentTransformFrom the primary side of transformer TTransformThe power supply voltage and resonance inductance corresponding to the secondary side.
2018-05-11 09:34:39fourteen thousand and forty-seven

,

[data] three winding demagnetization forward excitationTransformCCM of deviceequivalentPower averageCircuitModel PDF document download

Demagnetization of three forward windingsTransformCCM of deviceequivalentPower averageCircuitModel PDF document download
2017-12-19 00:14:05five

,

symmetrichalf-bridge TransformCCM of deviceequivalentPower averageCircuitPdf data of model [Download]

symmetrichalf-bridge TransformCCM of deviceequivalentPower averageCircuitModel PDF download
2017-12-19 00:14:15two

,

[data] [Download] nosymmetrichalf-bridge TransformCCM of deviceequivalentPower averageCircuitModel

nosymmetrichalf-bridge TransformCCM of deviceequivalentPower averageCircuitModel
2017-12-19 00:14:240

,

BuckboostTransformCCM of deviceequivalentPower averageCircuitModel

BuckboostTransformCCM of deviceequivalentPower averageCircuitModel
2017-12-19 00:14:52two

,

BuckTransformCCM of deviceequivalentPower averageCircuitModel

BuckTransformCCM of deviceequivalentPower averageCircuitModel
2017-12-19 00:15:02five

,

BoostTransformCCM of deviceequivalentPower averageCircuitModel

Modeling method of common switching power supply topology, boostTransformCCM of deviceequivalentPower averageCircuitModel.
2017-12-19 00:12:27twelve

,

howLearn to draw slight changes in a secondequivalent circuit ? (equivalent circuit Drawing skills)

Slight variationequivalent circuit WhenCircuitSome part of theequivalent circuit After replacement, the voltage and current of the part not replaced will not change, that is, the part with unchanged voltage and current is onlyequivalentPart other thanCircuit, let’s take a look at its drawing method.
2017-11-28 10:32:44one hundred and ninety-nine thousand one hundred and twenty-six

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Class A and class B complementaritysymmetricPower amplificationCircuit

This paper introduces class A and class B complementaritysymmetricPower amplificationCircuit, the complementary of class A and class B dual power supplies is analyzedsymmetricCircuitComplementary to class A and class B single power supplysymmetricCircuit
2017-11-22 19:05:43twenty-nine

,

resistanceCircuitofequivalentTransformDetailed analysis

equivalentyesCircuitAnalysis is a very important way of thinking. according toCircuitequivalentThe concept of a more complex structureCircuitTransformStructure formingsimpleofCircuit, makeCircuitThe analysis is simplified.
2017-05-19 16:50:54forty-eight thousand nine hundred and sixty-six

,

Chapter 1CircuitBasic concepts of analysis

Circuitanalysis,equivalentTransformCircuitstudy
2017-02-18 14:08:45seventy-three

,

Chapter 2CircuitIn analysisequivalentTransformtwo

Circuitanalysis,equivalentTransform
2017-02-18 14:10:28four

,

Based on three terminalsequivalent circuit FB of model_ ZVZCSTransformDesign method of control loop_ Loong

Based on three terminalsequivalent circuit FB of model_ ZVZCSTransformDesign method of control loop_ Long Weihua
2017-01-06 11:22:13one

,

Wound rotor brushless doubly fed machine_ typeequivalent circuit

A more concise design method of brushless doubly fed machine is proposed‘ Π’ typeequivalent circuit , it provides a reference for the performance analysis of this kind of motorsimpleEffective methods. Firstly, according to the basic principle of induction motor, the basic principle of brushless doubly fed machine is introducedequivalent circuit , considering the specific applicable working conditions of brushless doubly fed machine, the basicequivalent circuit The parameters are converted to the control winding.
2016-09-28 22:01:300

,

Tlv3501 hysteresisreturncomparatorCircuitDesign

This paper takes tlv3501 as an examplereturncomparatorCircuitDesign as an example,simpleExplain to youreturncomparatorCircuitDesign methods and ideas, I hope to design the comparator for youCircuitHelp.
2016-08-08 18:49:26sixteen thousand six hundred and fifteen

,

Qiu GuanyuanCircuitFifth Edition_ Chapter 2_ resistanceCircuitofequivalentTransformexplain

CircuitThe basic teaching courseware introduces the resistanceCircuitofequivalentTransform, it plays a great role in basic learning
2015-12-14 16:49:33three

,

Four phase interleaved parallelTransformOf coupling inductance in inductorsymmetricturn

In order to improve interleavingTransformThe performance of the converter is bidirectional DC / DC with four interleaving and staggered parallelTransformNot in the filtersymmetricThe coupling inductance is analyzed and derivedequivalentSteady state inductance andequivalentMathematical expression of transient inductance. Combined with the proposed coupled inductor structuresymmetricCoupling
2013-09-26 15:12:09twenty-eight

,

symmetricPWM controlled ZVS half bridgeTransformimplementCircuit

symmetricPWM controlled ZVS half bridgeTransformDevice and traditional half bridgeCircuitIn contrast, a branch composed of an auxiliary switch and a diode is added.
2012-02-23 10:45:14four thousand four hundred and twenty-seven

,

equivalent circuit The method is magnifyingCircuitApplication in analysis

equivalent circuit Method, also known as low-frequency small signal model, uses the h parameter of the network to represent the amplificationCircuitThe input and output characteristics can be obtainedequivalentlinearCircuit, so it is also called h parameterequivalentModel
2011-06-18 10:38:10five thousand and forty-one

,

No independent sourcesCircuitofequivalent

ResistanceCircuit: it is composed of linear time invariant resistance, linear controlled source and independent sourceCircuitTime invariant linear resistanceCircuitResistance for shortCircuit。   equivalent: ifCircuitVolt ampere characteristics of N1 port andCircuitN2 port
2010-10-10 15:50:33twenty-two

,

linearCircuitOf controlled power supply in analysisequivalentmethod

Abstract: utilizationequivalentTransformBranch the controlled sourceequivalentFor the resistance or the combination of resistance and independent voltage source in series, the current solution with controlled source is solvedCircuit。 Key words: controlled power supply;equivalentTransform; Independent power supply
2010-10-02 23:46:39twenty-nine

,

SteadyCircuitofequivalentSimplification

Abstract: stabilityCircuitThe calculation problem of is the key and difficult point in the physics and electricity part of senior high schoolequivalent circuit Method to solve the stabilityCircuitIts problems, methodssimple, students are easy to accept and master. Key words: stabilityCircuit equivalent circuit
2010-05-31 11:46:11twenty-eight

,

equivalentTransformPopularization and application of

Abstract: the utilization ofequivalentTransformTake the controlled path of the controlled sourceequivalentThe method of resistance or series combination of resistance and voltage source is used to solve the linear model with controlled sourceCircuit, promotedequivalentTransformLinearity with controlled sourceCircuitApplication in. key word:
2010-05-29 11:20:35seventeen

,

aboutCircuitofequivalentSimplified analysis method

Absrtact: from series to parallelCircuitofequivalentTransform, leads to passiveCircuitofequivalentTransformAnd activeCircuitofequivalentTransform, pointed outequivalentTransformThe basic concept and regularity, as well as the causal relationship between them, illustrateequivalentSimplified analysis methodsimple
2010-05-19 09:54:57thirty

,

Of resistance Y-connection and △ connectionequivalentTransform

Abstract: according toCircuitCharacteristics, utilizationequivalent circuit Transform, the relationship between Y-shaped resistance and △ shaped resistance is deducedTransformFrom this formula, we can find a very useful law, that is: R1: R2: R3 = (1 / R23): (1 / R31): (1 / R12) key
2010-05-17 09:19:19forty-eight

,

Resonance with LCCircuitequivalentSingle tuningCircuit

Resonance with LCCircuitequivalentSingle tuningCircuitCircuitFunction book ofCircuitActive filter is used
2010-05-14 10:39:30three thousand six hundred and thirty-two

,

Of ideal voltage source and ideal current sourceequivalent circuit

This paper introduces the idea of limit in mathematics and uses two models of actual power supplyequivalentTransformThe Norton type of ideal voltage source is givenequivalent circuit And Thevenin type of ideal current sourceequivalent circuit 。 And use these twoequivalent circuit demonstrationCircuitIn analysis
2010-04-27 13:15:32thirty-three

,

resistanceCircuitofequivalentTransform

resistanceCircuitofequivalentTransformExample 2-1 , as shown in example 2-1Circuit, R1 = 1W, R2 = 2W, R3 = 2W, R4 = 4W, R5 = 1W, find Rab? Solution: since R1 / R3 = R2 / R4, one port network is a balanced bridge, and the voltage and current on resistor R5 are zero
2010-04-27 08:45:42seventy-two

,

Linear resistanceCircuitMediumequivalentTransform

Abstract: the linear resistance is briefly introducedCircuitMediumequivalentTransform, andadoptExamples are analyzed. Key words:equivalentTransform:KCL; KVL
2010-04-26 09:34:11twenty-five

,

Single ended input differential amplificationCircuitInput signalequivalentTransform

Single ended input differential amplificationCircuitInput signalequivalentTransformIn this paper, single ended input differential amplificationCircuitThe analysis method of emitter coupled transmission is deeply studiedCircuitThe analysis method combines single ended input signalequivalent
2010-04-13 16:44:50fifty-one

,

MOS tube switchequivalent circuit

MOS tube switchequivalent circuit 1. NMOS tube switchequivalent circuit
2010-02-28 19:06:39thirteen thousand nine hundred and thirty-two

,

approximateequivalentComparison of two-stage DC by resistance methodTransformEfficiency of filter

DC-DCTransformThe efficiency of the filter isTransformIt is a very important indicator. In designTransformThe device can be used according to variousCircuitSelect the appropriate one according to the efficiency under certain working conditionsCircuit。 An approximate calculation method is proposed in this paperequivalentThe principle of resistance method is
2010-02-21 17:06:28nineteen

,

VCR (voltage controlled resistor) of IGBTequivalent circuit ModelCircuit

VCR (voltage controlled resistor) of IGBTequivalent circuit ModelCircuit
2010-02-18 10:49:05one thousand six hundred and fifty

,

IGBT switchequivalent circuit And turn on waveformCircuit

IGBT switchequivalent circuit And turn on waveformCircuit
2010-02-17 17:22:57two thousand one hundred and fifty-six

,

An off-line system composed of mc33374returnsweepTransformimplementCircuit

An off-line system composed of mc33374returnsweepTransformimplementCircuit
2009-12-31 13:28:45one thousand eight hundred and seventy-four

,

Piezoelectric sensor and its applicationequivalent circuit

Piezoelectric sensor and its applicationequivalent circuit Piezoelectric elementequivalent circuit 。 (
2009-12-01 14:00:45thirteen thousand three hundred and forty-seven

,

Made of max630returnsweepTransformimplementCircuit

Made of max630returnsweepTransformimplementCircuit&n
2009-10-27 15:45:34three hundred and eighty

,

Adopt nosymmetricUnbalance of winding transformersymmetrichalf-bridge CircuitResearch

In order to improvesymmetrichalf-bridge CircuitFor the problem of large DC bias of transformer, this stability puts forward a kind of central instabilitysymmetrichalf-bridge TransformThe secondary winding of the transformer is not necessarilysymmetric, the article analyzes the human half bridge of the heart in detailCircuitWorking principle and implementation of
2009-10-19 16:44:37forty-three

,

nosymmetricHalf bridge DCTransformimplement

nosymmetricHalf bridge DC / DCTransformThe device has the advantages of soft switching operation, small number of devices and controlsimpleAnd other advantages, therefore, in the medium and small power of no more than 1000WTransformCircuitHas been widely used in. However, in the traditionalsymmetrichalf-bridge CircuitIn topology, only
2009-10-17 16:20:31thirty-six

,

TL494 internalequivalent circuit

TL494 internalequivalent circuit
2009-10-14 16:15:23one thousand two hundred and sixty-eight

,

experimentCircuitCommunicationequivalent circuit chart

experimentCircuitCommunicationequivalent circuit chart
2009-08-06 14:31:56seven hundred and eighty

,

equivalent circuit chart

equivalent circuit chart
2009-08-04 10:39:32five hundred and twenty-eight

,

equivalent circuit ofequivalent circuit chart

equivalent circuit ofequivalent circuit chart
2009-08-04 10:34:35one thousand nine hundred and thirty-five

,

nosymmetricthree-phaseCircuit

nosymmetricthree-phaseCircuitConcept if three-phaseCircuitThere are three phases in thesymmetricPower supply or three-phase failuresymmetricLoad, it becomes nonsymmetricthree-phaseCircuit。 nosymmetric
2009-07-27 08:20:47three thousand six hundred and twenty-nine

,

Dual port networkequivalent circuit

Dual port networkequivalent circuit Dual port network with aequivalent circuit Instead,equivalent circuit It must have the same external characteristics as the original network. For dual port networks without independent and controlled sources,
2009-07-27 08:05:46two thousand one hundred and eleven

,

TransformNth harmonic of converterequivalent circuit

chartTransformNth harmonic of converterequivalent circuit
2009-07-23 17:33:55five hundred and fifty-three

,

Zero voltage quasi resonanceTransformInstrumentalequivalent circuit

Figure zero voltage quasi resonanceTransformInstrumentalequivalent circuit Zero voltage half wave
2009-07-23 17:26:37one thousand one hundred and eighty-eight

,

T-switchequivalent circuit

T-switchequivalent circuit Figure T-switchequivalent circuit
2009-07-20 15:59:31two thousand four hundred and seventy-four

,

Active power filterequivalent circuit

Active power filterequivalent circuit Figure of active power filterequivalent circuit In the active power filter, each half bridge arm is fully controlled
2009-07-18 11:55:11six hundred and ninety-one

,

symmetricConnection method of reference voltageCircuitchart

symmetricConnection method of reference voltageCircuitchart
2009-07-15 16:28:43three hundred and two

,

Row outputequivalent circuit chart

Row outputequivalent circuit chart
2009-07-15 11:45:05three hundred and seventy-three

,

cathodeequivalent circuit chart

cathodeequivalent circuit chart
2009-07-14 14:38:47three hundred and forty-five

,

Row output stage simplificationCircuitAndequivalent circuit chart

Row output stage simplificationCircuitAndequivalent circuit chart
2009-07-14 14:37:29four hundred and thirty-six

,

Honglu DaTransformofequivalent circuit chart

Honglu DaTransformofequivalent circuit chart
2009-07-14 14:29:44three hundred and twenty-eight

,

resistanceCircuitofequivalentTransform

resistanceCircuitofequivalentTransform: 1、equivalentTransformConcept of power supplyequivalentTransform3. Input resistanceequivalentConcept and calculation of resistance 1. Proficient in analyzing and calculating pure resistanceCircuitequivalent2. Skillfully calculate the resistance including controlled source
2009-07-08 07:59:47fifty

,

nosymmetrichalf-bridge TransformResearch on the device

nosymmetrichalf-bridge TransformAbstract: This paper introduces a method of using complementary PWM controlsymmetricHalf bridge DC / DCTransformDevice. AnalyzedCircuitSteady state process and switching ZVS
2009-07-07 10:29:32one thousand three hundred and seventy

,

Vibratorequivalent circuit chart

Vibratorequivalent circuit chart
2009-07-07 10:01:01three hundred and six

,

PSDequivalent circuit chart

PSDequivalent circuit chart
2009-07-06 14:45:00one thousand three hundred and sixty-four

,

nosymmetricreachsymmetricPulse voltageTransformimplementCircuitchart

nosymmetricreachsymmetricPulse voltageTransformimplementCircuitchart
2009-07-02 10:57:15four hundred and seventy-four

,

Complementary with one power supplysymmetricCircuitOffset ofCircuit

Complementary with one power supplysymmetricCircuitOffset ofCircuit1. Static bias & nbsp
2009-06-22 23:21:42six hundred and thirty-three

,

equivalent circuit chart

equivalent circuit chart
2009-06-12 09:26:03five hundred and twenty-eight

,

symmetricVoltage stabilizationCircuitchart

symmetricVoltage stabilizationCircuitchart
2009-05-13 16:16:51five hundred and seventeen

,

Mc33466 series coarse positivereturnSweep typeTransformimplementCircuitchart

Mc33466 series coarse positivereturnSweep typeTransformimplementCircuitchart
2009-05-13 15:08:16two hundred and sixty-five

,

Calculation of Vequivalent circuit chart

Calculation of Vequivalent circuit chart
2009-05-12 13:23:16four hundred and seventy-nine

,

Single tuned amplificationCircuitofequivalent circuit chart

Single tuned amplificationCircuitofequivalent circuit chart
2009-05-07 12:32:57four thousand nine hundred and seventy-eight

,

completeequivalent circuit chart

completeequivalent circuit chart
2009-05-06 16:25:47one thousand four hundred and forty-six

,

communicationequivalent circuit chart

communicationequivalent circuit chart
2009-05-06 16:20:17three thousand four hundred and forty-two

,

simpleLogic level ofTransformCircuit

simpleLogic level ofTransformCircuit
2009-04-10 10:08:28four hundred and seventy-one

,

simpleAbsolute value ofTransformCircuit

simpleAbsolute value ofTransformCircuit
2009-04-09 10:18:58seven hundred and eighty-two

,

simpleLow frequencyTransformimplementCircuitchart

simpleLow frequencyTransformimplementCircuitchart
2009-04-08 09:01:41five hundred and twenty-two

,

Single power complementarysymmetricCircuitchart

Single power complementarysymmetricCircuitchart
2009-04-02 15:42:43two thousand three hundred and ninety-nine

,

Practical complementaritysymmetricCircuitchart

Practical complementaritysymmetricCircuitchart
2009-04-02 15:40:33nine hundred and seventy-four

,

Class A and class B complementaritysymmetricCircuitchart

Class A and class B complementaritysymmetricCircuitchart
2009-04-02 15:38:54one thousand two hundred and thirty-six

,

simpleFrequency voltage ofTransformimplementCircuitchart

simpleFrequency voltage ofTransformimplementCircuitchart
2009-03-31 09:57:29five hundred and seventy-five

,

returnBell signal detectionCircuit

returnBell signal detectionCircuit
2009-02-28 11:45:54four hundred and eighty-five

,

resonatorequivalent circuit

resonatorequivalent circuit
2008-11-24 14:37:53two thousand one hundred and sixty-nine

,

directequivalent circuit analytical method

directequivalent circuit Analytical method: DCequivalent circuit The purpose of analytical method is to understand the analyzedCircuitDC system
2008-11-08 08:46:39four thousand eight hundred and eighty-six

,

communicationequivalent circuit analytical method

communicationequivalent circuit Analytical method exchangeequivalent circuit Analytical method is toCircuitAC system from
2008-11-08 08:40:29fifteen thousand six hundred and eighty-five

,

directCircuitDavid NanequivalentAnd Nortonequivalent

directCircuitDavid NanequivalentAnd NortonequivalentI. experimental purpose 1. Verify Thevenin theorem and Norton theorem; 2. Verify the interaction between voltage source and current sourceequivalentConditions for conversion;
2008-10-17 23:05:24seven thousand and three

,

Thevenin equivalent circuit

Experiment 2: davininequivalent circuit 1、 Objective 1 Seeking the second end of davining’s networkequivalent circuit 。 2. Determine the correctness of Thevenin’s theorem. 2、 Experiment
2008-09-25 15:19:28fifteen thousand seven hundred and ninety-six

,

transformerequivalent circuit

transformerequivalent circuit approximateequivalent circuit It can be used to analyze and calculate some problems of transformer load operation, such as
2008-07-18 15:47:49three thousand and two hundred

,

Class A and class B amplification complementaritysymmetricCircuit

Class A and class B amplification complementaritysymmetricCircuit     OTLCircuit
2008-01-18 13:20:28one thousand two hundred and forty-eight

,

Class B amplification complementaritysymmetricCircuit

Class B amplification complementaritysymmetricCircuit&nb
2008-01-18 13:16:37seven hundred and sixty-six

,

symmetricenlargeCircuit

symmetricenlargeCircuit
2007-12-09 22:13:25nine hundred and fifty-one

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