DC Circuits and Circuit Analysis mind maps
64 mind maps by 57 users · Page 1 of 2
This GoConqr page gathers over 50 DC Circuits and Circuit Analysis mind maps, covering circuit variables, resistors, inductors and analysis techniques. University students and professional candidates can use them to practise circuit analysis, while school students review circuit basics and teachers find ready-made material. Pick a map and explore its branches.
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- Electric Charge, Current, Voltage and Power11
- Circuit Symbols and Diagrams11
- Circuit Components and Power Sources8
- Resistance and Resistors9
- Ohm's Law and Kirchhoff's Laws8
- Series and Parallel Circuits15
- Circuit Theorems7
- Inductors and Inductance12
- Capacitors and Capacitance5
- Differentiation and Integration in Circuits10
- Electrical Loads and Control9
- AC Circuits and Transformers14
Mind maps
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52 nodeselectric circuit analysis circuit variables · circuit elements · simple resistive circ... · techniques of circuit... · inductors & capacitors · response of firts-ord...
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41 nodesH and nH_modeling vs Thevenin and Norton Thevenin and Norton · Hybrid equivalent cir...
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35 nodesChapter 14. The Basic Elements and Phasors 14.2 DERIVATIVE · 14.4 FREQUENCY RESPON... · 14.5 AVERAGE POWER AN... · 14.10 MATHEMATICAL OP... · 14.11 CALCULATOR AND ... · 14.12 PHASORS
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44 nodesInductors Types of Inductors · Reflections, Opinions... · Purpose and Role · Definition · Equations and Formulas · Key Concepts
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16 nodesFactors involved in the transfer of the load Ratio of weight and v... · Type and nature of th... · Origins · Destiny · Requirements of the c... · rates
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19 nodesChapter 13. Sinusoidal Alternating Waveforms 13.2 SINUSOIDAL ac VO... · 13.3 FREQUENCY SPECTRUM · 13.5 GENERAL FORMAT F... · 13.4 THE SINUSOIDAL W... · 13.10 APPLICATIONS · 13.8 EFFECTIVE (rms) ...
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74 nodesInductors Introduction to Induc... · Inductance (L) · Faraday's Law and Ele... · Self-Inductance and S... · Inductor Circuits · Energy Stored in Indu...
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22 nodesInductors An inductor is a freq... · Inductance · Composition · Difference between ca... · Types of inductors · How does it works?
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89 nodesELECTRIC CIRCUITS AND ELECTRONICS An electric circuit · Electrical quantities · Types of circuits · Types of current · Electronics
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21 nodesInductors An inductor is a pass... · there are different t... · Inductance: This is t... · Examples · Inductors are used in...
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11 nodesInductors Definition · Uses · Units · Notes
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36 nodesINDUCTORS Synonym for: coil, ch... · A device that tempora... · Relation to energy · Types of inductors
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12 nodesInductors Difference Between In... · Inductors in parallel... · Inductors in Series: ... · What is an inductor? ... · Bibliography: https:/...
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52 nodeselectric circuit analysis circuit variables · circuit elements · simple resistive circ... · techniques of circuit... · inductors & capacitors · response of firts-ord...
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70 nodesElectrical Fundamentals Formulas · Theorems
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6 nodesAlternating current and transformers When alternating volt... · A good way of remembe... · The root mean square ... · Resistance and reacta... · In an AC circuit the ...
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36 nodesAS Electronics Equations · LED's · Effect of Load · Zenner Diodes · Transistors
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36 nodeselectronic fundamental formulas engineering notation · electrical charge · current = I=Q/t · ohms law · resistors in series · kirchoffs voltage law
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36 nodeselectronic fundamental formulas engineering notation · electrical charge · current = I=Q/t · ohms law · resistors in series · kirchoffs voltage law
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15 nodesApplication Differentiation and Integration in Circuit Analysis Problem Statement : F... · Differentiation equat... · Integration equation ...
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30 nodesElectrical Fundamentals V = (I)(R) · P = IV · Voltage & Current Div... · Capacitor · Capacitors in Series · Capacitors in Parallel
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8 nodesUnit 36 Revision Topics Star and Delta Config... · RLC Circuits · UK Electrical Generat... · Lighting Design and S... · Ohm's Law · Power and Power Loss ...
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58 nodesElectric Circuits Electricity Charge · Atomic theory · Sources of electric p... · Laws
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15 nodesKEYPOINTS POWER · POWER · A MAGNETIC FIELD OF FLUX · ELECTRIC CURRENT · CURRENT-CARRYING COND... · FLUX DENSITY
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16 nodesFactors involved in the transfer of the load Ratio of weight and v... · Resistive, Capacitive... · Origins · Destiny · -Requirements of the ... · Tariffs
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35 nodesApplication of Differentiation and Integration in Circuit Analysis Problem What is differentiation? · What is Integration? · Question · conclusion · Problem Statement · Objective
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25 nodesElectronic Circuitry and Components Circuitry · Common Components · Current Types
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20 nodesLesson Two Electric current (E.C... · Conventional current ... · Ability of a charged ... · P.D referred to as vo... · Resistance is opposit... · Length of the materia...
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56 nodesPROGRAMING & ELECTRIC CIRCUITS TYPES OF CIRCUITS · TYPES OF CURRENT · EFFECTS OF ELECTRIC C... · ELECTROMAGNETIC MECHA... · ELECTRONIC COMPONENTS · CONTROL SYSTEMS
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25 nodesElectronic Concepts Electric current · Voltage · Resistance · Ohm's Law · Protoboard · LED
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31 nodesGENE 123 Q DC Questions · Basic Tools · Ac Questions
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11 nodesElectrical variables... Power · Voltage · Power Factor · Energy consumption · Current
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6 nodesCircuitos Electricos A linear circuit, con... · They conduct or trans...
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51 nodesElectronics Example · Electric Current · Componens · CAN
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25 nodesAPPLICATION OF DIFFERENTIATION AND INTEGRATION IN CIRCUIT ANALYSIS PROBLEMS Differentiation · Integration
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24 nodesINDUCTANCE is · divided by · Magntic-field · CIRCUITS
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17 nodesdispositivos pasivos inductors · endurance · diode · transformer
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37 nodesApplication of Differentiation & Integration Differentiation in In... · Differentiation in Ca... · Integration in Inductor. · Integration in Capaci... · Capacitor Formula: · Inductor Formula
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19 nodesDIFFERENTIATION i= ???? · 1. Take out all the i... · if t= 0.5s ???
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35 nodesIntroduce el texto aquí ELECTRIC CIRCUIT · An electric circuit i...
More DC Circuits and Circuit Analysis resources
About dc circuits and circuit analysis mind maps
GoConqr OriginalDC Circuits and Circuit Analysis mind maps
These user-made maps connect circuit ideas in different ways. The maps on electric circuit analysis include circuit variables and elements, while Electrical Fundamentals brings together formulas for resistors, power and capacitors. Other maps cover inductors, alternating current and circuit analysis techniques.
Choose a route through the maps
Start with Electrical Fundamentals if you want to review formulas alongside components. For a broader view, open a map on electric circuit analysis and follow its branches from variables to analysis techniques. The map on Thevenin and Norton looks at terminal behaviour in linear circuits.
As you revise, follow one branch at a time and explain the connections in your own words. Return to a formula or component when you need a closer look. If you want to check what you remember, switch to a quiz on the unit page; use its flashcards when you want to revisit terms. Choose a map to begin.
Frequently asked questions
Which mind map is a good place to start?
Electrical Fundamentals is a useful starting point for reviewing formulas alongside resistors, power and capacitors. For a broader overview, try one of the maps on electric circuit analysis. They include topics such as circuit variables, elements and techniques, giving you several branches to follow.
What do the mind maps cover?
The maps cover circuit variables and elements, resistors, inductors, capacitors and analysis techniques. There are also maps on alternating current and transformers, the Thevenin and Norton techniques, and differentiation and integration in circuit analysis. You can choose a topic that matches what you are reviewing.
Are these mind maps free to use?
Yes. Every resource listed here is free to open and study without an account. The maps were made by GoConqr users. A free account also lets you save quiz scores and make your own quizzes, mind maps, flashcards and notes.