Top 41 Apps Similar to Adafruit Circuit Playground

Wirelessly connect your Android device to an Adafruit BluefruitLEmodule.

Circuit Builder is designed to be an introduction toconstructingandoperating electronic circuits. Intuitive controlsand layoutmakeCircuit Builder the perfect App for understandingthe basicsofelectrical and electronic circuits. Circuit Builderhasbeenoptimised for use on tablets, but also works well onlargescreensmart phones. Build your own virtual circuits usinganycombinationof electrical components. The easy to use libraryofcomponentsincludes batteries, switches, lamps, resistors(fixedandvariable), capacitors, fuses, circuit breakers,buzzers,heatersand motors. Connect components using virtual wiresto makeacircuit. Put the App into operate mode to see it work. Youcanevenuse virtual multimeters to measure voltage, currentandresistance.Circuits can be viewed and built in either componentorschematicview. The component library contains thefollowingitems:Batteries* 1.5V, 6V, 9V and 12VSwitchesPush-to-make,Push-to-break, On-Off, 2-positionsingle-pole,3-positionsingle-pole, 3-position double-pole, Thermaland RelayLamps 6V(5W) clear, 12V (10W) clear, 12V (20W) clear, 12V(20W)red, 12V(20W) yellow and 12V (20W) blue Resistors 10Ω (5W),50Ω(5W), 100Ω(5W), 500Ω (5W), 1kΩ (5W), 5kΩ (5W) and 10kΩ(5W)VariableResistors 10Ω, 25Ω, 50Ω, 100Ω, 1kΩ and 10kΩCapacitors*500μF, 1mF,5mF, 50mF, 100mF, 500mF and 1F Fuses 0.5A,1A, 1.5A, 2A,3A, 4A,5A, 7.5A and 10A Circuit Breakers 0.5A, 1A, 5Aand10AMiscellaneous 6V Buzzer, 24V Heater (200W) and a 12VMotor(15W)*Maximum of four batteries and one capacitor perconstruction.

Better than a book, this interactivetutorialis like havng a patient private tutor for a challengingproblem.Use this app to guide you through step by step solutions oftypicaldc ladder circuits. Start with the 2 loop ladder andprogress tothe 3. Once you mastered both you should be able tohandle largercircuits since the analysis procedure is the same.\nExcept for R2, R4 and R6, other resistor can be set to 0 tochangethe circuit to many different types of seriesparallelcircuits.To effectively learn with this tutorial you shouldverifycalculations at every step with your own calculator andunderstandthe circuit formulas used at every step.

Meet Circuit Jam, an amazing new puzzlegamefrom creators of EveryCircuit. We’ve gamified circuitlearning,making is super fun, challenging, and rewarding.Packed with sophisticated graphics and simulation technologies,thisapp makes electronic circuits remarkably interactiveandapproachable. There are over 100 puzzles that will take you forafun and exciting ride. No... no getting deep into formulasorequations... just cool circuit games that take you from theverybasic to keep-you-up-all-nighters. You will learn aboutvoltage,current, resistance, capacitance and declare victory eachtime youwin!★ Challenge yourself with over 100 puzzles★ Discover 10 essential circuit components★ Check your homework answers★ Invent your own circuits in sandbox★ Get ready to smile as you learnThe objective is to build circuits that generate electronicsignalsof some shape. You will get to make connections, setcomponentvalues, and operate switches to solve the puzzles. CircuitJam willalso teach you how to add and divide voltages and currents,workout equivalent resistance and capacitance, and use Ohm's lawandKirchhoff's laws. As you complete puzzles, new sandboxcomponentsare unlocked.Sandbox mode lets you build any circuit you can imagine outofunlocked components. With sandbox you can simulate examplesinclass, animate textbook circuits, understand how they work,andcheck homework answers. Or maybe you'll just have a brilliantideaand invent a new circuit.Five exciting puzzle collections are included, and the first oneisFREE!Essential components can be unlocked by solving puzzles:• Resistor• Capacitor• Lamp• Switches• Voltage source• Current source• Voltmeter• Amperemeter• Ohmmeter

Define, Refine, and Simulate.

An electronic circuit is composed ofindividualelectronic components, such as resistors, transistors,capacitors,inductors and diodes, connected by conductive wires ortracesthrough which electric current can flow. The combinationofcomponents and wires allows various simple and complexoperationsto be performed: signals can be amplified, computationscan beperformed, and data can be moved from one placetoanother.[1]Circuits can be constructed of discrete components connectedbyindividual pieces of wire, but today it is much more commontocreate interconnections by photolithographic techniques onalaminated substrate (a printed circuit board or PCB) and solderthecomponents to these interconnections to create a finishedcircuit.In an integrated circuit or IC, the components andinterconnectionsare formed on the same substrate, typically asemiconductor such assilicon or (less commonly) galliumarsenide.[2]An electronic circuit can usually be categorized as ananalogcircuit, a digital circuit, or a mixed-signal circuit(acombination of analog circuits and digital circuits).Breadboards, perfboards, and stripboards are common for testingnewdesigns. They allow the designer to make quick changes tothecircuit during development.

Solves simple physics circuits for missing R/V/I values

Virtual Reality ( VR ) App of ElectricCircuitin 360 VR view.Enjoy Electric Circuit App in Virtual reality and augmentedreality(AR).This VR application includes fun quiz VR Game for naming partsofthe Electric Circuit.This is one of best educational VR Games.One of the Only VR apps to have Electric Circuit in VR andARsimultaneously.Record a VR Video with this Application.DOWNLOAD MARKER for VR APP FROM THISLINK:http://www.edulusvr.com/marker/Features of the VR Electric Circuit App:1) Users can Zoom and Rotate the 3d model.2) Students and teachers can Take apart each of the parts.3) Each Part of the virtual reality model can be made Glassy.4) Teachers can Label or Title every part of the vr modelinapplication.5) Analyse feature allows teachers discuss any one part of theVRElectric Circuit.6) The snap feature allows you to save the image of the 3Doraugmented reality model. This image can be used for yournextproject or learning. Share or upload or print the imagestoshowcase it to your friends.7) Pen tool allows teachers to draw or pin specific parts of theVRElectric Circuit.8) The AR button allows you to bring the model from virtual worldtoreal life situation by placing the camera on a marker.9) Quiz feature allows you to play a fun vr game of naming partsofthe model.

Notes,quiz,blog and videos of electronic device & circuits.

Ohms calculations Amps calculations Volts calculationsWattscalculation

Simulate circuits in your web-browserat:http://androidcircuitsolver.com/app.html As I approached mysenioryear for my B.S. in Electrical Engineering, I wanted tocreatesomething that most people hadn't created before, acircuitsimulator! It was about the experience, the learning, andthe thejourney itself. I put together this application to packagemyknowledge in Electrical Engineering to some day helpanotherstudent have an easier time in their scholastic pursuits andinturn teach them about circuits. Circuit Solver is far fromperfectand there are lots of things that could be optimized. Itwillhowever, simulate a majority of linear Circuits and a decentamountof smaller scale Non-Linear Circuits. If this app helps youin anyway, i'd appreciate you spreading the word to help supportmyefforts, Thanks! Think of Circuit Solver as an electroniccircuitboard, you drag your electrical components and place them onone ata time. You hook up some sources and you place some meters toreadthe values. If you need to analyze the waveform, grabsomeelectrical leads and view them with an oscilloscope. There aremanySPICE tools out there for PC such as Multisim, LTSpice, andPSpice.Circuit Solver doesn't compare to their raw power but itisoptimized to run on mobile devices which makes it both portableandeasily accessible to anyone in need of circuit solutions.CircuitSolver strives to verify Ohm's law, Kirchhoff's current andvoltagelaws by creating models that are both stable and efficient.Makecircuit solver your first step in circuit design! DCSimulation: Tosimulate the circuits, a matrix is defined based onall thecomponents inside the circuit. The application solves thecircuitusing matrix manipulations such as LU-Decomposition andmatrixinversion. DC Analysis is completed by writing a series ofnodalequations. The equations are solved simultaneously to obtainaunique solution. Transient Simulation: In transient simulationweuse numerical integration to determine the response ofRLCcircuits. Numerical integration allows for one to solvefordiscrete moments of time and in effect integrate theirresponse.This application only supports the Backward Euler method.NonLinear Simulation: Non linear simulation is used forcomponentssuch as diodes, LEDs, and transistors. The solver firstguesses theapproximate value of the solution and is refined throughthe use ofa Newton-Raphson process. It utilizes linearapproximation topredict the answer through successiveiterations.Built-in-Oscilloscope: Visualize waveforms through theuse of thebuilt in oscilloscope. To use this feature simply linkeither avolt meter or an amp meter to the graph by tapping on themandpressing the eye, in order to view the wave.SavingSchematics/Circuits: Save your circuits on your device touseanywhere you go and at any time. You may also capture screenshotsof the circuits you build. These screen shots are savedlocally onyour device. List of Components: +Resistor +Capacitor+Inductor+Ideal Operational Amplifier +NMOSFET +PMOSFET +PNPBipolarJunction Transistor +NPN Bipolar Junction Transistor +ACVoltageSource +AC Current Source +DC Voltage Source +DC CurrentSource+Square Voltage Source +Triangle Current Source +SawtoothCurrentSource +Triangle Voltage Source +Sawtooth Voltage Source+Amp Meter+Ohm Meter +Volt Meter +Diode +Red LED +Green LED +BlueLED +YellowLED +Orange LED +Wire +Voltage Controlled Voltage Source(VCVS)+Voltage Controlled Current Source (VCCS) +CurrentControlledCurrent Source (CCCS) +Current Controlled Voltage Source(CCVS)+Switch (SPST) +Switch (SPDT) +Ground +Transformer +AND Gate+ORGate +NOR Gate +NAND Gate +Inverter +Potentiometer +XOR Gate+XNORGate +Zener Diode +Push Button (NC) +Push Button (NO)

Design and build circuits on your phoneortablet for free!"So that's how parallel circuits work!" - Physics studentFrom Nerd Island Studios, LLC the creators of thetop-rated"Step2Step Physics - Mechanics" for the iPad, comes aneasy-to-useDC circuit builder:• Build and test series, parallel, and compound circuits• Visible charges flow through the circuit components• Voltmeters and ammeters behave like the real thing• Voltages are shown right on the circuit nodes• Bulbs glow brighter according to the amount of power theyaredissipatingTested by high school teachers and students, DC CircuitBuildermeets the need for a simple classroom tool to show studentsthebasics of current and voltage, as well as the proper useofvoltmeters and ammeters.www.nerdislandstudios.com

Projects garage is an educational app for students who wantbestandverified projects and circuits related to fields ofelectrical/electronics / telecommunication and softwareengineering. Allthecircuits are self tested and verified by a teamof engineerstohelp the students who want working projects all inoneapp.Projects Garage is an extremely useful app forteachers,studentsand professionals. The app has a cleanuser-interfaceprovidingeasy and handy solution to all your problemsand savesyour timefrom searching the internet for working circuits/ codes.The appcontains various electrical circuits. Some of theseare :BatteryCharger Circuit Using SCR Air Flow Detector CircuitLongRange FMTransmitter Circuit Video Activated Relay RemoteJammerCircuitClap Switch Electronic Toss Circuit Digital Stopwatchandlotsmore… Projects Garage also features microcontrollerprojectsand Cprogramming projects including: Smart HomeAutomationSystemAndroid Controlled Robot Digital Lock Using ArduinoHangmanGameSnake Game Tic Tac Toe Game Quiz Game ContactsManagementSystemand lots more… So what are you waiting for?Download one ofthebest educational app now !!

Step by step tutorial solutions for ac seres RLC circuits.

Free Electric Circuit Calculator! For parallel circuit andseriescircuit.

This application had varietyofelectronicsprojects and circuit that you can use forreference.Suchas1)Automatic street light2)Clap Switch3)Rain Alarm4)Automatic Fan controllerThis application had simple project and also hadcomplexprojectand it is suitable for beginner and alsoprofessionalengineer.Do not need internet connection and it is free ..Thank you

Solve combinational systems up to 8variables,8 outputs by Quine-McCluskey- Display loops on Karnaugh maps- Display solutions in boolean algebraic form- Plot schematicTip: You can fill rows or columns of the truth table at oncebyfirst tapping on their header.Design sequential systems (synchronous deterministic finitestatemachines) up to 5 inputs, 5 outputs- Moore and Mealy automata- State diagram capture (long tap to edit statesandtransitions)- State codification and flip-flop excitation tables- Display solutions in boolean algebraic form- Plot schematicTip: You can change the state codification by tapping on thecellsof the qi column.Please, do leave your feedback and suggestions either by email orinthe comments below.

Major & minor synopsis,ideas,academic project circuitforelectronics engineering students. it consist 63 electronicsprojectwith diagram & detailed illustration which are listedbelow 1.Solar charger 2. Portable power bank 3. Battery chargerusing SCR4. DC-to-AC power converter 5. Mosquito repellent 6.mobileincoming call indicator 7. Fire Alarm System 8. FM RadioCircuit 9.Bicycle Lock 10. Smoke Detectors 11. Drunk DrivingDetector 12.water Level Detector 13. DTMF Decoder 14. SmokeDetector 15. The555 Timer IC 16. LPG Gas Sensor 17. LED LightCircuit 18. WiperMotor 19. Led Stage Lighting 20. The Clap operatedCircuit 21. AirFlow Detection 22. Broken Charger wire Alarm 23.Power supllyFailure Alarm 24. FM Booster Cuircuit 25. AutomaticWashroom Light26. Object Counter 27. Electronic Eye 28. FastestFlingerIndicators 29. motion sensor 30. INFRARED FIRE CRACKERIGNITER 31.Multipurpose listening device 32. Reverse parking sensorcircuit33. DMTF System 34. RJ Cable Tester 35. Toy Piano 36. DTMFBasedHome Automation 37. Humidity Indiator 38. Electric Shock gun39.Low Power Emergency Light 40. Polarity Tester 41. ElectronicSirenimplementaion 42. Latching of IC 555 43. Security LightingCircuit44. Light Activated Switch 45. Musical Doorbell 46. ElectricCoinbox by IC 555 47. Directional Indicators 48. BatteryLevelIndicator 49. Fan Controller for heat sink 50. Day nightindicator& alarm 51. Continuity Tester 52. Traffic LightController 53.Light based switch by IC 54. Voltage cut off Delayalarm 55.Celphone Detector 56. Door Guard 57. The illuminatedChristmas tree58. OTL Amplifier 59. The SIMPLE CODE LOCK SYSTEM 60.The LPG GasSensor 61. Solid state flashing lamp 62. LED automatedDayindicator 63. Blown Fuse

Build Logic Circuit Simulator andseveral|andseveral other} Electrical circuit diagram zener othercomponents toelectronic schematics simulate their functionshobbyist .With its straightforward and easy to use interface it does nottakelong to learn how to use it, nice for students who'slearningtransistor however electrical circuit builder LogicCircuitSimulator works.Logic Circuit Simulator contains multiple voltmeter helpfulfeaturessuch as:- Logic gates resistor (AND,OR,NAND,NOT,NOR,XOR,XNOR)- Buttons, Displays, Lamps, Clocks,- Flip-Flops, Latches- Multiplexers- Recovery feature (If the app closes before you manage toavoidwasting your circuit due to a phone call or by accidenthobbyist ,Logic simulator pro will mechanically save a copy of yourcurrentprogress. This copy is simply accessed through theelectricalcircuit interface) electronic circuit design.If you have any suggestions on improvements or bug reportspleaseemail me on the adress provided below:[email protected]

Circuit solving app with basic features ofDCand AC 1-frequency calculations."Solve circuits the simple way. Draw them and tap Solve to getthemsolved."This application uses Kirchoff's Voltage Law and commonconceptsof mesh analysis to solve circuits. Just draw the circuit,and foreach loop, keep adding in whatever is needed (R,L,C,V) viathe bluedots until they meet and become black. No blue dots meanall loopsare complete.Features in version 1.0 -1. Draw-it-yourself approach to make the circuit.2. DC calculations for complex-interlinked loops.3. AC calculations for single frequency circuits, which canbeeasily solved via phasor interpretation.4. AC results shown in A < B format where A is the magnitudeofphasor and B is angle of phasor with reference.5. Components available - inductor, capacitor, resistor, DCsource,AC source.6. Reset circuit option.**Advice for useNew connecting wire can be drawn only from where you ended thelastconnection.UPDATE: The application might not work properlywithlow-resolution Android devices. The sensitivity is suitedtohigh-res devices. I regret the inconvenience caused.Solve My Circuit v1.1 coming soon!

The app is a complete free handbook of ElectronicCircuitwhichcovers important topics, notes, materials & news onthecourse.Download the App as a reference material & digitalbookforelectrical, electronics & communicationengineeringprograms& degree courses. This useful App lists 140topicswithdetailed notes, diagrams, equations, formulas&coursematerial, the topics are listed in 5 chapters. The appismust havefor all the engineering science students&professionals. Theapp provides quick revision and reference totheimportant topicslike a detailed flash card notes, it makes iteasy& useful forthe student or a professional to cover thecoursesyllabus quicklyjust before an exams or job interviews. Alsogetthe hottestinternational engineering & technology news onyourapp poweredby Google news feeds. We have customised it so thatyouget regularupdates on subject frominternational/nationalcolleges,universities, research, industry,applications,engineering, tech,articles & innovation. This isthe bestapplication to remainupdated on your fav. subject. Use thisusefulengineering app asyour education tool, utility, tutorial,book, areference guide forsyllabus and explore study coursematerial,aptitude tests &project work. Track your learning,setreminders, edit, addfavourite topics, share the topics onsocialmedia. Some of thetopics Covered in the app are: 1.Oscillators 2.SinusoidalOscillators 3. Oscillation through Positivefeedback andBackhausencriterion 4. Sinusoidal Oscillators operatingfrequency5. HarmonicOscillator 6. The RC Phase Shift Oscillator7.Transistor PhaseShift Oscillator 8. Wien Bridge Oscillator: 9.WienBridgeOscillator-Operation 10. Tuned Oscillator 11.TheColpittsOscillator 12. Crystal Oscillator 13. Analog InverterandScaleChanger 14. Inverting summer 15. Non-Invertingsummer16.Differential Amplifier: 17. OPAMP-Integrator 18. Voltagetocurrentconverter 19. OPAMP-Differentiator 20. Grounded Load21.Current tovoltage converter: 22. First Order Low Pass Filter:23.Low passfilter with adjustable corner frequency 24. SecondOrderLow-PassButterworth filter 25. First Order High PassButterworthfilter 26.Precision Diodes 27. Active Clippers 28.Active Half WaveRectifier29. Axis Shifting of the Half WaveRectifier 30.OPAMP-Comparators31. Schmitt Trigger 32. Non-invertingSchmitttrigger 33.Relaxation Oscillator 34. Triangular WaveGenerator 35.BridgeAmplifier 36. AC Voltage Follower 37. DC VoltageFollower38.Logarithmic amplifiers 39. Logarithmic amplifiers40.AntilogAmplifier 41. Differential Amplifiers42.DifferentialAmplifiers-D.C. Analysis. 43. Dual Input,BalancedOutputDifference Amplifier. 44. A.C.Analysis-DifferentialAmplifier 45.Differential Input and outputResistance 46. Inverting& Non -inverting Inputs 47. Common modeGain 48. Dual Input,UnbalancedOutput Differential Amplifier 49.Differential amplifierwithswamping resistors 50. Biasing ofDifferentialAmplifiers-ConstantCurrent Bias 51. Current MirrorCircuit 52.Operational amplifier53. Level Translator 54. Parametersof OPAMP55. Parameters ofOPAMP-Gain Bandwidth Product, Slew Rateand InputOffset Voltageand Current Drift: : 56. Ideal OPAMP andEquivalentCircuit ofOPAMP 57. Ideal Voltage Transfer Curve 58.EmitterCoupledDifferential Amplifier 59. Open loop-DifferentialAmplifier60.Inverting Amplifier 61. Non-inverting amplifier 62.ClosedLoopAmplifier 63. Voltage series feedback 64. InputResistancewithVoltage series Feedback Each topic is completewithdiagrams,equations and other forms of graphical representationsforbetterlearning and quick understanding. Electronic Circuitspartofelectrical, electronics & communicationengineeringeducationcourses and technology degree programs ofvariousuniversities.

Calculation of the electrical circuits of DC and AC

Our project consists of hardwareandsoftware.The hardware components are Adafruit FONA 808 -MiniCellular GSM +GPS Breakout that can be used to send and receiveSMSmessages,Fully-integrated GPS controlled over a serial portandbattery tobe the power source for this circuit

Allows to know the fundamentals of electrical circuits.

Step by step solution of common ac series parallet circuitsgivenohms reactance

With the AR Circuits app students canbuildandtest realistic circuits using augmented reality technology.Theappallows you to build circuits without the expense,safetyconcerns,and inconveniences associated with physicalelectriccomponents. Thecircuits are designed by arranging printedpapercomponent cards.The circuits can then be tested andinteractedwith using the ARCircuits app and the camera on yourmobiledevice. The componentscurrently available include onebattery, twoswitches, four bulbs,one resistor, one component fortestingvarious conductors andinsulators, and nine wires. Thesecomponentsallow you to buildseries, parallel, and combinationcircuits.Voltages in each circuitcan be measured using thevoltmeterfeature. Additionally, theresistances of the bulbs andresistorsare customizable, and thebattery has 4 voltageoptions.

NodeMCU & Adafruit Huzzah Controller.

Electronic Circuits allows to know the basics of electronics.

Educational application for electrical circuits calculation.

Synopsis of LED light circuit (TRI Color) circuit forelectronicsengineering.

Synopsis of electronic eye circuit project forelectronicsengineering.

Arduino Manager is an app to control your projects with Arduino.

Combinational Circuits, isaneducationalapplication that offers a number of problemsaboutelectroniccombinational circuits.The main objective is that user could study and solveproblemswithan android device. Also indicates if the exerciseisresolvedcorrectly, tips that help to resolve theproblemareincluded.The user can save exercises solutions and send them by email,sothatthe receiver can load them in "Combinational Circuits"app.Basicmanual (help) for utilize this app isincluded.Tutorialaboutcombinational circuits is included.Free and offline app.Topics:- ROM memory- Multiplexer- Logic gates- PALs- BCD to 7 segment- Encoder and decoder- Gray Coding- Karnaugh

Start driving your Circuits Ninja robot quickly with ourremotecontrol app!

With this APP you can read all theinformationsand formula about Operational Amplifiers.An operational amplifier ("op-amp") is a DC-coupledhigh-gainelectronic voltage amplifier with a differential inputand,usually, a single-ended output.In this configuration, an op-amp produces an outputpotential(relative to circuit ground) that is typically hundredsofthousands of times larger than the potential difference betweenitsinput terminals.

Synopsis of FM Radio circuit project for electronics engineering.

RESISTOR CIRCUITS FREE has the intentiontoimprove your skills in working with electrical current,voltage,resistance, power, energy etcetera in resistor circuits.Whileexercising with this program, you'll experience the progressinhandling complex circuits.+ 4 main subjects: series and parallel, Ohm's law, power andenergy,circuits+ different levels: from very simple up to extremely complex+ scores are savedThis free app is a limited version: you can enter all levels,butyou can only choose a few circuits.Just put it on your tablet or smartphone and try. It willbeworth it. If you think you are able to handle the levels inthisfree program, you may switch to the full version,RESISTORCIRCUITS, with many more difficult circuits. It's in thePlayStore.

We heartily welcome you to the 34theditionofWaves. Tag along with your buddies and get ready to haveadazzlingexperience at CEG by indulging in the bountiful eventsthataredesigned to leave you breathless.WAVES, the National Techno-Management Symposium oftheDepartmentof Electrical and Electronics Engineers atCEGcelebrates theindomitable passion of the inceptive engineerstounravel theinfinite enigmas of nature through ScienceandEngineering. Noted asone of the must-attend fests intheto-do-lists of students ofstudents from over 250+ collegesacrossthe nation, we strive hardto exceed the expectations of5000+participants every year.Spanning two days, WAVES is the hallmark ofdepartmentsymposiumsin CEG. Technocrats and Entrepreneurs will bein ouraestheticauditoriums to quench your thirst for knowledgeandinspiration.Eager participants will be seen engaged in plethoraofevents undermultifarious domains and the competitive minds willbeseen clashingin fierce battles to rack up the coveted WAVESVICTORcup. Yea,Brace Yourself! The game has begun and the trophyiswaiting for youto be claimed!4+ WORKSHOPS:- Learn the engaging science of 3D Printing at3DPrintingworkshop- Simulate and study unpredictable faults of Power systematETAPworkshop- Transformers will be demystified at theTransformersdemoworkshop- Awaken your curious minds at the Autotronics workshop- Make your own self balancing bot at Robotics workshop15+ EVENTS:- Defuse a bomb at Defuse r Detonate- Use your sherlockian instincts at Scotland yard- Score a power shot at Robosoccer- Ace the interview at Mock interview- Innovate like Tesla at Divine from Dust- Use your eagle eye at Bug to Bag- Refresh the Tony Stark in you at Circuit Craze- Show off at Project Display- Express your veracity at Paper Presentation- Feel accomplished at Line Tracer- Escape from Alcatraz- The Game is on at Gamindrome- Buzz your minds at Quiz- Experience the posh of IPL at WPL- Doodle your imagination at Waves Doodles- Feed your frenzy brains at Whatsapp huntAbout our Department:Established in the year 1930, the Department ofElectricalandElectronics Engineering has risen to great heights. Ithas beenthepioneer in research and development ofmultifariousdisciplinespertaining to the Electrical technology.Achievements:- Built the on board power systems foruniversity’smicrosatelliteANUSAT (India’s first universitysatellite),sponsored byISRO.- NBA accreditation for four PG programs.- Setting up of the Anna University and RyersonUniversityurbanenergy centre for research for sustainable urbanenergy.- Centre for advanced studies in Power applicationandembeddedsystems by UGC.- National-MEMS design centre sponsored under NPMASS.- Department is recognized under NaMPET.

Step by step tutorial with formulas and solution for transistordcbiasing.

Project synopsis of portable power bank circuit forelectronicsengineering.

This free App on Analog Electronics covers most importanttopicsinsimple English and diagrams for a quick study and revisionsatthetime of Exams, Viva, Assignments and Job interviews. It isthemostuseful App for last minute preparations. The Best appforschool,college and work. If you are a student It will help tolearna lot.This useful App lists 290 topics in 5 chapters, totallybasedonpractical as well as a strong base of theoreticalknowledgewithnotes written in very simple and understandableEnglish.Considerthis App as a quick note guide which professors usein aclassroom.The App will help in faster learning and quickrevisionsof all thetopics. Some of the topics Covered in the appare: 1.Ideal diode2. Semiconductor materials- Resistivity.3.Semiconductor materialsGe and Si 4. Energy levels 5.Extrinsicmaterials n-Type 6.Extrinsic materials p-Type 7. ElectronversusHole Flow 8. Majorityand Minority Carriers 9. Semiconductordiode10. P-N junction withno external bias 11. P-N junctionwithReverse-Bias Condition 12.P-N junction with Forward-BiasCondition13. Silicon semiconductordiode characteristics 14. ZenerRegion 15.General characteristicsof a semiconductor diode 16.TemperatureEffects Silicon Diode 17.DC or Static Resistance 18. ACor DynamicResistance 19. Average ACResistance 20. Diodeequivalentcircuits-Piecewise-LinearEquivalent Circuit 21.Simplifiedequivalent circuit for thesilicon semiconductor diode22.Transition and diffusioncapacitance 23. Reverse recovery time24.Light-emitting diodes 25.Load-line analysis 26.Diodeapproximations 27. Series diodeconfigurations with dc inputs28.Half-wave rectifier 29. Effect ofVT on half-wave rectifiedsignal30. Peak Inverse Voltage PIV(PRV). 31.Full-waverectification-Bridge Network 32. Peak InverseVoltagePIV-BridgeNetwork 33. Center-Tapped Transformer34.Center-TappedTransformer-PIV 35. Series-Clippers36.Parallel-biased clipper 37.Clampers 38. Zener diodes 39.Zenerdiodes- Fixed Vi, Variable RL40. Zener diodes- Fixed RL,VariableVi 41. Halfwave-Voltage Doubler42. Full-wave-VoltageDoubler 43.Voltage Tripler and Quadrupler 44.Introduction toTransistorBiasing 45. Proper zero signal collectorcurrent 46.Proper minimumbase-emitter voltage 47. Proper minimumVCE at anyinstant 48.Operating point 49. Stabilization. 50.Stability Factor51.Transistor Biasing-Base Resistor Method 52.TransistorBiasing-Emitter Bias Circuit 53. Emitter BiasCircuit-Collectorcurrent(IC). 54. Emitter BiasCircuit-Collector-emitter voltage(VCE). 55.Emitter BiasCircuit-Stability 56. Biasing with CollectorFeedbackResistor 57.Voltage Divider Bias Method. 58. Design ofTransistorBiasingCircuits 59. Mid-Point Biasing 60. Oscillators61.operationalamplifiers 62. transistor biasing 63. fieldeffecttransistors 64.Regulated power supply 65. Signals andmultistageamplifiers 66.Transistors at high frequencies 67.Bipolartransistor 68. Bipolartransistor-Junction Biasing 69.Relationbetween different currentsin a transistor 70. BJT-CommonBaseConfiguration 71. BJT-CommonBaseConfiguration-OutputCharacteristics 72. BJT-CommonBaseConfiguration- InputCharacteristic 73. Equivalent circuit ofatransistor: (CommonBase) 74. Common Base Amplifier 75. CommonBaseAmplifier-ACequivalent circuit 76. BJT-Common EmitterConfiguration77. BJT-Common Emitter Configuration- InputCharacteristic: 78.BJT-CommonEmitter Configuration-OutputCharacteristic: 79. CommonEmitterConfiguration-Large Signal CurrentGain Analog Electronicsis partof electronics, electricalengineering education coursesandtechnology degree programs atvarious universities.