Semiconductors, Diodes and Transistors
130 resources created by 81 users
This Semiconductors, Diodes and Transistors page on GoConqr gathers community-made quizzes, mind maps, flashcards and notes, from charge carriers and the PN junction to Zener diodes, BJT amplifiers and MOSFETs. It's built for university students and professional candidates revising a topic, and for teachers after ready-made material. There are over 120 resources here, including more than 20 quizzes, over 50 mind maps and more than 20 flashcard decks. Open a quiz to spot your gaps, then see which maps fill them.
Select topic
- Semiconductor Materials and Physics23
- PN Junctions12
- Diodes and Diode Circuits12
- Rectifiers and Ripple5
- Zener Diodes and Voltage Regulators8
- Special-Purpose Diodes and Switching Devices10
- Optoelectronic Devices7
- Transistor Fundamentals and BJTs6
- Field-Effect Transistors7
- Transistor Biasing and Amplifiers18
- Semiconductor Fabrication and Advanced Transistors7
Top Semiconductors, Diodes and Transistors resources
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87 cardsQTAN What are the different methods that you can use to simulate a device?
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54 questionsChapter 2 The nucleus of a copper atom contains how many protons?
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31 questionsCh 7 Transistor Fundamentals The current gain of a transistor is defined as the ratio of the collector current to the
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44 cardsDiode Construction (Mod.4 Sect.2 Part 4) ?♀️
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2 questionsFeedback Topology What is the Mixing type and Sampling type of the Emitter Follower as shown?
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30 cardsNano (a) (5 points) Draw the energy band diagram of the p-type Si nanowire (NW) device according to the gate vol...
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47 cardsECE 483 Exam 1 Why do CMOS processes have a range of metal layers/metal stack?
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28 cardsFuture of Microelectronics - Exam 1 How does a MOSFET current depend on temperature and why?
Quizzes
See all 29 quizzes-
54 questionsChapter 2 The nucleus of a copper atom contains how many protons?
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31 questionsCh 7 Transistor Fundamentals The current gain of a transistor is defined as the ratio of the collector current to the
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2 questionsFeedback Topology What is the Mixing type and Sampling type of the Emitter Follower as shown?
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80 questionssavethehell Diagram of an electronic power supply is presented in figure. Define why is using a voltage regulator in re...
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30 questionsChapter 8 Transistor Biasing For the emitter bias, the voltage across the emitter resistor is the same as the voltage between the emitte...
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31 questionsElectronics EASA - Transistors 2 A silicon bi-polar transistor with two depletion zones.
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32 questionsChapter 5 Special Purpose Diodes What is true about the breakdown voltage in a zener diode?
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38 questionsSemiconductors 2 When growing bulk semiconductor crystals, doping profiles are always uniform.
Mind maps
See all 60 mind mapsFlashcards
See all 30 flashcards-
87 cardsQTAN What are the different methods that you can use to simulate a device?
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44 cardsDiode Construction (Mod.4 Sect.2 Part 4) ?♀️
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30 cardsNano (a) (5 points) Draw the energy band diagram of the p-type Si nanowire (NW) device according to the gate vol...
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47 cardsECE 483 Exam 1 Why do CMOS processes have a range of metal layers/metal stack?
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28 cardsFuture of Microelectronics - Exam 1 How does a MOSFET current depend on temperature and why?
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24 cardsSemiconductor Technology Define Technology Node
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21 cardsWeek 5 LNs Explain briefly the differences between reverse and forward bias for a pn junction
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43 cardsSemiconductor Switching Devices (Mod.3 Sect.3 Part 3) 2 of 2 This section took forever :(
Flowcharts
Notes
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common emmiter amplifier Common-Emitter Configuration Overview The common-emitter (CE) amplifier is one of the most popular transistor amplifier configurations due to its good balance of voltage gain, input impedance, and output impedance. It...
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Book Notes
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SEMICONDUCTOR - created from Mind Map STRUKTUR ATOM intrinsic Semicondutor Extrinsic Semoconductor
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SEMICONDUCTOR - created from Mind Map Bohr’s Atomic Theory Periodic Table Material Classification
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Common-Source Stages Common-Source Stage with Resistive Load the input impedance of the circuit is very high at low frequencies. If the input voltage increases from zero, M1 is off and Vout = VDD
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Electronics I Identify different physical effects arises in semiconductor Semiconductors are materials that have electrical conductivity between that of a conductor and an insulator. They are the building blocks of modern electroni...
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Untitled 0 Radioactive recombination occurs when an they ar eelectron in the conduction band combines with holes in the valence band and energy is emitted in form of photon lamda=hc/energy gap semiconductor e...
Slides
Topics in Semiconductors, Diodes and Transistors
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About Semiconductors, Diodes and Transistors
GoConqr OriginalWhat the page covers
The resources follow the usual route through analogue electronics. They begin with atoms and semiconductor structure, move on to diodes, and then reach transistors and amplifiers. Further out are some device-physics topics for more advanced study.
- Atoms and materials: the quiz Chapter 2 starts with the protons in a copper atom and the charge of a neutral atom.
- Diodes: mind maps on the Zener diode, the varactor diode, the Shockley diode, the half-wave rectifier and ripple factor.
- Transistors: quizzes on bipolar junction transistors, BJT amplifiers and transistor biasing, plus the notes on Common-Source Stages.
- Advanced topics: flashcards on MOSFET temperature behaviour and volume inversion, and a quiz on feedback topologies.
Where to start
Begin with the mind maps Semiconductors and Charge carriers and PN Junction. They give you the vocabulary quickly. Then read the flashcard deck An Introduction to Diodes and Semiconductor Junctions, which asks you to fill in definitions.
Next, move to the diode quizzes. Special Purpose Diodes fits well after the Zener and varactor maps. If you are preparing for EASA, try Electronics EASA - Diodes 1 and Diodes 2, then the two Transistors quizzes.
Using quizzes and maps together
- Take a quiz cold and note what you miss.
- Open the mind map on that topic and trace the branch behind each wrong answer.
- Turn the gap into a flashcard, then retake the quiz later.
The quiz Ch 7 Transistor Fundamentals works well this way. It asks about current gain as the ratio of collector current to base current, and the related map on the Transistor shows how the ideas connect.
Where it sits
This unit belongs to the Analogue Electronics strand of Electrical and electronic engineering. Most of the material is university level, with a smaller share aimed at professional candidates and a few resources at school level.
Make it your own
Pick one topic that still feels shaky, work through its quiz, and then build a short map or deck of your own to keep it fresh.
Frequently asked questions
Which quiz should I try first?
Chapter 2 is a gentle opening, as it starts from the protons and net charge of a copper atom. After that, try Ch 7 Transistor Fundamentals for current gain, or the diode and transistor quizzes if you are working towards EASA.
Are there resources for EASA?
Yes. The page lists four quizzes whose titles begin Electronics EASA: two on diodes and two on transistors. One diode quiz covers germanium diodes and testing forward bias with a multimeter. They are a sensible check after the mind maps.
What do the mind maps cover?
They cover charge carriers and the PN junction, general semiconductor properties, Zener, varactor and Shockley diodes, rectifier ripple, the light emitting diode, JFET and FET. There are also maps on transistors and amplifier circuits, so you can follow the topic from materials to circuits.
Are the resources free to use?
Every resource listed here is free to open, study and take, with no account needed. They were made by GoConqr users, not by GoConqr itself. A free account also saves your quiz scores and lets you make your own quizzes, mind maps, flashcards and notes.
Which levels does this page suit?
Most of it suits university students, with some material for professional candidates. It ranges from basic atomic structure and diode behaviour to topics such as MOSFET leakage and quantum transport. Teachers can use the ready-made quizzes and maps as class revision material.
What if the topic I need is missing?
Look through the related mind maps and flashcard decks first, since many topics overlap. If nothing fits, make your own quiz, map or flashcards on that topic and use it for revision.