电子工程

App The goal of this application is to provide some basic information about electronic circuits. The application provides basic information on how to use electronic components and explains the logic behind solid-state circuit design. Starting with an introduction to semiconductor physics, this chapter continues with topics such as resistors, capacitors, inductors, transformers, diodes, and transistors. Some topics and circuits built using the components discussed in this application. ✴

► This application should be useful for all readers who want to gain preliminary knowledge about the basic components used in electronic circuits. ✦

[The topics covered by this application are listed below]

What is Electronics?

⇢Materials

⇢Quantum number

⇢Poly exclusion principle

⇢ Energy Band

gap forbidden

⇢ insulator

⇢Semiconductor

⇢Conductor

术语 Energy band important terms

m Ohm's Law

⇢Semiconductor

Conduction in Semiconductor

⇢Intrinsic Semiconductor

⇢External Semiconductor

⇢Hall effect

Current type

⇢ Resistance

⇢Resistance color coding

重要 Important terms of resistance

Circuit connection in Res resistor

⇢Parallel resistance

⇢Non-linear resistance

⇢Thermistor

⇢Photoresistor

⇢ Varistor

⇢Surface Mount

⇢Linear resistance

⇢Fixed resistance

⇢Carbon composition

Coiled wire

⇢Thick film

⇢Film

Wattage

⇢Capacitor

⇢Capacitor work

⇢Capacitor charging

Dielectric properties of capacitors

⇢Capacitor color coding

⇢Capacitive reactance

of capacitor temperature coefficient

Circuit connection in Cap capacitor

⇢Parallel capacitor

of capacitor type

⇢Variable capacitor

⇢Tuning capacitor

Tr trimmer capacitor

⇢Fixed capacitor

⇢Ceramic capacitor

⇢Film capacitor

⇢paper capacitor

Film metal film capacitor

⇢Other capacitors

⇢Polarization capacitor

⇢Electrolytic capacitor

⇢Aluminum electrolytic capacitor

Tantalum electrolytic capacitor

⇢Nb electrolytic capacitor

⇢Super capacitor

⇢Double layer capacitor

se pseudo capacitor

⇢Hybrid capacitor

⇢Inductor

⇢Inductive work

⇢Inductance

Self-awareness

⇢ Mutual inductance

affecting factors

Co coupling coefficient

Circuit connection in In inductor

Para shunt inductor

Perceptual resistance

⇢Inductance type

⇢RF inductor

⇢ choke

⇢Transformers

⇢Boost and Buck Transformer

of transformer type

⇢Air core transformer

Core transformer

⇢Automotive transformer

Usage-based transformer

⇢Measuring transformer

⇢Distribution transformer

⇢Transformer efficiency

Induced emf in Trans transformer

form transformer loss

⇢The power of transformer

⇢Transformer efficiency

⇢Diode

⇢Diode bias

Forward works with forward bias

under works under reverse bias

The use of a diode

Di diode characteristics

Junction diode

⇢Rectifier diode

⇢Zener diode

⇢Switching diode

⇢Dedicated diode

⇢tunnel diode

⇢Schottky diode

⇢Photodiode

⇢Photodiode

⇢Solar cells

⇢LED (light emitting diode)

⇢Laser Diode

Laser laser diode principle

⇢Transistor

Structural details of Trans transistor

⇢Transistor bias

⇢Operating PNP transistors

⇢NPN transistor operation

⇢Transistor configuration

⇢Common transmitter (CE) configuration

⇢Common Collector (CC) configuration

⇢Transistor work area

⇢Transistor load line analysis

of transistor type

Bipolar junction transistor

⇢Field Effect Transistor

Junction junction field effect transistor

FET JFET Drain Characteristics

⇢MOSFET

⇢Structure of MOSFET

Classification of MOSFET

构造 N-channel MOSFET structure

N N-Channel (Depletion Mode) MOSFET Operation

N N-Channel MOSFET Operation (Enhanced Mode)

⇢P-channel MOSFET

⇢Drainage characteristics

B BJT, FET and MOSFET comparison

⇢Node analysis

⇢Grid analysis

The 14 Thevenin and Norton Equivalent Circuit