How to read electronic diagrams? Electronic components and their symbols. Practical examples. (Electronics - easy and simple.)

By Klemens Nguyen

How to use this book? The map uses symbols that resemble objects in the terrain. The map for an electronic system is a diagram. Symbols are also used on it. The main difficulty in using it is that sometimes the symbol refers to the internal structure of the element, not its external appearance. Look at the capacitor symbol and its appearance. The diagram shows two plates that are enclosed inside the housing. You can find pictures of the components and their corresponding symbols in Part 3. Components and symbols . You can learn to read diagrams by analyzing circuits, starting with the simplest and moving on to more and more complex ones. The examples given in Part 1. Circuits are for this purpose. You can check whether the analysis was correct by looking at Part 2. Explanations . The diagrams and explanations have numerical designations. In the book you can find information and calculation examples for personalization on the following topics: ammeter base bias voltage base current battery bipolar transistor breakdown voltage capacitor capacitor in a DC circuit capacitors in series cathode CB CCO charge collector current Common Base Common Collector Common Drain common drain amplifier common emitter amplifier common source amplifier connecting to ground for alternating signals connection using a crocodile clip crossed wires current current gain current measurement current source current splits current transmittance DC DC biasing conditions diode diode is conducting drain drain resistor electrical connection electrolytic capacitor emitter current emitter follower emitter resistor equivalent input resistance of the system equivalent output resistance of the system equivalent resistance equivalent resistance in the base circuit forward voltage drop of LED forward-biased diode gain factor of a transistor gate resistor geometric mean GND ignoring the current drain from the divider input resistance JFET Junction Field-Effect Transistor ki0 Kirchhoff''s Current Law ku0 kΩ LED diode LED lit negligible current net voltage no potential difference non-inverting voltage amplifier NPN bipolar transistor Ohm''s Law operating point operating point is stable operational amplifier output resistance parallel branches parallel circuit parallel resistors potential difference power supply power supply fluctuations ppQ press-fit connection with spring contact quiescent voltage rectifier diode regular diode regulation mode resistance resistor resistors in parallel resistors in series reverse-biased diode screwed connection series combination of resistors series connection of capacitors silicon diode small-signal equivalent parameters soldered connection source follower source resistor sources in series sources in the opposite direction split current spring contact stabilization for the transistor''s operating point static operating point sum of currents temperature changes in the base-emitter voltage total current total resistance transistor transistor''s operating point transmittance universal silicon diode voltage voltage across voltage across capacitor voltage across capacitors in series voltage across the parallel resistors voltage amplifier voltage divider voltage gain voltage measurement voltage source voltage sources connected in series voltage transmittance voltmeter Zener diode β I wish you satisfaction in solving puzzles and gaining as much proficiency as possible. Thank you for purchasing my book (Don''t forget to click Buy now :) ) Klemens Nguyen

• Format: Paperback
• Language: English
• ISBN: B0DCNWQJF9
• ISBN13: 9798335429122
• Release Date: August 2024
• Publisher: Independently published
• Length: 53 Pages
• Dimensions: 9.0" x 0.1" x 6.0"