What Book Best Explains Transistor Circuits and Building Techniques?

In summary, the conversation discusses the speaker's search for a book that explains and teaches about basic circuit components and how they work together to perform a function. They mention their current understanding and hesitation about reading a specific book, and ask for recommendations. The other person suggests three sources, including "The Art of Electronics" by Horowitz and Hill, as a good modern reference.
  • #1
Jewish_Vulcan
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I am looking for a book that explains and teaches you about how basic circuits components work together to perform a function. I know all the circuit components and their functions but I am not too sure of how they work together, for example I do not know how voltage dividers work in a circuit. currently I have the aarl understanding basic electronics book but I am unsure if it is what I want to read, I will read it eventually.OVERALL A BOOK THAT WOULD EXPLAIN COMMON CIRCUITS WITH TRANSISTORS AND TEACH ME TO BUILD CIRCUITS any comments would be appreciated..
 
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  • #2
Stout & Kaufman, Kaufman & Seidman, Rutkowski may be a bit dated, but make a good trio of fundamental sources.
 
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  • #3
Can you give me a link on amazon? I am having a hard time finding the books you are referring to.
 
  • #5
"The art of electronics", Horowitz and Hill
 

1. What is a circuit schematic?

A circuit schematic is a visual representation of an electronic circuit that uses symbols, lines, and labels to show the connections and components within the circuit. It is used to help understand and design electronic circuits.

2. How do I read a circuit schematic?

To read a circuit schematic, you need to familiarize yourself with the symbols and conventions used. Each symbol represents a specific electronic component, and the lines indicate how the components are connected. It is also important to pay attention to the labels and values associated with each component.

3. What are the benefits of using a circuit schematic?

There are several benefits of using a circuit schematic, including:

  • It allows for easy understanding and visualization of complex circuits.
  • It helps in troubleshooting and identifying issues within a circuit.
  • It serves as a reference for building and testing the circuit.
  • It can be easily shared and reproduced.

4. How do I create a circuit schematic?

To create a circuit schematic, you can use a software program specifically designed for circuit design and simulation. These programs offer a wide range of electronic symbols and tools to help you create accurate and professional schematics. You can also hand-draw a schematic using a pen and paper, but this may be more time-consuming and less precise.

5. Are there any common mistakes to avoid when drawing a circuit schematic?

Yes, some common mistakes to avoid when drawing a circuit schematic include:

  • Using incorrect or outdated symbols.
  • Not labeling components or connections clearly.
  • Making incorrect connections or omitting important connections.
  • Not following a consistent and organized layout.
  • Not including necessary information such as component values or power supply specifications.
It is important to double-check your schematic for accuracy before using it for building or troubleshooting a circuit.

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