Transistor electronic circuit

Hello to everyone! How are you!? I hope that all of you are well. 

This time, we will simulate the operation of a transistor. In the previous entry, it theoretically explains how the transistor works, but this time it will be in practice. This is the best way to learn something along with the examples. So I have as much fun doing these kinds of projects, I hope as much as you do when trying them out. If, as I always say, I hope you like it. Try it here

Here is one of the screenshots of the project

Songs with Audacity

Hello to everyone!! How are you? I hope every of you are okay.

This time we are working with Audacity, which is a program that is used to edit songs, soundtracks and other types of audio to listen it as you like, this is my result of today's task, I hope you like it.

Here is the whole song: https://www.epidemicsound.com/track/OXKOBzQTK2

Here is an Audacity edition screenshot:

Transistor operation

Hey! How are you!? I hope you are well. Today I will show you how a transient works:

The transistor consists of three parts artificially doped (contaminated with specific materials in specific quantities) that form two bipolar junctions: the emitter that emits carriers, the collector that receives or collects them, and the third, which is sandwiched between the first two, modulates the passage of said carriers (base). 

Unlike valves, the transistor is a current-controlled device from which amplified current is obtained. In circuit design, transistors are considered an active element, unlike resistors, capacitors, and inductors that are passive elements.

Thats all for today. This time it was theory, I hope you liked and interested. See you at the next post!

Here are some videos that I hope will make it clearer: