5 Essential elements in my electronics workshop
The 5 essential tools every electronics workshop needs, with the exact makes and models I trust after years of building circuits and inventions.
Some people have asked me the make and model of the tools that appear in some of my videos of electronic experiments, so I decided to publish this entry.
There are many useful tools in an electronics lab, but some of them are indispensable. After many years dealing with circuits and various inventions, I have come across various models and brands, some good, some bad, some terrible. Today, I will recommend the best ones based on their quality and price; which are also the same as I use.
For each of these tools I will leave the link to Amazon for more information on features, price, etc.
Soldier station
This station is a combat station, it has been with me for several years. In addition to the soldering iron with interchangeable tips, it has a hot air jet tool for SMD circuits, which are the ones I use the most. The suction pen can also be used to precisely position SMD chips on the PCB board.
Oscilloscope
This oscilloscope has been a GREAT help in the development of some products. In addition to the usual functionality, it has a UART, SPI, I2C, etc. serial signal decoder. This has been extremely helpful in debugging hardware problems. In addition, the bandwidth is decent and has 4 inputs simultaneously.
Dual power source
It is VERY important in the laboratory to have a source with INDEPENDENT outputs, and this source has 3. Sufficient for the vast majority of projects. In addition, the adjustment is digital and precise and provides us with an integrated ammeter reading. He has been with me for some years now.
Binocular microscope
Without a good binocular microscope, don't try to solder SMD components. There are several options with a built-in camera at low prices, but there is nothing yet compared to the optics. Also, if you still want to view on a screen, this microscope has a socket to install a digital camera.
Multimeter
At the bottom of the list, but not least, a digital multimeter. This will also allow you to measure inductances and capacitances and has an incredible resolution of up to 4 digits!
With these tools at hand, dive into the projects: building a vacuum tube, a high-voltage source from recycled parts, a battery-powered phone charger, or a weather station with Arduino.
Categories
The books · born from this blog
Atahualpa con su abrigo de pelo de murciélago
y otras 49 historias verdaderas que parecen mentira
Available on Amazon
Tocar madera
Pequeña historia de las supersticiones que el mundo no ha podido soltar
Available on Amazon
100 futuros
Cien escenarios del mundo que viene con la inteligencia artificial
Available on AmazonYou may also like
How USB-C works and why one cable charges fast
All USB-C cables look the same, but they aren't: we explain the e-marker chip and why one charges at 240W while another barely reaches 15W.
ESP32 vs Arduino vs Raspberry Pi Pico: which to choose
A clear comparison of the ESP32, Arduino and Raspberry Pi Pico: how they differ, which one fits your project and what each board actually costs.
ESP32 from scratch: which board to buy and what to build
A beginner's guide to the ESP32: which board to buy for your project, how the S3, C3 and C6 models differ, and what you can actually build with each.