In the realm of automation and robotics, the heartbeat of any sophisticated machinery lies within its capacity to execute precise movements and operations. This critical functionality is predominantly enabled by a component known as the servo drive, a pivotal device that bridges the gap between digital command inputs and mechanical action.
????You want your "stuff" to appear on one of my Mailbag videos??? Contact me at info@electronoobs.com with subject: MAILBAG.
Amazing quality PCBs using a fiber laser CNC machine and get down to 0.1mm tracks or clearance. Also, add soldermask and smd pads.
Printed Circuit Board Assembly is at the center of modern electronics, serving as the foundation for virtually all electronic devices. As technology evolves, advancements in PCBA are poised to revolutionize various industries, from consumer electronics to healthcare, automotive, and
aerospace. These advancements promise not only to enhance product functionality and reliability but also to drive innovation across sectors.
In order to adjust capacitance, a variable capacitor modifies the surface area of its overlapping plates.
Control your tiwtch account with Lumia and control smoke, lights and more...
How to make a white noise generator for your baby with 3D printed files, sounds and lights.
I've made my own MSLA printer design with Arduino, actually ESP32 and a TFT display. Check full video!
Looking for new TFTs for my MSLA printer project, I found this 7" 800 by 480 pixel one. Using Bodmer's TFT_eSPI library I was able to control it.
I've received new stuff such as the wainlux engraver, a 2000X electronic microscope from TOMLOV and a cool round display encoder. Check them out!
This is a semiconductor microchip wafer and look how cool it looks, right? And the same wafer under a digital microscope and we can see all sorts of elements. Is made out of silicon and it contains millions and millions and millions of transistors. They are so small we can’t even see them under a laboratory microscope. You would need something such as an AFM microscope to do that, basically this is nanometer technology and in this video I want to go step by step how we go from rocks or basically sand, to silicon wafer, to microtechnology mask exposure and creating integrated circuits. Basically how semiconductor microchips are made. I also want to use my powerful laser engraver and maybe expose some chips and transistors and see inside them. I hope my laser is powerful enough to do that… So, let’s get started.
