You could have additional adjustable power supplies… I mean the limit is literally the imagination, and what you can make fit. I’ve seen low profile rotary decimal switches that could be used as part of a resistor or capacitor substitution box. You’d have to add another panel to the lower section to close it off (since you’d be using the middle section with the top), but maybe you could fit in some extra features down in the lower section. You might need to separate some LCD modules and run them over some ribbon cables or something. Thing is, if you mount most of the displays between the clipboard and middle divider, then you could possibly open this like a laptop, and have DMMs, a DSO, power supplies, etc mounted int he thinner top section. I suppose that a few very common features could be mounted to the outside, like a DMM, a PSU, etc… The basics… The jacks could be on the front edge of the main body. I don’t know how far this actually opens up, but if it opens far enough, I could see this possibly service a fully closable, or maybe even a dual use hackstation. Posted in Tool Hacks Tagged atx power supply, Digital storage oscilloscope, electronics lab, power supply, workbench Post navigation We’re exceptionally interested in seeing new modules developed for the EleLab_v2, and doubt this is the last time you’ll see this impressive project grace these pages. But this project wraps those devices and gadgets up into a form factor that anyone would be happy to have on their bench. We’ve seen low-cost power supply modules before, and naturally we’re no strangers to cheap DSO kits. You can mix and match the modules suit your needs, and if you want to create entirely new ones, the FreeCAD sources are available to get you started. But there’s also a module for a resistor substitution, a component tester, and even a digital storage oscilloscope.
So what’s included? Naturally has created a power supply module, in both variable and fixed flavors. But it’s more than suitable for the kind of work people in this community usually find themselves involved in on a weekend. Is it all top-of-the-line hardware? No, of course not. If you’ve ever wanted to put together a dedicated electronics workbench but were put off by the cost of individual components, read though the fantastic documentation has prepared for the EleLab_v2. This is one of those projects that simply can’t be done justice in a few paragraphs. As an added bonus, it looks like something that came off the International Space Station. Using 3D printed frames, low-cost components, and a sprinkling of custom PCBs, this modular electronics workbench has all the bells and whistles an aspiring hardware hacker could need. It might not always be pretty, but it’ll get the job done.īut this project by could end up completely reinventing the home electronic workspace. Which is why many folks just starting out will attempt to salvage or build as much of their equipment as possible.
DIY ELECTRONIC WORKBENCH PROFESSIONAL
A professional grade lab is simply unobtainable for many a tinkerer, and even mid-range hardware can set you back considerably.
DIY ELECTRONIC WORKBENCH FULL
Oh and did I mention that it costs less than those commercially available off the shelf workbenches with similar specs? Stick with me in this video and I’ll share the full details on how I built mine.It’s hardly a secret that getting into a serious electronics habit can be detrimental to your bank account. In my opinion this is the ultimate electronics workbench, it has just the right height for me, it uses the available space as efficient as possible, it’s very strong and best of all it’s modular and upgradeable: meaning you will be able to grab this project and customize the size of the workbench to fit your available space or your particular needs. In this video I’m gonna show you how I built this awesome electronics workbench using just a screwdriver, yup, you’ve heard that right, you don’t need any other tools, just a screwdriver.
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