A reliable and efficient power supply can make all the difference in soldering. That's why I'm excited to share my latest project, made possible by the generous support of JLCPCB. In this article, we'll delve into how I designed and installed a power supply that seamlessly connects an EGO 56-volt battery to a 24-volt T12 soldering station. Get ready to go portable with your T12-style soldering station. If you want to make the board or check out the design, it is here: https://oshwlab.com/garnerm91/56v-to-24v-5amp. This project is sponsored by JLCPCB, $2 For Your PCB+PCBA, Register to Get $54 Coupons: https://jlcpcb.com/IYB
The Need for a Power Upgrade
The T12 soldering station is popular among electronics enthusiasts due to its precision and versatility. However, its stock power supply may sometimes need to catch up regarding performance or convenience. Recognizing this opportunity for improvement, I set out to create a solution that would provide a higher voltage input while maintaining the station's functionality.
The flexibility of using a battery-powered solution means you can work in locations where a traditional power outlet may not be easily accessible. Whether working in your workshop or on the go, this power supply lets you take your soldering projects wherever inspiration strikes.
Designing the Power Supply
With the backing of JLCPCB, a leading provider of high-quality PCB fabrication and assembly services, I designed a custom power supply for the T12 soldering station. The goal was to integrate an EGO 56-volt battery, commonly used in outdoor power tools, into the soldering setup.
After carefully planning and prototyping, I finalized a compact power supply module that could efficiently step down the battery's voltage to 24 volts. The design considered power delivery, safety features, and compatibility with the T12 soldering station's existing components.
Installation Process
Installing the power supply inside the T12 soldering station required precision and attention to detail. I documented the step-by-step process in a video on my YouTube channel, where you can follow along and replicate the installation for yourself. The power supply module was designed to fit neatly within the station's housing, ensuring a clean and professional appearance. It installs simply by removing the old power supply and plugging it into the original connector.
Conclusion
Thanks to the support of JLCPCB, I developed and showcased a custom power supply solution for the T12 soldering station. By seamlessly integrating an EGO 56-volt battery, this upgrade offers improved performance, enhanced portability, and expanded possibilities for soldering enthusiasts.
Please watch the YouTube video for a comprehensive guide on installing this power supply in your T12 soldering station. With this upgrade, you can unlock a new level of precision and convenience in your soldering endeavors. Get ready to power up and take your soldering game to new heights!
Check out the full review on YouTube:
The Miniware pocket Logic Analyzer LA104 is a powerful yet affordable tool that packs impressive functionality into a compact package. With four input channels and four programmable output channels, this logic analyzer can capture and analyze a wide range of digital signals, making it an ideal tool for hobbyists, students, and professionals.
One of the standout features of the LA104 is its affordability. While many logic analyzers on the market can be prohibitively expensive, the LA104 provides an accessible option for those without a large budget. Despite its low price point, the LA104 doesn't skimp on features. It offers a range of useful tools and functions that make it a versatile and valuable addition to any electronics toolkit, with custom applications, built-in decoding, and input/output.
The LA104 is easy to set up and operate, with a user-friendly interface that allows you to configure and customize your capture settings quickly. The device is also portable and lightweight, making it easy to take on the go or use in cramped workspaces.
Overall, the Miniware pocket Logic Analyzer LA104 is an excellent choice for anyone needing a budget-friendly logic analyzer that doesn't compromise quality or functionality. With its four input channels and four programmable output channels, it's a versatile tool that can handle a variety of digital signals, and its user-friendly interface makes it easy for beginners and experienced users alike.
Check out the full review on YouTube:
For this review, I made a 56-volt to 24-volt buck converter with a 42-volt Undervoltage lockout. It is rated to five amps but will never see over two amps. The main reason for trying out the PCB assembly service was that I did not have time to build this myself, and I was already going to order some of the parts from LCSC, so I figured, why not! If you want to try it out, check out PCBs from $0 https://jlcpcb.com/IYB (Free Setup, Free Stencil, and Coupons!).
The Design Process.
The design process doesn't very much from standard PCB design using EasyEDA PRO. There are two things you will want to keep in mind while designing. First, you will want to ensure the part is in stock with JLCPCB. You will also want to know if the part is a "basic" or an "extended" inventory. Extended have an extra cost. I wouldn't stress over that extra cost too much on parts you need, but you might want to keep an eye on it for simple parts like resistors.
Ordering.
JLCPCB has made ordering very simple when using EasyEDA Pro. It is as simple as clicking the "order" drop-down and then "order PCB." This will open you into JLCPCB's website, where you can pick your board and assembly options.