19/06/2024
Soldering is an art for some of us!
When working on a prototype design, I often find myself choosing between pre-assembling on a breadboard or soldering directly onto a perf board. Breadboards are great for initial testing due to their simplicity. However, as the assembly grows, so does the complexity and the risk of loose connections, making troubleshooting a time-consuming process.
From my experience building electronic devices, I've learned to use breadboards for testing simple parts of each circuit block. Once I confirm their functionality, I move to soldering them onto a perf board for more reliable and durable grand testing. This approach has significantly improved my workflow, and it's a practice I advocate to everyone I work with.
Here's my soldering process on a perf board:
- First, I check the sizes of all components I need to solder.
- Next, I cut out a board to fit these components.
- I plan the component placement to minimize soldering paths.
- Then, I carefully place each component one by one. The key to a clean soldering job is setting the temperature to a minimal range—not too hot—to control the flux smoothly.
This method was particularly effective in our recent project—a fuzzy logic fire and smoke monitoring system. While Samuel Ndukwe handled the programming, I focused on the electronics and casing.
I specialize in designing and developing solutions in embedded systems. If you have a project or idea that needs to be brought to life, I'm here to help. Let's collaborate and innovate together!
