https://youtube.com/playlist?list=PL926EC0F1F93C1837&si=srD8...
I have not found a modern resource that explains it better.
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https://youtube.com/playlist?list=PL926EC0F1F93C1837&si=srD8...
I have not found a modern resource that explains it better.
Get a soldering practice kit. If you're doing surface mount, get a SMD one. For next level practice, checkout azonenberg's rework challenge: https://github.com/azonenberg/reworkctf . He also has some YouTube video about it.
You really do need all those little tools, plus a good soldering station, and possibly a hot-air rework station. Get a smoke extractor fan. Learn to use lead-free solder with a small silver component. That gets the melting point down. Visit a place that repairs cell phones and see what they have.
While soldering is not that hard, different tasks require different tools. Most of them can be from very cheap to very expensive. As a beginner I'd recommend the following: A small USB-C soldering iron supported by IronOS[1], e.g. Pinecil vor TS100 A solid stand with brass wool A KU soldering tip (looks a bit like a knife) for good heat transfer, too small tips are not good Thin ( No clean flux (not a pen) Isopropyl…
Yes, but buy several. Maybe it's only because I buy cheap crap ones in the first place, but I treat them as consumables.
While soldering is not that hard, different tasks require different tools. Most of them can be from very cheap to very expensive. As a beginner I'd recommend the following: A small USB-C soldering iron supported by IronOS[1], e.g. Pinecil vor TS100 A solid stand with brass wool A KU soldering tip (looks a bit like a knife) for good heat transfer, too small tips are not good Thin ( No clean flux (not a pen) Isopropyl…
Oh I forgot... a big magnifier glass (8x to 15x) with an LED light is way cheaper than a microscope and very helpful for small parts soldering (SMD) :-)
You don't need any real educational resources to get good at soldering. Any random primer will do. It's genuinely a simple task that doesn't require a lot of explanation or have a lot of tricks. What gets you good at soldering is just practice. Solder a lot. A fun and easy way to do this is to pick up those cheap ($5 or less) electronic solder-it-yourself kits and do a bunch of them. Include ones that contain small s…
Please have a look at PACE soldering/desoldering videos on youtube. They are dated but very good in general. You don't need a lot of videos, just the basics. https://paceworldwide.com/video/basic-soldering-lesson-1-sol...
You don't need to spend a lot of money so I'll keep it simple:
Get yourself a few kits of SMD soldering components and practice. Amazon, AliExpress, whatever.
Some notes on technique:
You will be surprised at the tip size that works well - usually slightly larger is actually better, just need to get comfortable with the angle and size.
Have a magnifying lamp or something like that to help you see better.
You should always use alcohol (70-99% IPA) and flux. Clean everything properly, then flux it, then solder it. Then clean after you're done. Have a few flux pens on hand. MG Chemicals sells these things. You can also get the bottle version and some empty bottles with syringes that mount on top.
Using a "shoe" iron tip is nice because you can angle it between the lead of the component (through-hole) and the pad, and this gives you a little entry way for your solder to flow. The flowing, hot solder will then naturally heat up the rest of the pad. This is a thermal mass effect.
The alternative of having the iron tip on one side of the lead, and the solder wire on the other is not bad either. This makes the solder "flow" across the pad, but it does mean you don't get the thermal mass effect of the first approach. You may need to do this in tighter spaces. Regulate temperature wisely.
For through-hole components, most often the hole itself is plated so it is a double-sided pad, give it an extra 0.5-1s for the solder to go to the other side appropriately.
Make sure you have small wire cutters and nose pliers. The nose pliers are very handy when you need to shape the leads of transistors or chips that have 4-5 legs exactly to the through-hole positioning. Not usual, but not uncommon to see staggered layout.
You will make mistakes. You won't know what you are doing because no amount of tutorials can help here. We have all busted boards for various reasons. Just don't electrocute yourself on high voltage capacitor banks.
For example, you end up with a poor soldering. You try again, and again, but it doesn't get better. Maybe only worse. But what was wrong?
- Was the temperature OK? (And is my iron reporting the real temperature? Should I spend another 300 bucks in a soldering tip thermometer?)
- Maybe the solder I bought is not appropriate?
- Was it the flux? Did I apply it correctly?
- Also, is this tip the best one for the job? Besides, I could have damaged it before when trying to solder and it's not good anymore, although looks good to me
- Or my technique isn't good enough. Am I drag soldering this right? Maybe I should apply heat for longer? But what if I damage the component?