I actually thought about doing that but I done ordered the adapters lol but glad to know that you showed us it can be done. I have a couple smd jfets I need to use with breadboard. GREAT VIDEO 🔥
Instant-Like for the “Oh… f*#k” moment 🤣 I just had a evening where every tiny think I handled popped out of my tweezers and disappeared somewhere between my hoodie, pants, chair or carpet.
That reminds me of spidering in PIC microcontrollers to the original Sony PlayStation back in 2000 so the machine would play burned-copy games. Jeez, some of those ICs on the PS board had a gillion pins about 1 human hair away from the next and my soldering iron was a Weller soldering station...was that a WL100...something like that. Itty bitty connections and it was easy to solder bridge them. I think, for this, I'd cut a copper-clad board, ink the basic areas, scratch most of the waste copper off, maybe lightly acid etch the board to be sure the traces were clear, and stick it w the solder paste and that hot air rework station. Then it'd be easy to solder the leads to the same pad. Not nearly as entertaining as what you did and it wouldn't have that washer to keep that little MF from blowing away.
@@dork3nergyI hope you did! It’s also fantastic for reinforcing where wires are soldered to PCB like to a battery holder or something that wants to snap or tear off a solder pad. And if you use too much then maybe you really wanted to IP68 an entire module 😅
Electronics as a hobby is hard to get into. I'm grateful to all the content creators publishing tips that help lower this barrier. Thank you!
I actually thought about doing that but I done ordered the adapters lol but glad to know that you showed us it can be done. I have a couple smd jfets I need to use with breadboard. GREAT VIDEO 🔥
Instant-Like for the “Oh… f*#k” moment 🤣 I just had a evening where every tiny think I handled popped out of my tweezers and disappeared somewhere between my hoodie, pants, chair or carpet.
I think I am going to try hot glue to make it even easier.
That would work!
Thanks man saves my day
Cool. Cheers..
I like this kind of videos! Thanks
That reminds me of spidering in PIC microcontrollers to the original Sony PlayStation back in 2000 so the machine would play burned-copy games. Jeez, some of those ICs on the PS board had a gillion pins about 1 human hair away from the next and my soldering iron was a Weller soldering station...was that a WL100...something like that. Itty bitty connections and it was easy to solder bridge them. I think, for this, I'd cut a copper-clad board, ink the basic areas, scratch most of the waste copper off, maybe lightly acid etch the board to be sure the traces were clear, and stick it w the solder paste and that hot air rework station. Then it'd be easy to solder the leads to the same pad. Not nearly as entertaining as what you did and it wouldn't have that washer to keep that little MF from blowing away.
UV setting resin is the answer.
I've not used that. I should pick some up.
@@dork3nergyI hope you did! It’s also fantastic for reinforcing where wires are soldered to PCB like to a battery holder or something that wants to snap or tear off a solder pad. And if you use too much then maybe you really wanted to IP68 an entire module 😅
Thanks again for your videos! :)
A nylon or other plastic washer sounds like it might be the way to go.
Indeed. Go for it.
🤣