Joben Magooch
Well-known member
Huh. Well, that's pretty much exactly what I was looking for! How interestingE series of preferred numbers - Wikipedia
en.m.wikipedia.org
Huh. Well, that's pretty much exactly what I was looking for! How interestingE series of preferred numbers - Wikipedia
en.m.wikipedia.org
I use a rasp to enlarge the hole in the right direction when that happens so I have more control on how much larger I make it.I drill enclosures by hand and sometimes it gets sloppy. When this happens, I’ll drill the hole a little bigger, or try to drill a bit toward where the pot or switch wants to go. Like so: View attachment 33386
So my dumb question - is there anything bad about doing this??
Can you elaborate? I don’t understand what you’re saying. Did the power supply fail? Did the socket mechanically fall apart? Did the socket stop supplying power to the board? Etc.It's the second DC power in socket that died on me. Do I make something wrong?
Did you get the brushed look yourself or buy it that way? I've tried once to do a brushed aluminum with sandaper, but never got any real results. Any tips if you did it, or know places to but enclosures that are already brushed?I drill enclosures by hand and sometimes it gets sloppy. When this happens, I’ll drill the hole a little bigger, or try to drill a bit toward where the pot or switch wants to go. Like so: View attachment 33386
So my dumb question - is there anything bad about doing this??
I did it myself on a raw enclosure - I believe either 60 or 80 grit sandpaper. Thanks for noticing, I was surprised at how good it looked! I made sure I was wiping straight, and only wiped one way instead of back and forth/ up and down. Still there are some curved lines in there.Did you get the brushed look yourself or buy it that way? I've tried once to do a brushed aluminum with sandaper, but never got any real results. Any tips if you did it, or know places to but enclosures that are already brushed?
Turns them into BJTs it turns out, can’t recommend. The writing on this one seemed a little sloppy so maybe it is fake, I’ll retest with my crisper looking ones to see tomorrow.Is there any reason other than difficulty I wouldn’t want to add legs to my smd j201s to use for breadboard and vero board use?
I would just stick with standard values: measure a few and find the closest value to what you need.Is there any reason why I’d want to deviate away from only having E12 resistors?
There are a bunch of odd ball resistors in builds, could I just get away with using the closest from the E12 series? (Or making teepees).
I place the PCB on a paper, then poke a pencil through the holes that need to be drilled (for example the middle of each switch or pot). Then for pots, offset where you made the mark by 16mm. Then I can measure how a far apart each hole is and build a drill template.How do you measure for drilling off a PCB?
This is my life- keys, hat, drink, daughter, everything.Why when I’m building something and set something down, a diode, my wire cutters, a piece of wire, the nut and washer for the jack or pot. I somehow always put it down in the worst possible spot and it takes me forever to find it even though I set it down 30 seconds ago, somehow it ends up under my printed schematic, and 3 bags of resistors. And no the answer isn’t I need to keep a tidier workspace.
Where tf can I get high quality jacks for the Power I/O module?! I feel like I’ve exhausted the internet looking for 3pin PCB mount jacks that fit the board.