EEVblog is one of the few channels that I watch at normal speed. Most are at 1.5 X. Makes it a struggle to catch up on the first 800+ that I missed, but I believe in taking time for the things that are truly enjoyable.
Maybe I'm just too old, or too old-fashioned for watching at more than 1.0X, but then I'm doing other things while the video rambles on in the background
Love the tutorials. They really help us hobbyists out a lot. I mean, you can learn many things best by doing, but it helps to know some basic things to avoid stupid mistakes or common pitfalls. Or just get general advice on some of the more complex and really quite confusing things...
Remarkable Sir. You are awsome. The world is still in existence just because of you awsome people. Sharing knowledge, and guiding people to the right stuff, clearing up their confusions in a matter of minutes. The world definitely ows you alot. May you live strong and long. Best Regards
I'm a newbie with soldering and working on electronics in general and I love these videos! Thank you for all the tips that more experienced folks probably already know and don't think to mention.
I learnt more in this short video, than I have in all the other videos I've watched that say they teach soldering. A really good demonstration of technique with information on tips and solder gauge too. The only thing that was missing, was the question of iron temperature. I get the impression it's hotter the better, but only if you are fast and proficient at soldering as having it too hot for too long reduces the life of the tips.
My friend who isn't with us anymore used to watch this guy. I was never subscribed but I'm getting into electronics also and once I heard this guy say "hi" I immediately felt nostalgic
Great tutorial. As a newbie to surface mount, I gotta say I find dabbing easier than dragging, at least without having to go back and fix as many bridges.
Not boring at all. ;-) Thanks! And *extremely* helpful: it showed me the mistakes I'd made in trying to do SMD after over 50 years of through-hole experience (mostly using solder that was too thick, and not doing flux separately). You've inspired me to get some proper supplies and try again. One tip I'd offer in exchange: when doing something like those Nixie pins, I use an actual part to hold them in alignment while soldering. If I don't, I inevitably find that one or more winds up off-center, or standing taller than the rest. I do something similar for jobs like soldering the headers on a Wemos, or Arduino Mini/Micro, board: I have a piece of protoboard with some male and female headers soldered to it about an inch apart. I insert the two headers to be soldered so they span those two rows, and they stay properly spaced and perpendicular to the board while I solder them in.
Hi Dave! Big fan here! I have relase my channel over half years ago, but I'm from Croatia and Croatia is small country and I decided to switch from Croatian to English language. Any support from you and your fans will be precious... Thanks for great videos....
To follow up on my tweet to you - this is the video that showed what a difference 03mm solder makes vs the call it 1mm that I used to have. I really wish I learned this earlier - it makes *SUCH* a huge difference ! My headers now look like machine fitted headers ! Thanks again from across the ditch !
I am so glad you are showing people how to solder surface mount devices like this. The amount of abuse I have had because I do not apply solder to every pin before mounting the device. Halayluya ! Hopefully they watch this and leave me alone.
Could have done with watching this before I just finished soldering some SMDs. Joking aside, pleasantly surprised that I didn't do it all wrong and I love your practical attitude to this. I have learned for next time from watching this but also gained confidence that I was on the right lines and to just do it.
My personal favorite tip for drag soldering is the Metcal STTC-126. Bent conical tip, depending on the pitch of the part, I can hit like 5-6 pins at once so it distributes it beautifully.
Thanks for the video, Dave. I'm no EE, I work in integration and test on SONAR (a field I think you're pretty familiar with based on past videos of yours.) Of course, I&T is the catch-all and the end of the line before delivery, and far too often that means I end up doing work others should have already done. I've never been great at soldering but TH-cam has always been a great resource for learning. I also want to thank you for the great reviews you've done on test equipment and test equipment concepts. Your channel, the Signal Path, and w2aew almost make me sound like I know what I'm talking about when operating unfamiliar scopes/analyzers/etc.
This helps me a lot for an upcoming project. I have a Xbox One X that needs a new plug on the motherboard for the front USB sync cable, bought the part but didn't know how to attach it when it arrives. Now I know what I need to get in preparation, thank you.
Thanks Dave for this short one. I like the minimalistic and short type of videos, filled with just the "right" amount of information. Thank you as well for those soldering tips and the checkup for the pcb.
Very worthwhile watching. This will help with building the kit I purchased when it finally arrives. China is so far away. But then I have been waiting a month for a used book purchased on Amazon.
Came for the soldering, stayed for the accent. Joking, but you could definitely voiceover a children's show, hahaha. Awesome video really appreciate it. You're hopefully going to help me revive my car radio that burned an STM32.
Wonderful vid, Dave! Thank you. I love watching SMD soldering vids and this was great. I have not used a well tip for soldering SMD and have only used a fine point chisel tip. I will probably never use a conical tip ever again. Looking forward to seeing your board powered up.
Agreed! After I bought my Hakko FX-888D, and it came with chisel tips, the difference is amazing. It really makes soldering enjoyable. Conical is just bad. Thanks for the reply, Dave! Keep up the fantastic vids.
I didn't solder for years because I thought I sucked at it, and you gave that "chisel tip" tip in another video. Asked for some chisel tips as a stocking stuffer for last Christmas got them and the difference is like night and day. I actually can solder well now and am getting back into making my own electronics projects again after not really doing much in decades.
I'm a big fan of the 'Dab' maneuver, using a tip not much wider than the pad. With the temperature dialed in just right, a quick poke, preheat for ~1/3 second, feed solder, hold for ~1/3 second, and on to the next, works great! :)
The smaller the tip though to less the pull-back surface tension force that limits the amount of solder going onto the joint. That's why I prefer a wider tip for this, even if it covers several pins at once.
That's an interesting observation. Never thought of it that way. I'm the OCD type using a magnifying glass and the more petite (LOL) iron I can find. ;) I think we all find a technique that matches our emotional "needs." Hahaha.
Great job Dave, soldering is starting to become a rare skill. But to really be able to deal with today's components being able to solder BGA's is the ultimate test of ones skill set. Looking forward to a tutorial on that subject.
As a person who's only really ever spent any decent time soldering is with much heavier guage wiring for automotive / CB and HAM radio type purposes it's a marvel to see this fine stuff up close!
Great video. I have a couple of tiny smd chips I need to solder and this was all of the instruction I needed to feel confident doing so. Thanks a bunch.
I was not board once this entire video. I really feel like I learned a lot watching this. And thanks for taking them time to go over multiple methods. I want to solder hdmi into a nintendo 64. This is just the information I was looking for. Now I know more about the tips to use and the solder as well. I never knew what to buy before.
Very good video. I built a four digit IN-12 clock a few months ago and I put it into a 70s style case with a red glass filter. I will use your tutorial to solder my golden 5402 IC from 1970 on a DIP-adapter to test and use it later for other projects.
Hi Dave. For the JBC mini spoon, it is better not to get a solder ball under it but rather fill it (make it a flat surface). Once I figured it worked like that, drag soldering was a no brainer. After I figured it, it was a real pleasure to use it. Even if I can get good result with a bezel tip, I like to switch to the mini spoon just even for a single chip.
6:18 - Why put solder on the pad before putting the chip on it? Just hold the chip in place with tweezers and drag solder it. I have no problems doing it this way and it's much faster. You need to use a lot more flux.
Some great tips for nuubs, thanks. Having been in the industry for 15 years I was always a dab man with these packages, your example shows why drag (with these tip types) is so unreliable and often time consuming due to reworking via dab. Might as well dab to begin. I often didn't even use a flux pen. Priority of component assembly and the diagonal tacking are great tips.
Thanks for the video. I have watched your soldering videos and they helped a lot. I needed to take the switches out and put new one in my logitech mouse and was having nothing but trouble, after watching your solder vids, I took a file to my stick no controls solder iron gave it a chisel point and got the job done. Now I have two m570 mice that work better then original. Thanks for the demo vids they are a great help.
I looked up the switch that Logitech used and it is an Omron pressure to activate and distance is normal, but if you release just a little it goes off. The switches work they way there where built, but they where built for things like paint ball markers where you want a very fast on off switch. I did the same got some mice that where not used and had good stiff switches took them out of the cheap mouse and put them into my m570 now it works proper.
Whenever I'm soldering in pin sockets like that, or anything else that's not one socket package with all the pins attached, I connect them to the device (the nixie in this case) to make sure the pins stay aligned and parallel. Drop the nixie in with all its pins and drop it flush with the board, solder them all in (tack them at least) then remove the nixie and move on to the next one. If you don't do that you may end up with one or two pins that aren't quite parallel and you can't plug in the nixie without bending a pin a little, and that risks causing other problems. And a nice alternative to a solder pen is to get a bottle of your favorite brand of ultralightweight flux and a soft bodied needle bottle. Then you can dab the solder in wherever you need to, with pretty good control, even into areas that are awkward to use the pen with. Also the pen needs a push to release the flux, whereas the bottle just needs a gentle squeeze, so there are things you can flux with the bottle that you can't flux with the pen. Search your favorite outlet for: needle tip bottle flux no clean that'll get you a bottle of just what you need. (example, listing 201780768122 on ebay with over 2,200 sold) One bottle goes a long ways.
You should probably add to the title that this is part of the nixie tube project. I initially skipped over this video as I thought it was just a tutorial, but only actually watched it once it occurred to me that this was possibly work on the nixie tube board. Anyway, looks great so far.
Thank you for this detailed view. I´m a beginner, just recently started DIY modules for Eurorack Synths and thru-hole was all trusted myself with. Now that I´ve seen your video, SMD is at least an option - and has moved out of the "won´t be ever able to do that" zone. Very enabling and I don´t mind the extra bits of information given. I actually appreciate them. To those who don´t - go find "better" videos elsewhere, fast forward or simply jump to 10%, 20% etc by using the number keys of your computer... But please let the man do his thing the way he wants to. You´re not paying customers, are you?
I really like that you used lead free, its become sorta difficult to get leaded solder as a non commercial person. And you using the lead free stuff shows that you dont leaded solder to get good joints
Thanks for posting. I definitely need all the advice/help I can get when it comes to SMD work! 🤙 PS. Can’t believe how ridiculously easy you make it look.
Interesting. At work, I do a lot of SM soldering, using a fine chisel-cone tip and about 0.3mm Pb60Sn40 rosin-core solder at 675F, using a flux pen and single-pin soldering. I haven't tried "drag soldering" yet. Perhaps I should try to convince the boss to buy me a "well" tip, as drag soldering may save time, as I do a lot of soldering of multi-pin SM DIP ICs with 0.05" pin spacings. (Some of the ICS on the boards we repair have even smaller pin spacings, down to about 0.025" on Atmel CPUs, but we don't even try to mess with those; if those parts are bad, we send the board back as "unrepairable", because even if we could unsolder & solder those (which we can't), we don't have access to the software, so we couldn't program them.)
I spent 7 years in the NAVY on submarines during the 80 s . During electronics 6 month school they taught me how to solder but never smd . If I want to do that I will have to buy small tip and small solder.. The stuff I got from the navy to keep is huge and most was done with a weller soldering gun!!!
Thumbs up Dave, exactly how I do it with most of the stuff!! Even 0603 and a bit smaller is perfectly doable this way. Never understand why people bother buying stencils, waste time and money with ovens etc for just a handful of prototypes. Just learn to get (basic) soldering skills!!
The stencils are a waste of money if you're just making a couple of boards, unless you are using really small stuff. I built a pneumatic solder paste dispenser and I can do a board pretty quick and accurately with it. I just use a hot air gun to solder everything. It comes out a lot neater than with the iron since the parts automatically align them selves to the pads.
I'm getting ready to solder a 30 pin connector onto a laptop motherboard to replace one that broke. You know, the kind with those flat ribbon cables that just insert and latch down? I have been worried I would screw it up, but after seeing you do it on here, I think I can figure it out now. I have some flux, some 0.022 solder, and a small chisel tip for my iron. I ordered a bunch of the parts since they were so cheap, and I'll practice on a junk board first to get my technique down before I attempt on the final product. Thanks for showing me how these can be done properly!
i suck so bad at drag soldering, it's actually faster for me to solder each pin separately rather than shorting like 5 adjacent pins and then wasting a ton of time fixing it. Good stuff there
Thank God that I have a really nice, large stereo microscope and SMD soldering station because I just got a AM/FM radio kit that is very small. You cannot read the resistor colors without the stereoscope. Great video. Old-school tubes and new-school SMDs. Frank Frank Reiser Video/Audio Service
I find that paste flux works best for drag soldering. It doesn't burn up as fast. Especially when you have to rework a couple pins. I like the ChipQuik and Amtech stuff. Genuine Amtech flux that is.
Another way of dragging soldering with surface mounts is to just pile in a heap of solder using a large flat tip and almost wash the solder along the pins. Don't need flux because it's in the solder. Gotta be quick though, don't want to damage the ICs with too much heat. Can use the Same technique for removing surface mount ICs. If you get a blob between the pins, just scrape outward with the tip and it generally removes any excess.
I find dragging works with any old tip but you need to have a nice ball of solder on the tip. Then you roll the ball across the pins and the flux makes the magic happen. The ball is running over the pins so you don't bend them with the tip.
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Surface mount skills (for better or worse) are needed by today's hobbyists. Thanks for keeping the flame burning!
You open a lot of possibilities that way. (To all) If you haven't converted yet, give it a shot. Not hard. :-)
I find it easier than through-hole parts because you don't have to worry about getting that nice fillet on the main side of the board.
I haven't tried it because I don't see well. I solder bad on the things I CAN see. xD
(I need a microscope mount for my phone or something)
Nobody sees SMD parts well. :-) An articulating lighted magnifier or an RPi camera + LCD work pretty well though.
I just use hot air like most youtubers.. lol
Thanks a bundle for this! As an amateur, being able to look over the shoulder of a professional is priceless, and much appreciated.
This is like The Bob Ross of Soldering.
Nah, that would be BigClive, Dave's too excited.
Niko Andruloni I was gonna say Big Clive too....you beat me to it
We don't have short circuits. We just have happy little accidents.
Every resistor needs a friend.
Maybe in your world, RoHS doesn't cause (intentional) premature equipment failure, and that's OK.
Bob Saget
EEVblog is one of the few channels that I watch at normal speed. Most are at 1.5 X. Makes it a struggle to catch up on the first 800+ that I missed, but I believe in taking time for the things that are truly enjoyable.
Maybe I'm just too old, or too old-fashioned for watching at more than 1.0X, but then I'm doing other things while the video rambles on in the background
Try mikeselectricstuff at 1.5 if you dare!
I tried, I failed....
Love the tutorials. They really help us hobbyists out a lot.
I mean, you can learn many things best by doing, but it helps to know some basic things to avoid stupid mistakes or common pitfalls.
Or just get general advice on some of the more complex and really quite confusing things...
Remarkable Sir. You are awsome. The world is still in existence just because of you awsome people. Sharing knowledge, and guiding people to the right stuff, clearing up their confusions in a matter of minutes. The world definitely ows you alot.
May you live strong and long.
Best Regards
That was not boring, it was excellent. I'm new to this stuff and have learned a ton from your indepth explanations. Thank you.
Not boring at all. This was very helpful to me. Thanks.
I actually like Nixie Tube and EEVblog. Thanks for your review on Elecrow blank prototype PCB quality.
That was NOT a bit boring. That was mesmerizing!
Not boring at all. I could watch this all day.
I'm a newbie with soldering and working on electronics in general and I love these videos! Thank you for all the tips that more experienced folks probably already know and don't think to mention.
I learnt more in this short video, than I have in all the other videos I've watched that say they teach soldering. A really good demonstration of technique with information on tips and solder gauge too. The only thing that was missing, was the question of iron temperature. I get the impression it's hotter the better, but only if you are fast and proficient at soldering as having it too hot for too long reduces the life of the tips.
I've enjoyed this series. It's nice to see the whole start - finish from conception to real world 'in your hands'!
At 9:20 he spits on the chip while talking. The spit then evaporates when the iron touches the nearest pin.
Aussie spit makes a fantastic flux! ;)
Aussie flux
DNA trade mark, so you know you have a origin not a china clone :D
That's called spit-iron technology!!! It's a new thing in the west! Everyone on the east coast have been doing it for ages...... ;)
He just cannot stop talking
My friend who isn't with us anymore used to watch this guy. I was never subscribed but I'm getting into electronics also and once I heard this guy say "hi" I immediately felt nostalgic
best of the best electronics channel of all time.
clarity, accent, knowledge, humor - perfect combo :)
Dave you're a legend mate. I've not soldered in 15 years and your tutorial was super helpful. Nice one!
Great tutorial. As a newbie to surface mount, I gotta say I find dabbing easier than dragging, at least without having to go back and fix as many bridges.
Not boring at all. ;-) Thanks!
And *extremely* helpful: it showed me the mistakes I'd made in trying to do SMD after over 50 years of through-hole experience (mostly using solder that was too thick, and not doing flux separately). You've inspired me to get some proper supplies and try again.
One tip I'd offer in exchange: when doing something like those Nixie pins, I use an actual part to hold them in alignment while soldering. If I don't, I inevitably find that one or more winds up off-center, or standing taller than the rest.
I do something similar for jobs like soldering the headers on a Wemos, or Arduino Mini/Micro, board: I have a piece of protoboard with some male and female headers soldered to it about an inch apart. I insert the two headers to be soldered so they span those two rows, and they stay properly spaced and perpendicular to the board while I solder them in.
Hi Dave! Big fan here! I have relase my channel over half years ago, but I'm from Croatia and Croatia is small country and I decided to switch from Croatian to English language. Any support from you and your fans will be precious... Thanks for great videos....
So relaxing watching someone solder. Am I a freak or something?
Not at all, no. Maybe check out Big Clive and maybe Paul Daniels and Louis Rossmann and Jessa Jones.
Big Clive is my hero lol. Was through his page that I started watching EEV.
madbstard1 so relaxing seeing something getting done, it's technology slowly being crafted.
everybody love to watch someone soldering, its porn.
That's why I love Clives videos , especially when he designs and builds stuff. Makes it looks so effortless.
Been soldering stuff for years, and I haven't need to solder smd stuff til now, and this video came at the right time. Thanks Dave!
Straight forward and to the point soldering tutorial.
To follow up on my tweet to you - this is the video that showed what a difference 03mm solder makes vs the call it 1mm that I used to have. I really wish I learned this earlier - it makes *SUCH* a huge difference ! My headers now look like machine fitted headers !
Thanks again from across the ditch !
Your videos aren't boring at all. I've learned many things. Thanks man! Keep doing these kind of videos.
I am so glad you are showing people how to solder surface mount devices like this. The amount of abuse I have had because I do not apply solder to every pin before mounting the device. Halayluya ! Hopefully they watch this and leave me alone.
Could have done with watching this before I just finished soldering some SMDs. Joking aside, pleasantly surprised that I didn't do it all wrong and I love your practical attitude to this. I have learned for next time from watching this but also gained confidence that I was on the right lines and to just do it.
Considering the quality of the board, the price was very reasonable. Great video
Laptop power plug with multimeter
My personal favorite tip for drag soldering is the Metcal STTC-126. Bent conical tip, depending on the pitch of the part, I can hit like 5-6 pins at once so it distributes it beautifully.
Thanks for the video, Dave. I'm no EE, I work in integration and test on SONAR (a field I think you're pretty familiar with based on past videos of yours.) Of course, I&T is the catch-all and the end of the line before delivery, and far too often that means I end up doing work others should have already done. I've never been great at soldering but TH-cam has always been a great resource for learning.
I also want to thank you for the great reviews you've done on test equipment and test equipment concepts. Your channel, the Signal Path, and w2aew almost make me sound like I know what I'm talking about when operating unfamiliar scopes/analyzers/etc.
This helps me a lot for an upcoming project. I have a Xbox One X that needs a new plug on the motherboard for the front USB sync cable, bought the part but didn't know how to attach it when it arrives. Now I know what I need to get in preparation, thank you.
Thanks Dave for this short one. I like the minimalistic and short type of videos, filled with just the "right" amount of information. Thank you as well for those soldering tips and the checkup for the pcb.
Very worthwhile watching. This will help with building the kit I purchased when it finally arrives. China is so far away. But then I have been waiting a month for a used book purchased on Amazon.
Came for the soldering, stayed for the accent. Joking, but you could definitely voiceover a children's show, hahaha. Awesome video really appreciate it. You're hopefully going to help me revive my car radio that burned an STM32.
It wasn't boring at all. Thanks Dave!
Love your channel, I'm a line voltage electrician, trying to get into electronics, Thanks for all your videos... you're awesome to listen to!
Wonderful vid, Dave! Thank you. I love watching SMD soldering vids and this was great. I have not used a well tip for soldering SMD and have only used a fine point chisel tip. I will probably never use a conical tip ever again. Looking forward to seeing your board powered up.
Don't use conical tips, the surface area for thermal transfer is horrible.
Agreed! After I bought my Hakko FX-888D, and it came with chisel tips, the difference is amazing. It really makes soldering enjoyable. Conical is just bad. Thanks for the reply, Dave! Keep up the fantastic vids.
The fine chisel is my shit. I solder everything with it, every day- down to fine-pitch TQFP and QFN
I didn't solder for years because I thought I sucked at it, and you gave that "chisel tip" tip in another video. Asked for some chisel tips as a stocking stuffer for last Christmas got them and the difference is like night and day. I actually can solder well now and am getting back into making my own electronics projects again after not really doing much in decades.
I'm a big fan of the 'Dab' maneuver, using a tip not much wider than the pad. With the temperature dialed in just right, a quick poke, preheat for ~1/3 second, feed solder, hold for ~1/3 second, and on to the next, works great! :)
The smaller the tip though to less the pull-back surface tension force that limits the amount of solder going onto the joint. That's why I prefer a wider tip for this, even if it covers several pins at once.
That's an interesting observation. Never thought of it that way.
I'm the OCD type using a magnifying glass and the more petite (LOL) iron I can find. ;)
I think we all find a technique that matches our emotional "needs." Hahaha.
Great job Dave, soldering is starting to become a rare skill. But to really be able to deal with today's components being able to solder BGA's is the ultimate test of ones skill set. Looking forward to a tutorial on that subject.
As a person who's only really ever spent any decent time soldering is with much heavier guage wiring for automotive / CB and HAM radio type purposes it's a marvel to see this fine stuff up close!
Great video. I have a couple of tiny smd chips I need to solder and this was all of the instruction I needed to feel confident doing so. Thanks a bunch.
I was not board once this entire video. I really feel like I learned a lot watching this. And thanks for taking them time to go over multiple methods. I want to solder hdmi into a nintendo 64. This is just the information I was looking for. Now I know more about the tips to use and the solder as well. I never knew what to buy before.
You're never boring!
Very good video. I built a four digit IN-12 clock a few months ago and I put it into a 70s style case with a red glass filter. I will use your tutorial to solder my golden 5402 IC from 1970 on a DIP-adapter to test and use it later for other projects.
Hi Dave. For the JBC mini spoon, it is better not to get a solder ball under it but rather fill it (make it a flat surface). Once I figured it worked like that, drag soldering was a no brainer.
After I figured it, it was a real pleasure to use it. Even if I can get good result with a bezel tip, I like to switch to the mini spoon just even for a single chip.
6:18 - Why put solder on the pad before putting the chip on it? Just hold the chip in place with tweezers and drag solder it. I have no problems doing it this way and it's much faster. You need to use a lot more flux.
Thanks so much mate. Soldered my first smd chip last night using your drag method worked great!
I actually really liked this one; learnt a lot about soldering SMDs which was awesome!
Some great tips for nuubs, thanks. Having been in the industry for 15 years I was always a dab man with these packages, your example shows why drag (with these tip types) is so unreliable and often time consuming due to reworking via dab. Might as well dab to begin. I often didn't even use a flux pen.
Priority of component assembly and the diagonal tacking are great tips.
Nice video Dave. Bit of blu tack on the bench stops the pcb from sliding too. This Nixie tube finale has got to be the 1000th video
Thanks for the video. I have watched your soldering videos and they helped a lot. I needed to take the switches out and put new one in my logitech mouse and was having nothing but trouble, after watching your solder vids, I took a file to my stick no controls solder iron gave it a chisel point and got the job done. Now I have two m570 mice that work better then original.
Thanks for the demo vids they are a great help.
I looked up the switch that Logitech used and it is an Omron pressure to activate and distance is normal, but if you release just a little it goes off. The switches work they way there where built, but they where built for things like paint ball markers where you want a very fast on off switch. I did the same got some mice that where not used and had good stiff switches took them out of the cheap mouse and put them into my m570 now it works proper.
Is a pleasure checking your tutorials. Greetings from MX.
please dave keep doing this multi paert videos from concept to assembled circuit! really cool
When I bought microscope I found small piece of five-core soldering wire. It's amazing. Now I know what to look for.Thanks
Ha-ha, I like those Dave's casual mumblings "Beauty, Joy forever" and alike. Makes it fun to watch.
thanks for this,
I've been wanting to learn how to do Surface Mount electronics for a while now
Just do it. It’s difficult at first like anything else.
Whenever I'm soldering in pin sockets like that, or anything else that's not one socket package with all the pins attached, I connect them to the device (the nixie in this case) to make sure the pins stay aligned and parallel. Drop the nixie in with all its pins and drop it flush with the board, solder them all in (tack them at least) then remove the nixie and move on to the next one. If you don't do that you may end up with one or two pins that aren't quite parallel and you can't plug in the nixie without bending a pin a little, and that risks causing other problems.
And a nice alternative to a solder pen is to get a bottle of your favorite brand of ultralightweight flux and a soft bodied needle bottle. Then you can dab the solder in wherever you need to, with pretty good control, even into areas that are awkward to use the pen with. Also the pen needs a push to release the flux, whereas the bottle just needs a gentle squeeze, so there are things you can flux with the bottle that you can't flux with the pen. Search your favorite outlet for: needle tip bottle flux no clean
that'll get you a bottle of just what you need. (example, listing 201780768122 on ebay with over 2,200 sold) One bottle goes a long ways.
Dave , not boring at all, that was fun. Thank you for sharing. Joel
You should probably add to the title that this is part of the nixie tube project. I initially skipped over this video as I thought it was just a tutorial, but only actually watched it once it occurred to me that this was possibly work on the nixie tube board. Anyway, looks great so far.
Dave, this is among your best content. Thank you.
The resolution of your microscope webcam is just mindsmoldering.
Thank you for this detailed view. I´m a beginner, just recently started DIY modules for Eurorack Synths and thru-hole was all trusted myself with. Now that I´ve seen your video, SMD is at least an option - and has moved out of the "won´t be ever able to do that" zone. Very enabling and I don´t mind the extra bits of information given. I actually appreciate them.
To those who don´t - go find "better" videos elsewhere, fast forward or simply jump to 10%, 20% etc by using the number keys of your computer... But please let the man do his thing the way he wants to. You´re not paying customers, are you?
Nice to see the Nixie tube project progressing further. Looking good Dave :)
I really like that you used lead free, its become sorta difficult to get leaded solder as a non commercial person. And you using the lead free stuff shows that you dont leaded solder to get good joints
Excellent video. You really helped me (a beginner) start off with proper technique.
9:00 AN ABSOLUTE WORK OF ART! YOU GAVE ME EVERY BIT OF CONFIDENCE TO ORDER ALL THE PCBS I NEEDED!
Thanks Dave - gives me confidence to try myself on a couple of boards Ive been putting off!
Thx for the soldering tips!, i never do surface solder because i always get terrible results. Now i see where i was wrong!
Thanks for posting. I definitely need all the advice/help I can get when it comes to SMD work! 🤙
PS. Can’t believe how ridiculously easy you make it look.
Your soldering videos are my favorites. Thanks!
Just soldered my first SMD pin by pin thanks to this video
At first I thought I'd stumbled upon another Ozzy man reviews vid... fantastic video, never has soldering been so engrossing.
Interesting. At work, I do a lot of SM soldering, using a fine chisel-cone tip and about 0.3mm Pb60Sn40 rosin-core solder at 675F, using a flux pen and single-pin soldering. I haven't tried "drag soldering" yet. Perhaps I should try to convince the boss to buy me a "well" tip, as drag soldering may save time, as I do a lot of soldering of multi-pin SM DIP ICs with 0.05" pin spacings.
(Some of the ICS on the boards we repair have even smaller pin spacings, down to about 0.025" on Atmel CPUs, but we don't even try to mess with those; if those parts are bad, we send the board back as "unrepairable", because even if we could unsolder & solder those (which we can't), we don't have access to the software, so we couldn't program them.)
Another soldering video. Whoo! I really love soldering it's just such a relaxing thing to do.
Dave is a madman and I LOVE HIM WITH ALL MY HEART ! :))))
Thank You Dave...I am finally confident in soldering something. I have always made mistakes, and i feel that i can do it now. Great Video!!
I used the dab method to solder an UltraHDMI kit into my N64. LOVE the results! :D
I spent 7 years in the NAVY on submarines during the 80 s . During electronics 6 month school they taught me how to solder but never smd . If I want to do that I will have to buy small tip and small solder.. The stuff I got from the navy to keep is huge and most was done with a weller soldering gun!!!
Thumbs up Dave, exactly how I do it with most of the stuff!! Even 0603 and a bit smaller is perfectly doable this way. Never understand why people bother buying stencils, waste time and money with ovens etc for just a handful of prototypes.
Just learn to get (basic) soldering skills!!
Oh, btw I like to use those tweezers that automatically close. Gives you more control and it's more relaxed.
The stencils are a waste of money if you're just making a couple of boards, unless you are using really small stuff.
I built a pneumatic solder paste dispenser and I can do a board pretty quick and accurately with it. I just use a hot air gun to solder everything. It comes out a lot neater than with the iron since the parts automatically align them selves to the pads.
Thanks for this one Dave. Makes me a little less apprehensive of retrying SMD work. Tried it a couple of years ago and it was a disaster!
Jesus I take a break and Dave puts out 450 new videos.
I really love the phrase "A bit how you doing"
I know this video is a bit old, but... Is something I learned with Louis Rossmann is that you never cheap out on the flux.
I'm getting ready to solder a 30 pin connector onto a laptop motherboard to replace one that broke. You know, the kind with those flat ribbon cables that just insert and latch down? I have been worried I would screw it up, but after seeing you do it on here, I think I can figure it out now. I have some flux, some 0.022 solder, and a small chisel tip for my iron. I ordered a bunch of the parts since they were so cheap, and I'll practice on a junk board first to get my technique down before I attempt on the final product.
Thanks for showing me how these can be done properly!
Dave, you made it look so easy. I'm going to give it a go .. and Bob can be my uncle too.
i suck so bad at drag soldering, it's actually faster for me to solder each pin separately rather than shorting like 5 adjacent pins and then wasting a ton of time fixing it. Good stuff there
Thank God that I have a really nice, large stereo microscope and SMD soldering station because I just got a AM/FM radio kit that is very small. You cannot read the resistor colors without the stereoscope.
Great video. Old-school tubes and new-school SMDs.
Frank
Frank Reiser Video/Audio Service
Not boring at all, Dave.
I find that paste flux works best for drag soldering. It doesn't burn up as fast. Especially when you have to rework a couple pins. I like the ChipQuik and Amtech stuff. Genuine Amtech flux that is.
Another way of dragging soldering with surface mounts is to just pile in a heap of solder using a large flat tip and almost wash the solder along the pins. Don't need flux because it's in the solder. Gotta be quick though, don't want to damage the ICs with too much heat. Can use the Same technique for removing surface mount ICs. If you get a blob between the pins, just scrape outward with the tip and it generally removes any excess.
Nice video , I learned something and someone who is just thinking about moving in trying things like this , this was great.
5:46 "You can troll the amount of solder."
Dave supports trolling on electronics vids 👍
Troll away!
A a real novice, love these build videos.
"quite reasonable"? That board is bang on, super duper great. Really nice video.
Very nice! Not enough good soldering videos out there.
Nailed it first try after watching this, bravo mate
This video arrived just at the right time for me. And I ordered by Elecrow too ^^ Thanks
I find dragging works with any old tip but you need to have a nice ball of solder on the tip. Then you roll the ball across the pins and the flux makes the magic happen. The ball is running over the pins so you don't bend them with the tip.
Never before have I seen a video more Australian than this.