Mate, don't be afraid of making long videos like this one.. the amount of information per minute you share is unbelievable... Just the "V, I, A" clarification is something I (not native english speaker) have been struggling to understand since forever (not sure why it's not pronounced via). Amazing stuff! Keep up the good work, cheers!
Maybe you already know this but you didn't make a point of it. For those not old enough to remember, the meaning of "B Plus" comes from the era when electronics used thermionic valves, which have cathodes that need heating to emit electrons. Circuitry would require two batteries, the "A" battery to power the heaters or filaments in the valves (usually a lead/acid accumulator like one or more of the cells in a modern car battery) and the "B" battery to provide the HT or High Tension supply (typically 120V or more) that would power the main circuitry and do the actual amplifying. Even after the advent of transistors which don't have heaters and so don't require an "A" battery, the main power supply is still often called the "B" supply. It's history, or tradition, or something.
Greetings. Interesting. I have studied electronics. However, I honestly didn't know that. I came into electronics when vacuum tubes were almost completely phased out. I did not have anything to do with with vacuum equipment. It was always B+ and or VCC for me. Thanks for sharing. That information does not help in fixing anything, but it helps for conversation.
I have a Lenovo laptop with the same problem.. after seeing your video tried to fix the laptop...on the second attempt i fixed the laptop...the way you teach is amazing...Thank you..
I am glad i found your channel mr Graham, you are such a cool dude who really wants people to learn, which is awesome! I love to fix stuff, and i am happy that you are a good teacher! Never stop doing this! Stay safe Mr!
Awesome! Thanks for taking the time for a thorough explanation and going through the logic as well as showing it on the diagram. One more option to find hot spots that I like is the upside down can of compressed air to put a layer of frost on the suspected parts. Apply a bit of current and the frost melts off.
Thank god you know how to explain stuff like I'm 5 yo. I feel like I'm learning soo much stuff every minute of your videos, and I like your methodical approach of error finding. Please keep it up :)
Amazing work man, learning from you every single video I watch. You said you are no the best...I known people that say they are the best and man...they don´t even come close to the sheer volume of knowledge and expertise I get from you in the vids. Thanks again and keep it up.
I love your commitment to explaining things in a understandable way. I've said it before and I'll say it again; I've been into pc-hardware since I was 14 decades ago and with your video's I've gotten deeper into things and got the convidence to actually fix my HDD and recover my data (yes I didnt backup :P), by getting a donor board and understanding what I saw and having the bios chip transplanted and have it just work again. Keep up the good work
this is why i subscribe to your channel. i bet you can fix this laptop less than 20minutes.... but you took the time to explain to us what your actually doing and how you go on about it. very nice job👍🏻
Just gonna leave a comment, fixed my dead laptop thanks to this tutorial. Could imagine going to a service center and they'll call it a dead motherboard and have me replacement. Worth a burnt finger for this, hail the touchy feely method
The quality of your videos continues to improve. This is a very good video for the standard shorted cap fix, well explained and short enough (in time) to be digestible. Well done.
I too was wondering why it booted but then remembered that it was the onboard 32GB ssd that was a feature of the Intel Rapid Storage Technology (RST) designed for the times. When the RST drivers were installed, it'd use the onboard ssd as a cache. In this case, it seemed to have stored the boot manager. It likely then crashed on handover to the OS.
Been very educational watching your videos. You do a great job of explaining your every move through the evaluation process. I am in the beginning phases of tackling several non-functioning laptop motherboards. Thanks for a great channel.
I think they way you talk through every step, explaining as you go like it's the first video you ever made, is actually very useful. It might be seen as being regurgitating information already known (from other videos), but the repetition is actually useful for banking the information in to memory. Well done on your channel, you're doing a really great job.
Abdolutelt brilliant,faultfinding demo,graham,superbly clear,concise,methodical,and superb videoing,superb sir,very well done.,please keep up the exellent videis sur.
glad i found your channel mr Graham, you are such a cool dude who really wants people to learn making long videos like this one is actually very helpful for us here. ones again thank you.
I like the reasoning behind a longer than normal vid, maybe a "teaching" series. Tbf I just enjoy the content for entertainment with occasional pearls of wisdom & maybe as in videos before, a shorter version of the same vid. I do however, appreciate that this idea would take up a lot of extra time and energy. That thermal imager is a god send.
Been following you for quite some time now :) hello from Malta. I do the same work as you, much less board repairs, more IT focused. Keep doing what you're doing, enjoy it, ignore stupid comments, and you're my idol!
This video is pure gold, particularly 08:00: multimeter on Gnd and the current sense resistor "We've got a short in B+ or main power rail, which tends to be fixable. (...) Resistance is 0 ohms which means a dead short circuit; 1 or 3 ohms would mean via the PCH, or the CPU, or the GPU."
Just fantastic. Thank you for sharing your knowledge and the step by step approach to fault diagnosis. Very generous use of your time. Have a great Christmas break..
What a pleasure to watch your videos. The amount of valuable information that I've gained is truly remarkable. Great teacher and even greater tech. Thanks a mill
Another excellent tutorial video, methodical and each step explained clearly and easy to understand learnt so much from this and your other videos, keep up the good work
I, for 1, just want to say thnx and keep up the great content!! You've got me looking into starting an electronics business!! Lol. It all just looks soooo interesting and rewarding!!
With explanations like these, i think i might try to repair a samsung laptop that is in the corner, doesn't charge or power up, already tried to find schematincs and was not able to, so with this kind of detailed videos i think will be easier to find the problem and understand how it works. Keep up with the good work
This video saved my life. I had the same issue, but when i tried to inject voltage, nothing happens (problably my power source is not so good), so i used an atomizer pen and a charger without safe disarming, than i found the blowed capacitor, just like yours, at same location. Ty so mutch!
Hi there , just i wanted to say thankyou for your tutorial video , your explanation was very simple & easy to understanding, i learned a lots of things from your video .it is very good that you explain step by step . thankyou to spend your time for us , keep it up .
It might be worth your time to make up a custom set of voltage-injection cables for diagnostics. The end of the ground wire would be a ring terminal which can be bolted on to a ground hole on the board with a nut and bolt rather than having to solder the wire on to the PCB and then desolder it later and clean it up once you start reassembling the machine. I have used a thermocouple probe connected to a digital thermometer to identify hot components in crowded PCBs in the past, it saves on burned fingers and it's less messy than alcohol or other workarounds. Some quite low-cost multimeters accept K-type thermocouples (the yellow two-pin connectors) and will do temperature measurements but the individual thermometers are cheap enough from the Usual Suspects (I think mine cost me less than a tenner including a thermocouple).
That magnificent beard dude.Appreciate the time and effort behind these videos. They take you step by step from diagnosting to the actual repair.I do have a question though about the thermal camera used. Any video available about that tool?
Not yet. Using a thermal camera for short detection has changed my world, so so so much faster and easier than other short detection methods. However, I've not been hugely impressed with my Flir One as a product, partly due to its limited features, and partly due to compatibility issues with my phone. I'm keeping my eye out for an affordable alternative which I hope will wow me enough to make a review video comparing and contrasting with the Flir One.
Wow you are really amazing i love watching your videos it gives me a clear knowledge about laptop maintenance thank you very much really appricaite you!
i enjoy watching your channel, I find it educational and interesting, I learned a lot. Thank you for sharing your knowledge and the right approach to troubleshooting and repairing of laptops. More power to your channel
I have a Dell Latitude E5450 with the same issue. I'd love to be able to fault find it as you have done, but I don't have the time just yet. I'll keep it on the back burner for now as I've yet to purchase a hot air station and some spare SMD components. Thanks for a very excellent and methodical tutorial.
When you said 'maximum airflow' I was hoping you'd say maximum effort 🤣 new to your channel mate very good stuff 👍 I'm gonna be building my very first pc soon 😬 I've always got the parts and asked somebody else to build for me because of how expensive parts are you know! I've left it pretty late in life to have a go at 36 😅
your really good at teaching maybe the best thrall for me, everyone learns differently. You explain in detail witch is what I need. As u can tell I'm a nub. Thank you,
My first attempt at board level faultfinding advice (for those of you that understand) is to check Voltages and capacitors... There are "in circuit" capacitor testers available that are amazing (with a small learning curve)... From my experience of repairing other peoples PC's, if its not a windows thing- its most likely a capacitor LOL (i suppose i could throw in hard drive/ memory somewhere in here too- BUT thats for u guys to work out)
it is very good and easy to understand , your explanation is awesome anyone can understand . your tutorial videos are different with another videos !!! you explain easy and step by step. it is Absolutely for beginners. please upload more like this video . thnx
At time index 16:38 you showed a group of Caps that the middle one was looks to me like it's cracked - and Im wondering if you saw this too - we'll see ...
I'm not sure if that mosfet is supposed to be Normally Open or Normally Closed. Something to check into next time, the inrush was still able to switch off the incoming power, which is the important bit.
Hello sir , I going to be honest with you I’m a big follower but not yet a member of your channel but I do love how you get straight to the repair and show how you don’t need to have the most expensive tool to get the job right ! My vendor has switch supplier and their prices went over the roof and I have to change my price in order to keep my doors open ! And I had a chance to speak to owner and I ask him why he did what he did and they have the best tools and I show him how you can use the cheapest tool and get the same reading as the expensive one and he was shock he was a tech years ago before he became a wholesaler for parts and tools ! So he’s been out of the game for about 12 years so I think he forgot how the game works and he said he did notice some of his long time buyers went else where ! But he’s stick with a two year contract with this new supplier???
Yea, expensive tools are good and have their advantages - and there are some jobs in repair where the cheap tools just won't cut it... but plenty of common board repairs like this can be done with < $100 worth of tools. You need to spend some money on tools, and buying more than basic tools helps a lot, but when people say you need a $400 hot air station, $300 soldering iron, $500 microscope to get started... no, you don't.
I've noticed that the Blue and white LED's that Dell uses on their newer laptops just don't last as long as their old green ones, and the longer it illuminates, the dimmer it gets. And the charger on these Dell laptops shut off when it detects an overcurrent, not by the sense pin. If you short the charger with your tweezers, you get the same effect, and you most likely won't damage the charger (unless it's a fake one of course)
nice simple repair, last time i worked on a 15r the thing was a complete rabbit hole, i ended up deeming it a no fix for the sake of my sanity. that thermal cam you have is working out pretty nice, that mxs technology is somn else, i got a seek and it looks terrible in comparison
at 30:40 how does current go through two mosfets when the second mosfet (PQ101) only allows current to flow from opposite direction than direction that Adamant showed (see diode sign), not sure how it can reach to PR102 ?????
o-my, i have been around people with expensive test equipment that cannot 😵💫troubleshoot, while others with budget equipment fixing lot of stuff. 🥳 thanks a lot, great😊 video.
I see your using your power supply, however I think for shorts a specific voltage injection tool might be more useful and are relatively cheap for someone doing professional repairs. No need to solder wires onto the board.
Mate, don't be afraid of making long videos like this one.. the amount of information per minute you share is unbelievable... Just the "V, I, A" clarification is something I (not native english speaker) have been struggling to understand since forever (not sure why it's not pronounced via). Amazing stuff! Keep up the good work, cheers!
Maybe you already know this but you didn't make a point of it. For those not old enough to remember, the meaning of "B Plus" comes from the era when electronics used thermionic valves, which have cathodes that need heating to emit electrons. Circuitry would require two batteries, the "A" battery to power the heaters or filaments in the valves (usually a lead/acid accumulator like one or more of the cells in a modern car battery) and the "B" battery to provide the HT or High Tension supply (typically 120V or more) that would power the main circuitry and do the actual amplifying. Even after the advent of transistors which don't have heaters and so don't require an "A" battery, the main power supply is still often called the "B" supply. It's history, or tradition, or something.
Thanks for the clarification.
Interesting!
Greetings. Interesting. I have studied electronics. However, I honestly didn't know that. I came into electronics when vacuum tubes were almost completely phased out. I did not have anything to do with with vacuum equipment. It was always B+ and or VCC for me. Thanks for sharing. That information does not help in fixing anything, but it helps for conversation.
This is one of those rare TH-cam channels where I go back and rewatch old videos just for the fun of it.
I have a Lenovo laptop with the same problem.. after seeing your video tried to fix the laptop...on the second attempt i fixed the laptop...the way you teach is amazing...Thank you..
I am glad i found your channel mr Graham, you are such a cool dude who really wants people to learn, which is awesome! I love to fix stuff, and i am happy that you are a good teacher! Never stop doing this! Stay safe Mr!
Awesome! Thanks for taking the time for a thorough explanation and going through the logic as well as showing it on the diagram. One more option to find hot spots that I like is the upside down can of compressed air to put a layer of frost on the suspected parts. Apply a bit of current and the frost melts off.
Thank god you know how to explain stuff like I'm 5 yo. I feel like I'm learning soo much stuff every minute of your videos, and I like your methodical approach of error finding. Please keep it up :)
Amazing work man, learning from you every single video I watch. You said you are no the best...I known people that say they are the best and man...they don´t even come close to the sheer volume of knowledge and expertise I get from you in the vids. Thanks again and keep it up.
I love your commitment to explaining things in a understandable way. I've said it before and I'll say it again; I've been into pc-hardware since I was 14 decades ago and with your video's I've gotten deeper into things and got the convidence to actually fix my HDD and recover my data (yes I didnt backup :P), by getting a donor board and understanding what I saw and having the bios chip transplanted and have it just work again.
Keep up the good work
this is why i subscribe to your channel. i bet you can fix this laptop less than 20minutes.... but you took the time to explain to us what your actually doing and how you go on about it. very nice job👍🏻
Just gonna leave a comment, fixed my dead laptop thanks to this tutorial. Could imagine going to a service center and they'll call it a dead motherboard and have me replacement. Worth a burnt finger for this, hail the touchy feely method
I give lectures as part of my job and I have to commend you on your teaching skills. Outstanding.
Props on the video. I've already fixed my Dell Inspiron 15r SE 7520 with the help of your previous videos. Thanks!
The quality of your videos continues to improve. This is a very good video for the standard shorted cap fix, well explained and short enough (in time) to be digestible. Well done.
I too was wondering why it booted but then remembered that it was the onboard 32GB ssd that was a feature of the Intel Rapid Storage Technology (RST) designed for the times. When the RST drivers were installed, it'd use the onboard ssd as a cache. In this case, it seemed to have stored the boot manager. It likely then crashed on handover to the OS.
Well done repair video. I'm very impressed with your style of teaching, and methodical diagnostics. I'll be back for more videos.
Been very educational watching your videos. You do a great job of explaining your every move through the evaluation process. I am in the beginning phases of tackling several non-functioning laptop motherboards. Thanks for a great channel.
Great video! Thanks for all the detail, I'm really learning a lot from watching you!
i never get it wrong when i follow your teachings thank you once again
the detail you go into makes you my fav repair guy to watch along with Rossman. Huge respect dude keep it up
I think they way you talk through every step, explaining as you go like it's the first video you ever made, is actually very useful. It might be seen as being regurgitating information already known (from other videos), but the repetition is actually useful for banking the information in to memory. Well done on your channel, you're doing a really great job.
Abdolutelt brilliant,faultfinding demo,graham,superbly clear,concise,methodical,and superb videoing,superb sir,very well done.,please keep up the exellent videis sur.
glad i found your channel mr Graham, you are such a cool dude who really wants people to learn making long videos like this one is actually very helpful for us here. ones again thank you.
i was able to really understand the search for the bad part and the repair -- THANK YOU Graham
I like the reasoning behind a longer than normal vid, maybe a "teaching" series. Tbf I just enjoy the content for entertainment with occasional pearls of wisdom & maybe as in videos before, a shorter version of the same vid. I do however, appreciate that this idea would take up a lot of extra time and energy. That thermal imager is a god send.
Been following you for quite some time now :) hello from Malta. I do the same work as you, much less board repairs, more IT focused. Keep doing what you're doing, enjoy it, ignore stupid comments, and you're my idol!
Thank you for your tutorial and taking your time to share your knowledge. I’m learning so much.
Excellent job! I'm absolutely passionate with your LFC videos. Kudos to you!
Nice video man, a lot of details and explained down to the root of the issue.
This video is pure gold, particularly 08:00: multimeter on Gnd and the current sense resistor "We've got a short in B+ or main power rail, which tends to be fixable. (...) Resistance is 0 ohms which means a dead short circuit; 1 or 3 ohms would mean via the PCH, or the CPU, or the GPU."
Just fantastic. Thank you for sharing your knowledge and the step by step approach to fault diagnosis. Very generous use of your time. Have a great Christmas break..
thank you Adam! for sharing your time and knowledge! big LIKE!
Thank you so much! Really grateful for this video and the time you took to explain. Much appreciated!
Thanks Adam! very good demonstration and teaching is so good for newbies.
As always brilliant and very clear explanation. Truly enjoy watching your videos and learning as you explain. Fantastic....
What a pleasure to watch your videos. The amount of valuable information that I've gained is truly remarkable. Great teacher and even greater tech. Thanks a mill
Another excellent tutorial video, methodical and each step explained clearly and easy to understand learnt so much from this and your other videos, keep up the good work
Brilliant content, your explanations are top notch. Thank you!
I, for 1, just want to say thnx and keep up the great content!! You've got me looking into starting an electronics business!! Lol. It all just looks soooo interesting and rewarding!!
You really good , and a good teacher in same time !!! Top man!!
I enjoy so much your videos, I am learning from your explanations, you made the learning experience really interesting, I love it!
Very informative and clear. Please do more videos like this. God bless
With explanations like these, i think i might try to repair a samsung laptop that is in the corner, doesn't charge or power up, already tried to find schematincs and was not able to, so with this kind of detailed videos i think will be easier to find the problem and understand how it works.
Keep up with the good work
This video saved my life. I had the same issue, but when i tried to inject voltage, nothing happens (problably my power source is not so good), so i used an atomizer pen and a charger without safe disarming, than i found the blowed capacitor, just like yours, at same location. Ty so mutch!
Hi there , just i wanted to say thankyou for your tutorial video , your explanation was very simple & easy to understanding, i learned a lots of things from your video .it is very good that you explain step by step . thankyou to spend your time for us , keep it up .
You are like a regular laptop Louis Rossmann with cheaper tools, great job mate.
Fantastic job and elaboration! Thank you so much! I 've learnt a lot from your videos!
getting above and beyond explaining things, kudos man!
This is an exceptional video for learning the basics, really well done. Thank you.
It might be worth your time to make up a custom set of voltage-injection cables for diagnostics. The end of the ground wire would be a ring terminal which can be bolted on to a ground hole on the board with a nut and bolt rather than having to solder the wire on to the PCB and then desolder it later and clean it up once you start reassembling the machine.
I have used a thermocouple probe connected to a digital thermometer to identify hot components in crowded PCBs in the past, it saves on burned fingers and it's less messy than alcohol or other workarounds. Some quite low-cost multimeters accept K-type thermocouples (the yellow two-pin connectors) and will do temperature measurements but the individual thermometers are cheap enough from the Usual Suspects (I think mine cost me less than a tenner including a thermocouple).
This is a very informational video. Thanks for the effort!
Very nice repair. I've watched several of your videos and they are excellent!. Thanks
Thank you so much for the training - this is what we need someone who explains step by step - thank you again - and Happy new Year 💯
That magnificent beard dude.Appreciate the time and effort behind these videos. They take you step by step from diagnosting to the actual repair.I do have a question though about the thermal camera used. Any video available about that tool?
Not yet. Using a thermal camera for short detection has changed my world, so so so much faster and easier than other short detection methods. However, I've not been hugely impressed with my Flir One as a product, partly due to its limited features, and partly due to compatibility issues with my phone. I'm keeping my eye out for an affordable alternative which I hope will wow me enough to make a review video comparing and contrasting with the Flir One.
Wow you are really amazing i love watching your videos it gives me a clear knowledge about laptop maintenance thank you very much really appricaite you!
i enjoy watching your channel, I find it educational and interesting, I learned a lot. Thank you for sharing your knowledge and the right approach to troubleshooting and repairing of laptops. More power to your channel
I have a Dell Latitude E5450 with the same issue. I'd love to be able to fault find it as you have done, but I don't have the time just yet. I'll keep it on the back burner for now as I've yet to purchase a hot air station and some spare SMD components.
Thanks for a very excellent and methodical tutorial.
I thought I spotted a line/crack through it in the inspection 16:35
You are absolutely brilliant. I've watched so many of your vids and all of them are 10/10. What iron is that?
Thank God I've found you! Brilliant!
I watch your all vids, Love it Brother. Nice Description and approach. Understandable.
Really enjoyed the schematic explanation, more please :)
Great video thanks for all the great content you put out.
I have that same multimeter,and i think its great. And came with lots of acessories
When you said 'maximum airflow' I was hoping you'd say maximum effort 🤣 new to your channel mate very good stuff 👍 I'm gonna be building my very first pc soon 😬 I've always got the parts and asked somebody else to build for me because of how expensive parts are you know! I've left it pretty late in life to have a go at 36 😅
your really good at teaching maybe the best thrall for me, everyone learns differently. You explain in detail
witch is what I need. As u can tell I'm a nub. Thank you,
like watching your fix it videos gives me so much information so much so they helped me fix a broken amazon tablet 👍
My first attempt at board level faultfinding advice (for those of you that understand) is to check Voltages and capacitors... There are "in circuit" capacitor testers available that are amazing (with a small learning curve)... From my experience of repairing other peoples PC's, if its not a windows thing- its most likely a capacitor LOL (i suppose i could throw in hard drive/ memory somewhere in here too- BUT thats for u guys to work out)
42:24 i still can't find the SSD , scrubbed the whole video, LOL , even graham is shocked.
it is very good and easy to understand , your explanation is awesome anyone can understand . your tutorial videos are different with another videos !!! you explain easy and step by step. it is Absolutely for beginners. please upload more like this video . thnx
I prefer your longer videos pal keep em coming 🙂 very informative as ever 👍
At time index 16:38 you showed a group of Caps that the middle one was looks to me like it's cracked - and Im wondering if you saw this too - we'll see ...
Thanks for sharing that golden knowledge! 👍👌🙂
Hi Graham, love your video’s. One thing I noticed. The right inrush limiting mosfet @14:10 was shorted. Wouldn’t it have been better to replace it?
I'm not sure if that mosfet is supposed to be Normally Open or Normally Closed. Something to check into next time, the inrush was still able to switch off the incoming power, which is the important bit.
@@Adamant_IT I checked, they're both enhancement mode mosfets, so they should be NO.
Commenting to help with the algorithm. Great video as always, Graham!
Very nice explained,the cap is cracked as you mentioned...Thank you for another nice video!
I prefer these long videos. Great job
A great knowledge ! very impressive...thank you from France !
Thank you for sharing this video.
Happy to find good teacher.
Thank You for the video regardless it long or short.
Hello sir , I going to be honest with you I’m a big follower but not yet a member of your channel but I do love how you get straight to the repair and show how you don’t need to have the most expensive tool to get the job right ! My vendor has switch supplier and their prices went over the roof and I have to change my price in order to keep my doors open ! And I had a chance to speak to owner and I ask him why he did what he did and they have the best tools and I show him how you can use the cheapest tool and get the same reading as the expensive one and he was shock he was a tech years ago before he became a wholesaler for parts and tools ! So he’s been out of the game for about 12 years so I think he forgot how the game works and he said he did notice some of his long time buyers went else where ! But he’s stick with a two year contract with this new supplier???
Yea, expensive tools are good and have their advantages - and there are some jobs in repair where the cheap tools just won't cut it... but plenty of common board repairs like this can be done with < $100 worth of tools. You need to spend some money on tools, and buying more than basic tools helps a lot, but when people say you need a $400 hot air station, $300 soldering iron, $500 microscope to get started... no, you don't.
I've noticed that the Blue and white LED's that Dell uses on their newer laptops just don't last as long as their old green ones, and the longer it illuminates, the dimmer it gets.
And the charger on these Dell laptops shut off when it detects an overcurrent, not by the sense pin. If you short the charger with your tweezers, you get the same effect, and you most likely won't damage the charger (unless it's a fake one of course)
nice simple repair, last time i worked on a 15r the thing was a complete rabbit hole, i ended up deeming it a no fix for the sake of my sanity.
that thermal cam you have is working out pretty nice, that mxs technology is somn else, i got a seek and it looks terrible in comparison
Very clear thank you for your explanation ❤
Thank you man. Nice info! Good luck.
Good job. Thanks for sharing
Thanks for the informative video
at 30:40 how does current go through two mosfets when the second mosfet (PQ101) only allows current to flow from opposite direction than direction that Adamant showed (see diode sign), not sure how it can reach to PR102 ?????
Very intuitive,I enjoyed it,thanks
Thank you for showing us !!!!
great job sir, thank you
o-my, i have been around people with expensive test equipment that cannot 😵💫troubleshoot, while others with budget equipment fixing lot of stuff. 🥳 thanks a lot, great😊 video.
Thank you very much indeed that was awesome
You are a great teacher ❤❤
Thanks for the tips. Now for a flur or something like it.
Great teaching video and it's free!! Thanks!!
I see your using your power supply, however I think for shorts a specific voltage injection tool might be more useful and are relatively cheap for someone doing professional repairs. No need to solder wires onto the board.
Graham, excellent video!
Thanks graham for making this video