The good: 1. enlist the components and their buying links 2. motivating viewer to build one. The bad:1. Fast forward of full time to build this, since you are too lazy to edit. If you edit unused steps you can run the video in normal speed and viewer can understand better the steps 2. No explanation on what are you doing on particular time 3. No knowledge sharing about which atx cable used and unused, the boost buck module and R shunt, etc 4. Background music represent low confidence level on the video quality while your video is actually good. See for a good example: DIY PERKS, no music, full explanation. 5. At least: SUBTITLE ON EACH STEPS would be appreciated.
👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻Background music mixed unnecessarily in videos and you spoiled your videos yourself by mixing music in it. 👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻 Closed immediately due to background music..
Others have made atx workbench power supply videos and you still came up with something new. Great job coming up with modifications and a really nice label in front. Well done! How many amps are you able to get out of the variable side?
Great work. But you didn't test current potentiometer I was expecting :( Can u tell your test results at 24-30V. Any issue? Like voltage drop and is it safe to use these usb's for charging smartphones? Thanks.
Could you repost this with some narration and at normal speed? These MTV, Alvin and the Chipmonks videos are annoying. Sad thing is, you probably have something substantive to teach.
Unfortunately I can't post the video at normal speed because I no longer have the original source videos :( But I will take it in mind in the next videos :-)
Este video fue publicado hace 2 años pero espero que me puedan responder. Se puede hacer con cualquier fuente de alimentacion? Porque algunas varian con la cantidar de potencia que ofrecen...
Hello, first congratulations and thank you for this great video.at 11:26, for the potentiometer 1 K you do not solder the wires in the same order as on the diagram, is there an error on the diagram? (video: orange, white, brown / diagram:brown, white, orange).
The USB connected to the - 5V rail is a really bad idea. It gives you some more amps, but also a GND that is on -5V compared to the other GND in the same device. If you use more than one supply for a single device, you create a nice short and could burn through your cabling or even destroy the power supply
You are right, it's not a good idea, but usually the usb port it's not used to power a device together with another output. But yes, the best it's use the +5v instead of -5v
@@creativesolutions-diy have you ever seen the split power cables to power external hdd since one port would not allow enough power if it is compliant with the spec? Yeah I've got multiple of these for different applications
5:16 When so it's a must be location at 12V or can be location of a Chip if are be about of 0-30V (When so I do be know then Additonal USB's with Module can be so useless if are be for "USB Standby only")
The hardest part for me would be forming those holes on the front panel. Not everybody is equipped with the right tools to make and smooth out those holes.
I tried to do this, but the CC CV Boost/Buck Step Up/Down Converter DC-DC 5V-30V is always busted.I don't know what the problem is; I followed the diagram.
Muy buena, y muy bien presentada pero q pasa si la carga entra en corto en la salida de 5v, o la de 3.3, o tal vez la de 12v, bien la fuente se protege pero y la carga se quema.
Well done, I have now done one of my two tasks thanks to this : 1) Find a good makestuff channel to subscribe to - Check! 2) Make an ATX lab power supply - will do soon!
Didn't work for me. Only thing that worked where the 3v to 12v banana plug and display after testing for 5m it shut off and won't turn on back again. I surrender
Hello, we have an agricultural land that has no electricity. Now, if we want to use a motorcycle battery, which is 12 volts, to get different currents, such as 10 or 12 amps, what transistor should we use?
Hello, I am Iranian. Iove your videos. And I really liked the design uoy did for power. Can you send me the program with which you designed that label, please or tell me its name?
Hi, I have a similar psu without green cable and a gray cable, can you please advise what you do with the gray cable, did you just cut it away? And what is the resistor type you are using? It would be nice if you can put the details on the video.
It is really an impressive work! thank you. I want to ask you about the custom label that you made for the outputs, can you upload it ? I want to print it and use it.
@@creativesolutions-diyI see how confident and comfortable you are working your way around that ATX Power Supply .But I don't think many of us have those hand tools you have in your service. 1-) Converting the power supply into bench power supply is the seen part of an iceberg which you successfully demonstrate in this accelerated video in a fashionably manner It would have been time bound otherwise. 2-) Being able to acquire and use those hand tools comes with a territory. I feel I must say I agree with Bob! This outstanding project could have been more productive should you at least put the tailored version of this footage put into stages that progressively explain the whole process step by step. Could you possibly upload the slowed down and the shorter version of this video on your website for slow learners and serious builders like me! Thank you!
This may be a good video if it was not going through everything so fast that you cannot follow it, what is the big rush, slow down, take your time and show everything where we can follow it.
Hey, I am not by any means trolling you. But do you not have a Dremel in your arsenal? If not they should send you a couple to review. at any rate, Merry Christmas and Happy New Years!!
I got a DC-DC Step ZK-12KX-V2 but i can't get the output voltage higher than the input voltage, i dont know if the module its broken or if im doing something wrong. I havent change the potenciometers, it has the original ones.
Unfortunately I can't post the video at normal speed because I no longer have the original source videos :( But I will take it in mind in the next videos :-)
If I have to pick on something, you should have shorted DATA+ and DATA- on the USB host connectors you want to be detected as "AC Charger" mode. Also I'm a bit uncomfortable on exposing GND as the VCC of the USB port you power from the -5V rail but that's probably just me. By the way, I think the quality of the video is great (I particularly liked how you edited the sound)
Thank you for the tip, I will investigate the short DATA+ and DATA-. If you are a bit uncomfortable on exposing GND as VCC, you can use the normal 5V (red wire) for usb as well. Thank you for watching!
@@creativesolutions-diy , the standard to refer to is Battery Charging v1.2 Specifications for USB 2.0. The core of the matter is that USB 2.0 made USB an interface which could also deliver power (more than 500mA) and deliver just power. In order to make it possible for devices to understand if the cable that had been plugged in could source more than the old 500mA and, at the same time, for the manufacturer of PSU to keep making reliable but cheap 5V units with only a change of connector the BC Spec standard defined having DATA+ and DATA- shorted as the solution. You can use an app like Ampere on a phone: when the phone detects a "dumb" charger the app says "AC Charger", when the phone detects an host which can communicate (but is not expected to deliver more than 500mA) then the app will say "USB Charger". My "discomfort" about grounds comes from these considerations: if you were to power two devices from these two USB ports and those two devices ended up being electrically connected in some way, then the "GND" in each of them would actually be 5V apart and the consequences would be bad. I admit it's unlikely but here is the designer of electronics thinking about what could go wrong rather than the tinkerer. Thank you for the video and keep up the good work.
In the past, some young kid died while he opened power supply. There are big capacitors which hold high voltage, those need to dicharge before you start play with your life.
Too damn expensive after paying for all the parts necessary to build. Invest a lot of work that most of regular people can't do beside the tools that most don't have. I think you can save the hassle by buying a ready to use power supply on Ebay for about the same amount of money and NO LABOR, NO POTENTIAL self inflicted injuries. Good luck building and stay safe.
Can you tell me what was the original value of trimpot which one is removed from buck converter. I’m using Xl4015 buck module which has 103 trimpot for cv abd cc what should be the pot value according to your circuit.
I would not use an "old" PC power supply with all those new parts and the time spent to make it. In fact, by the time you buy a decent PS and all the other parts you can buy a new benchtop 30 Volt 10 Amp DC power supply with digital displays and more features than this build.
Can I solder a normal 100 kOhm resistor to a 100 kOhm multiturn potentiometer in order to get to 200 kOhm? Can't find a 200 kOhm multiturn potentiometer! My step up booster uses the 204w trimmpot
Excellent Project. One of, in not THE, finest Power Supply builds i have seen. Is it possible to replace the 2K and 1K potentiometers with two 5k or two 1k linear potentiometers? Keep up the great work. Best regards
No it isn’t. You need to use the same potentiometers there are in the DC-DC converter that you will use. I only added a little 2K potentiometer in serie with 50K to allow the fine voltage adjustment. Thank you!
@@creativesolutions-diy: Hello again Rui. Do you have the the background image in an editable format so that i may change the color scheme? Like Coreldraw, for example? Thank very much. Cheers...
By far the finest build I have come across regarding ATX power supply conversion to a general bench power supply. Very well done!
Thank you for your words!
agree !!
Is this power supply within reasonable ripple output? Or would it benefit from further reduction of dc ripple.
Only you know what ur doing ……. The video is too fast and not showing step by step clearly
It looks like he had a project link in the description that's not working for me at least. Really cool power supply tho
"In this video I will show you in great detail, how to create your own bench power supply from a old PC power supply."
*Says nothing and plays music.
Very creative solution to use the PSU case itself as the main case. Also, nice work on including USB outputs.
Best ATX build I've seen so far - beautiful!! 👍👍
Outstanding! Liked the addition of another potentiometer to fine tune your voltage. I'm choosing your schematic to build mine.
Yeah! The fine tune is very useful!
that is a really nice and solid power supply. i'd pay money for that
Thank you Milan!
Me ha gustado mucho el video.
la mejor idea para fabricar fuente de laboratorio que he visto.
Estoy deseando ver mas contenido.
¡¡¡ ANIMO !!!
Thank you!
The good: 1. enlist the components and their buying links 2. motivating viewer to build one. The bad:1. Fast forward of full time to build this, since you are too lazy to edit. If you edit unused steps you can run the video in normal speed and viewer can understand better the steps 2. No explanation on what are you doing on particular time 3. No knowledge sharing about which atx cable used and unused, the boost buck module and R shunt, etc 4. Background music represent low confidence level on the video quality while your video is actually good. See for a good example: DIY PERKS, no music, full explanation. 5. At least: SUBTITLE ON EACH STEPS would be appreciated.
+1 music is killing me. At least dont monetize and force us ads and length if its gonna be straight through. Cool build tho
@@collinrohwer1790 the music in the video even that bad compared to other indian diy ers
Also, no smoothing caps on the lines. This video is a beginners overview at best, and a hazardous waste of time and parts at worst.
That was beautiful! Thanks brother, from Uruguay
@aspen2569
@aspen2569 Could you share what you downloaded? It is no longer available
👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻Background music mixed unnecessarily in videos and you spoiled your videos yourself by mixing music in it. 👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻👎🏻 Closed immediately due to background music..
This is the best version I have seen. Thanks for sharing.
Thank you very much!
Gostei Rui, vou montar uma igual!
Parabéns pelo projeto.
Muito obrigado Robinson, assim que terminar tire uma foto que terei todo o gosto de partilhar no canal ;-)
Thank you! Good job on making the video easy to follow and great details for others who want to try this too.
Thank you very much!
@dalwindersingh2322 Could you share what you downloaded? It is no longer available
@@alvaroamorim6344 Sorry I do not have any downloads related to this project.
Others have made atx workbench power supply videos and you still came up with something new. Great job coming up with modifications and a really nice label in front. Well done! How many amps are you able to get out of the variable side?
The max amps you are able to get in the variable side depends the DC-DC module. The module that I used I can get 4 amps maximum. Thank you!
Отличное видео, все просто и понятно. Спасибо.
Great work. But you didn't test current potentiometer I was expecting :( Can u tell your test results at 24-30V. Any issue? Like voltage drop and is it safe to use these usb's for charging smartphones? Thanks.
Could you repost this with some narration and at normal speed? These MTV, Alvin and the Chipmonks videos are annoying. Sad thing is, you probably have something substantive to teach.
Unfortunately I can't post the video at normal speed because I no longer have the original source videos :(
But I will take it in mind in the next videos :-)
Este video fue publicado hace 2 años pero espero que me puedan responder.
Se puede hacer con cualquier fuente de alimentacion? Porque algunas varian con la cantidar de potencia que ofrecen...
Very good Project
Waaaaw verry good,👍👍👍
It's a perfect project. Great job. Could you tell me if I will use ATX 350W with the same equipment? It will be worked?
Absolutely yes!
Excelente trabalho 👏👏👏👏
Obrigado ;-)
I am having trouble wiring the DC-DC Step up Down Converter to the variable resistors.
Hello, first congratulations and thank you for this great video.at 11:26, for the potentiometer 1 K you do not solder the wires in the same order as on the diagram, is there an error on the diagram? (video: orange, white, brown / diagram:brown, white, orange).
You are right Mr. Rick McCaskill, "this is the best version I have seen". Excelent Project.
Thank you Tiberiu Oros!
Only 'Flash' can understand
You can decrease the playback speed though...
why digital voltmeter measurement terminals both pins go to GND?
Hello there, is there a possible way to get those stickers you used in the beginning of the video? A pdf would be sufficient! Thanks!
Gracias por la información. Pregunta. De cuantos homios son los potenciometros.
Soy aficionado
Gracias
Obrigado,
potenciometro 50K + potenciometro 2K + potenciometro 1K
The USB connected to the - 5V rail is a really bad idea. It gives you some more amps, but also a GND that is on -5V compared to the other GND in the same device. If you use more than one supply for a single device, you create a nice short and could burn through your cabling or even destroy the power supply
You are right, it's not a good idea, but usually the usb port it's not used to power a device together with another output.
But yes, the best it's use the +5v instead of -5v
@@creativesolutions-diy have you ever seen the split power cables to power external hdd since one port would not allow enough power if it is compliant with the spec? Yeah I've got multiple of these for different applications
Please give link to components list. Very good DIY.
5:16 When so it's a must be location at 12V or can be location of a Chip if are be about of 0-30V (When so I do be know then Additonal USB's with Module can be so useless if are be for "USB Standby only")
The hardest part for me would be forming those holes on the front panel. Not everybody is equipped with the right tools to make and smooth out those holes.
Nice Fire Hazard.
I tried to do this, but the CC CV Boost/Buck Step Up/Down Converter DC-DC 5V-30V is always busted.I don't know what the problem is; I followed the diagram.
If you didn't want to be copied in your work, you haved complete success!!!!Congratulations!!!
Is that correct 4 amps is the max load these can handle??
Muy buena, y muy bien presentada pero q pasa si la carga entra en corto en la salida de 5v, o la de 3.3, o tal vez la de 12v, bien la fuente se protege pero y la carga se quema.
Well done, I have now done one of my two tasks thanks to this :
1) Find a good makestuff channel to subscribe to - Check!
2) Make an ATX lab power supply - will do soon!
The project link is not working! Would like to print the stickers out. Help!
İlgilenen herkesin faydalanacağı bir iş olacakken malesef HIZLI ÇEKİM nedeniyle hiç oldu.
Why is resistor 10 watt/ 10 ohms necessary to connect with Ground and 5v+?
Instead of background music , please explain what you're doing , explain the schematic , explain the changes what you are doing
Didn't work for me. Only thing that worked where the 3v to 12v banana plug and display after testing for 5m it shut off and won't turn on back again. I surrender
Hello, we have an agricultural land that has no electricity. Now, if we want to use a motorcycle battery, which is 12 volts, to get different currents, such as 10 or 12 amps, what transistor should we use?
where did you come up with the software or what did you use to make the design for your sticker, knobs, controls and such, lettering, numbers.
Paintnet haaaaaa
@mattrowe1229 Could you share what you downloaded? It is no longer available
Gosh you need a Dremel toolbox.
I already have one, but I didn't remember to use it xD
@@creativesolutions-diy usually the case of not being able to find the bit or tools until after you complete the job using something different!
Hello, I am Iranian. Iove your videos. And I really liked the design uoy did for power. Can you send me the program with which you designed that label, please or tell me its name?
Hi, I used the DaVinci Resolve
@@creativesolutions-diy Hello, this does not work
Hi, I have a similar psu without green cable and a gray cable, can you please advise what you do with the gray cable, did you just cut it away? And what is the resistor type you are using? It would be nice if you can put the details on the video.
Dude, he did put the resistor value in the video. not to mention that multiple people have mentioned it in the comments as well.
It is really an impressive work! thank you. I want to ask you about the custom label that you made for the outputs, can you upload it ? I want to print it and use it.
lol @ the link to the project the page won't load......but surprise surprise, the paypal donate link opens instantly
It would help viewers to see the process broken into stages, with identification of each and a general explanation of what you did-- and why.
Thank you Bob, I will broke the video into stages
would love to see this as well... and agree with everyone else that this is by far the best build i have seen, need more info...
@@creativesolutions-diyI see how confident and comfortable you are working your way around that ATX Power Supply .But I don't think many of us have those hand tools you have in your service. 1-) Converting the power supply into bench power supply is the seen part of an iceberg which you successfully demonstrate in this accelerated video in a fashionably manner It would have been time bound otherwise. 2-) Being able to acquire and use those hand tools comes with a territory. I feel I must say I agree with Bob! This outstanding project could have been more productive should you at least put the tailored version of this footage put into stages that progressively explain the whole process step by step. Could you possibly upload the slowed down and the shorter version of this video on your website for slow learners and serious builders like me! Thank you!
If wires touch heatsink it can start a fire or broke the power supply. Heatsink get realy hot and can melt wires!!
It would be great if you turned a cheap inverter welder into a power supply as they are very robust by the nature of their design !
I will investigate this :-p
@@creativesolutions-diy great 👍🏻 i think its a wortgwhile pursuit !!
What's the name of the orange wire/cramper you're using and any good recommendation for a soldering station? Thanks
This may be a good video if it was not going through everything so fast that you cannot follow it, what is the big rush, slow down, take your time and show everything where we can follow it.
Creative video, thanks :)
This is really a very nice power supply. Could you maybe please email me the print files for the front cover?
Could you explain why the usb ports are connected like this? Why same gnd is connected to gnd in one and to vcc in another one?
What are those male connectors he crimps after putting on the ends of two wires? Thx for any help.
Hey, I am not by any means trolling you. But do you not have a Dremel in your arsenal? If not they should send you a couple to review. at any rate, Merry Christmas and Happy New Years!!
Hello, i love the proyect and i what to make it for my father. May i ask you the file for the vinyl design? The proyect link doesnt work. Thnks!!!
good DIY but you need to chose your background music next time not a stressfull rythm music
This power supply. Can i use mobile phone mother Board??
Enhorabuena muy buen trabajo me ha gustado tu etiqueta ¿Cómo puedo obtener una etiqueta igual?¿Puedes pasarme un enlace para descargarla? Gracias.
I got a DC-DC Step ZK-12KX-V2 but i can't get the output voltage higher than the input voltage, i dont know if the module its broken or if im doing something wrong. I havent change the potenciometers, it has the original ones.
Probably the module it is broken...
Olá, o Project link não está abrindo, está sendo redirecionado para outro domínio e que o Norton diz que a página é maliciosa. Poderia verificar ?
A Fantastic idea thanks for sharing, where can i but the cut out templates from pleas.
Hi we can have the video without acceleration thank you
Unfortunately I can't post the video at normal speed because I no longer have the original source videos :(
But I will take it in mind in the next videos :-)
Whats the awg of the wires you used for the power connectors and ground?
Website with plans/files is down- makes it difficulty to make🤥
Wow this is a really great idea. Nice job. I'm making one
If I have to pick on something, you should have shorted DATA+ and DATA- on the USB host connectors you want to be detected as "AC Charger" mode. Also I'm a bit uncomfortable on exposing GND as the VCC of the USB port you power from the -5V rail but that's probably just me.
By the way, I think the quality of the video is great (I particularly liked how you edited the sound)
Thank you for the tip, I will investigate the short DATA+ and DATA-. If you are a bit uncomfortable on exposing GND as VCC, you can use the normal 5V (red wire) for usb as well. Thank you for watching!
@@creativesolutions-diy , the standard to refer to is Battery Charging v1.2 Specifications for USB 2.0. The core of the matter is that USB 2.0 made USB an interface which could also deliver power (more than 500mA) and deliver just power. In order to make it possible for devices to understand if the cable that had been plugged in could source more than the old 500mA and, at the same time, for the manufacturer of PSU to keep making reliable but cheap 5V units with only a change of connector the BC Spec standard defined having DATA+ and DATA- shorted as the solution. You can use an app like Ampere on a phone: when the phone detects a "dumb" charger the app says "AC Charger", when the phone detects an host which can communicate (but is not expected to deliver more than 500mA) then the app will say "USB Charger".
My "discomfort" about grounds comes from these considerations: if you were to power two devices from these two USB ports and those two devices ended up being electrically connected in some way, then the "GND" in each of them would actually be 5V apart and the consequences would be bad. I admit it's unlikely but here is the designer of electronics thinking about what could go wrong rather than the tinkerer.
Thank you for the video and keep up the good work.
In the past, some young kid died while he opened power supply. There are big capacitors which hold high voltage, those need to dicharge before you start play with your life.
That,s what i thought, surely a video like this would state clearly...CAPACITORS CAN BE DEADLY. DO NOT TOUCH THEM!..??
Project link leads to spam site pretending to be amazon ...
Too damn expensive after paying for all the parts necessary to build. Invest a lot of work that most of regular people can't do beside the tools that most don't have. I think you can save the hassle by buying a ready to use power supply on Ebay for about the same amount of money and NO LABOR, NO POTENTIAL self inflicted injuries. Good luck building and stay safe.
You are not born for diy i believe. 😬
Bonito trabajo…pero no sirve de guía para los que están aprendiendo electrónica……desperdicio de tiempo
노이즈 측정기 아니가요 영상감사합니다 대단해요
how did nobody see the lidl soldering iron? when i saw it, i could not stop seeing it on the video.
Muy buen Aporte! Una Pregunta! en que programa hiciste el frontal?
Nice build but parts are not available to post to the states....
Thank you, I will add the links for the amazon as well
@@creativesolutions-diy that would be awesome
@@red2965 Done 😉
You made it for yourself.
Lack of presentation,
Ho che meraviglia la musica di sottofondo è meravigliosa ma non sei riuscito a far capire niente mi dispiace ma devo mettere -000 stelle.
hi. Why in one of the USB port you connect the -5VDC from the power supply?
probably for the always on function
Can you send me the front panel sticker design file pls
hi, why the circuit need a resistor 10 ohm beetwen ground and 5 Volt ?
Disculpa No agarra el link proyecto.!!
Can you tell me what was the original value of trimpot which one is removed from buck converter.
I’m using Xl4015 buck module which has 103 trimpot for cv abd cc what should be the pot value according to your circuit.
Time laps only isn't that interesting.
Buen trabajo
Keep it up bro 👍🏻👍🏻
Love from UK ❤️❤️
Thank you!
Hi there! Where i can get the docs to print out? Greedings
www.creativesolutions.pt/diy-bench-power-supply/
What are those snips you used to cut the metal?
Very nice build. I have question could I use a 12v cooling fan in place of a dummy load?
I think it is better to doesn't use a fan, because it has a very low resistance....
I would not use an "old" PC power supply with all those new parts and the time spent to make it. In fact, by the time you buy a decent PS and all the other parts you can buy a new benchtop 30 Volt 10 Amp DC power supply with digital displays and more features than this build.
You are right! But the ideia is reuse old electronic stuff 😉
@Ted... not sure you get it.. go buy it then... it is about doing it and having fun.
Please fix your project link. It wont open 🙏
Can I solder a normal 100 kOhm resistor to a 100 kOhm multiturn potentiometer in order to get to 200 kOhm? Can't find a 200 kOhm multiturn potentiometer! My step up booster uses the 204w trimmpot
good
Excellent Project. One of, in not THE, finest Power Supply builds i have seen.
Is it possible to replace the 2K and 1K potentiometers with two 5k or two 1k linear potentiometers?
Keep up the great work.
Best regards
No it isn’t. You need to use the same potentiometers there are in the DC-DC converter that you will use. I only added a little 2K potentiometer in serie with 50K to allow the fine voltage adjustment.
Thank you!
@@creativesolutions-diy: Hello again Rui. Do you have the the background image in an editable format so that i may change the color scheme? Like Coreldraw, for example?
Thank very much.
Cheers...