I’m a 54 yeR old that has always been into electronics and life dragged me away from it but am now loving these tutorials of yours thankyou , I’ve been enlightened again!
The capacitance is added in parallel to the output in order to stabilize voltage on the output. Think of it as mitigating peaks and valleys when the diodes are switching. If this was a higher current application then inductors would be added in series with the output as well.
As a 15 year old with to much time on my hands and is also into this area of knowledge you do not get nearly enough attention as you should be getting , thank you for this playlist !
In your previous video about Diode, you showed exactly how the current flowed through diode. Please check and clarity that. Also, there's confusion sometimes when you say flow of current or electrons refering the same green dots flowing. Please clarify these two things.
Hey mate, this is a fantastic demonstration. I'm studying aircraft systems and I've struggled to understand till now. Thanks for going through the effort to explain.
Hey thank you so much for the information. Just started into electronics a month ago. Have gotten deep into it and just made my first circuit on a bread board modelled after the circuit you made here and this program you introduced me to to figure different values for my ac transformer that stepped my voltage down to 14v. It took a good amount of figuring out. But very happy with my first successful circuit
Well you got this backwards, Electrons flow against the arrow. The Positive Holes (lack of electrons) flow with the arrows. Other than that you got it right. Thanks for sharing though. Best Wishes & Blessings. Keith Noneya
to all viewers: electrons flow in the OPPOSITE direction of what we call current (thanks, Ben Franklin, who guessed wrong when assigning the convention). the green dots in this video represent current, NOT electrons (unlike in another video of his). other than that, decent explanation.
d p so why did nobody change the convention then? It just leads to more confusion. The passive sign convention is the opposite of what is shown here and it’s driving me crazy.
Well the recipetiers for the Alternator are below the feild winding because when it’s rewinding the Alternator needs to go through the fresh hold when it’s regulated through voltage, when they regulate between the Engine it spins because they are meticulously harder to spin with lower Voltage power through pin13
this is really useful. how about explaining how DC to AC works? P.S. youre doing a great job sharing things with us, please keep up and hope more of us follow your channel!
Using a magnet that is spinning, with wire nearby, the north side pulls the electrons one way, the south side pulls them the opposite way. Thats how turbines turn mechanical energy into electricity
Correct me if I’m wrong but at 3:22, you said the current won’t go down through the diode, but isn’t that junction of wires not connected anyway?? As in they are separated wires. Electronics is one of my modules and this video has helped :)
I'm confused. On the other videos you posted with diodes in use, the flow is on the reverse direction. Are the diode symbols not reversed on this video? Electrons flow from the negative to the positive poles on a diode so which is the - side of a diode? enjoy your videos.
I would like to point out few mistakes: (1:10) 1. Transformer do not convert AC to DC. It only steps up or downs the voltage of AC. (3:25) 2. The diode isn't even connected to upper wire directly. Conventions: 1. The current shown is conventional current. How do I know? In this diagram there is no wire running over another represented by an arc. But there are points where straight lines are connected. The in diode, electron flows from backwards in this PN junction diode, whereas conventional current flows forward electrons flow ---|-----------I>|------>----
Very nice explanation and EveryCircuit is a great tool (though the canvas is a bit small and I'd rather have it as a Windows application)! If you'd call the diodes clockwise D12, D3, D6 and D9, I'd say the electrons returning from the cathode of the lowest LED have a choice, as they encounter 2 forward biased diodes: D3 and D6. Same at the point where they went to D3, they could go to the forward biased D12, or they could go "left" back to the AC source. I don't see what determines the route of the electrons...
Thanks. That was the best illustration of electron flow that I've seen. It was very helpful. (I still need to watch again...) What software are you using? That would be helpful to know.
My pleasure! Subscribe to the channel for more of these videos. The software I am using is everycircuit, available as a web app or mobile app. everycircuit.com
What is the used Software in this video ? And i need your recommendation to the best Electrical/Electronic Circuits simulation softwares you had used please 🙏🏼
I'm just starting to get more into electronics and I've been trying to strengthen my fundamentals the past day or two. There's just one question I have here. I know that AC follows a sine wave as it pulses back and forth at a certain frequency and that DC is a continious flow, but if you convert AC to DC, does the dc flow in pulses too? Even if it doesn't follow a sine wave? Because when the AC slows down to change direction of flow, I'd assume that the DC is weakened here. Or maybe the voltage fluxuates? If it doesn't, why doesn't it? Sorry if these questions sound stupid lol.
Yes it does flow in pulses, search for an image of a sine wave that has been rectified and you'll see. Usually the DC is smoothed with a capacitor which acts as a reservoir to make the flow smoother.
At the nodes does is that just the area where two wires cross? I don't understand why the electrons don't take the shortest route through the diodes and it takes the long way around. Thanks.
This was great but why wouldn’t the current flow through the two middle diodes on its way back to the source when the current is moving clockwise? (Source to resistor direction) Is it like a path of least resistance thing? Also what is the component on the right?
At positive half cycle, current flows from phase(line) to neutral following the path from higher potential to lower. You put a voltage tester on line, it will beep, on neutral, it wont. At negative half cycle the phase potential is lower than neutral so current flows in the other direction. So line becomes neutral and neutral becomes line. But, do you mean that we have supply in neutral during negative half cycle? In this case, why a line tester would fail to glow if it is tested over neutral line at the negative half cycle. Please explain.
that was fantastic, thank you, but I still don't know why my meter shows 44 AC volts on 120 Volts rectifier. Shouldn't there be only DC voltage? Thanks
great video, i've a question sir, In a smps circuit, if i increase (double, triple) the capacity of reservoir capacitors at same voltage, do i stress the rectifier and burn it in long term usage? I'm doing this with my all subwoofer amplifiers and nothing happened yet, but should i reduce the capacity, i dont know.thanks.
Superb video. The only thing I'd have liked is for you to explain what's going on on the extreme right hand side (the stuff that's labelled 516μF. Is that bit necessary? If it is, perhaps you could explain why; if it's not, just say that it's not and mention what video in your series it's explained in. Well done. Thank you so much. Oh, and one other question whilst I'm here. These diagrams seem to be largely self explanatory but do you have a video to explain (for example) why we need to link a ground to the -ve terminal, and why the volts get labelled in increasing values as you go from -ve to +ve (since my intuition tells me that they should go in decreasing values as you move from the -ve to the +ve terminal).
Sorry to reply to my own comment, but I've just seen the video on capacitors which explains what's going on. It may just be worth while adding a comment to the video to refer people to the capacitor video!
is it safe to say that this is what's installed inside of household LED bulbs? this was a great explanation - makes it easy to remember +sub ... greetings from Minnesota
I don't understand why the current won't flow in the forward path of the diode. In the return path of current, there are 3 diodes that are in the forward position according to the current direction. Although if the current flows through the other 2 diodes, they would meet with current that has not passed through the load yet. Any clear simple explanations? Thanks!
Even though the current has changed to a direct flow, that direct flow is not consistent, its slowing down everytime the ac changes direction so that DC is not maintaining a constant flow, its going fast then slowing down then fast again so the led's are going bright then dim then bright then dim, how do you prevent that dc current from slowing down ?? How do you make it a constant speed to keep the led lights bright all the time ?
do I use the same dropping 24v AC to 12v DC or do I need to go anouther route?, ev'ry one I've seen is dropping 110 -220 v AC down to a lower voltage, I'm only trying to run Leds, thnx
so when we say that the output rectified voltage is collected across a resistor, does that mean that the dc current Is flowing into our appliance (resistor)?
But one thing that I don't get is the second junction (the one left to the trio of LEDs); When electrons go, they're being forced to go through one direction by the diode, that's pretty clear. However that second junction (in purple) leads to two LEDs pointing THE SAME DIRECTION - so how do electrons know which track to take in order to complete the circuit? There's no diode on the way back forcing them to take any direction.
The top and bottom diodes only allow current to flow in 1 direction which is ----> The 2 side by side diodes only allow the current to flow the other way
Hi there Simply Electronics)). Could you (in one of your later videos) explain why there exist such things as 1,2,3-phases (in reference to motor windings)? And what's the difference between them? Thanks.
On the Return part of the Circuit... how come the flow doesn't go through all 3 diodes and just the bottom left one? do the other two have a resistance from the top that stops the flow??
+kraven4444 the current will not flow through the other two diode because there is no return path to the other side of the source (ground). If you try to follow the current and imagine it flowing through those other two diodes, you will find the current would never flow to the ground side of the AC source. Current will always flow towards the ground of the source.
Is that all diode and led upside down? because refer to pervious lesson ... current/ electron flow through all this componets from negative side to positive , but here is from positive to negative, explain, thanks
As a novice in electronics, I wonder what purposes do the unlit diodes serve? I know what resistors, capacitors, transistors and few others do, but I am puzzled about plain diodes. 😶
In one of the directions, electricity isn't flowing through the left-side diode, even though it's not blocking. I'm confused. I'm also confused why he mentioned electricity wouldn't flow through the left-side diode going from top to bottom because there was no connection in the wires just above it
hey could you please tell me where can i find a software like this i want to be able to make circuits like that on my computer please reply or please send a link
Hi sir. im interested to build this circuit to hardware, But i would like to know the diode selection, really appreciated if u can advise me. Thanks in advance.
I think it would be better to use the traditional diagram as in the thumbnail. The way you show it is a bit confusing to those learning. Otherwise I like your stuff. I’m subscribed. Even when I have seen people make a full wave bridge rectifier using four diodes by twisting the leads together they usually make the shape in the thumbnail.
I’m a 54 yeR old that has always been into electronics and life dragged me away from it but am now loving these tutorials of yours thankyou , I’ve been enlightened again!
Good luck with your learning sir! I hope you are enjoying the tutorials you find!
How are you please
ruclips.net/video/n3d48PoPFkI/видео.html
@@twain8449 ruclips.net/video/n3d48PoPFkI/видео.html
Me too 65 years old I didn't know anything about electronics but thanks to you I am learning now.
A FUUUUL BRIDGE RECTIFIER.
NOT a puny single diode rectifier.
You sir, are a connoisseur.
BOOM
I was about to say this, nice
electroboom
@@geoffsmith6373 yeah duh but it's a electroBoom reference
You don't mention the capacitor. I'm assuming it is there to keep a steady current flowing through the diodes during the switching?
Very much so, capacitance has always given the option of stability as well as directional pathways....brilliant little piece
The capacitance is added in parallel to the output in order to stabilize voltage on the output. Think of it as mitigating peaks and valleys when the diodes are switching.
If this was a higher current application then inductors would be added in series with the output as well.
I'm asking if adding any load will alter the path of electrons.
Wow, that animation told me the whole story. Thanks for demystifying this for me.
As a 15 year old with to much time on my hands and is also into this area of knowledge you do not get nearly enough attention as you should be getting , thank you for this playlist !
too
same im just 8
@@electricalengineeringrobot2026 sure
@@electricalengineeringrobot2026 i'm 5
ruclips.net/video/n3d48PoPFkI/видео.html
You are showing conventional current and not elecron flow as you say.
Correct. I noticed that too.
Thank you!
Because this was confusing me since the video before this...
Rectifier conversion of AC power to DC power
ruclips.net/video/n3d48PoPFkI/видео.html
aww answered my question as to why they were flowing the way they were.
In your previous video about Diode, you showed exactly how the current flowed through diode. Please check and clarity that. Also, there's confusion sometimes when you say flow of current or electrons refering the same green dots flowing.
Please clarify these two things.
Thank you for taking your time to educate others on Electronic Theroy. Good People Teach Others Their Gifts and Wisdom
Tytyty! I'm currently a new student studying Industrial Machining Controls! I absolutely love the simple explanation!!!!
Hey mate, this is a fantastic demonstration. I'm studying aircraft systems and I've struggled to understand till now. Thanks for going through the effort to explain.
Haha same, have to study these for my aviation degree
THANK YOU SOOOO MUCH!! I've been thinking that transformers covert ac to dc for the longest time lol
Hey thank you so much for the information. Just started into electronics a month ago. Have gotten deep into it and just made my first circuit on a bread board modelled after the circuit you made here and this program you introduced me to to figure different values for my ac transformer that stepped my voltage down to 14v. It took a good amount of figuring out. But very happy with my first successful circuit
What is the program that you use to design these circuits
Well, I understood it. That's a step up from some of the tutorials I've seen lately.
Light bulb just went off in my head. What a great visual demonstration.
Well you got this backwards, Electrons flow against the arrow. The Positive Holes (lack of electrons) flow with the arrows. Other than that you got it right. Thanks for sharing though. Best Wishes & Blessings. Keith Noneya
to all viewers: electrons flow in the OPPOSITE direction of what we call current (thanks, Ben Franklin, who guessed wrong when assigning the convention). the green dots in this video represent current, NOT electrons (unlike in another video of his). other than that, decent explanation.
d p so why did nobody change the convention then? It just leads to more confusion. The passive sign convention is the opposite of what is shown here and it’s driving me crazy.
you end up with a bunch of negative numbers, and it makes the math appear more difficult.
@@carbon273 I think one of the reasons is that you won't be able to apply fleming's right-hand and left-hand rules.
@@owaisusman9782 they would just need to reverse hands
Good teaching ☺you explain that very well. Thank you for slowing it down
Well the recipetiers for the Alternator are below the feild winding because when it’s rewinding the Alternator needs to go through the fresh hold when it’s regulated through voltage, when they regulate between the Engine it spins because they are meticulously harder to spin with lower Voltage power through pin13
FANTASTIC VIDEO, NOW i finally understand why the diodes are arranged this way! Thanks a lot.
this is really useful. how about explaining how DC to AC works?
P.S. youre doing a great job sharing things with us, please keep up and hope more of us follow your channel!
Thank You! That's a great suggestion, I'll add that to my list :) And thank you for your encouragement. I hope more people follow me too! :D
@Julien Décarie Is there a problem
Its called a power inverter :)
Using a magnet that is spinning, with wire nearby, the north side pulls the electrons one way, the south side pulls them the opposite way. Thats how turbines turn mechanical energy into electricity
ruclips.net/video/n3d48PoPFkI/видео.html
Hi! At 4:52, why does such little current go upwards in the two diodes? The diodes won't be blocking the current in that direction.
YES!!!! I UNDERSTAND!!!! THANK YOU SO MUCH!!! I just started studying at home and didn't understand this part, now I do! Thanks to you!
Correct me if I’m wrong but at 3:22, you said the current won’t go down through the diode, but isn’t that junction of wires not connected anyway?? As in they are separated wires.
Electronics is one of my modules and this video has helped :)
yep, little error, though good explenation nonetheless
Better that any academic explination 🙏🙏🥳🥳🥳🥳🥳
WOW one of the best demonstration of a rectifier ever hands down had to subscribe
I'm confused. On the other videos you posted with diodes in use, the flow is on the reverse direction. Are the diode symbols not reversed on this video? Electrons flow from the negative to the positive poles on a diode so which is the - side of a diode?
enjoy your videos.
Please refer to my video "Reversing Direction". there is a change in how I am demonstrating electron flow, moving to conventional flow. Thanks :)
Many thanks
Im 54y surgeon ,but i i found this very simple and clear
This like avalve that works in on direction
thanks for this video. your videos are awesome 😄
Hello! This lecture helped me so much since I’m taking electronics engineering. May I ask what software did you used in this demonstration?
Everycircuit.
The concept is simple. But to make it happen.....takes really smart people.
I would like to point out few mistakes:
(1:10) 1. Transformer do not convert AC to DC. It only steps up or downs the voltage of AC.
(3:25) 2. The diode isn't even connected to upper wire directly.
Conventions:
1. The current shown is conventional current.
How do I know?
In this diagram there is no wire running over another represented by an arc. But there are points where straight lines are connected.
The in diode, electron flows from backwards in this PN junction diode, whereas conventional current flows forward
electrons flow ---|-----------I>|------>----
Sir,, you are the best. I have been always wondereded about how rectifiers works essentially.
This is great. It is perfect for a beginner or helping someone (like me) review a topic with a fresh perspective. Keep up the great work!
ruclips.net/video/n3d48PoPFkI/видео.html
My engineering teacher couldn't explain it like you could I understand now!
Very nice explanation and EveryCircuit is a great tool (though the canvas is a bit small and I'd rather have it as a Windows application)!
If you'd call the diodes clockwise D12, D3, D6 and D9, I'd say the electrons returning from the cathode of the lowest LED have a choice, as they encounter 2 forward biased diodes: D3 and D6.
Same at the point where they went to D3, they could go to the forward biased D12, or they could go "left" back to the AC source. I don't see what determines the route of the electrons...
Thanks. That was the best illustration of electron flow that I've seen. It was very helpful. (I still need to watch again...)
What software are you using? That would be helpful to know.
My pleasure! Subscribe to the channel for more of these videos. The software I am using is everycircuit, available as a web app or mobile app. everycircuit.com
This is not electron flow this is conventional current positive flow but same thing in practice
Fantastic! I never knew how this works and now I do!
I think there might has been an error at 3:25, as the 1st intersection of the lines where the left diode and the upper diode are not connected/joined.
What is the used Software in this video ?
And i need your recommendation to the best Electrical/Electronic Circuits simulation softwares you had used please 🙏🏼
I'm just starting to get more into electronics and I've been trying to strengthen my fundamentals the past day or two. There's just one question I have here. I know that AC follows a sine wave as it pulses back and forth at a certain frequency and that DC is a continious flow, but if you convert AC to DC, does the dc flow in pulses too? Even if it doesn't follow a sine wave? Because when the AC slows down to change direction of flow, I'd assume that the DC is weakened here. Or maybe the voltage fluxuates? If it doesn't, why doesn't it?
Sorry if these questions sound stupid lol.
Yes it does flow in pulses, search for an image of a sine wave that has been rectified and you'll see. Usually the DC is smoothed with a capacitor which acts as a reservoir to make the flow smoother.
At the nodes does is that just the area where two wires cross? I don't understand why the electrons don't take the shortest route through the diodes and it takes the long way around. Thanks.
This was great but why wouldn’t the current flow through the two middle diodes on its way back to the source when the current is moving clockwise? (Source to resistor direction)
Is it like a path of least resistance thing?
Also what is the component on the right?
is it possible to filtrate dc voltage without using a capacitor in parrallel after the bridge rectifier if yes how ? thanks for your help .
Very nice animation. Thank you from Texas.
Sir the explanation is really really awesome 👍 great job n the animation...my God.....insane......it cleared my doubts........thanks
ruclips.net/video/n3d48PoPFkI/видео.html
What is this software for designing a circut?
everycircuit.com/
This is taken from his video on Diodes
Designing software is proteus
This was explained so well! Good job!
Can anyone please tell what is that software he uses to demonstrate the circuits
At positive half cycle, current flows from phase(line) to neutral following the path from higher potential to lower. You put a voltage tester on line, it will beep, on neutral, it wont.
At negative half cycle the phase potential is lower than neutral so current flows in the other direction. So line becomes neutral and neutral becomes line.
But, do you mean that we have supply in neutral during negative half cycle? In this case, why a line tester would fail to glow if it is tested over neutral line at the negative half cycle.
Please explain.
hey it is a really useful video. can someone please tell me what is the name of the program that used to implement the circuit ?
He said elsewhere it is a website called "every circuit"
that was fantastic, thank you, but I still don't know why my meter shows 44 AC volts on 120 Volts rectifier. Shouldn't there be only DC voltage?
Thanks
Thank you! I am interested in building amplifiers and these videos are helping!
great video, i've a question sir,
In a smps circuit, if i increase (double, triple) the capacity of reservoir capacitors at same voltage, do i stress the rectifier and burn it in long term usage? I'm doing this with my all subwoofer amplifiers and nothing happened yet, but should i reduce the capacity, i dont know.thanks.
2021 and still a great video! thanks!
Where do you get that software from I will like to purchase it so I can do some classes at my work for young techs.
EveryCircuit
Superb video. The only thing I'd have liked is for you to explain what's going on on the extreme right hand side (the stuff that's labelled 516μF. Is that bit necessary? If it is, perhaps you could explain why; if it's not, just say that it's not and mention what video in your series it's explained in.
Well done. Thank you so much.
Oh, and one other question whilst I'm here. These diagrams seem to be largely self explanatory but do you have a video to explain (for example) why we need to link a ground to the -ve terminal, and why the volts get labelled in increasing values as you go from -ve to +ve (since my intuition tells me that they should go in decreasing values as you move from the -ve to the +ve terminal).
Sorry to reply to my own comment, but I've just seen the video on capacitors which explains what's going on. It may just be worth while adding a comment to the video to refer people to the capacitor video!
is it safe to say that this is what's installed inside of household LED bulbs?
this was a great explanation - makes it easy to remember
+sub ... greetings from Minnesota
I don't understand why the current won't flow in the forward path of the diode. In the return path of current, there are 3 diodes that are in the forward position according to the current direction. Although if the current flows through the other 2 diodes, they would meet with current that has not passed through the load yet. Any clear simple explanations? Thanks!
fantastic education animation and explanation
Even though the current has changed to a direct flow, that direct flow is not consistent, its slowing down everytime the ac changes direction so that DC is not maintaining a constant flow, its going fast then slowing down then fast again so the led's are going bright then dim then bright then dim, how do you prevent that dc current from slowing down ?? How do you make it a constant speed to keep the led lights bright all the time ?
You will need capacitor and voltage regulator
Thank you so much! Wow thought Id never understand electronics
do I use the same dropping 24v AC to 12v DC or do I need to go anouther route?, ev'ry one I've seen is dropping 110 -220 v AC down to a lower voltage, I'm only trying to run Leds, thnx
Easy to understand. Thanks. Peak content.
so when we say that the output rectified voltage is collected across a resistor, does that mean that the dc current Is flowing into our appliance (resistor)?
Does this have any effect on the torque put on an induction generator? New if it wasn't already evident.
3:44 what prevents the current from going through the other two diodes (top and bottom diodes) when it’s traveling in the “reversed” direction?
But one thing that I don't get is the second junction (the one left to the trio of LEDs); When electrons go, they're being forced to go through one direction by the diode, that's pretty clear. However that second junction (in purple) leads to two LEDs pointing THE SAME DIRECTION - so how do electrons know which track to take in order to complete the circuit? There's no diode on the way back forcing them to take any direction.
The top and bottom diodes only allow current to flow in 1 direction which is ---->
The 2 side by side diodes only allow the current to flow the other way
Hi there Simply Electronics)).
Could you (in one of your later videos) explain why there exist such things as 1,2,3-phases (in reference to motor windings)? And what's the difference between them? Thanks.
Yes, I can and will do a video on 3 phase power
On the Return part of the Circuit... how come the flow doesn't go through all 3 diodes and just the bottom left one? do the other two have a resistance from the top that stops the flow??
+kraven4444 the current will not flow through the other two diode because there is no return path to the other side of the source (ground). If you try to follow the current and imagine it flowing through those other two diodes, you will find the current would never flow to the ground side of the AC source. Current will always flow towards the ground of the source.
Simply Electronics Right it would loop around endlessly which makes no sense. Thanx for the answer and video.
No problem :)
Never mind this answered my question thanks! So the current must always loop around back to the ground source?
If im gonna use 12vac what value of diodes do i use sir? Please notify me
Is that all diode and led upside down? because refer to pervious lesson ... current/ electron flow through all this componets from negative side to positive , but here is from positive to negative, explain, thanks
finally, i get it.... current flow and electron flow are different direction
That was very well explained, can I ask what software package are you using
Is EveryCircuit the software you're running to generate this schematic? Online or installed? Thanks!
Why do electrons flow through the diodes differently in this example than in your diode video?
what software do you use to simulate the circuits you use on you videos?
What is this app? please reply this looks very useful I would like to download this too to help me in my course thank you
everycircuit.com/app its free for 24 hours then 15 bucks
What software are you using for the Simulation?
As a novice in electronics, I wonder what purposes do the unlit diodes serve? I know what resistors, capacitors, transistors and few others do, but I am puzzled about plain diodes. 😶
Shovan Saha thank you very much for the information. 🙂🙂🙂
Amazing explanation. I only suggest to next videos, you could use a bigger white cursor instead this small black curso.
the explanation is awesome. which software did you use for this animation?
Theres 2 diode on the return line in the same direction? How does the current know which line to go dow n there both connected to the same wire?
Best explanation out there,thank you so much.
In one of the directions, electricity isn't flowing through the left-side diode, even though it's not blocking. I'm confused.
I'm also confused why he mentioned electricity wouldn't flow through the left-side diode going from top to bottom because there was no connection in the wires just above it
Are you using conventional or electron theory flow in this circuit?
life would be easier if they told you , a new utube requirement?, never , but 'it does appear to be conventional current, positive to negative
@@kaycarolann As if to confuse an otherwise straightforward system so the engineer never knows quite how to read a circuit. Just asinine.
So the positive convention for current flow is the OPPOSITE of the passive sign convention??
So I can find something similar in basicly any lamp here in my house?
any LED lamp, I should think. An incandescent lamp has no need for a rectifier, as they work just fine with AC current.
Nice explanation, but it would have been nice to explain the role of the capacitor as well in turning it to flat line DC
hey could you please tell me where can i find a software like this i want to be able to make circuits like that on my computer please reply or please send a link
EveryCircuit.com link in the description if you want to play with this circuit.
The capacitor is there to make the flow of current smoother? Did I understand that right?
Thank you very much for the video,it helped me a lot 😀
Are there other names for recrifiers? Like AC/DC converter or some bridges maybe?
Your channel is terrific! Thank you so much for your wonderful videos :D
Can i ask what application you are using for this video?
Excuse me, what app did you use in this presentation?
yeah me too i was looking in comments if there is anyone knowns which app he used
😮Вот теперь наконец я вижу,как это чудо живёт 😮😮!!!!!👍👍👍💰💰💰💰🤚✋
Hi sir. im interested to build this circuit to hardware, But i would like to know the diode selection, really appreciated if u can advise me. Thanks in advance.
Hi kindly tell the software you are using for simulation.
What software do you use to visualize these circuits?
I think it would be better to use the traditional diagram as in the thumbnail. The way you show it is a bit confusing to those learning. Otherwise I like your stuff. I’m subscribed. Even when I have seen people make a full wave bridge rectifier using four diodes by twisting the leads together they usually make the shape in the thumbnail.
Is it possible to keep all the negative polarity instead of positive after AC is rectified to DC ?