This is the most amazing explanation I've ever seen , now I understand how the use of small transformers is possible instead of big ones and how the switching process works with the transformer which was a little bit confusing for me before , thank you very much
There should be a resistor at the input to reduce the current, because that circuit will be overloaded with current which the diodes and transistors could not handle
do devices have this same process too for example, charging 5V but the device only need 3V, is it gonna overvolt charge or the device has regulator to step down V?
Thanks for the wonderful explanation, prof. Still I am confused as to how capacitor C1 gets charged from the other side with DC current from S1 then turns on transistor T1 from the other side
although I understand everything one thing is still confusing me. The capacitor below T1 will be charged by the secondary voltage. The current will pass through that capacitor and the base resistor to fully turn the transistor T1 on. Won't the capacitor be open after some time because this is DC voltage?
Another way to think about frequency and transformers is to think of a ruler hanging off of the edge of a table. The further is hangs off the edge the slower it will wobble if you apply a force to it and then let go. The more of it to pull onto to table, the faster those back and forth movements (frequency) will go. Larger objects have a lower natural frequency, smaller objects have a higher frequency. The smaller the object (transformers here) the faster you can switch it.
why there is 1 diode at the output of transformer, if it is outputting DC... the capacitor alone should be enough to filter the DC.. and if it is necessary for some reason, there should be 4 in the bridge format
Nicely spoken by an AI Voice, as Americans would only refer to their voltage as 120V not 230 or 240, plus a spoken grammatical error at the end of the video and no one ends a sentence on a higher flat tone :) ( unless your Australian) but still, an interesting look at SMPSs
😂😂😂 8:00 hablas de fuentes de mas de 20 años ,obviamente estás fuera de la realidad actual ,muy atrasado ,incluso una fuente con simple diseño de condensador con resistencia y filtro ,era mas eficiente que aquellas fuentes de los años 70-90 del siglo pasado como la mostrada aquí ¿Por qué razón no se usó en su lugar un par de simples resistencias con condensador y zener ? Pues por que la industria y economía no ganaban dinero ,lo que afirmo no es así,incluso mucha electrónica actual aplicada a los prodctos de consumo ,en su mayoría sobra y es obsoleta pero hac mas ricos a esa mafia económica ,manipulando y mintiendo con esa falsa idea de que es por su bien ..la gente consumirá de todo sin cuestionar nada ,creyendo ser mas felices con un Ferrari que con un Dacia 😂😂😂
I just understand after graduating Electrical Engineering 2 years ago. 😂
Thanks prof Mad🙏
This is the most amazing explanation I've ever seen , now I understand how the use of small transformers is possible instead of big ones and how the switching process works with the transformer which was a little bit confusing for me before , thank you very much
Wow, it takes a lot of effort to animate this. Hands off bro
The best prof explanation ever 1:44
Excellent delivery. Prof Mad need to create more content.
Very good video for very good understanding about mobile charger phones thank you
Truly you are genius man
smps always has my brain into thinking how a tiny ferrite transformer can provide such high currents.
same I used a
High frequency
Nice explanation on mobile charger smps.
Thanks for watching
Great video, one of the best on SMPS!
I like the information about the transistor.
welcome
There should be a resistor at the input to reduce the current, because that circuit will be overloaded with current which the diodes and transistors could not handle
Where should be exactly?
@@vitlevanskiy it should be at the input before the diodes
A very good video with simple explaination ❤
Thank you! 😃
thankyou for such accurate video. 💯
nice explanation with animation ❤❤❤
do devices have this same process too for example, charging 5V but the device only need 3V, is it gonna overvolt charge or the device has regulator to step down V?
Thanks for the wonderful explanation, prof. Still I am confused as to how capacitor C1 gets charged from the other side with DC current from S1 then turns on transistor T1 from the other side
Nice explanation
please give details about construction of Resistance Temperature detector
Very good understanding to viewers thnx
You are wonderful, thank.
Very useful, thank you so much
very good explaination and video
Glad it was helpful!
Many thanks it's an informative video
Nicely explained!👍
Thanks 🙂
thanks make this video 😊
能不能讲有PFC的开关电源
although I understand everything one thing is still confusing me. The capacitor below T1 will be charged by the secondary voltage. The current will pass through that capacitor and the base resistor to fully turn the transistor T1 on. Won't the capacitor be open after some time because this is DC voltage?
This capacitor is discharged while the transistor is open, isn't it?
Nice explation
nice explanation
Cool
Excellent
Another way to think about frequency and transformers is to think of a ruler hanging off of the edge of a table. The further is hangs off the edge the slower it will wobble if you apply a force to it and then let go. The more of it to pull onto to table, the faster those back and forth movements (frequency) will go. Larger objects have a lower natural frequency, smaller objects have a higher frequency. The smaller the object (transformers here) the faster you can switch it.
Awsome👍
Some see the high frequency DC as AC, who is correct? Is it only AC if it oscillates around the 0 Volt axis?
hello can someone give me a digram for converting 220 v rms Ac to 5 dc
I don't know much about electronics but really like this...Plz make a video on how to make a hand crank mobile charger.
sure.
@@Profmad Thank you so much.. I will be eagerly waiting for new video....
great
👏👏👏👏
Wow 0:36
why there is 1 diode at the output of transformer, if it is outputting DC... the capacitor alone should be enough to filter the DC..
and if it is necessary for some reason, there should be 4 in the bridge format
Without the diode the capacitor would drain back into s2 between the cycles.
So AC > DC and then DC > DC
Nice +++
Top
Nicely spoken by an AI Voice, as Americans would only refer to their voltage as 120V not 230 or 240, plus a spoken grammatical error at the end of the video and no one ends a sentence on a higher flat tone :) ( unless your Australian) but still, an interesting look at SMPSs
It's RC Bray, a super popular audio book narrator. AI is scary
Instead you shud say its Simple flipflop circut by two transistor to make it easier to understand that it makes PWM fast swiching at low cost😂
👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍
😂😂😂 8:00 hablas de fuentes de mas de 20 años ,obviamente estás fuera de la realidad actual ,muy atrasado ,incluso una fuente con simple diseño de condensador con resistencia y filtro ,era mas eficiente que aquellas fuentes de los años 70-90 del siglo pasado como la mostrada aquí ¿Por qué razón no se usó en su lugar un par de simples resistencias con condensador y zener ? Pues por que la industria y economía no ganaban dinero ,lo que afirmo no es así,incluso mucha electrónica actual aplicada a los prodctos de consumo ,en su mayoría sobra y es obsoleta pero hac mas ricos a esa mafia económica ,manipulando y mintiendo con esa falsa idea de que es por su bien ..la gente consumirá de todo sin cuestionar nada ,creyendo ser mas felices con un Ferrari que con un Dacia 😂😂😂
This guy is in every fu ki g thing. You are not even a tech or a engineer