1:28 Full Bridge topology : Minor mistake drawing in the bridge. One side is connected between two mosfets ( gate and source) while bridge the other side is connected to drain only (ground or negative)
@@FoolishEngineer regarding to the primary coil of the transfomer,supplyed by the circuitry,if for exemple this primary coil has 90 turns, how many turns must be done to the leakage coil and same question for the other coil in parallel? average? thanks to care ;) also,the mosfet used are well PNP et NPN right? and whats the type of capacitor that must be used? polarised ? non polarized ? thanks to care ;)
Great video and super helpful. As a bidirectional converter, I assume you would change the circuit to a CLLLC converter and replace the diodes with transistor and diode pairs like the current input?
THANKS TO FOOLISH ENGINEER FOR EXPLAINING EACH TOPIC IN DETAIL... I HAVE SEEN ALL YOUR VIDEOS MOSTLY ON MOSFETS.. WILL LIKE TO SEE MORE DETAILED VIDEO ON CAN... AWAITING ......
not only in 6:28 but even in LLC when he put 100Ohm to 500 Ohm, I think should be oposite, as when we push high current to the load we might have a big jump while in low load lower gain jump of gain in resonance. and why ? bicose in heavy load the capacitance impedance when in resonace could be minimum current is high then we have ecessive massive current that is why that the jump
Your videos are brilliant, i would like to go through the psu used on game console ps5. It appears to be a PFC stage 90vac to 260vac to create 400vdc then a LLC TO GIVE 12V AT 30AMP.
No doubt great video , sir I'm sure ur an Indian a Hindustani , but SIR a humble request explain in normal accent , don't try to explain in American or British accent
If this is plagiarism, then what all teachers/professors doing in classrooms is also plagiarism. And we will be forced to learn stuff from the very inventors of the inventions.
@@ramayanamsanthosh7326 I agree, but teachers cite the correct source, that is the important part. You should do this especially since you are copying the images and literally reading out the article.
1:28 Full Bridge topology : Minor mistake drawing in the bridge. One side is connected between two mosfets ( gate and source) while bridge the other side is connected to drain only (ground or negative)
ecxactly!
I think the basic schematic of the full bridge Converter is not correct S3 and S4 is not in function.@2:35
You are right, There is a mistake. Please pardon me.
A very nice intro to LLC !
Indeed it is!
@@FoolishEngineer regarding to the primary coil of the transfomer,supplyed by the circuitry,if for exemple this primary coil has 90 turns, how many turns must be done to the leakage coil and same question for the other coil in parallel? average? thanks to care ;) also,the mosfet used are well PNP et NPN right? and whats the type of capacitor that must be used? polarised ? non polarized ? thanks to care ;)
Interesante explicación. Muy didáctico para comprender el concepto. Gracias por el video 👍
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Great video and super helpful.
As a bidirectional converter, I assume you would change the circuit to a CLLLC converter and replace the diodes with transistor and diode pairs like the current input?
Wow your videos are so solid!
Glad you like them!
THANKS TO FOOLISH ENGINEER FOR EXPLAINING EACH TOPIC IN DETAIL...
I HAVE SEEN ALL YOUR VIDEOS MOSTLY ON MOSFETS..
WILL LIKE TO SEE MORE DETAILED VIDEO ON CAN...
AWAITING ......
Thank you so much! Please show support to my video with Super thanks and don't forget to subscribe to our channel
The schematic connection of the H-Bridge to the LLC tank is not correct, the return connection must be made to the second pair of switches
7:01 is this superposition possible? I don’t think so…
Is that possible to use llc or lc resonant on converter with push pull topology?
what type of channel is use is this circuitry shows here???? is that both N channell ? or N and P channel? or both P channel? please?
Nice video informative.
Sir could you please make video on designing of H bridge for motor control and how to choose components for H bridge
Do you have any reference?
6:28 , i think you have mislabelled the Heavy & Light load curve.
not only in 6:28 but even in LLC when he put 100Ohm to 500 Ohm, I think should be oposite, as when we push high current to the load we might have a big jump while in low load lower gain jump of gain in resonance. and why ? bicose in heavy load the capacitance impedance when in resonace could be minimum current is high then we have ecessive massive current that is why that the jump
very good information
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Great video
thank you!
Hello sir, could you please tell us what is the difference between filters, snubbers and resonant converters?
Noted. I'll work on that
Hello
I learnt more
But i didn't understand that what is work of Lm inductor. Please tell me 😞
Please watch this video
ruclips.net/video/NidTYo2cRsc/видео.html
Your videos are brilliant, i would like to go through the psu used on game console ps5. It appears to be a PFC stage 90vac to 260vac to create 400vdc then a LLC TO GIVE 12V AT 30AMP.
Thank you so much! Please show support to my video with Super thanks and don't forget to subscribe to our channel
Hi sir I need help from u .. I just watched ur MOSFETs selection video it's superb .. I need equivalent MOSFET for RM12N650
you can check on mouser
how to design compensation loop?
will make a video on it soon
Good video👍, but the full bridge circuit is wrong
good
Thanks
thanks!
Welcome!
No doubt great video , sir I'm sure ur an Indian a Hindustani , but SIR a humble request explain in normal accent , don't try to explain in American or British accent
You full bridge diagram is in correct. I guess you should revise it or post a not correcting it.
Please sir Hindi me explain kr do
This is literal plagiarism of MPS article: "Understanding LLC Operation"
If this is plagiarism, then what all teachers/professors doing in classrooms is also plagiarism. And we will be forced to learn stuff from the very inventors of the inventions.
@@ramayanamsanthosh7326 I agree, but teachers cite the correct source, that is the important part. You should do this especially since you are copying the images and literally reading out the article.