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Great video! Thanks. Try using QSpice. It's much better

Hello. Thank you for the excellent, informative video. There is a reverse voltage surge of about 50V between the emitter and the base of the transistors Q1 Q2. Can any transistor withstand such a voltage between the base and the emitter? Thank you

Thank you so much, I am developing an LED Driver with this topology and it helped me a lot to prepare my simulation

Hi, love the video. Can u explain how u got the LLC-tank values? Im following the Infinion design guide and it does not match at all :/

Please make voltage control feedback in flyback circuit

Do you familiar simulate DC-AC inverter using SCR for full-brdige. If so please provide the video. Thanks

very low voltage ac-dc converter video can make

can you make a video on ac-dc converter having very low input voltage, perhaps 0.3-0.4V?

Great video

Can u please make a ac-dc boost converter, buck-boost and H-bridge converter?

Hi Mano, I have bumped into your channel and I have been viewing in order full of your videos. I would like to say a special thank you for your great efforts. My questions is that what are the differences between Lm1 and L1 in the transformer? Lm1 is participating resonant tank equations, and L1 is considered as transformer operation? In real LLC transformer, how can we extract/measure Lm1 and L1 by using LCR meter to distinguish their values? Thanks in advance!

How would you now integrate a close loop control in LTSpice? Basically adjusting the switching frequency with changing input voltage and load steps?

Perfect video. Thank you for sharing such a good content. Maybe, as a next step, it would be glad to add SHIM inductor & Current Doubler to see the ZVS capability of the real switches. Keep working on. Respect ! :)

For lazy readers Pro: Modulate Vout with alpha Cons: Harder control, Risk of instability, more commutation losses, not ideal for high switching freq. For readers: PSFB has a big advantage : you can modulate the output voltage by controlling the phasing shift angle alpha. But this comes with a cost. The catch Is that not only the pratical impoementation Is harder, but you Will have more commutations and switching losses. For this reason, classical full bridge dominates the market with High Power applications. LLC and soft switching variations for EMI and cleaness.

I guess if you use voltage controlled switch, the simulation will be fatser. Also, you can add r to the diode model at the output.

Your channel should get more attention from the power electronics community. Great content 👍🏻

Thank you that was a good presentation and I learned a lot from you

Why in the second input cycle,Vout=Vin/2+Vin/4?😢

Thank you Leonardo da Vinci

Ciao. Ho modificato il tuo file .asc aggiungendo gate drivers e mosfets, vorrei mostrartelo e commentarlo se non è un problema. Hai un'email dove puoi essere contattato? Grazie e buona giornata

Can I have ur email?

Sir, can you please make the video on phase shift full bridge converter topology in close Loop configuration. It is my project but about that not much information available on internet in close loop context. 🙏

How can I contact u? I am in Erope

Auguroni!!!

Can I have your email?

Can I have your email?

do u have email?

Great video! Thank you!

It doesn't work in my ltspice simulator. How can I reach u?

Can you include a Switched Reluctance Motor model in your simulation like you did for PMSM?

Hello Mano, Can I have your email? I need your help, your assistance.

Hello sir could you please share the simulation file with us as i couldn't find it in your drive thank your for your help .

Thank u very for sharing ur knowledge, it's really helpful. Can u help/guide me in designing ac-dc converter?

I am a student. Can you help me guiding ac-dc conversion using ltspice. i found your video and realized that you are very expert.

your vedios are very useful thanks for sharing

Thnx for the Video! Where is the torque produced by the motor?

I have done exactly the same thing and in the simulation I get a syntax error: unknown symbol: term Why?

It was really very helpful but I'm finding difficulty in building the gain block it is showing an error :unknown sub circuit called in xx2 001 002 gain value, I have implemented the gain block as shown in the video please let me know how to rectify the error

Very helpful video thank you for the simple explanation can you tell me how can i add and feedback to the system

Sir can I have document (pdf)

Can you guide 1 similar article with Boost Converter ?

I didn't even that ltspice occur B-H curve. You're different teacher. Thanks

your transformer polarity in primary was wrong, flip that's and you will see the right simulations results

I left in my drive two ASC: Benchmark 1 It used to measure how much inductance you lose after having a certain amount of current. You will se that once you surpass the saturation, the inductor becomes a wire basically, with any magnetic propriety, and you will have a short Benchmark 2 It is a more complete version of what I did in the video, even including The H calculation. If you want, you can see it, but, as I said in the video, putting the current on the X axis gives more pyshical meaning to your simulation.

Fantastic video

This is the content for which I pay for internet every month! Good video. I'm waiting for more videos about magnetics in ltspice

How do you incorporate anti-windup in the integrator PI in LTSpice? I'm not quite familiar with the syntax to clear the integrator term based on a windup event. For example, my boost converter has to withstand a huge transient (load step up and down). When the transient occurs from full load to zero, the integrator term drops below zero and gets wound up (my gate drive signal is 0-1 analog).

Stupid circuit. Output 5.4 V. Voltage stabilization is done 2 times, but the output voltage will jump because there is no feedback. This is not a current stabilizer, this is a VERY BAD voltage stabilizer.

Thanks so much for spice model! Nice sim!

nice session❤️ RC+CC pair with zener circuit😔