Відео

Very nice explanation on how both the switching ON and OFF time of gate current is reduced.

Amazing work, keep it up.....

hlo sir can you please share me the simulation file

How did you create the symbol for the pmsm? It is not tin the component directory. Sorry if this is a silly question, I'm new to LTSpice again after 10+ years.

Pls provide the name of the research paper you refrerred for this ckt

what is the value of Resistor and Capacitor u kept

which mosfet you used

Very good...

So what about bootstrapping all I need to do is add the capacitor to the floating ground and to and diode from vcc and i get bootstrap work am I current??

tks for video, that's very useful, but if we use this for buck circuit (not synchronus buck), at Ton when 2 mosfet M1 and M2 on (closed) at the Source point had buck voltage, so the M1 will short at this time, so this circuit will help for highside mosfet with resitor load? or am i wrong?

that's very awesome, i also fix the rise time with ic like MIC4424, 4421 to remove the totem pole on my circuit, but with this tip, i am not using these ic for cheaper circuit, tks

What type is Q4 diode?

Hello Sir, I met you in SeFeT'2023 conference.

I simulated current source connected to capacitor in LTSpice. But, I got an error. As the theory, capacitor voltage will ramp, but why in LTSpice can't simulate it?

could you please share the simulation files if possible

Please ,is it possible that you add the Ltspice files ...thanks in advance !

Amazing, Thank you, sir! It's all under your supervision. Your guidance and support have been invaluable.

Hi. Thanks for the great video series on LTspice simulation tutorials! This is really useful information for those who are new to this field like me. I am study with simulation of a inverter and would need a motor model to test the inverter response. Could you please send me the .lib motor model and simulation file?

does bootstrapping limits switching frequency ?

what is that voltage source connected at the bottom of the summer block in the phase shift logic circuit.It isn't clear

That is such a huge improvement!! Did you invent this modification?

This is so well explained! Thankyou for making this video brother.

How you import the spice model?

That will have high current in M16/M17 when transitioning ...NOT GOOD!

How to build it ?

so its an air transformer, what frequency it works on? good job btw

FFFUUUULLLLLLL BRIDGE RECTIFIER!!!!!!!!!!!!!!!!!!!!!

Peak Efficiency? Efficiency over distance?

Amazing

Impressive, all the best sushan sir.

So proud of you pupay❤ keep doing your best everyday.👍

Why don't you give circuit diagram

I generated curves well in ltspice with a separate gate drive source but try doing it with a resistor/capacitor as one would do in real life and the simulation slows down to a never ending crawl.

Is it using IR2113/2110

Hi, can you kindly share the schematic? Thank you for the informative video too

Great... could you please make video tutorials on this?

Hi, how the schematic will change if you change the GND with another voltage (for example 13V)? I want to have at the output of the Mosfet Totem Pole 13V when uC is in High state and 15V when uC is in 0 . Thank you :D

Hello, Thanks for your video I am trying to build a bipolar driver (+Vgson and -Vgsoff) and I am struggling for the choice of the BJTs for it. What is your technique for choosing BJTs?

And when the level-7.5V both mosfets are on and short cut the powerfully.

Thank you for your video. I have 1 question for this lecture. I wonder why there is a phase difference between the reference Sin and Inverter Waveform and how to correct it.

How can I make a simulation for 11-level Phase Shift PWM technique for control of single phase inverter with LTSpice simulation?

Hello, how can I contact you for a project pls?

Hello, can you help me with a sinusoid design? Pwm inverter?

why here you have used BJT instead of logic MOSFET in the level shifter?

How to get the efficiency of this gate driver circuit? and what about the power loss of the driver? also is it possible to get gain and bandwidth of the driver circuit?

Remind me to UCC3895. Damn badass chip.

Was hoping you showed how to generate just the output characteristic curves in LTspice. Amazingly hard to find this most first simple thing.