Nicely explained video, you are going in the right way. About the circuit, the negative feedback can be improved, the way it's done it's not the best for turn off the mosfets, it should be some type of shmitt trigger, or the gain should be increased by adding another transistor, to make the gate control more sharp
Would it be possible to turn this converter into a high voltage converter. I have an application where i need 3000 volts but I do not need the high power.
Nicely explained video, you are going in the right way. About the circuit, the negative feedback can be improved, the way it's done it's not the best for turn off the mosfets, it should be some type of shmitt trigger, or the gain should be increased by adding another transistor, to make the gate control more sharp
Thank you. Yes, I think you are absolutely right.
Heavy Duty MOSFET Modules could be used if you use a heavy duty heatsink.
Would it be possible to turn this converter into a high voltage converter. I have an application where i need 3000 volts but I do not need the high power.
can you get split rail supply like +15v,-15V & 0V from this to be used for audio opamps if one of the o/p diode & capacitor polarity is changed.
no
HAVE YOU USED EAGLE FOR THIS
What is "EAGLE"?
@Den_Electro_channel eagle software by autodesk
It is used for making both digital and analog circuits
What is the frequency.?
What frequency and duty cycle did you use
The multivibrator operates at a frequency of approximately 15 kHz.Duty cycle 50%