You should do a video on pcb layout of LLC smps. Many critical layout points when combining high impedance monitoring pins with high voltage mosfet highside drivers. Tricky.
Hello, could you explain how an alternating output voltage can be made with this integrated circuit? For example, input voltage 12V and output variable from 13V to 30V? Thank you. Rade.
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Very helpful video 👍
great video
Nice videos from you
You should do a video on pcb layout of LLC smps. Many critical layout points when combining high impedance monitoring pins with high voltage mosfet highside drivers. Tricky.
Good day can this boost converter boost also the current?
boa noite gostei e um exelente converçor
Very good video
Top very good!.
Hello, could you explain how an alternating output voltage can be made with this integrated circuit? For example, input voltage 12V and output variable from 13V to 30V? Thank you. Rade.
How did you calculate compansation 0.1uF cap?
Thank you!
Use a diode in reverse polarity on input and it's save your circuit from burning when you reverse power input
Finally got that
Buck-Boost Design Calculations and Simulation on Multisim Simulink.
It will be better to add a slope compensation in case the pwm is higher than 50 % because you are using current mode regulation
can you share the circuit
🤓
Circuit is not working