At about 8 minutes, you say that in a capacitive circuit, voltage leads current and in an inductive circuit , current leads voltage. This is backwards. Easy to remember using ELI the ICE man. Voltage leads current in an inductive circuit and current leads voltage in a capacitive circuit.
Hey +JacobDykstra , it's me Son Nguyen again. I researched online that the boost converter actually regulates the current that I asked you about in the past videos. However, this requires the significant increase of voltage instead of a linear regulator which will dissipate excess power as heat. You said in the video "Homemade level 2 EV charger quick overview" at the end that the car may show the normal charging time for full power even when we lower the current. This act will absolutely take more time than full power. So my question is what component in the charging unit help lower the voltage after DC/DC converter (boost converter)'s high voltage output? Thank you for helping.
Here from my college lol
At about 8 minutes, you say that in a capacitive circuit, voltage leads current and in an inductive circuit , current leads voltage. This is backwards. Easy to remember using ELI the ICE man. Voltage leads current in an inductive circuit and current leads voltage in a capacitive circuit.
Who else is here from school ? Great video btw :)
Clearly explained good pacing. Hope you will continue making videos on the basics of electronics. Thanks.,
Hey +JacobDykstra , it's me Son Nguyen again. I researched online that the boost converter actually regulates the current that I asked you about in the past videos. However, this requires the significant increase of voltage instead of a linear regulator which will dissipate excess power as heat. You said in the video "Homemade level 2 EV charger quick overview" at the end that the car may show the normal charging time for full power even when we lower the current. This act will absolutely take more time than full power. So my question is what component in the charging unit help lower the voltage after DC/DC converter (boost converter)'s high voltage output? Thank you for helping.