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Slem
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I'm using 250V 2200uF capacitor to discharge high instantaneous current into an inductor as shown in the attached image.
I'm using a 12 Volt battery fed into an inverter that output 220 VAC which then is fed into a rectifier which outputs 220VDC.
My question; Can I connect the 220 VDC directly into the Capacitor terminals (activated by push button) without the use of a resistor in series? I just want fast charging.
And when i activate the discharge circuit would I decrease the current flowing through it because the capacitor is still connected to the charging circuit? (even though the switch is open)
I need as much current as possible to flow through the inductor . Would it help if i connect a diode between charging circuit and capacitor ? to block any minimal current wasted as heat flowing back. I'm not sure about what I just said I'm only guessing.
Thank you!
I'm using a 12 Volt battery fed into an inverter that output 220 VAC which then is fed into a rectifier which outputs 220VDC.
My question; Can I connect the 220 VDC directly into the Capacitor terminals (activated by push button) without the use of a resistor in series? I just want fast charging.
And when i activate the discharge circuit would I decrease the current flowing through it because the capacitor is still connected to the charging circuit? (even though the switch is open)
I need as much current as possible to flow through the inductor . Would it help if i connect a diode between charging circuit and capacitor ? to block any minimal current wasted as heat flowing back. I'm not sure about what I just said I'm only guessing.
Thank you!