Bemf Capacitor Discharge

!: Bemf Capacitor Discharge

I added 5 uf 370 volt capacitor to the new circuit using the tip3055 transistor. The meter is reading 289 volts DC across the capacitor. This is a considerable amount of potential. If I can release a charge in short pulses, conserving as much of the charge as possible, yet delivering enough charge to have the right effect on a battery. I should be able to recharge the source. Im getting nice looking sparks from discharge. My question is what transistor could handle the charge from the capacitor. I intend to pulse the charges from the cap into a step down transformer then rectified to charge a battery.Im not sure if this will work. maybe I should just pulse the charge directly to the battery. This capacitor is storing enough charge to burn the transistor up, if it wasn't for the bridge rectifier keeping voltage from the capacitor from going back through the coil and essentially burning up the transistor, I had this to happen to one transistor already. It formed a nice magnetic field that stopped the motor from turning and fried the transistor and almost burning up the diode.Any suggestions or comments are helpful.Maybe I should make a trifiler coil and go with the output of the secondary winding. Warning about capacitors When dealing with capacitors, electrical or mechanical misapplication can become hazardous. Misapplied capacitors can explode and cause bodily injury or property damage due the expulsion of molten material or metal fragments. Proper handling procedures ...

Bemf Capacitor Discharge

Blow Dryer Bonnet Discounted Order Wholesale Canvas Tote Bags Bulk Rawhide Buy Online

How a Capacitor Works

!: How a Capacitor Works

Electrolytic, Dielectric, Graphics and Diagrams with explanation by Dr. Oliver Winn - a pioneer in the GE capacitor business. Charge builds in the capacitor as electrons fill up one plate. He talks about making polypropylene capacitors which use a layer of aluminum foil and plastic film... Also electrolytic capacitors - using aluminum and tantalum oxide as a very thin dielectric layer.

How a Capacitor Works

Tumi Ducati Backpack Top Quality Christian Depression Treatment Centers Quiz Coupon Pulse Transformer