As far as i know, it is Not possible to use a ebi for energizing a usual tesla coil.
It does not have an ignition ballast resistor.It does not have an ignition ballast resistor.
A mulit tap ballast is in fact an auto transformer.
A 1998 Dakota does not have a ballast resistor.
Yes, there is an excitation current that flows through the primary side of the transformer which is located in the magnetic ballast's casing.
Yes, ballast compatible LED tubes are designed to work with existing lighting fixtures that have a ballast.
It does not have a ballast resistor, those were used for ignition systems 30+ years ago. It does have a blower motor resistor that is located behind the glove box.It does not have a ballast resistor, those were used for ignition systems 30+ years ago. It does have a blower motor resistor that is located behind the glove box.
The sound to which you refer is typically produced in the ballast. A noisy ballast is often an indicator that ballast is not doing well. The ballast is a special purpose transformer, and inside the transformer are coils of wire that are around an iron core. The core is typically a stack of stamped plates made of mild steel that have been riveted or otherwise connected together to provide the necessary mass. When the plates are not tightly bound together, they can move slightly under the changing magnetic field and produce a humming sound that can be quite loud. When that happens, the ballast is about to fail.
A stinger is linemen terminology. Do you mean transformer instead of ballast. Please be more explicit as to what you are doing.
Hi you will find 2 x Ballast resistors below the inlet manifold , they are screwed to the inner wing just forward of the ignition coil under the ignition amplifier ( which is the alloy box with cooling fins)
It's called the ballast resistor.
A transformer changes the amperage and / or voltage. It literally "Transforms" electrical energy. A ballast is like a capacitor. Think of a ballast as a short-term battery. It stores power then releases it as needed. A common example of a ballast is on fluorescent lights. Initially, a fluorescent light needs a big blast of energy to excite the gas molecules into emitting photons (light). Then it only needs a small amount of energy to keep the gas molecules in an excited state. However, that power has to be of consistent amperage and voltage. The ballast is designed to do that. The electrical ballast stores energy in the same way that a water ballast stores water for stability. Because the electrical ballast stores far more power than the device it regulates requires, it too provides a kind of electrical stability. That's why you often see a fluorescent light flicker or "lose stability" when the ballast starts to go bad. A transformer transforms voltage and amperage up or down. A ballast provides a stabile power supply.
No. An hid bulb has a transformer (ballast) that produces a certain voltage needed to fire the gas in that lamp.