My question is if we could attach an induction loop to a standard T8 bulb. If a bulb has burned out its electrical contacts, perhaps it could still be reused as it is.
I’d guess that even if it were possible, it needs a lot of special electronics. Not worth the effort compared to getting an LED bulb.
Likely. The coils only job is to ignite the lamp by whacking it with high voltage to strip some barium elections off the coil to induce plasma and therefore electrical flow. The plasma then excites the phosphorus to make light. After that the coils could just be stubs of wire so long as current keeps flowing through the excited plasma. If you did it inductively it would achieve the same means but I don’t think the plasma would be as dense so the lamp not as bright. My theory anyways.
My question is if we could attach an induction loop to a standard T8 bulb. If a bulb has burned out its electrical contacts, perhaps it could still be reused as it is.
I’d guess that even if it were possible, it needs a lot of special electronics. Not worth the effort compared to getting an LED bulb.
Likely. The coils only job is to ignite the lamp by whacking it with high voltage to strip some barium elections off the coil to induce plasma and therefore electrical flow. The plasma then excites the phosphorus to make light. After that the coils could just be stubs of wire so long as current keeps flowing through the excited plasma. If you did it inductively it would achieve the same means but I don’t think the plasma would be as dense so the lamp not as bright. My theory anyways.