OK, I'm a noob to vaping, but not to watts. I make them for a living. But let's talk TC...
Doing some reading of various chips, and writers, and capers... Yihi limits to 50 joules. 75 on the 350. Other say they prefer other chips that do watts even though they are the same.
I read the piece on cloudmaker about TC. And how limiting temp and using more power produces more vapor. That I get to a point... But volts or amps crammed through a tiny wire produces heat. To limit the max temp, you have to limit watts or joules. Energy over time. Volts or amps, one or the other, you have to slow down how much you are trying to cram through the wire.
Vapor production and air flow will cool the coil. Provide more, you lower temp... So you can do more watts/joules. But that is more about the tank being driven that the board being driven. What am I missing?
Seems when talking about chips, some want to speak about how much it can do, but if your tank/coil can only do 30 joules at 400F, then it doesn't really matter if the board can do 200 watts.
Doing some reading of various chips, and writers, and capers... Yihi limits to 50 joules. 75 on the 350. Other say they prefer other chips that do watts even though they are the same.
I read the piece on cloudmaker about TC. And how limiting temp and using more power produces more vapor. That I get to a point... But volts or amps crammed through a tiny wire produces heat. To limit the max temp, you have to limit watts or joules. Energy over time. Volts or amps, one or the other, you have to slow down how much you are trying to cram through the wire.
Vapor production and air flow will cool the coil. Provide more, you lower temp... So you can do more watts/joules. But that is more about the tank being driven that the board being driven. What am I missing?
Seems when talking about chips, some want to speak about how much it can do, but if your tank/coil can only do 30 joules at 400F, then it doesn't really matter if the board can do 200 watts.