One thought on “synchronous rotary spark gap transmitter”
I have a question. 🙂 In spark gap transmitters, the speed of the generator decreases when the morse transmission is made, that is, when it is under load. Doesn’t this make a difference in the transmission tone? Would a scenario where the transmission tone is determined by the rotary discharger but the discharge occurs at the quenched gap be efficient? Is such a thing possible? It sounds like this way the tone can be kept constant.
I have a question. 🙂 In spark gap transmitters, the speed of the generator decreases when the morse transmission is made, that is, when it is under load. Doesn’t this make a difference in the transmission tone? Would a scenario where the transmission tone is determined by the rotary discharger but the discharge occurs at the quenched gap be efficient? Is such a thing possible? It sounds like this way the tone can be kept constant.