Hi guys,
Just wondering if this simple circuit will work as I expect it to. So this is for an engine, I'm utilizing multiple Piezo igniters to create a spark plug and I'm trying to figure out if this will work. I understand that this would be pretty easy to test I just don't have the components right now and I'm clueless when it comes to circuitry. So there might be something like 50 igniters, they will be triggered separately, one at a time. What I want to happen is that the piezo's won't interact with one another, they will jump the gap in this configuration, firing the engine and the charge won't be sapped by vibrating the other crystals. In this hypothethical circuit, one terminal of the piezo igniter is connected to a common contact like in the picture and the other terminal of the Piezo's is connected to the other contact. Am I correct in assuming that the electrons will choose to jump the gap instead of vibrating the other crystals? Or am I incorrect?
Thanks in advance for any input.
- David.
Just wondering if this simple circuit will work as I expect it to. So this is for an engine, I'm utilizing multiple Piezo igniters to create a spark plug and I'm trying to figure out if this will work. I understand that this would be pretty easy to test I just don't have the components right now and I'm clueless when it comes to circuitry. So there might be something like 50 igniters, they will be triggered separately, one at a time. What I want to happen is that the piezo's won't interact with one another, they will jump the gap in this configuration, firing the engine and the charge won't be sapped by vibrating the other crystals. In this hypothethical circuit, one terminal of the piezo igniter is connected to a common contact like in the picture and the other terminal of the Piezo's is connected to the other contact. Am I correct in assuming that the electrons will choose to jump the gap instead of vibrating the other crystals? Or am I incorrect?
Thanks in advance for any input.
- David.