PennSteve
06-28-2020, 02:28 PM
Hey Everyone,
I've been trying for a while to find an answer to this question, but either it's not there or I'm just no good at finding these things. I've read plenty about series versus parallel wiring, and I understand the differences both from a how-to standpoint and from an Ohm's law / current / voltage / resistance standpoint.
But here's what I don't understand: if I wire two or more squibs (of whatever variety) in series, as soon as one fires it's going to break the circuit. So the same scenario that offers the benefit of the continuity test ALSO introduces the liability that a single point of failure (or, well, operation) shuts the whole thing down. Has anyone ever seen this? There must be some differences from one E-match to the next, or from one initiator to the next, or whatever; if you pull 10 out of the same batch, they'll all have slightly different impedances, right?
Any / all insight would be greatly appreciated-
I've been trying for a while to find an answer to this question, but either it's not there or I'm just no good at finding these things. I've read plenty about series versus parallel wiring, and I understand the differences both from a how-to standpoint and from an Ohm's law / current / voltage / resistance standpoint.
But here's what I don't understand: if I wire two or more squibs (of whatever variety) in series, as soon as one fires it's going to break the circuit. So the same scenario that offers the benefit of the continuity test ALSO introduces the liability that a single point of failure (or, well, operation) shuts the whole thing down. Has anyone ever seen this? There must be some differences from one E-match to the next, or from one initiator to the next, or whatever; if you pull 10 out of the same batch, they'll all have slightly different impedances, right?
Any / all insight would be greatly appreciated-