where does the negative contact go to ground in a mod?
And this is the question to ask. Let's consider the variables for a moment. ;-)
Mechs are a designed device. Someone, with or without a working knowledge of electrical continuity, decides the design of the button and it's tolerances. A clone of an original design may be a different story, in that a clone can be a true 1:1, or not.
Is a device built with minimal tolerance, with superior continuity in mind - a device that, fit with springs or magnets (or even a bunch of tiny red balloons) would work well, due to large and well engaged surface areas?
Or, is the design tolerance "sloppy"... where the continuous contact of a spring - inadequate though it might be to conduct the amperage associated with low resistance vaping - is considered a prerequisite to offset a sloppy and inconsistent tolerance, so that it might have, at least adequate, continuity?
Turning it around a bit...
If the intentional design is that the electrical path be through a spring, and that spring is replaced with magnets which, if our magnets don't "bottom out", may change the electrical path to travel through other points of contact... points of contact never intended to perform that duty, points of contact that are inconsistent and that result in a high degree of resistivity... will those points appear as "hot spots"?
In closing... visualize a mech in cross-section, as though it were band-sawed right down the center lengthwise axis. When the battery contact presses firmly against the battery negative... what are the surfaces that provide ground continuity through the button? Are they solid and substantial, or are they razor edge and sketchy?
