2 OKay pairs left, 1 near-perfect & 1 total reject on the right side. Quarter Inch screws shall prove handy soon, eventually...
Alt. source: https://i.postimg.cc/L6K291XC/Egzoset-s-Cust-VG-Pipe-Metal-Tops-Quarter-inch-Pilot-rods-480x480.png
Transvesal cuts are an early feature which may undermine the rest if too much error causes diviation from an ideal 90 degrees angle.
Alt. source: https://i.postimg.cc/SR7TpsDs/Egzoset-s-Cust-VG-Pipe-Metal-Top-Transversal-Cut-MISALIGNMENT-as-cause-for-REJECTION-640x360.png
These pilot rods provide low-friction rotating freedom while also working as an alignment tutor to limit direction changes until both holes join inside.
Alt. source: https://i.postimg.cc/xjRSKT3g/Egzoset-s-Cust-VG-Pipe-Quarter-inch-Metal-Rod-as-Drill-Pilot-in-Whole-Bell-Saw-Cutters-for-alig.png
Doing more with less (using relatively basic tools)...
Alt. source: https://i.postimg.cc/VNVWXhgf/Egzoset-s-Cust-VG-Pipe-Metal-Top-A-quarter-inch-Pilot-Hole-initially-drilled-from-Both-Sides-6.png
Just a few hours later, having it put in communicable form helps further with the cognitive process apparently. Which is a benefit of getting prepared vs not...
PCBoard layout matters in consideration. Like inclusion of close-loop control via measuring voltage of both the workcoil's electrical AND magnetic fields... Etc.
Removal of an extra-bending operation made sense and even resulted in many more possibilities...
Not just a Royer secondary, but also as AC sensor measuring the magnetic field + susceptor response, while voltage across a power resistor conveniently provides an electric-field voltage (Prot., PLL)...
About getting polarities right (which is which?!)...
Please help pass the word:
https:// i.postimg.cc/cC0WGXbP/Egzoset-s-2-Sides-6-5-sq-cm-Transparent-View-on-LAVAWand-compat-2-5-D-IH-Work-Coil-s-Assy-640x6.png
A versatile Flat Magnetics/Multi-Level Switched-Capacitor(s) Class-D solution creating/enhancing fault-tolerance, by elimination of potential compounded risk factor from typical power contacts MUTIPLICATION around AMOVIBLE series-connected Battery cells (4 contacts if 2 cells, or 6 for 3!)...
An idea to help make it slim, eventually, by bringing the 2 poles on same side while the other is bridged using some "U" shaped core... Paving the way to a reasonably thin 2.5-D WorkCoil Assembly (e.g. with pseudo "Z" axis, by allowing multiple convenient workcoil juxtapositions - in principle).
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