Thanks again.
What does the grenade field look like with the inductor (grenade primary) disconnected? Trigger on PWM.
PW
PW:
The grenade does not have a normal type of primary coil, such as the mentioned "inductor" coil, as being its "primary" coil.
The 18m "inductor" coil is connected directly to the secondary coil (3t) coil of the yoke, along with a 0.47uf cap. That is the yoke/ inductor coil, induction coil circuit.
The grenade's 37.5m 68t output coil, is connected to the yoke's secondary 28t coil, directly. Which serves as its "inductor coil", on the YOKE. There is also a series connected cap, such as one or two 0.15uf or so, tuning caps, for that circuit.
I hope that I'm able to explain this, as it is somewhat complicated, and an unusual way of doing things.
The Kacher, is meant to sync it's HV HF signal with both the "induction" coil, (the 18m coil) on the grenade, and also with the 37.5m 68t grenade's output coil, that is under it, by a capacitive coupling.
Just how this is all supposed to work, is what we are trying to figure out. But, both the induction circuit, (push/pull), and the Kacher HV circuit are relatively simple circuits. Yet, it's very difficult to sync them all together to allow for self running, which is the main trick, here. As most people would not figure any of this out, on their own. IF, it's all TRUE... I only mention the above info in the hopes of furthering our understanding of this device.
As I know that only the real die-hards will read all of Vasik's transcripts. Or watch all the related videos.
NickZ
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Topic: Dally, Shark & Ruslan workbench (Read 309943 times)
