Permanent magnet assisted motor coil designs

[Floor]

CAPTAIN THE HIGHER THE FREQUENCY THE HIGHER THE ENERGY .

The higher the frequency the higher the energy... per unit of time (power)... true that.
But...
1. once you begin to approach radio frequencies many complications will arise
2. physical objects cannot react / respond (due to inertia / other things) to very high
    frequencies  (even at a molecular range of size / scales)
3. resonances and harmonics (always at lower frequencies than the causal frequencies)
    may be slow enough / give the .... appearance / as if ...  higher frequencies are being
    .... directly ....  responded to, even when they are not.  etcetera etcetera etcetera


I recommend that for the sake of clarity / understanding of what is going on
and ease of observation / simplicity, keep things slowed way down.

Increases in power (frequency of repetition of cycles per unit of time) should perhaps be
approached in later stages of development as a means of increasing power.
             Just my opinion though...

[captainpecan]

The higher the frequency the higher the energy... per unit of time (power)... true that.
But...
1. once you begin to approach radio frequencies many complications will arise
2. physical objects cannot react / respond (due to inertia / other things) to very high
    frequencies  (even at a molecular range of size / scales)
3. resonances and harmonics (always at lower frequencies than the causal frequencies)
    may be slow enough / give the .... appearance / as if ...  higher frequencies are being
    .... directly ....  responded to, even when they are not.  etcetera etcetera etcetera


I recommend that for the sake of clarity / understanding of what is going on
and ease of observation / simplicity, keep things slowed way down.

Increases in power (frequency of repetition of cycles per unit of time) should perhaps be
approached in later stages of development as a means of increasing power.
             Just my opinion though...

I tend to agree. Maybe something I can move towards. But yeah, I'm not there yet.

[Floor]

and..
   thanks for all the nice work / detail / communications...

              best wishes

[captainpecan]

Just a little update. Had a few things being a pain, but it's back together. Sort of. I still need to make my terminal block, get my pulse circuit done, set the switching up, and I'll be ready to start testing and fire it up. I am keeping the gap huge for now. Starting at about 3/8" gap right now. The magnets are so strong, while I was tightening things it all slammed together and took me a while to get things apart without breaking stuff. So I'm moving forward slowly and decrease the gap after I know it doesn't grenade on me and throw magnets through my walls when I try and run it. At least if it explodes, I want it recorded!!.. lol. More to come soon.

[captainpecan]

Quick question. I have a bunch of these hall sensor boards I ordered for the wrong purpose a while back. Pretty sure they are for arduino's. I don't have one. But I'm trying to use it anyway. I am simply just wanting to trigger an n channel mosfet with it. The pins are switched but it has built in LED and stuff is kinda of a nice bundle for tuning a pulse motor. But for some reason no matter how I hook these up, i can't get it to work. When I hook it up as shown assuming it is just the sensor itself, all I get is solid led lit. Any suggestions? I can just use a normal hall sensor, but I want to use these if I can. I am hooking it up assuming pin 1 is -, 2 is +, and 3 is signal. I want to power it from the same circuit, but I've even tried powering with separate power source. I immediately get the led to blink in a field like it's supposed to, but the signal still doesn't trip the mosfet??? I'm sure I'm doing something stupid. Any suggestions?