The Ossie motor

[captainpecan]

Hi Ossie

What is this new circuit. Does it mean a new motor with driving coils in serie and trigger coil as per your Orbo replication ? Or is it a solid state Ossie generator new project  ??  Thanks for sharing

Laurent

Great to see your looking in on us Ossie!  Any and all help is greatly appreciated.  This motor is so damn simple to get running, a bit tricky to get the battery to go up in voltage, but anyone can hit the bench and get results with this!  I love it, thank you for sharing!

His new circuit is simply a circuit will run with alternating North and South magnets around the rotor.  The trigger coil generates a voltage accross the base of a set of transistors as the magnet passes.  Depending on the polarity of the magnet, it will switch on one of two sets of transistors.  This effectively just swaps the polarity of the battery back and forth as the magnet polarity swaps. That's how I'm reading it anyway, feel free to correct me if not entirely right on that one.

Here is a quick diagram of the circuit I am working on.  It simply adds a second set of reeds that will be activated as a magnet APPROACHES the coils, while the other set activates as the magnet leaves the coils.  Two pulses for every magnet pass.  Should double the rpms, for nearly the same average input.  Doubled rpms equals higher energy coming out of the generator side back into the battery.  I've got something else I'm working on also I will try and share when I get it done.  But this should be a pretty simple addition that most anyone can do.  For this diagram, all magnets must be same polarity facing out.

[captainpecan]

@ Jimboot,
Keep going and ignore all the negative you've been getting elsewhere for your work.  Your doing a fantastic job, and moving along rather quickly in your learning.  As Ossie said, you have already achieved more than many have ever been able to do.  And never feel dumb for asking a question you think may be stupid. If it helps you understand an aspect of something, then by all means ask it!  There are some of us out here that actually welcome the furthering of progress and knowledge.  Keep going, maybe soon you can try swapping the battery for a cap.  But do not expect the same results right out of the gate.  A capacitor will lose nearly 50% of the energy transferred, where as at least in my understanding, a battery appears to accept the charge more efficiently.  But that of course is just my opinion from my own bench tests in the past.  Although when you get a self runner with a cap, it cannot be refuted, as the voltage on a cap will not lie to you like a batteries can from surface charges.

[synchro1]

@Ossie,

          The motor resembles the Lutec somewhat. I was thinking that cresent shaped or "banana" rotor magnets, pulsed at the 20% passage distance might generate additional charge in the coil with the remaining 80% passage. A feat accomplished by the metal contacts of a mechanical commutator in the Lutec model. 

[Jimboot]

@woopy Yes I am using metal screws see my earlier post for what I think they do.
@captainpecan Thanks for the encouragement. You guys have been sensational. I don't let others hiding behind keyboard sniping from the sidelines bother me.

Oh and by the way....
MY BATTERY VOLTAGE HAS RISEN  to 1.3V OVERNIGHT. It has gained .04Volts . This is the same battery that previously ran over 97Hours. Before I started the 97hour run it tested at 1.32V

The vid I filmed last night is here pretty rough as my good cam is at the office. This is filmed with my web cam . http://www.youtube.com/watch?v=zJj6902CMBw

This circuit still has no resistors or schottkys or rectifier. It is Ossie's orig circuit. Yet it has risen overnight running at 240RPM

[callanan]

Great to see your looking in on us Ossie!  Any and all help is greatly appreciated.  This motor is so damn simple to get running, a bit tricky to get the battery to go up in voltage, but anyone can hit the bench and get results with this!  I love it, thank you for sharing!

His new circuit is simply a circuit will run with alternating North and South magnets around the rotor.  The trigger coil generates a voltage accross the base of a set of transistors as the magnet passes.  Depending on the polarity of the magnet, it will switch on one of two sets of transistors.  This effectively just swaps the polarity of the battery back and forth as the magnet polarity swaps. That's how I'm reading it anyway, feel free to correct me if not entirely right on that one.

Here is a quick diagram of the circuit I am working on.  It simply adds a second set of reeds that will be activated as a magnet APPROACHES the coils, while the other set activates as the magnet leaves the coils.  Two pulses for every magnet pass.  Should double the rpms, for nearly the same average input.  Doubled rpms equals higher energy coming out of the generator side back into the battery.  I've got something else I'm working on also I will try and share when I get it done.  But this should be a pretty simple addition that most anyone can do.  For this diagram, all magnets must be same polarity facing out.

Hi CP,

The new circuit I posted uses the same motor contruction with all magnets N facing out. The only difference is you can now disconnect just one of the series drive coils and use it just for a trigger coil instead. The circuit drives the rotor using both attraction AND repulsion of the rotor magnets and is a true bipolar AC motor.

This circuit requires no tuning...

Your 4 reed circuit can do be the same thing. So we just need to get some performance tests and results of each to compare solid state versus mechanical switching.

Regards,

Ossie