Mechanical Magnetic Torque Amplifier

[Allen Burgess]

[Allen Burgess]

This circuit will self loop simply. The power coil shorts directly to the capacitor through the SPDT switch.

[Allen Burgess]

2. Optimal design of the coil gun
2.1. Coil gun system

Coil gun system propels the projectile by electromagnetic force caused by Fleming’s right hand rule when the electric current energizes the electromagnetic solenoid coils. The schematic diagram of electric circuit for coil gun launching system is shown in Fig. 3. The electromagnetic coil is energized by discharging of a capacitor.

[Allen Burgess]

Create an electromagnetic coil. An electromagnetic coil is a device that is made up of two distinct yet integral parts: a conductor and a core.[3] In this case, your iron rod will be your core and your copper wire the conductor.
Wrap your copper wire tightly around your core, leaving little to no gaps in your windings.[4] You should leave excess wire at the beginning and end of your winding so that you can connect your coil to your flash capacitor.
Image titled Make an Electromagnetic Pulse Step 3
3
Solder the ends of your electromagnetic coil to a capacitor. A capacitor is generally a double-pronged, cylindrical shaped component found on most circuit boards. Your disposable camera should have a capacitor for its flash.[5] Be sure that the battery of your disposable camera is removed before attempting to solder the ends of your coil to the capacitor, or else you could get a nasty shock.

[Allen Burgess]

Basic Disposable Camera Coilgun:

https://www.youtube.com/watch?v=E2DBM6lz7q4

The BEMF from the power coil gun can easily loop to the discharge capacitor through a diode wired to an SPDT switch.

Rocking the charge in and out of the discharge capacitor is a bit different then charging the source battery with the flyback output.

[Allen Burgess]

Look at these magnetic reciprocators. Too bad they don't have recovery output circuits!

https://www.youtube.com/watch?v=BnDbpUX-r8g

The shuttle cock version could run with two flash circuits and two SPDT spring pressure switches looping output and BEMF both through the same normally closed switches.

[Allen Burgess]

Reciprocating power looped thick wire coil guns with thin wire secondary coil tube in between for output.

3-6 volt to 400K transformer: This can speed the capacitor charge time up to nearly instantaneous.



Look at this simple HV capacitor:

https://www.youtube.com/watch?v=eA_CD499Ohs

The 400Kv transformer and HV capacitor can replace the flash circuit with a high speed charge rate.

[Allen Burgess]

[Allen Burgess]

Hi-voltage pulse.

The high voltage discharge into the electro magnet has zero effect on the magnetic field. The core must be damping the effect. That leaves the thick wire solenoid.

[Allen Burgess]

I doubled the voltage from 6 to 12 on the 10 Henry choke after the video and got a more powerful very rapid oscillation:


https://youtu.be/GClmc6p6O9k

[Allen Burgess]

https://www.youtube.com/watch?v=Zubp7Woxt8Y

Compare that hi voltage current interruption magnet direction with the low voltage below:


https://www.youtube.com/watch?v=r8wBt9Q8H5I

The magnet stack in the hi voltage current interruption is not powered by the electrical current traveling from the ignition coil to the ground. The current is traveling sideways through the wire as the hi voltage interruption scours the conductor of electrons and the surrounding magnetic field rushes in to fill the void.

The same thing is going on with the 10 Henry choke and the magnet field. That force is from the imploding ether.

[Allen Burgess]

The magnet stator oscillates from under a hertz up through the sound range into the tens of kilohertz depending on the spark gap.

[Allen Burgess]

Zero point.

The electrical current that generates the magnetic field in the 10 Henry choke emanates from the electrical bonding within the atomic structure of the coil and core. I stated the current is traveling "sideways" through the wire when it's actually ballooning from the inside out circumferentially from the Quanta. The hi voltage bonds the free electrons in the conductor when they transmute to plasma spark. The free electrons in the material flood into the available space and generate the magnetic field in the choke. The more inductance material the greater the influx. This is free power!

[Allen Burgess]

The major problem home built capacitors encounter is the thickness of the dielectric. The pre-manufactured variety solves this problem. Capacitance can be increased by teaming them up in parallel. The micro amps in the capacitor would not normally be enough to generate any magnetic field in the ferrite. This force is not described by Ampere's law.

[Allen Burgess]

Franklin's Bell

The vibrator is a "Franklin's Bell except that the 10 Henry choke is vibrating a 2 ounce ferrite stator not an aluminum foil ball with the HV spark.