Testatika Generator 
How many explanations have you seen on how the Testatika generator works? After years of bench testing here, forget what you have read in the past. Electrostatic? Not quite. This generator does borrow from high voltage electrostatic principles though. Lets regress on how electricity is made in its basic form. Notice the drawing above with the wire passing through the field of magnets. This splits (or drives apart) the electrons in the wire. It is called charge separation. The positive has more electrons now on its side than the negative. There is a electron vacancy on the negative side. Positive or negative depends on the right hand rule and how it is used. All the positive and negative know is that they need to get back together because of their magnetic attraction in which the magnets created from the beginning. When they merge a charge is emitted from the electrons in the wires as they move. The vacancy on the negative side has been equalized between the two. When a positive charge moves in a wire, it is being depleted. If the positive charge remains stationary it can contain its charge for a long time. Such as a battery or capacitor. From this point forward remember: To produce free electrical energy means you must not destroy the positive potential you start out with. If you move the primary potential through wiring, you are destroying it. (Note: Even moving ground to positive in a incorrect manner can delete the source.) Lets take a thin metal plate and connect positive to it from a source. Place a insulator on one side and install another metal plate on top of the insulator with a ground connection to the source. A simple capacitor. Place a simple coil in line with the ground connection. Between the coil and ground source, place a blocking diode. The starved electrons from the negative side rush to the plate facing the positive plate. They are excited and attracted to the positive plate. Place the positive lead from a volt meter at the negative plate and the negative lead at the blocking diode. Move the negative plate with voltmeter lead attached away from the insulator. You are splitting the cap. A positive voltage will occur on the meter. Conclusion. (1) You have created a real positive voltage and current from a negative or ground source. (2) In doing so you are vacating more starved negative electrons from the ground source if you send them to a cap. The blocking diode prevents any return. (3 Positive potential from the source has remained stationary. It never moves.(4) You have created a wider separation of charge at the main source (if you keep up the movement), which raises the source voltage. You are actually charging the source with this simple procedure. You can setup this procedure using plastic disks and plates as a split rotating capacitor. A modified Wimhurst generator will do the trick. The voltage and current which is drawn off from the negative side can be stored in a cap and used to turn the generator disks. The source can now furnish a load without depletion. One can now see how the Testatika is working by only using the negative side. You can turn the wheels at a very slow speed and have a powerhouse of a generator. See the Testatika generator below.
Testatika Picture |
