Generator Kapanadze: the scheme and description. Generator Kapanadze own hands

What is Kapanadze's generator? Is it true or fiction that the inventor managed to create a fuelless unit that creates energy? Disputes on this matter do not cease and to this day. Professor Tariel Kapanadze actually was able to get energy from the surrounding space. The generator operates due to the ether-dynamic process. At the heart of the device is the use of the Tesla transformer. The voltage drops on its winding.

To stabilize the current, an inductor is used. The signal is transmitted via a coaxial cable. The main problem is to increase the voltage on the secondary winding. To solve the specified task it was possible by means of a tumbler. The battery in the circuit plays the role of an energy store. In order to learn more about the model, you should consider a conventional generator circuit.

Device Diagram

The scheme of the fuelless Kapanadze generator includes a transformer with a low-voltage winding. Next to the capacitor block is a switch. It is necessary to change the threshold frequency of the device. The coil of the model can be used in various diameters. Most configurations involve the use of a receiver. The centrifugal pump is installed together with the pressure sensor.

Aquarium modifications

With powerful inducers you can make an aquarium generator Kapanadze with your own hands. The device circuit includes a capacitor bank and a switch. On average, the sweep frequency does not exceed 12 Hz. If we consider models with a conventional receiver, the threshold resistance will oscillate around 50 Ω. An inverter is used to form the start point. The oscillations of the circuit in this case depend on the receiver. If you do self-assembly of the device, many experts recommend using high-voltage coils. All this will solve the problem with a reduced signal transmission rate.

It is also important to provide the generator with a place under the pressure sensor. It should be rated at 3.5 kPa. In some modifications, centrifugal pumps are used. The frequency of horizontal scanning for models does not exceed 30 Hz. If the output voltage drops quickly, then you need to replace the coil. There may also be problems with fluctuations in the threshold frequency. In this case, the receiver is inspected directly.

Self-made 10 W generator

Using a conventional transformer, you can make a Kapanadze generator. The diagram with the description implies fastening the rack for the coil. In this case, models for 10 turns are suitable. The reference frequency will not exceed 12 Hz. Inductors are installed only after the switch. The ignition counters are better to use a mechanical type.

The receiver is used with different current conductivity. In this case, much depends on the parameters of the inductor. As a rule, pumps in such devices are not used. Solve the problem with a lower frequency can be with a thyristor. It is also important to note that the device requires a pressure sensor.

15 W devices

The Kapanadze circuit of the 15-W generator requires a powerful transformer. Also for the model, one electromagnet is required. When assembling the device, you can not do without the receiver. Install it next to the transformer. In order to reduce the occurrence of short circuits, blockers are used. After installing them, you should take care of the switch. Most often, it is selected with the marking PP20.

The ignition meters are of low sensitivity. The output voltage on the winding must be 120 V. The threshold resistance in this case depends on the power of the transformer. If the receiver becomes damaged, the threshold frequency will drop sharply. It is also important to note that the generator malfunction can be associated with the use of a poor inductor. In this case, it should be designed for high voltage.

Schematic model for 20 W

With the help of a conventional capacitor bank, anyone can assemble a Kapanadze generator. The working circuit of the device includes a transformer and an inductor. For this purpose, it is selected with good conductivity. The coil of the model is installed next to the transformer. Some experts use output inverters for assembly. First of all, they help to cope with the stabilization of the frequency.

Also, the output inverters help with the overload of the capacitor banks. To supply voltage to the winding, you can not do without a coaxial cable. The ignition counter in this case is installed behind the capacitor bank. The sensitivity of the sensor depends not only on the brand of the device, but also on the output voltage. The threshold resistance at 20 W must not exceed 52 ohms. The Kapanadze installation is well placed in a glass container.

Generator with manual switch

With a manual switch, Kapanadze generators are rarely added up. The scheme with the description assumes the use of low-power inductors. First of all, a platform for the transformer is made for assembling the model. Next, you need to use a coil. Most often it is selected for 10 turns. Threshold resistance, it must withstand 30 ohms.

Next, to make the generator Kapanadze own hands, a pressure sensor is installed. The detector in this case is required with low current conductivity. The capacitor bank is installed on the Kapanadze generator behind the inductor. The electromagnet is used without a receiver. It is also important to note that experts advise to check the conductivity of the transformer before turning on the generator.

Modification with electronic switch

The scheme of the fuelless generator with an electronic switch includes a step-down transformer. Blocks of capacitors are used with inductors. Transformer in this situation should be installed on the platform. Next, to make the Kapanadze generator with their own hands, a good pressure sensor is selected. As a rule, it is set at 3.5 kPa.

The reference frequency in this situation should not exceed 12 Hz. The coil at the generator should be attached next to the transformer. A throttle is used to connect it to the winding. The output inverter is applied with low current conductivity. The frequency of vertical scanning at 20 W does not exceed 35 Hz. Sample counters are generally used for low sensitivity.

How to make a device with an expander?

The Kapanadze generator with an expander is manufactured on the basis of a powerful electromagnet. Also, the assembly of capacitors is required. As experts say, an inductor is better to use a small conductivity. The main problem with these generators is a sharp drop in frequency.

It can happen for several reasons. First of all, this is associated with the wrong selection of the coil. The output voltage on it must not exceed 120 V. It is also important to note that if the frequency is violated, the receiver is checked. Threshold resistance in the circuit is considered normal at 35 ohms.

Productivity increase

To improve the performance of the generator, experts recommend using inverters with converters. They are sold in different conductivities, but differ in parameters. On the market, as a rule, models with the marking К200 are presented. A distinctive feature of them is a long service life. It is also important to note that the models are not afraid of high humidity. Before installing the inverter with the converter, the operating resistance in the circuit is checked. If it does not exceed 40 ohms, then you need to set the period skip counter.

Also, before the inverter is fixed to the converter, the operability of the switch is checked. When it breaks, the load on the capacitor bank turns out to be quite strong. Install the inverter with the converter on the lining near the transformer. The coaxial cable for connection will fit perfectly.

Use of power inductors

Kapanadze's non-fueled generator with a power inductor is assembled with a coil for 12 turns. First of all, the transformer is installed directly. Next, a block of capacitors is selected. The conductivity of the current must not exceed 4 microns. You can not use the sampling counter in this case. The output resistance is mainly in the region of 35 ohms. If this indicator is higher, then the inductor does not cope with its tasks. Also, the reason may be in the inverter. In this case, you will need to use a safety lock to protect the winding wear.

The use of pulse inductors

The Kapanadze generator with a pulsed inductor is characterized by increased productivity. It is quite difficult to assemble the model yourself. First of all, the problem is finding the right transformer. In this case, only downward modifications are suitable. Conductivity at them should be not less than 4 m. It is also important to note that when assembling a generator it is necessary to do without a high-voltage coil. However, the capacitor bank is suitable for a conventional one.

When assembling, it is important to make a platform for the transformer. In order not to overload the unit, small rubber pads are used. The coil in this case is installed behind the inverter. Sensors are used to monitor the pressure. The electromagnet in this case is installed next to the inductor. To connect it to the generator, a coaxial cable is used.

On-line inductor generator

The Kapanadze generator circuit with operational inductors includes a transformer and a coil for 8 turns. Directly the inductor is attached through a block of capacitors. To do this, many use coaxial cable. The resistance parameter in the circuit must be at least 40 ohms. Sensors are used to monitor the threshold frequency. The output inverter must be installed with the expander. The receiver is used for low sensitivity. Modifications with pumps are very rare.

Assembling the device with two transformers

The Kapanadze generator with two transformers produces an average of about 230 V. The inductor for the models is suitable for the power type. The capacitor bank is used with an expander. Before installing it, it is important to do the transformer. The card is applied to 8 or 10 turns. The capacitor banks are attached to the generator via a coaxial cable. In this case, the reference frequency should be at least 13 Hz.

The output inverter is installed behind the transformer. The increase in frequency is due to a block of capacitors. It is also important to note that in this case much depends on the throughput of the winding. On average, this parameter lies within 5 microns. Counters are used to skip periods. The threshold resistance of these generators is not more than 35 ohms.

Model with resistor block

The Kapanadze free energy generator with a resistor block is only able to operate on a step-down transformer. The peculiarity of these devices can be called frequency stability. Typically, the coil is applied with a high-voltage winding. The inductor for the models is of the impulse type. The transformer is important to install with a protective lining.

A counter is used to monitor the frequency. The resistor block is connected to the generator only after the coil. In this case, a good choke is required. Also, experts recommend using sampling probes. The receiver is installed with an electromagnet.

Devices with amplifiers

The circuit of the Kapanadze generator with amplifiers includes a step-down transformer. Switches for models are selected both mechanical and electronic type. The capacitor bank is installed only after the transformer. Expanders in models are rare. As experts say, inductors are important to tear the power type. The coil in this case is installed on the lining.

The reference frequency of these generators does not exceed 10 Hz. Output inverters are used with low current conductivity. Direct reduction of voltage depends on the sensitivity of the sensors. The frequency of vertical scanning in devices does not exceed 30 Hz. Electromagnet is selected exclusively with the receiver. The pressure sensors must be rated at least 3 kPa.