Free energy

- 1. Where does the energy come
- 2. Where does the energy
- 3. Methods of energy conversion. The efficiency of the second kind

Methods of increasing the efficiency of the 2nd kind

Electrostatic condenser

- 1. ESK and algorithm enable it
- 2. Model esque. The total calculation
- 3. Spherical generator on ESCs. Calculation

A constant magnetic field as a source of energy

Pulse technology on the bias currents

- 1. The energy of the bias current
- 2. Calculation of energy of the bias current
- 3. Pulse technology on the bias currents
- 4. Pulse technology. Special cases. Circuitry

The magnetic component of energy of standing waves

- 1. Square displacement of a standing wave
- 2. The energy of the standing wave with displacement
- 3. Classification of waves in long lines. Optimum energy extraction
- Transformer cross-longitudinal waves
- TTLW. The collected longitudinal and transverse waves together
- The transformation of transverse waves into longitudinal

Transformer TTLW

Application

Energy parametric RLC-circuits

- Introduction
- 1. Parametric variation of the resistance in the RC and RL-circuit
- 2. Parametric changing capacitance in an RC circuit
- 3. Parametric change of inductance. OADS
- 4. Free energy in parametric RC and RL-circuits of the first order
- 5. Free energy in a parametric RLC-circuits of the second order
- Application to the proof of parametric RLC-circuits of the first kind
- Stoletov curve approximation for ferromagnets
- O2O parametric-transformer
- Introduction

Parametric RLC-circuit of the first kind

Application to chains of the first kind

Parametric RLC-circuit of the second kind

Energy and propulsion ideas

- Unsupported mover on uncompensated charge. Magnetic principle
- Magnetic transformer with a folding brim
- Matrix measurement of the biofield
- Air motor And diode
- Tube method of increasing efficiency
- Lick-a method of improving the efficiency of the second kind
- Jump-a method of increasing the efficiency of the second kind
- The transformer of the traveling wave
- The energy pits

On the Tesla transformer

- The combination of the first harmonic with a quarter of a standing wave in single-layer coil inductance
- Harmonic LC resonance in single-layer coil inductance
- Study of coil inductance 1/4 wavelength
- Studies inductor 1/8 wavelength
- Indicators of the standing wave in the coil inductance
- The lumped and distributed resonances in the inductor
- 1. Ordinary medical coil
- 2. Medical coil with modulation
- 3. Medical coil on PIC-controller (12V)
- 4. Medical coil on PIC controller (5V)
- Hospital management coil on PIC controller

Medical coil

Guide to managing medical coil

- The resonance of the second kind
- Mutual induction bifilar coil at resonance of the first and second kind
- Nuclear magnetic resonance of certain materials in inductors

- The electrical capacity of the connection. The method of calculation
- The potential of a charged sphere. The method of calculation
- Values of certain functions
- Approximation formulas for potential difference
- Calculation secluded capacitance unevenly charged sphere
- Simple methods of numerical solution of some differential equations

Electrostatic pump on parametric items

- Digital modulation generator 1 Hz-150 kHz with breaker
- Indicator bio
- The control circuit of the parametric circuit with variable inductance
- Power supply 0-32V measurement of output current and power
- Sine wave signal generator on one transistor. Calculation
- Generator with adjustable duty cycle small voltage
- Generator grid frequency F=F/n, where n is an integer greater than zero
- The electronic equivalent of the circuit breaker for spark Tesla coil with PLL
- Generator packs nanosecond pulses
- Power controller for soldering iron from parts computer power supply
- Adjustable high voltage generator
- The generator voltage pulses on a single mosfet transistor
- The blocking oscillator on a longitudinal wave
- Adjustable kacher
- Symmetric kacher
- Super kacher
- Indicator ground + economical flashlight
- Super-economical lighting on power led
- Some features of the behavior of a charged high voltage capacitor
- Pulse method for increasing power at resistive load
- The effect of connecting a remote tank to the high-voltage generator
- The Tesla experiment with the U-shaped bus on a modern element base
- Induction in the capacitor К78-2 during its movement in the space
- Ferromagnetic diode
- Experiment with two lamps and a pulse generator
- Electret-condenser effect
- The effect of ultra-low energy consumption in the scheme katscher with a supply voltage of 0.5 .. 0.8 V
- The effect of restoration of charge and battery capacity
- Parametric method of controlling a transformer with high efficiency
- Parametric capacitor made of two plates
- The interaction of copper and magnet with the electrostatic field
- The piezoelectric element in an electrostatic field
- Metglas and two led matrix
- Two of the nonlinear element
- Another mystery of the Tesla transformer
- The indicator of the second magnetic field
- Radiant, radiant energy, Tesla, scalar, magnetic field
- Electrodynamic induction and displacement current
- Experiments to determine the electrodynamic induction
- Experiments radio EDI. Comparison
- Flash PIC controller is just
- Conclusion number 4-digit seven-segment indicator — LED Arduino 595
- Division two-byte binary number to four decimal places
- Hash-Mask algorithm for confidential data exchange
- One of the implementations of the Hash-Mask algorithm. Browser off-line coding
- Another implementation of the algorithm: data is transmitted to the server
- Ukrainian algorithm to encrypt and decrypt data
- A banner for us to build and live helps
- New technology advertising
- When you cry tax
- What is active is

Electronic schema

Kacheri, Blekinge and related schemes

Experiments

The study of some phenomena of magnetic permeability of ferromagnetic materials

The experiments my colleagues

Electrodynamic induction. The radio on EDIE

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