Energy cannot be generated, only converted or released.
The new LM-Impulse power electronics link as a power multiplier from RZ-IT for the power supply of the future.
The LM variant LMS (Switeck) has the highest possible degree of efficiency and, if applied in practice, would improve the climate in an environmentally friendly way in the long term.
The typical property of a power multiplier is the voltage doubling, the current consumption of a consumer acts from zero to maximum current value with twice the voltage value obtained, thus a power gain with high efficiency.
The applied input voltage acts as an active integral function and is subsequently stored and simulated, a second element thus results in a voltage addition at the output.
P = + p / I * 2U (+ p / I integral, msec interval).
The electrical circuit and the attraction of the protons.
Whoever wants to understand electronics must also understand the structure of the atom.
The primary energy is the attraction of the protons (proton watts [PW]) of the atomic nuclei and is the only force acting in a stable electrical circuit, this force phenomenon as an electron cloud flows through conductive lines to a consumer, converted as secondary energy watts [W] and back to the atomic nucleus . The secondary energy is always less than the primary energy.
Copper as a coil in a generator or germanium in a photocell, the kinetic energy of the protons is the positive charge carrier of the protons in the atomic nucleus of the materials from which a system is built.
Protons are solid constituents in the atomic nucleus and, unlike free electrons, cannot migrate within matter.
Copper atoms have two unstable valence electrons in the outer shell. By leaving these electrons, the divalent copper atom maintains two positive charges as a Coulomb force of attraction, and maintains the closed electrical circuit in the course of the energy supply by the force of attraction
is an expression based on Coulomb's law.
The innovative technologies presented here, originally designed for increasing the voltage of thermal generators and photovoltaics, can be demonstrated in practice and in theory.
Impulse technology is revolutionizing tomorrow's energy. The efficiency of the digitized energy (electrical) as proton watts is always over 100%, thereby increasing performance.
The unconventional pulse technology RZ-sampling, also LM, doubles the voltage [V] of each power source.
A current [A] only flows from zero to maximum if a consumer, ohmic or inductive, is connected to the increased voltage.
The electrical power of the consumer: VA is equal to the attraction of the protons as the primary energy proton watt [PW], equal to consumer power [W].
The output voltage [V] is always higher than the input voltage. The output power always remains above the input power, in contrast to the boost converter.
The data center digital energy mentioned here is new for power optimization in conventional power electronics and designed in accordance with Ohm's law and the law of conservation of energy.
You can determine the desired power gain from a power source yourself up to megawatts, with the selection of the power source, components and internal load resistance, the standard is power factor 1.8 and, as a cascade, correspondingly more.
What is new is a world first of an unconventional design, the data center sampling. This technology has the effect of practically increasing the power capacity with any current source and with the current consumption in pulse form, contrary to the rules of physics.
U I → EPM → 2U I
[1V · 1A → EPM → 2V · 1A]
The real electronic power multiplier EPM, LM presented here in digital technology. This is unique in the electronics sector worldwide, simulates an additional power source, is economically efficient, environmentally friendly and enables almost loss-free direct current transmission over long distances and is designed for multi-application functions.
Created since 1994, the real increase in electrical power is a quantum leap for future electrical engineering.
With as yet undreamt-of future developments, the sampling technology is ahead of its time due to the lead in experience of the data center IT and the beginning of a new energy supply.
A sampling process acts as an active integral function and simulates a second voltage source in series with a constant current value, the result is an increase in power.
This new technology functions as a convergent evolution of conventional physical processes, the law of conservation of energy remains unchanged.
The seemingly impossible, the real increase in electrical output, has been tested in long-term operation as a cost-saving power source.
The special feature of the data center sampling electronics with electronic power increase enables the application as a microchip up to megawatts.
The new LM-Impulse power electronics link as a power multiplier from RZ-IT for the power supply of the future.
The LM variant LMS (Switeck) has the highest possible degree of efficiency and, if applied in practice, would improve the climate in an environmentally friendly way in the long term.
The typical property of a power multiplier is the voltage doubling, the current consumption of a consumer acts from zero to maximum current value with twice the voltage value obtained, thus a power gain with high efficiency.
The applied input voltage acts as an active integral function and is subsequently stored and simulated, a second element thus results in a voltage addition at the output.
P = + p / I * 2U (+ p / I integral, msec interval).
The electrical circuit and the attraction of the protons.
Whoever wants to understand electronics must also understand the structure of the atom.
The primary energy is the attraction of the protons (proton watts [PW]) of the atomic nuclei and is the only force acting in a stable electrical circuit, this force phenomenon as an electron cloud flows through conductive lines to a consumer, converted as secondary energy watts [W] and back to the atomic nucleus . The secondary energy is always less than the primary energy.
Copper as a coil in a generator or germanium in a photocell, the kinetic energy of the protons is the positive charge carrier of the protons in the atomic nucleus of the materials from which a system is built.
Protons are solid constituents in the atomic nucleus and, unlike free electrons, cannot migrate within matter.
Copper atoms have two unstable valence electrons in the outer shell. By leaving these electrons, the divalent copper atom maintains two positive charges as a Coulomb force of attraction, and maintains the closed electrical circuit in the course of the energy supply by the force of attraction
is an expression based on Coulomb's law.
The innovative technologies presented here, originally designed for increasing the voltage of thermal generators and photovoltaics, can be demonstrated in practice and in theory.
Impulse technology is revolutionizing tomorrow's energy. The efficiency of the digitized energy (electrical) as proton watts is always over 100%, thereby increasing performance.
The unconventional pulse technology RZ-sampling, also LM, doubles the voltage [V] of each power source.
A current [A] only flows from zero to maximum if a consumer, ohmic or inductive, is connected to the increased voltage.
The electrical power of the consumer: VA is equal to the attraction of the protons as the primary energy proton watt [PW], equal to consumer power [W].
The output voltage [V] is always higher than the input voltage. The output power always remains above the input power, in contrast to the boost converter.
The data center digital energy mentioned here is new for power optimization in conventional power electronics and designed in accordance with Ohm's law and the law of conservation of energy.
You can determine the desired power gain from a power source yourself up to megawatts, with the selection of the power source, components and internal load resistance, the standard is power factor 1.8 and, as a cascade, correspondingly more.
What is new is a world first of an unconventional design, the data center sampling. This technology has the effect of practically increasing the power capacity with any current source and with the current consumption in pulse form, contrary to the rules of physics.
U I → EPM → 2U I
[1V · 1A → EPM → 2V · 1A]
The real electronic power multiplier EPM, LM presented here in digital technology. This is unique in the electronics sector worldwide, simulates an additional power source, is economically efficient, environmentally friendly and enables almost loss-free direct current transmission over long distances and is designed for multi-application functions.
Created since 1994, the real increase in electrical power is a quantum leap for future electrical engineering.
With as yet undreamt-of future developments, the sampling technology is ahead of its time due to the lead in experience of the data center IT and the beginning of a new energy supply.
A sampling process acts as an active integral function and simulates a second voltage source in series with a constant current value, the result is an increase in power.
This new technology functions as a convergent evolution of conventional physical processes, the law of conservation of energy remains unchanged.
The seemingly impossible, the real increase in electrical output, has been tested in long-term operation as a cost-saving power source.
The special feature of the data center sampling electronics with electronic power increase enables the application as a microchip up to megawatts.
