Magnetizer driving circuit capable of achieving superposition of constant magnetic field and pulsed magnetic field

Abstract

The invention discloses a magnetizer driving circuit capable of achieving superposition of a constant magnetic field and a pulsed magnetic field. According to the driving circuit, the constant magnetic field is generated by an electromagnetic coil and a magnetic conductor through 12-V direct currents, one capacitor is controlled by two switch tubes in a complementary pulsed breakover mode, and after the capacitor is isolated through a diode, the bootstrap pressure is increased to about 23 V; meanwhile, the other capacitor is controlled by the other two switch tubes in a complementary pulsed breakover mode, after the capacitor is isolated through the other diode, the bootstrap pressure is increased to 34 V, and then superposition of the constant magnetic field generated by 12-V voltage and the pulsed magnetic field generated by 34-V pulsed voltage is achieved. Therefore, the defect that the magnetic field intensity of a magnetizer is low due to the fact that the 12-V direct-current voltage of an existing general automobile inner heat engine power supply system is low is overcome, the magnetic field intensity is increased, the acting force among molecules is decreased through the effect of the pulsed magnetic field, and the magnetic susceptibility is improved.

Description

technical field [0001] The invention relates to a drive circuit of a magnetizer, relates to a drive circuit of a liquid and gas magnetizer, in particular to a drive circuit of a fuel and gas constant magnetic field superimposed pulse magnetic field magnetizer of an internal combustion engine. Background technique [0002] The physical and chemical properties of liquids and gases will change after magnetization, and magnetized liquids or gases are also widely used. For example, magnetized water is used to promote crop growth and increase yield, magnetized wine is used to speed up the brewing process, magnetized fuel and gas are used to improve combustion efficiency, etc. Among them, magnetized fuel oil and gas play a particularly significant role in environmental protection and a green world, and have attracted more and more attention. There are two magnetization methods of existing magnetizers. One is to use the magnetic field generated by permanent magnets for magnetizatio...

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Problems solved by technology

There are two magnetization methods of existing magnetizers. One is to use the magnetic field generated by permanent magnets for magnetization. Due to the limitation of the magnetic field strength generated by existing permanent magnet materials, it can only be used under the condition that the magnetic field strength is not high; The other is to use an electromagnetic coil to generate an electromagnetic field for magnetization. The magnetic field generated by the electromagnetic coil can be much larger than the magnetic field generated by the permanent magnet, and the superconducting magnet can generate a larger magnetic field. However, due to the constraints of the existing technology, the superconducting magnet can only Applied in specific occasions, not universal

Most of the magnetizer power supplies used in existing automotive internal combustion engines use 12V low-voltage power supply systems, and the conductive materials used in electromagnetic coils are mostly copper wires, whose electrical conductivity greatly limits the magnetic field strength of the magnetizer. The magnetic field strength of this electromagnetic magnetizer is only Changes in 0.15-0.3T, resulting in unsatisfactory magnetization effect of the magnetizer

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