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AssigneeObschestov S Ogranichennoy Otvetstvennostyu "Istok"
InventorsAleksandr Ivanovich Alecsandrin, Igor Aleksandrovich Ivanin, Igor Borisovich Dunaev, Vasily Pavlovich Shpilko, Oleg Valerievich Beljanin, Aleksandr Vladimirovich Dmitriev, Vadim Vladimirovich Tsymbalyuk, Dmitriy Victorovich Dunaev
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The invention relates to a technical field in which high-capacity low voltage and high voltage power supplies are used. The present device contains a power module 1, comprising a frequency transformer 2 with a primary winding 3 and one 4.1 or several 4.1-4.m secondary windings connected in series to rectifiers 5.1-5.m, which are connected to storage capacitors 6.1-6.m. To the primary winding 3 there is connected a power meter 8, the inputs of which are connected to the outputs of a generator of metered pulses of energy 9 and to a source of constant primary voltage 10. The device is also provided with a microcontroller 14 and a machine interface 15. According to a second variant, the device contains N identical power units, connected in parallel at the output. The claimed invention enables the device to operate in a controlled current source mode, a voltage source mode and a power source mode; the invention further enables the device to adapt to the type of load (resistive, capacitive, complex).
The stabilized controlled universal high voltage power supply includes a power module, that contains transformer with to secondary winding sections and m rectifiers, to the each section of the secondary windings of the transformer is connected the corresponding rectifier input, a rectifiers for all outputs are connected in series, wherein said the device is equipped with a primary DC power supply, power doser, pulse generator of energy doses, a module for monitoring the output voltage and current, computer interface and MCU, wherein the pulse generator of energy doses includes electrically interconnected reference oscillator, pipeline distributor of energy dose pulses, and a comparator, wherein the pulse generator of energy doses includes electrically interconnected reference oscillator, pipeline distributor of energy dose pulses, and a comparator, wherein the power doser is connected to the transformer primary winding and has four inputs, two of which are connected with the primary DC power supply, and the other two inputs are connected to the outputs of pipeline distributor of energy dose pulses, each of m rectifier assemblies are designed as a rectifier, that is connected to the storage capacity, the outputs of which are connected to the input of module for monitoring the output voltage and current, the modules outputs are connected to the comparator and the MCU, MCU is connected with the computer interface and the outputs of MCU are connected to comparator input of pipeline distributor of energy dose pulses.
The stabilized controlled universal high voltage power supply that includes a power module containing m sections transformer secondary winding and m rectifiers, each section of the secondary windings of the transformer is connected to the corresponding input of the rectifier, a rectifiers for all outputs are connected in series, wherein said that stabilized controlled universal high voltage power supply is equipped with N power blocks, each power block includes power module, reference oscillator with n output, means of external control, each power module is equipped with the primary DC power supply, the power doser, the module for monitoring the output voltage and current, pulse generator of energy doses, computer interface and MCU, wherein each power block includes electrically interconnected reference oscillator, pipeline distributor of energy dose and comparator, wherein the power doser is connected to the transformer primary winding and power doser has four inputs, two of them are connected to the primary DC power supply, and the other two inputs are connected to the outputs of pipeline distributor of energy dose, each of m rectifier assemblies is designed as a rectifier, that is connected to the storage capacity, the outputs of storage capacity are connected to the input of module tor monitoring the output voltage and current, the outputs of that module are connected to the comparator and the MCU, MCU is connected to the computer interface and the outputs of MCU is connected to comparator input of pipeline distributor of energy dose, wherein the input of pipeline distributor of energy dose pulses of each N energy block is connected to corresponding n output of reference oscillator and each energy block output is connected to the means of external control in parallel with each other.
Dependencies are inferred from the claim text.