Rectifier having high voltage class

Abstract

The invention provides a rectifier having a high voltage class. The rectifier comprises a device body, wherein two ends of the device body are provided with an input end and an output end respectively; the inner bottom side end of the device body is provided with a transformer at a side close to the input end; one side of the transformer is provided with an AC filter; one side of the AC filter isprovided with a rectifier circuit; one side of the rectifier circuit is provided with a DC filter; one side of the DC filter is provided with a rheostat; one end of the input end of the internal circuit of the device body is connected with a synchronous transformer; the interior of the AC filter is composed of a capacitor and a transformer; and a thyristor is disposed in the DC filter. By means ofa spiral water-cooling pipeline, in actual operation, water circulation cooling can reduce the temperature inside the rectifier, prevents the over-high internal temperature from affecting the actualoperation process. Further, compared with the mode of a traditional rectifier having a high voltage class, the water cooling mode is less likely to produce noise and achieves a stable working condition.

Description

technical field [0001] The invention relates to the technical field of rectifiers, in particular to a high-voltage rectifier. Background technique [0002] With the development of electronic technology, rectifiers are widely used in various industries, and all aspects of power transmission will be involved. According to the voltage requirements of different products, rectifiers of corresponding specifications are selected. Among them, in the prior art, high voltage applications to All the rectifiers in this field have the following defects, 1: the heat dissipation effect inside the rectifier is poor, resulting in poor actual rectification work effect; 2: the silicon rectifier DC voltage regulator used in the prior art has low voltage stabilization accuracy in the actual working process, and the manufacturing process 3: The rectifiers in the prior art cannot be used in multiple groups; 4: The high-voltage rectifiers in the prior art consume large power and poor optimization. ...

AI Technical Summary

Problems solved by technology

[0002] With the development of electronic technology, rectifiers are widely used in various industries, and all aspects of power transmission will be involved. According to the voltage requirements of different products, rectifiers of corresponding specifications are selected. Among them, in the prior art, high voltage applications to All the rectifiers in this field have the following defects, 1: the heat dissipation effect inside the rectifier is poor, resulting in poor actual rectification work effect; 2: the silicon rectifier DC voltage regulator used in the prior art has low voltage stabilization accuracy in the actual work process, and the manufacturing process High copper consumption increases production cost; 3: The rectifiers in the prior art cannot be used in multiple groups; 4: The high-voltage rectifiers in the prior art consume large power and poor optimization. The rectifier transformer wiring method has low utilization rate of materials

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