Radiation-resistant lamp power saver

Abstract

The invention provides a radiation-resistant lamp power saver which comprises a housing and a circuit board arranged in the housing, wherein a control circuit is arranged on the circuit board, and comprises a radiation-resistant module and an alternating-current chopping voltage regulation module; the radiation-resistant module comprises a radiation-resistant module input end, a radiation-resistant module output end and a radiation-resistant module shielding end; the alternating-current chopping voltage regulation module comprises an alternating-current chopping voltage regulation module voltage input end and an alternating-current chopping voltage regulation module voltage output end; the radiation-resistant module input end is correspondingly connected with a cable connected with commercial power; the radiation-resistant module output end is correspondingly connected with the alternating-current chopping voltage regulation module voltage input end; the housing is a hollow cavity; a wiring terminal is arranged on the internal surface of the cavity; the cable is provided with a shielding grid; and the shielding grid of the cable is respectively connected with the wiring terminal and the radiation-resistant module shielding end. The radiation-resistant lamp power saver has the benefits that continuous control of brightness of a lamp can be realized; and electromagnetic radiation generated by the lamp and a power saver can be eliminated.

Description

technical field [0001] The invention relates to the field of lighting control, in particular to a power saver for a radiation-proof lamp. Background technique [0002] Electromagnetic radiation has become the fourth largest pollution in the world after noise pollution, water pollution and air pollution. Any electrical appliance that uses alternating current can produce radiation. Radiation is a destroyer of human health. Lighting has become an indispensable item in people's normal life. Lamps and power savers will produce a large amount of electromagnetic radiation during their work. This kind of electromagnetic radiation will leak out and cause harm to users; at the same time, the peak power consumption is large, the load rate is high, the voltage is too low, and the illumination is correspondingly reduced; and the low-peak power consumption in the city is low, and the load rate is low , The voltage is too high, the floating rate exceeds 15%, reaching 250V, the power is gr...

AI Technical Summary

Problems solved by technology

Any electrical appliance that uses alternating current can produce radiation. Radiation is a destroyer of human health. Lighting has become an indispensable item in people's normal life. Lamps and power savers will produce a large amount of electromagnetic radiation during their work. This kind of electromagnetic radiation will leak out and cause harm to users; at the same time, the peak power consumption is large, the load rate is high, the voltage is too low, and the illumination is correspondingly reduced; and the low-peak power consumption in the city is low, and the load rate is low , the voltage is too high, the floating rate exceeds 15%, reaching 250V, the power is greatly increased, and the illumination is high, resulting in high waste of electric energy

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