Electronic chip with low power consumption

Abstract

The invention discloses an electronic chip with low power consumption. The electronic chip comprises a superconductor material layer being the uppermost layer, a reducing agent in the middle layer and a non-ferrous alloy layer being the bottommost layer, wherein the superconductor material layer is made of lanthanum barium copper oxides, and the non-ferrous alloy layer is made of silicon iron; the superconductor material layer is 68-69 percent of the overall weight of the electronic chip, the reducing agent is 13-15 percent of the overall weight of the electronic chip, and the non-ferrous alloy layer is 14-20 percent of the overall weight of the electronic chip. The electronic chip has the advantages of being good in ductility, high in plasticity and low in power consumption.

Description

technical field [0001] The invention relates to an electronic chip with low power consumption. Background technique [0002] With the rapid advancement of society, the number of electrical equipment is increasing day by day. However, the aging and development lag of power transmission and distribution facilities, as well as poor design and insufficient power supply cause the voltage of end users to be too low, while end users often have high voltage. Precision equipment is like a ticking time bomb. As a public power grid, the mains power system is connected to thousands of various loads. Some of the larger inductive, capacitive, switching power supply and other loads not only obtain power from the grid, but also cause serious damage to the grid itself. Impact, deterioration of the power supply quality of the power grid or local power grid, resulting in distortion of the mains voltage waveform or frequency drift. In addition, unexpected natural and man-made accidents, such...

AI Technical Summary

Problems solved by technology

However, the aging and development lag of power transmission and distribution facilities, as well as poor design and insufficient power supply cause the voltage of end users to be too low, while end users often have high voltage. Precision equipment, just like a ticking time bomb

As a public power grid, the mains power system is connected to thousands of various loads. Some of the larger inductive, capacitive, switching power supply and other loads not only obtain power from the grid, but also cause serious damage to the grid itself. Affect and deteriorate the power supply quality of the power grid or local power grid, resulting in distortion of the mains voltage waveform or frequency drift

In addition, unexpected natural and man-made accidents, such as excessive load voltage, earthquake, lightning strike, open circuit or short circuit of power transmission and transformation system, will endanger the normal supply of power and affect the normal operation of the load.

[0003] Unstable voltage will cause fatal injury or malfunction of the equipment, affect production, cause delay in delivery, unstable quality and other losses

At the same time, it accelerates the aging of the equipment, affects the service life and even burns the accessories, so that the owner faces the trouble of needing maintenance or updating the equipment in a short period of time, which wastes resources; in serious cases, even safety accidents occur, causing immeasurable losses.