Power supply of 5G communication base station with high driving power

Abstract

The invention provides a power supply of a 5G communication base station with high driving power. The power supply for the 5G communication base station comprises a PFC circuit connected with power supply equipment, the PFC circuit comprises a power amplification module, the power amplification module drives two MOS transistors to be conducted through an IC chip so as to increase input current, and a power factor value is effectively improved on the premise of controlling cost.

Description

technical field [0001] The present application relates to the field of power supply technology, and in particular to a power supply for a high driving power 5G communication base station. Background technique [0002] The arrival of the 5G era is accelerating. Emerging business models have led to a substantial increase in the energy consumption of communication base stations. Traditional communication power supplies are stretched, and new requirements are placed on the performance and functions of power supplies. Among them, power factor correction PFC (PowerFactor Correction) refers to the relationship between effective power and total power consumption (apparent power), that is, the ratio of effective power divided by total power consumption. Basically, the power factor can measure the degree to which electricity is effectively utilized. When the power factor value is larger, it means that the power utilization rate of the electrical equipment is higher. [0003] Faced wi...

AI Technical Summary

Problems solved by technology

At present, there are active PFC circuits on the market that should be a power supply for 5G communication base stations with high driving power. Most of them use expensive IC chips to meet the requirements, but the cost is relatively high.

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