All-solid state wireless transmitting equipment and electronic power component dual-cooling source liquid cooling system

Abstract

A full solid state radio transmission equipment and electronic power component dual-cooled source liquid cooling system comprises a heating block cooling system, a first grade exchange cooling system, a gas or liquid transportation pump and a sealing pipeline, the invention is characterized in that the system further comprises a second grade refrigeration system provided with a liquid level switch. The whole system adopts a closed-loop structure and has the advantages of full closing, no noise, no impurity and clean environment. The whole system adopts liquid cooling direct exchange technology, avoids the air condition wind, natural wind and other moisture air or clotted water entering the electronic components, and effectively ensures the safety of the system. At the same time the sealing pipeline of the system is provided with a plurality of parallel connection dual directions rapid interfaces, which can be connected with the external equipment, the unlimited expansion of the system functions can be realized.

Description

technical field [0001] The invention mainly relates to a dual cooling source liquid cooling system, in particular to a dual cooling source liquid cooling system applied to all solid-state wireless transmitting equipment and electronic power components. Background technique [0002] At present, with the rapid development of digital TV transmission technology and integrated circuit technology, high-power equipment with high integration has been widely used in its field. At the same time, these devices consume a lot of power and generate a lot of heat during operation. If corresponding measures are not taken to dissipate heat in time, it will not only affect the normal operation of the entire integrated circuit, but even burn out the entire device in severe cases. In response to this situation, measures such as water cooling, air cooling, or air-conditioning refrigeration are currently used in the industry to dissipate heat from integrated circuit modules and heat dissipation c...

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Problems solved by technology

The above measures can achieve the cooling effect to a certain extent, but the pure water cooling measures not only have a great corrosion effect on the metal components of the equipment itself, but also the deposition of impurities in the water body in the equipment will also affect the working effect of the equipment; using air cooling Although the air-conditioning cooling avoids the above-mentioned technical defects, since the primary exchange cooling system adopts forced air-cooled exchange, it will bring in environmental impurities and wet and cold water during the working process, which will damage the electronic components. At the same time, due to its own The adjustment temperature is limited above the ambient temperature, which also has great limitations in application. In addition, because it uses a single cold source system, once the air conditioner or wind power equipment fails, the entire system will not work, which is not easy to adopt.

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