Water Cooling
Water-cooled systems, medium and large powerful devices, ambient air temperature, humidity, etc., and the efficient cooling of the independent effects are used.Devices can be made smaller in size, has already established a multi-facility system, make use of cooling and environment, and has advantages such as more affected. The basis of the system, the power control elements, designed to be spent within the water cooler parts to be mounted on the heat elimination, and the influence of circulating cold water.Water-cooled system is chosen in accordance with the materials used in the system. One of the most important points of the system is in contact with heated parts connected directly to the surface is cold.Thus, the reduced number of layers to pass for the removal of parts of heat, cooling efficiency is increased. At this point, the water circulating through the structure of the material is important. Thermal and electrical resistance of these materials should be small.Should contact the entire surface of the semiconductor cooling and space should not be any contact with the surface. Substances used to facilitate heat transfer between the two surfaces. Water cooling system used in semiconductor devices is usually around 50 ° C, has an operating temperature. Also taking into account the ambient temperature is below room temperature must be used in the cooling water temperature. The most important advantage of the water-cooled system more effective than other systems because it provides a cooling loss of the device decreases, therefore, power consumption is reduced. Continuously into the fluid used in the system should be filtered and should not be allowed to mix foreign materials. In addition, the elements used in the cooling circuit should not be damaging to nature. For example, a liquid mixed into the acid can damage the metal parts in the system. Liquid waste must not cause to focus within. Turn the corner points of the system, etc. This type of waste accumulation and reduction in time to stop the flow of fluid can cause by doing. |