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When choosing a thermally conductive silicone sheet, you can't just look at the thermal conductivity, blocking voltage, and thickness hardness are also important. When selecting a thermally conductive silicone sheet, you must first consider the product structure, such as shape, specifications, hardness, breakdown, heat resistance range, thickness, thermal conductivity, Comprehensive selection of thermally conductive silicone sheet, we all know that the higher the thermal conductivity, the better, not necessarily.
Thermally conductive silicone sheet is an indispensable member of thermally conductive material. At the same time, thermally conductive silicone sheet is also divided into two forms. One is the difference between adhesive and non-adhesive. So when we choose this material, we should choose What kind is good?
Everyone knows that traditional heat dissipation can not be separated from the heat sink: the fan and the heat sink, but many people ignore the thermal conductive material used in the middle. This thermally conductive material is of course not only the thermally conductive silicone sheet we are talking about today, but also thermally conductive silicone grease, thermally conductive silicone sheet, thermally conductive potting compound, thermally conductive silicone pad, thermally conductive silicone sheet, etc. So how does the thermally conductive silicone sheet dissipate heat?
5G networks have characteristics such as fast network speeds and low latency. The 5G era will be the era of the Internet of Everything. By then, the application of driverless technology and the construction of unmanned factories will be further developed.
First of all, we need to understand the heat dissipation function of these two, so we must first understand and analyze these two materials in order to know which one works better. For thermal conductive silicone film, I think everyone is very Yes, and ceramics are familiar to everyone. For these two things that everyone is very familiar with, we can make a comparison. Today, let ’s take a look at which one of the thermally conductive silicone and ceramics has better heat dissipation?
The continuous application of thermally conductive silicone wafers in various fields has become an inevitable trend. This is mainly due to its excellent properties. Thermally conductive silicone wafers with these properties can be applied in many fields and help related machines to obtain more stable properties. However, the main judgment basis for the stability of these properties is the relevant performance parameters. If you are not an expert, the determination of this performance parameter may not be very clear. To help you understand more clearly, today we will take a look: thermal silica gel How to choose the performance parameters of the chip?
Friends who know thermally conductive silicone film may be some veterans, so maybe everyone has some opinions on the choice of this material, but as for the professional and unprofessional, it is not necessarily, after all, a material like this can be completely It is still difficult to grasp the selection problem. Today, we mainly come to talk about the selection techniques of the thickness of the thermal conductive silicone sheet.
In some of the electrical appliances we usually contact, in order to conduct heat as a whole, a thermally conductive silicone sheet is used. Silicone is the basic material, which is completed by special manufacturing. Nowadays, with the continuous development and progress of the electronics industry, the heat dissipation requirements for products have also increased a lot. The thermal conductivity is also an important standard for testing products. So what is the thermal conductivity test standard for thermal film? How to test it?
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