How to use thermal conductive silicone pad to solve the problem of thermal conductivity

As a mature and stable product, thermal conductive silicone pad can be seen everywhere in the market, and it involves a very wide range of applications, whether it is in communication

Industry, electronics industry, LED industry, thermal conductive silicone pad will be one of the thermal conductive products considered by manufacturers, so thermal conductive silicone pad has the advantage of being selected compared to other thermal conductive products, so how should thermal conductive silicone pad be correct? use?

1. If you choose the heat sink solution, you can use other thermal conductive materials such as thermally conductive double-sided adhesive, thermally conductive silicone grease, etc. However, the thermal conductivity of the thermally conductive double-sided adhesive is relatively poor; the thermally conductive silicone grease does not have the ability to shock absorption and pressure; you can choose a thin thermal conductive silicone pad, which has a better thermal conductivity and is easy to operate.

2. Choice of thermal conduction scheme: The development trend of electronic products tends to be increasingly thin and light. In the past, the thermal conduction method was mainly based on the heat sink scheme; with the development of thermal conduction technology of electronic products, it is more inclined to use metal brackets and metal shells Structural heat sink; or a combination of the two solutions. In short, in different products and different use environments, choose a cost-effective thermal conductivity solution and use thermal conductive silicone pad.

3. Selecting structural components to dissipate heat, it is inevitable to combine thermal conductive silicone pad with thermally conductive radiator components such as protrusions on the contact surface. Choose a thermal conductive silicone pad that is not thick as far as the product design allows.