Power adapter heat dissipation

The laptop power adapter may have heat dissipation issues that need to be resolved during use. When the power adapter is working, it needs to convert the output electricity, which will consume energy and some of it will be converted into thermal energy. The laptop power adapter is actually a high-precision and high-efficiency switch type regulated power supply. Its function is to convert 220V AC mains power into low-voltage DC power, providing stable power for the normal operation of laptops, and is known as the "power source" of laptops.

Here is a brief introduction to the heat dissipation of power adapter thermal conductive potting compounds. Thermal conductive potting compounds is a new type of thermal conductive material synthesized from organic silicon. It is a two-component additive molding material that does not release heat during curing, has no corrosion, and has a small shrinkage rate. It has excellent electrical performance and outstanding high and low temperature resistance (-50 ℃ -250 ℃). It is suitable for various thermal sealing and casting of electronic components, power adapters, transformers, thyristor modules, sensors, etc., forming a thermal conductive flame retardant system. It has superior waterproof, moisture-proof, and shockproof properties. Non corrosive plastic parts can enable electronic components to
Safe operation under harsh conditions.

The main features are as follows:
1. Room temperature curing, fast curing speed, high production efficiency, and easy to use;
2. Maintaining rubber elasticity within a wide temperature range (-50 ℃ -250 ℃), excellent electrical performance, and good thermal conductivity;
3. Waterproof and moisture-proof, resistant to chemical media, resistant to yellowing, and weather aging for more than 25 years;
4. Good adhesion with most materials such as plastic, rubber, reinforced nylon PA, and polyphenylene oxide PPO;
5. Fully comply with the requirements of the EU ROHS environmental directive.