The heat dissipation problem of on-board chargers can be solved by heat-conducting insulating sheets

In the current era of vigorous development of new energy vehicles, the on-board charger (OBC), as a key component of electric vehicles, its performance and reliability are of vital importance. However, with the continuous increase in charging speed and the rise in current and voltage, the on-board charger generates a large amount of heat during operation. The heat dissipation issue has become a major bottleneck restricting its performance improvement and safe and stable operation. And the thermal conductive insulating sheet, with its unique advantages, provides an effective solution to solve this problem.

Thermal conductive insulating sheets, also known as sil pads, play a significant role in the heat dissipation of on-board chargers. They possess two core functions: heat conduction and electrical insulation.
Effective heat dissipation: Heat dissipation is the primary task of thermal conductive insulating sheets. It effectively pushes out air, a poor conductor of heat, by filling the air gap between the heat sink and the electronic components, achieving more efficient heat transfer and maintaining a good working temperature for the electronic components. 

Product features of thermal conductive insulating sheet:
Thermal conductivity ranges from :1.0-1.6W/mK;
2. Fire Resistance Grade Zero :UL94-VO;
3. The surface is relatively soft;
4. Good thermal conductivity and good dielectric strength;
5. High-voltage insulation, low thermal resistance;
6. Tear resistance and puncture resistance

In conclusion, the heat dissipation issue of on-board chargers is of vital importance. Thermal insulation sheets, with their advantages such as effective heat dissipation and outstanding insulation, offer an effective solution to this problem. By rationally selecting and applying thermal conductive insulating sheets, the performance and reliability of on-board chargers can be enhanced, ensuring the safe and stable operation of electric vehicles and promoting the sustainable development of the new energy vehicle industry.