How can the design parameters of the heat dissipation vias on the charging pile copper substrate be optimized to accelerate heat transfer?

A reasonable spacing design needs to be combined with thermal simulation analysis to ensure uniform heat transfer in the vertical direction while avoiding heat accumulation in the horizontal direction.

How can the display interface of a portable Brealyzer be designed to be clearer and easier to read?

The screen needs to have a wide enough viewing angle to avoid color shifts or blurry values ​​when users view it from the side.

How can the copper substrate of a charging pile improve its fit with power devices through microstructure processing?

Topology optimization algorithms can be used to generate biomimetic lightweight structures that reduce weight while improving structural stiffness.

How does a water tank level detection sensor achieve long-term stability against liquid corrosion?

The corrosion resistance and stability of water tank level detection sensors need to be achieved through the synergistic optimization of materials, structure, process, environment, and maintenance.

How can the contact thermal resistance between the charging pile copper substrate and the heat sink fins be effectively reduced?

Thermoelectric separation copper substrates achieve a significant reduction in thermal resistance by creating windows in the insulating layer, allowing device pins to directly contact the highly thermally conductive copper substrate and bypassing the inef

How does an automatic water level controller switch intelligently protect water safety and efficiency?

In domestic water supply, agricultural irrigation, industrial liquid storage, and even wastewater treatment systems, precise water level control directly impacts equipment operational safety, resource utilization efficiency, and labor costs.