Aluminium core pcb

a thin layer of copper for the circuitry, a dielectric layer for insulation, and an aluminium substrate for heat dissipation.

ic substrate pcb

The copper layer is etched to create the desired circuitry, and the dielectric layer is applied to insulate the circuitry from the aluminium substrate.

The aluminium substrate is then drilled and plated to create the necessary connections.

The advantages of using aluminium core PCBs include better thermal management, higher power handling capabilities, and improved reliability.

However, they can be more expensive than traditional FR4 PCBs and require special manufacturing processes.

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Types of aluminum core pcb

1. Single-sided aluminum core PCB
2. Double-sided aluminum core PCB
3. Multilayer aluminum core PCB
4. Hybrid aluminum core PCB
5. Metal-clad PCB (MCP)

Aluminum core pcb material

The most common material used for aluminum core PCBs is aluminum-clad laminate.

This material consists of a thin layer of aluminum bonded to a non-conductive substrate, such as fiberglass or ceramic.

The thickness of the aluminum layer can vary depending on the application and required thermal conductivity.

Other materials that can be used for the core of aluminum PCBs include copper, brass, and stainless steel.

These materials are typically more expensive and are used for specialized applications where higher thermal conductivity is required.

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