Aluminum High Power PCB for Smart Home

Explore Aluminum PCB Applications in Consumer Electronics

Maximize reliability and thermal performance in your high-power applications with our Aluminum Clad PCBs—now at an unbeatable price of $99 each when you order 3 or more! Designed for superior heat dissipation, our aluminum-clad boards are perfect for LED lighting, power converters, and automotive electronics, giving you the durability and efficiency you need to stay ahead.

Offer Details

• Special price of $99 per board
• Minimum order of 3 boards required
• Fits specified aluminum clad standards

Don't miss this opportunity to enhance your high-power designs—order now and experience the difference!

Specifications

• Minimum Quantity 3.
• Lead Time 10 Days.
• 1 Layer, Aluminum Clad Material, 0.062'', 2 Ounce Finished Copper.
• Lead Free Solder Surface Finish.
• LPI Soldermask Included (Green, Blue, Black, Red, Purple, White, Clear)*
• Silk Screen Included (White, Black or Yellow)*
• Custom Shape.
• Minimum 0.007'' Line/Space.
• Maximum Board Size: 25 Square Inch (Largest single dimension 22 Inches).
• No Internal Routing (Cut-Outs). No Slots Or Overlapping Drill Hits.
• No Scoring, Tab Rout, Or Drilled Hole Board Separations.
• No Controlled Impedance/Dielectric.
• No Countersinks/Counterbores/Castellated Holes.
• No Cavities/Controlled Depth.
• Minimum 0.030'' Hole Size. Maximum 50 Drilled Holes Per Square Inch.
• Plated or non-plated holes (if specifications not provided, all holes will be plated)
• All Holes Non-Plated.

AdvancedPCB will choose the color/surface finish of the surface finish, solder mask, and silkscreen.

What is Aluminum Clad in PCBs?

Aluminum Clad PCBs, also known as metal-core or aluminum-core PCBs, are a type of printed circuit board that uses an aluminum substrate as its base material. Unlike standard PCBs that use fiberglass (FR-4), aluminum clad boards consist of a metal base (typically aluminum) bonded with a dielectric layer and a copper circuit layer. This structure is designed to efficiently dissipate heat and is well-suited for high-power applications where heat management is crucial.

Why is it important?

Importance of Aluminum Clad PCBs:

• Thermal Management: Aluminum has excellent thermal conductivity, which allows heat generated by high-power components to be efficiently dissipated. This is particularly important in applications where heat could otherwise damage components or reduce the reliability of the circuit.
• High Reliability: Improved heat dissipation leads to better performance stability and increased lifespan of components. It helps prevent overheating and protects sensitive circuits from damage.
• Structural Strength: Aluminum provides mechanical strength and stability, making the PCB more durable compared to traditional FR-4 boards.
• Cost Efficiency: Aluminum is relatively inexpensive compared to other metals, providing a cost-effective solution for applications that require both heat dissipation and high structural integrity.

What specific applications would you use Aluminum Clad PCBs for?

Applications of Aluminum Clad PCBs:

• LED Lighting: Aluminum clad PCBs are commonly used in LED lighting systems, including automotive headlights, streetlights, and household lighting. The efficient thermal management ensures longer LED lifespan and reliable performance.
• Power Converters: Switch-mode power supplies (SMPS) and DC-DC converters often use aluminum PCBs to handle high current and prevent overheating.
• Automotive Industry: Applications like power modules, motor controllers, and other high-power automotive circuits benefit from aluminum-clad PCBs for their durability and heat dissipation capabilities.
• Consumer Electronics: Devices like audio amplifiers, power adapters, and other high-current consumer electronics use aluminum PCBs to manage heat and improve reliability.
• Solar Panels: The power electronics in solar panel systems use aluminum-clad boards to handle high power loads and manage heat efficiently for optimal performance.

The ability of aluminum-clad PCBs to dissipate heat effectively makes them a reliable choice for applications where managing high temperatures is a priority, ensuring both performance and longevity of the electronics.