ATS-PCB1055

When it comes to effective thermal management in electronics, the choice of a heatsink is crucial. Introducing the ATS-PCB1055, an extruded TO220 aluminum heatsink that delivers outstanding performance, durability, and versatility for your project needs.

Design and Specifications of the ATS-PCB1055

The ATS-PCB1055 is designed with optimal dimensions for successful thermal dissipation. Here are the specific measurements:

• Length: 19mm
• Width: 22mm
• Height: 11mm

This compact size makes the ATS-PCB1055 perfect for a variety of applications, including but not limited to PCBs for amplifiers, voltage regulators, and other power electronics that utilize TO220 packages.

Material and Construction

Crafted from high-quality aluminum, the ATS-PCB1055 heatsink offers effective thermal conductivity and durability. Aluminum is known for its excellent heat transfer capabilities, ensuring that your electronic components remain cool even under high load conditions. The extruded design provides a robust structure while maximizing surface area, enabling effective heat dissipation.

Why Choose Aluminum for Your Heatsink?

• Lightweight: Compared to other metals, aluminum provides a favorable strength-to-weight ratio, making it easier to integrate into various projects.
• Corrosion Resistance: Aluminum’s natural oxide layer offers protection against corrosion, increasing the longevity of the heatsink.
• Cost-Effective: The affordability of aluminum makes it an economical choice without sacrificing performance.

Applications of the ATS-PCB1055 Heatsink

The versatility of the ATS-PCB1055 heatsink allows it to be used in numerous electronic applications:

• Power Amplifiers: Ideal for residential and commercial audio applications, ensuring amplifiers maintain optimal temperatures during operation.
• Voltage Regulators: Assists in thermal management for voltage regulators, enhancing their performance and reliability.
• LED Drivers: Ensures that LED drivers operate efficiently by dissipating the heat generated by high power outputs.
• Custom PCB Designs: The ATS-PCB1055 can be integrated into custom PCB designs for applications that require effective heat dissipation in tight spaces.

Performance Characteristics

One of the standout features of the ATS-PCB1055 is its ability to maintain lower operational temperatures, which is essential for the longevity of your components. Here are some performance characteristics:

• Thermal Resistance: The extruded design offers low thermal resistance to ensure effective heat transfer.
• Durability: The aluminum construction provides resistance against shock and vibration, which is crucial for robust applications.
• Interfacing Options: The ATS-PCB1055 can be easily mounted to circuit boards, improving usability and design flexibility.

Installation and Use

The ATS-PCB1055 heatsink is easy to install, making it suitable for both DIY enthusiasts and professional applications. Here are some installation tips:

• Mounting: Secure the heatsink to your component using thermal adhesive or screws to ensure effective thermal coupling.
• Thermal Paste: Apply a thin layer of thermal paste to the interface between the heatsink and your component to maximize heat transfer.
• Orientation: Position the heatsink in a way that allows for optimal airflow to improve cooling efficiency.

Conclusion

In summary, the ATS-PCB1055 is a top-tier choice for anyone seeking efficient thermal management solutions for their electronic projects. With its extruded aluminum design, compact size, and versatility across various applications, this heatsink proves to be a reliable component in maintaining the temperature of your valuable electronics. Whether you’re designing a new amplifier, building a custom PCB, or looking to enhance the cooling performance of existing systems, the ATS-PCB1055 is undoubtedly a worthy addition to your toolkit.

For more thermal management solutions, explore our heatsink accessories. Invest in performance and reliability with the ATS-PCB1055; your electronics deserve the best in thermal management.