Overview of 576802B04000G by BOYD Laconia
The 576802B04000G is a heat sink designed for efficient thermal management in electronic applications. This component features a vertical plug-in design specifically tailored for TO-220 transistors, utilizing a clip construction method. Its thermal resistance rating of 27.3 °C/W indicates its effectiveness in dissipating heat, which is crucial for maintaining optimal performance in electronic devices. The heat sink is made from aluminum, known for its excellent thermal conductivity, and has an anodized black finish that not only improves aesthetics but also enhances corrosion resistance.
Key specifications include a height of 19.05 mm, a length of 14.48 mm, and a width of 12.7 mm, making it a compact solution for various applications. Importantly, this part is RoHS compliant and Pb-free, adhering to environmental regulations. The product has a factory lead time of approximately six weeks, which is essential to factor into project timelines. Additionally, the 576802B04000G is part of the electronic parts subcategory of heat sinks within the broader category of thermal support devices.
Industry Applications for 576802B04000G
Given the thermal management properties of the 576802B04000G, it might find applications in various industries. Below are a few potential use cases:
- Aerospace and Defense: The efficient heat dissipation of the 576802B04000G could be utilized in aerospace systems where electronic components face extreme thermal challenges. Its RoHS compliance may support the stringent environmental requirements typically found in military applications.
- Consumer Electronics: This heat sink might be employed in consumer electronics such as audio amplifiers or gaming consoles, where maintaining the temperature of transistors is essential for performance and longevity.
- Internet of Things (IoT): In IoT devices, where compactness and energy efficiency are critical, the 576802B04000G could potentially be used to manage heat in low-power applications, ensuring reliable operation without overheating.
- Automotive: Provided the construction materials and thermal management properties comply with automotive standards, this component might be suitable for use in electric vehicles’ power management systems. It could help in managing the heat generated by power transistors.
- Smart Cities: In urban infrastructure systems that rely on electronic control systems, the 576802B04000G might find applications in controllers or sensors that require efficient thermal management to function optimally.
These potential industry applications are only conceptual and illustrative, requiring careful analysis and verification by engineering and design teams to ensure adherence to industry standards and specific application requirements.
About BOYD Laconia
BOYD Laconia specializes in the production of thermal management solutions, particularly in the category of heat sinks. The company is recognized for its dedication to quality and innovation in the field of thermal support devices. The 576802B04000G is a product that exemplifies their capabilities in creating effective thermal management solutions.
In addition to the 576802B04000G, BOYD Laconia manufactures various other heat sink models that cater to different applications, showcasing their expertise in providing reliability and thermal stability in electronic designs. The company’s commitment to RoHS compliance and adherence to environmental standards aligns with industry trends towards sustainable manufacturing.
Research Price and Stock for 576802B04000G by BOYD Laconia on Findchips.com
To explore the stock and pricing details for the 576802B04000G, it is recommended to visit Findchips.com. The interface provides insights into availability, pricing, and various distributors associated with the part.
This component has been historically available through several distributors, including:
- New Advantage Corporation
- Master Electronics
- Mouser Electronics
- DigiKey
However, it is essential to verify current stock levels and pricing through Findchips, as availability may fluctuate.