Overview of HFBR-2532Z by Avago Technologies
The HFBR-2532Z is a fiber optic receiver developed by Avago Technologies. This component is specified for through-hole mounting and is compliant with the RoHS directive, making it suitable for environmentally sensitive applications. The HFBR-2532Z is part of the fiber optic receivers subcategory, highlighting its role in fiber optics where it serves as an essential part of converting light into electrical signals in optical communication systems.
This receiver is designed to operate with Plastic Optical Fiber (POF) and features a reception type categorized as digital. Its operating temperature can reach up to 70°C, and it functions optimally within a supply voltage range from 4.75 V to 5.25 V, with a nominal supply voltage of 5 V. The operating wavelength for HFBR-2532Z is nominally 660 nm, which is in the visible spectrum, making it ideal for applications involving visible red light transmission. Key physical characteristics include a body height of 18.8 mm and a body breadth of 7.62 mm, with a terminal finish of tin.
Industry Applications for HFBR-2532Z
The HFBR-2532Z, owing to its significant features, finds potential applications across various industries. Given its robust digital data reception capabilities and compatibility with common fiber types like POF, this device is well-suited for diverse operational environments. Here are a few illustrative examples:
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Industrial Automation: In industrial settings, HFBR-2532Z could be instrumental in facilitating communication between machinery and control systems. Its ability to operate in environments with a maximum temperature of 70°C potentially makes it suitable for factories and plants where higher ambient temperatures are common. The digital reception type ensures precise and clear signal interpretation essential for automation processes.
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Telecommunications: This component is well-suited for the telecommunications industry where data integrity and signal clarity are paramount. Its nominal operation at 660 nm enables it to effectively manage visible light signals, which could be crucial for high-speed data transmission facilities that rely on fiber optic networks.
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Renewable Energy: In renewable energy setups, like solar farms and wind turbines, HFBR-2532Z could possibly be employed to monitor system performance and facilitate data transmission between various parts of the energy grid. Its robust operating temperature range and RoHS compliance make it ideal for environmentally-sensitive applications.
Note: These potential industry applications are conceptual and require technical validation. They are intended to spark ideas and need to be fully vetted by engineering and design teams to ensure compliance with industry-specific standards and application requirements.
About Avago Technologies
Avago Technologies is a leading developer, manufacturer, and supplier of semiconductor products, including those in the fiber optics domain. Known particularly for their emphasis on quality and innovation, Avago Technologies has contributed significantly to the advancement of fiber optic technology with a variety of products designed to improve efficiency in transmitting data over optical fibers.
Within their portfolio, Avago produces a range of fiber optic receivers, like the HFBR-2532Z, which are designed to offer reliability and precision in optical data transmission. Their components are widely appreciated in industries where high-quality and durable fiber optic components are critical.
Where to Find HFBR-2532Z by Avago Technologies
For those interested in purchasing the HFBR-2532Z, it’s recommended to explore options on Findchips.com. Through Findchips, prospective buyers can access real-time inventory data from a comprehensive list of distributors, including historical suppliers like LCSC. Additionally, buyers can use the site to compare pricing and availability for similar products across different vendors and manufacturers. Remember to visit the page for fiber optic receivers to explore alternatives offered by Avago Technologies or other brands.