Broadcom

HFBR-2523

HFBR-2523 Description

The HFBR-2523 is a general-purpose fiber optic receiver manufactured by Broadcom Limited, designed for reliable data transmission in industrial and commercial applications. Operating at a data rate of 40KBd, this receiver supports a supply voltage range of 4.75V to 5.25V with a modest current consumption of 6.2 mA, ensuring energy-efficient performance. Although now classified as obsolete, it remains a viable solution for legacy systems due to its robust design and compliance with ECCN 5A991B4A and REACH Unaffected standards. Packaged in bulk and rated MSL 1 (Unlimited), it offers ease of handling and storage.

HFBR-2523 Features

• Low Power Consumption: Optimized for efficiency with 6.2 mA supply current.
• Stable Voltage Range: Operates reliably within 4.75V–5.25V, suitable for standard 5V systems.
• Legacy Compatibility: Ideal for maintaining or upgrading older fiber optic networks.
• Environmental Compliance: Meets REACH and ECCN 5A991B4A regulations for global deployment.
• Robust Packaging: Bulk packaging and MSL 1 rating ensure durability and long shelf life.

HFBR-2523 Applications

The HFBR-2523 excels in industrial automation, telecommunications, and data communication systems where moderate-speed, reliable fiber optic links are critical. Its 40KBd data rate makes it suitable for:

• Legacy factory control systems requiring stable, noise-immune communication.
• Medical equipment interfaces where electrical isolation is paramount.
• Retrofit projects in infrastructure needing backward-compatible fiber optic solutions.

Conclusion of HFBR-2523

While the HFBR-2523 is no longer in active production, its balanced performance, low power draw, and compliance with industry standards make it a pragmatic choice for sustaining legacy installations. Engineers seeking a cost-effective, proven fiber optic receiver for moderate-speed applications will find it a dependable option, particularly in environments where upgrading to newer technologies is not immediately feasible.