H.FL-R-SMT(C)(10) by Hirose Electric Co Ltd

Overview of H.FL-R-SMT(C)(10) by Hirose Electric Co Ltd.

The H.FL-R-SMT(C)(10) is an Other RF Connector manufactured by Hirose Electric Co Ltd. It features a female RF coaxial connection with a single contact, designed for board mount via surface mount terminals. The connector supports a characteristic impedance of 50 Ohms, appropriate for high-frequency applications up to 3 GHz. The H.FL-R-SMT(C)(10) is built from durable bronze with a contacting surface finished in gold, ensuring reliable conductivity and resistance against corrosion. Its straight jack connector body style alongside the vertical surface mount coaxial termination is engineered for low profile circuit board applications requiring minimal space. Additional features like a liquid crystal polymer insulator and snap coupling ensure robust performance in a wide variety of applications. It also meets several compliance standards including RoHS, REACH, and has an ECCN code of “EAR99”.

Industry Applications for H.FL-R-SMT(C)(10)

The H.FL-R-SMT(C)(10), with its specifications and design, might be beneficial in a variety of industry applications. Here are potential examples:

  • Telecommunications: This connector could potentially be used in telecommunications equipment where space on printed circuit boards is at a premium. Devices such as modems, switches, and routers might incorporate this component to connect antennas and RF signals, leveraging its high-frequency capability and 50 Ohm impedance.
  • Industrial Automation: The robust design and low profile of the H.FL-R-SMT(C)(10) could make it suitable for industrial controls and sensor connections, which require reliability and durability within harsh industrial environments. The operating temperature range from -40°C to 90°C ensures adaptability in various climatic conditions.
  • Space Technology: In satellite and other space technologies where every component must be optimized for both performance and space, the H.FL-R-SMT(C)(10)’s small footprint and high frequency capabilities could be advantageous. Its capability to withstand substantial insulation resistance and voltage levels makes it a plausible choice.
  • Aerospace and Defense: While specific military or aerospace standards are not listed, the general-purpose utility and sound electrical properties might make it an option for commercial aerospace applications, particularly in communication and navigation systems.

Note: These potential applications are conceptual and illustrative. Engineers and designers must analyze and verify the compatibility of this part with specific industry standards and application requirements.

About Hirose Electric Co Ltd.

Hirose Electric Co Ltd is a prominent manufacturer and supplier of a wide variety of electronic connectors, including RF connectors like the H.FL-R-SMT(C)(10). The company specializes in creating high-quality, reliable connections for a diverse range of applications. Hirose is known for its commitment to innovation in the connector field, particularly within the category of Other RF Connectors, supporting advanced electronics in industrial, telecommunications, automotive, and consumer electronics sectors. Their products are highly regarded for precision engineering, durability, and performance, making Hirose a preferred choice among many technology companies worldwide.

Where to Find H.FL-R-SMT(C)(10) by Hirose Electric Co Ltd

The H.FL-R-SMT(C)(10) has been available historically from numerous distributors including New Advantage Corporation, Avnet Abacus, Sager, TME, Bristol Electronics, Onlinecomponents.com, Heilind Electronics, Future Electronics, Mouser Electronics, Avnet Americas, DigiKey, and Newark. To find current stock levels and pricing, or to purchase the part, please visit findchips.com. Additionally, findchips.com can help you locate alternatives or similar parts offered by Hirose Electric Co Ltd or other manufacturers through the parameter search for Other RF Connectors.

Compare pricing for H.FL-R-SMT(C)(10) and other Other RF Connectors / Connectors at findchips.com