High-Quality Radiall R125464000 SMA 2-Hole Flange Jack Receptacle

Upgrade your RF and coaxial connections with the Radiall R125464000 SMA 2-Hole Flange Jack Receptacle. This RF connector offers high performance and reliability for various applications.The R125464000 is part of the SMA series, which is known for its excellent electrical characteristics and wide frequency range. It features a jack (socket) gender, making it compatible with SMA plug connectors.

With an impedance of 50 Ohms, this SMA connector provides optimal signal transmission in RF systems. The R125464000 has a maximum frequency rating of 18 GHz, ensuring reliable performance in high-frequency applications. The termination style of this connector is solder, allowing for secure and durable connections. The connector is designed in a straight orientation, providing a direct and efficient connection. Featuring a standard polarity configuration, the R125464000 can be easily mated with compatible SMA connectors. The flange mount design of this connector enables simple and sturdy installation on a panel or chassis. The R125464000 is available in bulk packaging, suitable for high-volume production or custom installations. The body of the connector is finished with gold plating, ensuring excellent conductivity and corrosion resistance. It is constructed from stainless steel, providing durability and reliability in various environments.

Reliable SMA 2-Hole Flange Jack Receptacle: Radiall R125464000 - 50 Ohms, 18 GHz, Solder Termination

The flange body style offers stability and easy integration with your RF system. Radiall, a renowned brand in the industry, ensures the quality and performance of the R125464000 SMA connector. The contact material is made of beryllium copper, known for its excellent electrical conductivity and mechanical properties. The contact plating is gold, enhancing conductivity and preventing oxidation. With an insulation resistance of 5000 MOhms, the connector ensures reliable insulation between the contacts.

The R125464000 is rated for 500 mating cycles, offering durability and longevity in repeated connection and disconnection. The maximum operating temperature of the connector is +165°C, allowing for reliable performance even in high-temperature environments. The minimum operating temperature is -65°C, ensuring functionality in extreme temperature conditions. Upgrade your RF and coaxial connections with the high-quality Radiall R125464000 SMA 2-Hole Flange Jack Receptacle. Its 50 Ohm impedance, wide frequency range, solder termination, and flange mount design make it a reliable choice for various RF applications. Order now and experience excellent signal transmission in your projects.

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Yougou Electronics (Shenzhen) Co., Ltd is a professional electronic components supplier and distributor. We have been providing multiple items - Cooling Fans, Power Supply Units, LCD Displays PCB and PCBA Control Boards, AC Cords and Cables, IC Chips, Test Fixtures, Power Module, RF, Capacitor, Resistor, Diode, LED, Microcontrollers etc - to meet and satisfy the growing demand of electronics for the Global Electronic Industry.

These products are used in several market segments, including Mining, Communication Equipment & Networking, Telecommunications, Consumer Electronics, Automotive, Medical and Industrial applications. We maintain a strong world-wide network with manufacturers, technologic research institutions and franchise distributors, as well our own comprehensive stock inventory. This allows us to offer competitive prices and short lead-time on our products, which are being exported to America, Europe, South America, Middle East, and South-East Asia.

We claim to collaborate with our partners and customers on the basis of mutual benefit, mutual support, and co-development. Our goal is to provide our customers with high quality products, a diverse selection, competitive prices, rapid lead-time, swift shipping, and reliable after-sale service to meet their satisfaction. We sincerely welcome you to exchange with us and look forward to a successful future collaboration.