Impedance – 50Ω, Frequency – 6.5Ghz, VSWR – 1.15:1 (Max), Dielectric Resistance – ?5000M?,country of origin-Made in India, packaging Type- Box, Colour-Silver, Usage- Connector Cable and Microwave Parts. The DIN F 4 Hole RG 141 Solder connector is a type of RF (radio frequency) connector designed for use with RG 141 coaxial cables. Here’s a detailed breakdown of its features and specifications: Detailed Description: Connector Type: DIN F: This signifies a DIN-style connector with a female interface. “DIN” stands for Deutsche Industrie-Norm, indicating that the connector adheres to the standards set by the German Institute for Standardization. 4 Hole: The connector features four mounting holes, intended for soldering to a printed circuit board (PCB) or another mounting surface. RG 141: The connector is specifically designed to be compatible with RG 141 coaxial cables, which have a 0.405-inch (10.3 mm) outer diameter. RG 141 is known for its low-loss characteristics and is often used in high-frequency applications. Design and Construction: Body: The connector’s body is generally constructed from high-quality metals such as brass or stainless steel, often plated with nickel or gold to enhance electrical conductivity and resistance to corrosion. Contacts: Includes a central contact pin for the inner conductor of the coaxial cable and an outer contact or sleeve for the cable’s shield or ground. The design ensures a secure electrical connection with minimal signal loss. 4 Hole Solder Mount: The connector features four mounting holes designed for soldering to a PCB. This design ensures a stable mechanical connection and reliable electrical performance. Frequency Range: The DIN F 4 Hole RG 141 Solder connector is engineered to handle high frequencies, typically up to several GHz. This makes it suitable for applications requiring precise signal transmission. Power Handling: The connector is capable of handling moderate to high power levels. Its design supports the power handling needs common in RF applications. Mechanical Properties: Durability: The connector is built to withstand mechanical stresses such as vibration and thermal cycling. The soldered connections provide a stable and robust mechanical attachment. Connector Interface: Typically includes a threaded or locking interface for secure mating with other components, ensuring a reliable connection.
