Impedance – 50Ω, Frequency – 6.5Ghz, VSWR – 1.15:1 (Max), Dielectric Resistance – ≥5000MΩ,country of origin-Made in India, packaging Type- Box, Colour-Silver, Usage- Connector Cable and Microwave Parts.. The DIN F 4 Hole SM 250 Solder connector is a type of RF (radio frequency) connector with specific features designed for high-frequency and high-performance applications. Here’s a detailed description of its characteristics and usage: Detailed Description: Connector Type: DIN F: Refers to a DIN-style connector with a female interface. “DIN” stands for Deutsche Industrie-Norm, indicating that it conforms to the standards set by the German Institute for Standardization. 4 Hole: Indicates that the connector has four mounting holes, designed for secure attachment to a printed circuit board (PCB) or another mounting surface. SM 250: “SM” typically stands for “Sub-Miniature” or “Small Miniature,” indicating a compact design. The “250” could refer to a specific series or model within the Sub-Miniature category, often related to the connector’s size or design specifications. Design and Construction: Body: The connector’s body is typically made from high-quality metal, such as brass, stainless steel, or other durable materials, often plated with nickel or gold for improved conductivity and corrosion resistance. Contacts: Includes a central pin (contact) for the signal and an outer sleeve for the ground. The central pin connects to the inner conductor of the coaxial cable, while the outer sleeve connects to the shield or ground of the cable. 4 Hole Solder Mount: The four mounting holes are used to solder the connector onto a PCB. This design ensures a secure mechanical connection and reliable electrical performance. Frequency Range: The DIN F 4 Hole SM 250 Solder connector is designed to handle high-frequency signals, often up to several GHz. This makes it suitable for applications that require precise signal transmission and minimal loss. Power Handling: The connector is capable of handling moderate to high power levels. Its design ensures that it can manage the power requirements typical in RF applications. Mechanical Properties: Durability: Constructed to withstand mechanical stresses, including vibrations and temperature variations. The soldered connections ensure stability and reliability. Connector Interface: Features a standard DIN interface with a threaded or locking mechanism for secure mating with other components.
