N-Connector Crimp

The N connector Female Crimp RG213 is a high-quality RF connector designed for use with RG213 coaxial cables. It consists of three main components: the outer shell, center pin, and the crimp sleeve. Manufactured with precision, this connector features a nickel-plated finish for enhanced durability and corrosion resistance. The center pin is gold-plated to ensure optimal conductivity and signal transmission. This connector is suitable for high-frequency applications and provides a secure, reliable connection for your RF equipment. Its robust design guarantees long-lasting performance, even in demanding environments. Whether you're working in telecommunications, broadcasting, or other RF applications, this connector is a perfect choice to ensure stable and efficient connectivity.

The N connector Male Crimp for RG58 is a high-quality, durable connector designed for use with RG58 coaxial cables. Constructed with precision, this N connector ensures reliable and secure connections for your RF applications. The connector body is crafted from sturdy metal, usually nickel-plated, to provide excellent resistance to corrosion and wear, while the crimp-style design allows for a sturdy and dependable attachment to the cable. The gold-plated center pin ensures optimal conductivity and minimizes signal loss, making it ideal for high-frequency signal transmission. One of the notable benefits of the N connector Male Crimp for RG58 is its robust construction, making it suitable for both indoor and outdoor use. Its strong and reliable build helps in maintaining the integrity of the connection even in harsh environments. Additionally, the crimp design allows for rapid and simple installation compared to solder-type connectors. This makes it an excellent choice for on-site installations where convenience and reliability are paramount. The N connector Male Crimp for RG58 is commonly used in various RF applications including antenna connections, wireless communication systems, and laboratory testing equipment. It is especially valuable in environments where a dependable and low-loss connection is crucial. Whether for professional or DIY projects, this N connector ensures that your coaxial connections are both secure and efficient.

The 'N connector Male Crimp for RG213' is a high-quality RF connector designed for applications requiring reliable and durable connections. This connector is tailored for the RG213 coaxial cable, ensuring optimal signal transmission and minimal loss. The connector components include a robust outer metal casing, precision-fit washers, and a central gold-plated contact pin designed for superior conductivity and long-term durability. The crimp style ensures a secure and stable connection, perfect for both professional and amateur radio frequency applications. Benefits of this product include its ease of installation, thanks to the crimp design, which requires only a standard crimping tool. The gold-plated pin ensures excellent signal integrity, and the sturdy metal construction provides improved resistance to environmental factors and mechanical stress. The various components, such as washers and O-rings, ensure a tight seal, preventing moisture ingress and enhancing the connection's lifespan. The N connector is widely used in high-frequency applications including telecommunications, broadcast systems, and Wi-Fi installations. It is ideal for outdoor antenna setups, where reliable performance in varied weather conditions is crucial. Additionally, it is suitable for laboratory and testing environments that demand high precision and lower signal interference.

The N connector Female Crimp RG58 is a high-quality, RF coaxial connector designed for use with RG58 cable. Featuring a robust nickel-plated finish and reliable performance, this connector is essential for ensuring stable connectivity in various applications. Its crimp design ensures a secure and lasting attachment, making it ideal for professional and industrial use. The connector includes a gold-plated pin for superior conductivity and minimal signal loss, maintaining signal integrity across connections.