Amphenol RF BNC Series Coaxial Connector Panel Mount Female, 75 Ω Impedance, Straight Body Crimp B6421E1-ND3G-6-75

Amphenol RF B6421E1-ND3G-6-75 is a high-quality BNC Series Coaxial Connector designed for robust panel mount applications. This female coaxial connector offers 75 Ω impedance and a straight body configuration, optimized for secure and efficient crimp cable termination.

Constructed with a nickel-plated brass body, the connector ensures enhanced corrosion resistance and mechanical strength. The hex crimp termination type provides a secure cable connection suitable for consistent RF signal performance. The contact gender is female, made from phosphor bronze with a durable gold over nickel plating to maintain excellent conductivity and resist wear.

This bulkhead-mounted connector meets the standard size specifications for BNC connectors, making it compatible with a wide range of electronic and communication equipment. The normal polarity and absence of special standards or approvals indicate a general-purpose industrial-grade component.

Applications include industrial electronics, communications, laboratory instruments, and general RF coaxial cable assemblies where 75 Ω impedance is critical. The panel mount bulkhead ensures ease of installation and secure mounting within enclosures or equipment panels.

Product features include a straight body orientation for straightforward cable routing, and the crimp termination type offers a reliable mechanical and electrical connection. The robust construction supports prolonged use in demanding environments.

This connector features a nickel-plated brass body for durability. Contact material is phosphor bronze with gold plating to ensure high conductivity. Supports crimp termination type with bulkhead mount to panels. Standard size BNC series with normal polarity for general applications.

Designed for 75 Ω impedance RF coaxial connections. Explore EnvMart's selection of industrial-grade Coaxial Connectors and related electronic components for your professional requirements.