The N male straight Connector for .086 cable is engineered for RF applications where reliability, precision, and repeatability truly matter. Designed specifically for .086 semi‑rigid or conformable cable types such as RG405, it provides a stable 50‑ohm interface and low insertion loss, making it a strong choice for both lab and field use. Thanks to its classic N‑type male interface, this connector mates smoothly with standard N‑female jacks found on test instruments, antennas, filters, amplifiers, and RF modules. The straight body format keeps your cable routing clean and predictable, which is especially useful in dense racks, test fixtures, and compact enclosures where bend radius and mechanical strain need to be controlled. A robust metal housing helps the connector stand up to repeated mating cycles and everyday handling without compromising performance. When properly terminated, it delivers a consistent low‑VSWR connection over a wide frequency range, supporting applications in test and measurement, telecommunications, wireless infrastructure, radar front‑ends, and general RF prototyping. The mechanical design also contributes to strong strain relief, helping protect the delicate .086 cable from kinks, deformation, or fatigue near the termination point. Installation is straightforward for anyone familiar with RF hardware. By carefully preparing the .086 cable and following standard termination practices for N‑type connectors, you can achieve a reliable, long‑lasting joint that maintains electrical integrity over time. Whether you are assembling precision test leads, custom jumpers, or integrating small RF modules into a larger system, this N male straight Connector for .086 cable offers a practical balance of performance, durability, and ease of use.

• Designed for .086 semi‑rigid or conformable RF cable (e.g.
• RG405)
• Standard N‑type male interface for wide equipment compatibility
• Straight body design for clean
• predictable cable routing
• 50‑ohm impedance for matched RF systems
• Low insertion loss and low VSWR when properly terminated
• Durable metal housing for mechanical strength and longevity
• Suitable for test and measurement
• telecom
• wireless
• and radar applications
• Supports repeated mating cycles without significant performance drift