Key Specifications
Description
Precision N Jack (Female) to Jack (Female) Right Angle Adapter | Screw-lock | Stainless Steel Body
Last Updated:2026-02-12
The ROSNOL ADL‑PCN2PCN25A/9X‑9X is a precision N Jack (Female) to precision N jack (female) L‑adapter engineered for stable RF performance from DC to 18 GHz. Designed with a 50‑ohm impedance and a maximum VSWR of 1.25, the adapter ensures low signal reflection and consistent electrical performance across a broad frequency range. Mechanical reliability is supported through a screw‑lock coupling mechanism, a minimum of 500 mating cycles, and a recommended torque range of 0.70 to 1.10 Nm, making it suitable for high‑frequency routing and compact system layouts requiring a right‑angle transition.
The center contact is constructed from beryllium copper with gold plating, offering excellent conductivity, elasticity, and long‑term reliability. Advantages include high electrical performance and strong spring properties, while drawbacks involve higher material cost and the need for precise manufacturing control. The stainless‑steel body with passivated finishing delivers outstanding durability and corrosion resistance, ideal for harsh environments, though its increased hardness may lead to higher mating force compared to brass structures. Gold plating enhances conductivity and prevents oxidation, maintaining long-term signal stability; however, the relatively soft nature of gold can result in faster wear under frequent mating cycles. The PTFE insulator provides low dielectric loss and stable RF characteristics, though it is mechanically softer than ceramic dielectrics and may deform under extreme mechanical stress.
ROSNOL’s precision‑engineered RF adapters deliver high performance at competitive pricing, making them strong alternatives to higher‑cost European and American brands. All ROSNOL components, including the ADL‑PCN2PCN25A/9X‑9X, are manufactured under ISO 9001‑certified quality systems and fully comply with RoHS and REACH environmental regulations. Customization options for materials, plating, and mechanical configuration are available to support specialized RF system requirement.
