N-Type Protective Cap plug

Amphenol RF 很高兴能扩展我们的电缆安装 N 型产品组合，提供更多 IP 防护等级的后端安装隔板插孔配置。这些 50 欧姆射频连接器采用螺纹耦合机制设计，经久耐用。

Amphenol RF 很高兴地宣布扩展我们的 QMA 适配器产品系列。快速锁定适配器提供系列内和系列间配置，并有 N 型、SMA 和 TNC 可供选择。

Amphenol RF 很高兴能通过通用 FAKRA 帽扩展我们广泛的 FAKRA 互连产品线。

Amphenol RF 很高兴能扩大我们的镀黑连接器产品线，为低损耗 LMR 电缆类型提供 SMA 和 N 型配置。

Amphenol Custom Cable (ACC) 很荣幸地宣布，Digi-Key Electronics 可提供更多的预配置电缆组件。

Amphenol RF 很高兴地宣布，我们扩展了坚固耐用的 N 型连接器系列，增加了几种新的密封 IP67 选件。

The Amphenol RF 2.2-5 Product Data Sheet highlights the 2.2-5 connector series, designed for high-performance RF applications requiring compact size, low PIM, and superior electrical performance. This connector series is engineered to support high-frequency, low-loss signal transmission, making it ideal for 5G networks, small cells, and distributed antenna systems (DAS). With a rugged, weatherproof design, these connectors ensure reliable performance in harsh environments while maintaining ease of installation through various coupling mechanisms, including threaded, push-pull, and hand-screw options.

Amphenol RF's 18 GHz N-Type connectors extend the frequency range of the traditional N-Type product line to 18 GHz, providing excellent low PIM performance in a durable, medium-sized package. These connectors are ideal for rugged, outdoor applications requiring high power handling and vibration resistance, with applications in microwave, wireless infrastructure, and radar systems.

Amphenol RF introduces a comprehensive line of 4.3/10 low PIM adapters, expanding their low PIM adapter product family. These adapters are designed for space-restricted, high-density, and weight-sensitive applications, offering superior PIM performance and reduced mating torque compared to 7/16 DIN connectors, with in-series and between-series configurations available.

The Field Installable N-Type Connector Cut Sheet presents a high-performance N-Type connector designed for quick and efficient field installation without requiring special tools. Engineered for low-loss, high-frequency applications, this connector ensures secure and reliable RF connections in demanding environments. It features a rugged, weatherproof design, making it ideal for outdoor and industrial use, while its low PIM (Passive Intermodulation) performance supports high-quality signal integrity.

The ATC-PS cable assemblies cutsheet provides info for ATC-PS cable assemblies, outlining their technical specifications, features, and applications. It provides precise information on the design and performance characteristics of these cable assemblies, including impedance, frequency range, insertion loss, and durability. The document highlights the materials used, ensuring reliability and high performance in demanding environments. Additionally, it specifies the industries and applications these cable assemblies are designed for, demonstrating their suitability for various high-frequency and precision connectivity needs.

The "Connectors Optimized for Low Loss Cables" guide by Amphenol RF features redesigned SMA, TNC, and N-Type connectors specifically tailored for Low Loss cables. These connectors, which include straight and right-angle plugs and jacks, provide enhanced shielding, improved grounding, and low signal loss for applications requiring high reliability, such as smart city infrastructure and IoT antenna systems. They support frequencies up to 12.4 GHz for SMA and 6 GHz for TNC and N-Type connectors, ensuring consistent electrical performance and quick, secure assembly with standard hex crimp tooling​​.

The document "Passive Intermodulation Distortion in Connectors, Cable and Cable Assemblies" by David Weinstein of Amphenol Corporation discusses the causes, impacts, and measurement of Passive Intermodulation Distortion (PIM) in RF components. It explains how PIM is generated by non-linear mixing in passive devices like connectors and cables, causing unwanted signals that can interfere with communication systems. The paper outlines design guidelines to minimize PIM, including contact design, material choices and cleanliness, and describes testing methods to ensure low PIM performance​​.

Amphenol RF's N-Type Connector Series features durable, weatherproof 50 ohm connectors that offer excellent RF performance from DC to 18 GHz. These connectors are ideal for applications requiring vibration resistance, such as antennas, base stations, radar systems, and WLAN, and are available in both PCB and cable-mount configurations to accommodate a wide variety of coaxial cables.

Amphenol RF's Nex10 Adapter Series features ruggedized, compact 50 ohm adapters offering reliable low PIM performance up to 6 GHz. These lightweight, threaded adapters are ideal for high-density applications such as antennas, small cells, distributed antenna systems (DAS), MIMO, and 5G/LTE, designed to reduce interference and maintain network quality.

The Amphenol RF MCX Cable Assemblies Data Sheet highlights between-series board-to-panel cable solutions designed for wireless communication modules. These assemblies combine compact MCX interfaces with rugged, sealed bulkhead connectors to enable reliable RF connectivity in space-constrained and environmentally exposed applications.

The Amphenol RF MMCX cable assemblies datasheet outlines pre-configured 50-ohm RF cable solutions using flexible RG-174 coax for reliable connections in wireless communication modules. It highlights available connector configurations, electrical performance characteristics, and suitability for applications such as IoT, GPS, Wi-Fi, and other compact RF systems.

This datasheet highlights Amphenol RF’s MCX cable assemblies for wireless communication modules, featuring between-series board-to-panel configurations built on flexible RG-316 cable for reliable performance up to 6 GHz. The assemblies combine MCX straight or right-angle plugs with rugged, IP67-rated bulkhead connectors—including SMA, RP-SMA, TNC, RP-TNC, and N-Type—designed to provide secure, sealed connections that protect systems from temporary water and fluid ingress. Optimized for short-distance RF applications, these cable assemblies offer high heat resistance, durability, and low signal loss, making them well-suited for portable IoT devices, drones, GPS/GNSS, Wi-Fi, and demanding industrial, agricultural, and construction environments, with a wide range of standard and custom cable lengths available.