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N-Type Adapters

N-Type Adapters: Reliable and High-Performance Solutions by Metabee

Welcome to Metabee, your trusted partner for high-quality RF adapters. As a professional RF connector manufacturer, we can provide premium products that combine innovation, performance, and affordability. We offer a wide range of N-type adapters to meet diverse connectivity needs. Our selection includes N to N, N-type Tee, 4.3-10 to N, UHF to N, N to F, 7/16 to N, and FME to N adapters, ensuring compatibility with various RF systems and applications.

Why choose Metabee?

  • Professional Technical Expert: Our technical staff possesses the rich connector industry expertise to provide the ideal solution for your specific needs. 
  • Quality Assurance: Our products are manufactured using premium materials to ensure optimal performance and durability.
  • Competitive Factory Pricing: We deliver premium RF adapters at competitive prices without compromising quality.
  • Timely Service: Metabee is committed to delivering responsive support and reliable, timely product fulfillment.
  • Customization Services: We can provide customizable RF from design specifications to packaging; our customization options cater to your exact needs.

Click here to download Metabee’s RF Connectors, Adapters, and Cables PDF Catalog to learn more.

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FAQs:

An N-type adapter is a kind of RF adapter used to transition between an N-type connector and another type of connector, offering reliable signal transmission in various applications.
N-Type adapters are typically designed for 50 Ohms impedance, which is the standard for most RF applications.
N-type adapters typically operate from DC to 6 GHz.
N-Type adapters are used in a variety of applications, including:
  • Wireless Microphone System;
  • Broadcast and Media;
  • Antenna Systems;
  • Wireless Communication;
  • Military and Aerospace;
  • Surveillance System;
  • Consumer Electronics.
  • N-type adapters are typically made from durable brass, brass alloy , stainless steel , or zinc alloy , with nickel plating or passivation for improved conductivity and corrosion resistance.
    Consider the following factors:
  • Connector types;
  • Frequency range;
  • Impedance;
  • Durability and environment.