Utilizing advanced materials and processes, SYMAIR ensures minimal signal transmission loss and distortion to maintain signal integrity and stability. Precise matching of characteristic impedance prevents signal reflection and interference, enhancing the overall performance of communication systems.
With a compact design, SYMAIR connectors are sturdy and durable, withstanding extreme temperatures and intense vibrations for long-term stability. Stable performance metrics including dynamic PIM, insertion loss, and voltage standing wave ratio (VSWR) prolong equipment lifespan.
Committed to long-term growth and customer stability, SYMAIR adopts a high-quality, low-profit business model. Product cost reductions through supply chain optimization and technological advancements, which maximize support for customers' business objectives.
A wide variety of RF coaxial connectors exist, which can be categorized into multiple types based on various classification criteria. Below are some common types of RF coaxial connectors.
Plug-and-play is extensively employed in wireless communication systems, televisions, testing equipment, and other RF electronic devices. It features two characteristic impedances of 50 ohms and 75 ohms, and supports signal frequencies ranging from 0 to 4GHz, like BNC connectors.
Threaded connection, a reliable locking mechanism, was among the first connectors designed for transmitting microwave frequency signals. It offers two characteristic impedances of 50 ohms and 75 ohms, supporting a signal frequency range of 0 to 11 GHz, with the enhanced type reaching up to 18 GHz. Threaded connections provide excellent electrical performance, characterized by strong vibration resistance and high reliability, including TNC connectors, SMA/SMB/SMC connectors, N-type, 7/16 DIN type, 4.3-10 type connectors, among others.
This type of connector connects to equipment or systems via flanges, offering high connection strength and stability, typically employed in applications demanding high reliability, such as connections within cabinets and input-output connections.