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1.6/5.6 connectors are compact, high-performance electrical connectors designed for secure and reliable connections in tight spaces. Ideal for automotive, industrial, and consumer electronics, they offer durability, ease of assembly, and efficient signal transmission. Their small size and robust design make them perfect for applications where space and performance matter.

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1.6/5.6 Connector Series

1.6/5.6 Connector Series

1.6/5.6 Connector Series,DC-1GHz,75Ω,350V

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1.6/5.6 connectors are commonly used in high-density electronic systems such as automotive modules, industrial automation, broadcasting equipment, and consumer electronics. Their compact size allows for efficient use of space without compromising signal performance. These connectors are especially valued in RF applications where space savings and signal integrity are crucial.
These connectors are engineered for excellent electrical performance, offering low reflection and minimal signal loss across a wide frequency range. The precision mating and shielding design reduces interference and maintains stable impedance, making them highly suitable for RF and video signal transmission in both analog and digital systems.
Their small form factor and push-pull or threaded locking system make them easy to integrate into compact assemblies. Despite their size, they maintain strong mechanical and electrical characteristics. This makes them ideal for densely packed circuit boards or systems where space is limited but performance cannot be compromised.
Yes, 1.6/5.6 connectors are designed to perform well in high-frequency applications, typically supporting up to 3 GHz or more depending on the specific model. Their impedance-matched design ensures minimal signal degradation, which is essential for RF, video, and data communication systems that demand high signal clarity.
These connectors are built with robust materials and precise locking mechanisms that resist vibration, moisture, and mechanical stress—common challenges in industrial settings. Their ease of installation and secure connection make them reliable in automated systems, test equipment, and harsh environments requiring long-lasting and stable electrical performance.