MMW Series 1.85mm Female Stainless Steel RF Connector for MF125A Cable

Specification:

More Pictures of MMW Series 1.85mm Female Stainless Steel RF Connector for MF125A Cable:

Features:

1. High-Frequency Capabilities:
The 1.85mm connector is designed for millimeter wave bands with operational frequencies that can reach up to 65GHz or higher. This makes it exceptional in high-frequency transmissions.
High-frequency performance benefits from the use of air as an insulator, reducing signal loss and enhancing transmission efficiency.
2. Compatibility:
This connector is designed to be compatible with the 2.4mm connector, offering great interchangeability. This compatibility allows the 1.85mm connector to replace or upgrade existing 2.4mm connectors in various systems and instruments.
3. Physical Features:
The 1.85mm connector is compact and lightweight, making it convenient for use in space-limited environments such as satellite communications and portable testing equipment.
Small size and light weight also provide advantages in situations requiring reduced equipment weight.

Application:

1. Wireless Communications:
In modern wireless communication systems, especially in millimeter-wave bands such as 5G infrastructure, 1.85mm connectors are widely used because of their high-frequency support characteristics. They are employed to transmit high-speed data, ensuring low network latency and broad bandwidth.
These connectors are also used in base station equipment connections, where handling large volumes of data traffic while ensuring signal stability and reliability is crucial.
2. Aerospace:
In satellite communication systems, 1.85mm connectors link the high-frequency signal transmission equipment between satellite payloads and ground stations. Given the extremity of space environments, these connectors must withstand extreme temperature fluctuations and radiation effects.
Onboard spacecraft electronics, such as data processing units and navigation systems, also rely on this high-performance connector to maintain system integrity and efficiency.