Stainless Steel Passivation MSSM Male RF Connector for MF30A Cable

The MSSM product lineup features high-performance millimeter-wave connectors designed to support frequencies of up to 40GHz. These connectors use air interface threaded connections and offer compatibility with SSMA series connectors. Notable for their compact dimensions, light weight, elevated operating frequency, and secure connection, the MSSM series connectors are extensively utilized in high-frequency microwave measurement and millimeter-wave applications.

Specifiacation:

Note:The specific data of the model are based on the data in the product specification sheet.

Feature:

* Compact Design: The MSSM connector belongs to a family of miniature connectors, making it very small and suitable for use in space-restricted electronic devices.

* Compatibility with Other Miniature Series: The MSSM connector can be connected to other small RF coaxial connectors like SSMA and SSMB without damage, offering good compatibility and flexibility in use.

* Integrated Internal Functions: In addition to basic connectivity, MSSM connectors can integrate internal functions such as filtering, phase adjustment, and mixing to meet the needs of multifunctional devices.

Outline Drawing(mm) and Picture of Stainless Steel Passivation MSSM Male RF Connector for MF30A Cable

Application:

* Testing and Measuring Equipment: RF signal generators, network analyzers, and other testing and measuring devices use MSSM connectors to transmit stable reference signals and measurement outcomes, which is crucial for improving test accuracy.

* Medical Instruments: Certain medical imaging devices like MRI and CT scanners also use MSSM RF coaxial connectors to ensure high-quality image signal transmission.

Product Cataloge:

Other 1.0mm RF Adapters

1. 1.0mm Female to Female RF Adapter

(Model No.: 1.0-KK)

2. 1.0mm Male to Male RF Adapter

(Model No.: 1.0-JJ)

NOTE:
We have over 10,000 types of Adapter, if the connector you are using is not found, please contact us with your details.