Copper Alloy SSMA Female/Jack 4 Leg Through Hole Solder RF Coax Connector Up To 18GHz

Product Description:

SSMA connectors are a compact iteration of SMA RF coaxial connectors.

Designed to miniaturized SMA interface, smaller than SMA. SSMA series connectors are approximately 30% smaller than traditional SMA versions. They excel in providing broad frequency ranges, outstanding mechanical and electrical performance, and exceptional reliability. Featuring a threaded interface (10-36UNF-2) with a 50Ω characteristic impedance, these connectors support operations up to 30GHz. SSMA connectors are specifically designed for precise microwave signal transmission, making them indispensable in microwave communication, measurement equipment, aerospace, radar, and various other high-tech applications.

Interface Dimenstion of SSMA RF Coax Connectors

Outline Dimension of Copper Alloy SSMA Female 4 Leg Through Hole Solder RF Coax Connectors: SSMA-KHD5

Similar Model:

SSMA Jack 4 Leg Through Hole Soldering RF Coaxial Connectors: SSMA-KHD

SSMA Female 4 Leg Through Hole Soldering RF Coaxial Connectors: SSMA-KHD4

Applications:

Xi'an Elite Electronic is a Leading manufacturer of Systematic Interconnection Solution mainly serving the aerospace, aviation, navigation, radar, communications, measurement, electronics fields.

Our high quality proudcts use the finest materials and strict processes to ensure the durability and reliability in harsh environment.

Packing and Shipping:

Packaging:

The Copper Alloy SSMA Female RF Coaxial Connector is carefully packaged in a sturdy cardboard box to ensure its protection during transit. The connector is secured in place with foam padding to prevent any damage from occurring during shipping.

Shipping:

We ship the Copper Alloy SSMA Female/Jack 4 Leg Through Hole Mount RF Coax Connector using a reliable courier service to ensure safe and prompt delivery to our customers. The connector is packed securely to prevent any mishandling during transportation. Customers will get a tracking NO. after the shipment.