Specifically designed for high-density microwave applications up to 70 GHz, the UGF055D is a miniature multi-channel RF assembly that stands up to the most demanding space-flight, defense, and 5G environments. The ultra-low-loss UGF055D boasts:
Employing all the cable and connector performance and proven reliability of our UTiFLEX line – only in a smaller and higher-performing package – UGF055D features a double-shielded cable construction with a rugged FEP outer jacket. Popular connector options include 1.85 mm, 2.92 mm, SMP, and SMPM.
| Features | Benefits |
|---|---|
| Line sizes to match high-frequency connectors | Lowest possible return loss (VSWR) and insertion loss |
| Helical metal-wrapped outer conductor | Maximizes RF shielding and flexibility, especially critical for high-density multi-way applications |
| MIL and/or space-rated materials | Available M39012 Group A and B compliant, and as required, restricted use of prohibited materials such as pure tin, cadmium, and zinc |
| 100% test and inspection of electrical and mechanical requirements | Allows peace of mind and for receipt and integration of assemblies/harnesses without additional quality checks |
| Vertical integration of connectors, cables, and assemblies | CarlisleIT-produced connectors and cables are designed for optimized assembly and matching, enhancing performance and reliability of finished assemblies/harnesses |
| Compatible with high-density PCB launch mechanism | Enables direct launch to PCBs with proven SMPM technology, reducing footprint, and lowering installation costs |
2x4 Multi-Way Right-Angle SMPM Harness
Microwave cable assemblies constructed using a low or ultra-low-density PTFE dielectric coupled with fully shielded outer conductors and a unique connector attachment that withstands mechanical and thermal stresses far better than standard connectors.
UGF055D datasheet
To inquire about UGF055D Miniature Multi-Channel RF Cable Assemblies available from CarlisleIT, please fill out the form below, and one of our Sales Engineers will contact you.
