
Reliable Termination Loads for Stable RF Networks
Precision terminations engineered to eliminate reflections on unused RF ports.
Hughes termination loads provide reliable, low-VSWR termination for unused RF ports, cable ends, and open connections throughout distributed antenna systems and wireless infrastructure. These precision components prevent signal reflections that degrade system performance by absorbing residual power and maintaining controlled impedance across the operating frequency range, ensuring unused ports do not introduce standing waves or impedance mismatches into active signal paths. Engineered for low passive intermodulation and excellent return loss, termination loads eliminate potential interference sources that could compromise signal integrity in sensitive RF environments where spurious reflections must be minimised. The robust construction handles moderate power levels whilst maintaining stable electrical characteristics across temperature variations and environmental exposure typical of telecommunications installations. Available in various power ratings, frequency ranges, and connector configurations, Hughes termination loads support system protection, performance optimisation, and installation flexibility across base stations, in-building DAS, test equipment, and any RF application where open ports must be properly terminated to maintain overall system VSWR and prevent reflections from degrading active signal transmission.
Popular models
| Part Number | Description | Datasheet |
|---|---|---|
| 35-50WTERM4GZH | Termination Load 50W 4.3-10 Male 4GHz -155dBc low PIM | Download Datasheet |
| 35-50WTERM4GZH | Termination Load 50W 4.3-10 Female 4GHz -155dBc low PIM | Download Datasheet |
| 35-RF10WSMAM | 10W SMA Male Termination Load 6GHz | Download Datasheet |
| 35-RF3WNMDL | 3 Watt N Type Male Termination load | Download Datasheet |
| 35-RF2W4310F | 1-2 Watt 4.3-10 Female Termination load 4GHZ | Download Datasheet |
| 35-RF1W4310M | 1-2 Watt 4.3-10 Male Termination load 4GHZ | Download Datasheet |
