We will gladly assist you. Send us a message or find your local contact:
This cable assembly has been tuned for minimal losses, high power and combines the microwave source with the output connector. Flexibility, relatively tight bending radii and the easy installation of the snap-lock connectors help with the miniaturisation of the generator and ensure efficient connections. In addition, shielding properties are an important criterion to ensure that all EMC requirements can be satisfied.
The radio frequency housing connector on the generator output must ensure that the power can be transferred and must also be designed to withstand the high number of connection cycles of the transmission cable. The connector must be easy to use and provide connection reliability. H+S offers a selection of catalogue panel connectors in different interface versions, but products can also be amended or customised.
HUBER+SUHNER also offers a unique quick-lock multi-connector that combines a compact RF connection including up to 10 pins for the DC connection. It can handle up to 250 W power (at 2.45 GHz) and allows up to 10’000 mating cycles. We provide this connector together with the low-loss generator assembly including DC-lines according customer needs.
The product matches its counterpiece on the transmission bundle assembly, which is predestined for single use.
The high-performance connector is installed directly on the microwave amplifier housing and connects the power output right to the printed circuit board inside. Quick-lock connectors, such as QN connectors, are often used to make the connections easier.
HUBER+SUHNER also offers a DC block range which are typically bespoke versions that cover very specific customer requirements. The use of a DC block to insulate the generator from the applicator on the internal and external conductors of the coaxial cable creates a galvanic separation from the generator. This protects the patient and the medical staff in the event of an electrical fault.
We will gladly assist you. Send us a message or find your local contact: