ETL Systems’ range of cable assemblies caters for a wide range of applications and markets, particularly where low loss, flexibility, performance and affordability are key requirements. Our cable assembly offering is wide enough to meet the diverse requirements of RF signal transmission applications, including coaxial and test cables in a variety of lengths, rigidities, materials and frequency options.

Versatile cable assemblies for reliable connections

ETL offer a diverse range of cable assemblies, suitable for any module featuring DC filter connections or biasing points. These cable assemblies ensure reliable and efficient connections, enhancing the performance and flexibility of your systems by providing tailored solutions for power distribution and signal integrity. Whether you need to integrate or adapt modules within your setup, ETL’s cable assemblies deliver robust and precise connectivity options to meet various operational requirements.

FAQ

What types of cable assemblies does ETL offer?

ETL provides a variety of Rigid, Semi-Rigid, Semi-Flex and Molex DC cable assemblies. These assemblies are compatible with modules that include DC filter connectors or biasing points, ensuring flexible and reliable connections for diverse applications.

Can ETL’s cable assemblies be used with any module?

Yes, ETL can provide a cable assembly designed to be compatible with any module equipped with a DC filter connector or biasing point, offering versatility and ease of integration across various systems.

What is the benefit of using Molex DC connectors in ETL’s cable assemblies?

Molex DC connectors provide reliable and secure connections, ensuring stable power delivery and signal integrity. They are widely recognised for their durability and ease of use in a range of electronic and RF applications.

Are the cable assemblies from ETL customisable?

ETL offers customisable cable assemblies to meet specific requirements. You can choose the length, connector type, and other parameters to match your exact needs and ensure optimal performance for your application.