ETL’s passive impedance transformers are engineered to support a wide range of RF applications, covering frequencies from DC to 7 GHz. These transformers are designed for super low loss, ensuring efficient signal management.

Versatile impedance transformers for RF applications

ETL’s series of passive impedance transformers are designed to cover a wide frequency range from DC to 7 GHz, including L-band frequencies from 850 MHz to 2150 MHz and S-band frequencies from 500 MHz to 2500 MHz. These transformers feature market-leading low loss. They can power interconnecting components or transmit a stable frequency reference to a Low Noise Block (LNB) or Block Upconverter (BUC) within a system. As a result, ETL’s impedance transformers are versatile solutions for maintaining signal integrity and reliability across various RF applications.

FAQ

What frequency ranges do ETL’s impedance transformers cover?

ETL’s impedance transformers cover either L-band frequencies from 850 MHz to 2150 MHz or S-band frequencies from 500 MHz to 2500 MHz.

Can ETL’s impedance transformers handle DC voltage or 10 MHz signals?

Yes, many of ETL’s impedance transformers are designed to either pass or block a 10 MHz signal or DC voltage, making them suitable for powering interconnecting components or providing a stable frequency reference to LNBs or BUCs.

What types of applications are ETL’s impedance transformers used for?

ETL’s impedance transformers are utilised in various RF applications, including signal management and providing frequency references for satellite and communication systems.

Are there different connector options available for these transformers?

Yes, ETL’s impedance transformers are available with various connector types to suit different system requirements and integration needs.

How do ETL’s impedance transformers improve system performance?

By providing impedance matching across a range of frequencies and managing DC and 10 MHz signals, ETL’s impedance transformers help optimise signal integrity and system performance.