Infinite Electronics brand Pasternack, a provider of RF, microwave and millimeter-wave products, recently announced the launch of what it bills as its line of "cutting-edge" ultra wideband bias tees.
Designed for enhancing seamless application of DC and RF signals to electronic devices, Pasternack says the new ultrawideband bias tees are designed to set the DC bias point of electronic components without disturbing their operation.
Pasternack notes that the adapters "cover a remarkable frequency range from 50 kHz to 110 GHz." As stated by the company, "This capability caters to a wide array of applications, thereby ensuring no customer need goes unfulfilled."
Emphasizing the product’s adaptability, Pasternack’s bias tees come in both male and female W1 RF connector configurations, along with an SMC male DC connector. The products are built for resilience, housed in small, rugged aluminum packages that are guaranteed to meet MIL-STD-202F tests for thermal shock, mechanical shock and vibration.
Pasternack adds that the bias tees not only ensure efficient DC biasing thanks to their SMC connector, but also offer metrology-grade quality. The devices' robust mechanical designs with W1 1 mm connectors ensure minimal signal interaction, low insertion loss and impressive return loss characteristics, as reckoned by the company.
In addition, as Pasternack continues to prioritize environmental safety and sustainability, as of the time of the products' launch last month, the company notes its ultra wideband bias tees are RoHS-compliant, ensuring adherence to the Restriction of Hazardous Substances directive.
“Pasternack has delivered a product that combines advanced technology with environmental consciousness. Our new ultra wideband bias tees show our commitments to quality, customer service and making a positive impact on the planet,” said Kevin Hietpas, product line manager with Pasternack and Infinite.
Pasternack said its new ultra wideband bias tees are currently in stock and available for same-day shipping. For inquiries, call +1-949-261-1920.