Components

In the final chapter of this five-part series, we’ll look at five different synthesizer designs, comparing fully integrated synthesizers to discrete implementations.

When standard connectors don’t fit, these connectors can be customized to meet the mechanical/electrical requirements of the most demanding military and commercial applications.

This novel design method helps improve gain for the dual-fed DA by approximating gain using the Chebyshev polynomial.

Pasternack’s new line of RF attenuators offer operating frequencies of up to 18 GHz, depending on the configuration.

Developed by HUBER+SUHNER, these antennas operate at frequencies up to 2690 and 4200 MHz for 4G and 5G.

An expanded offering of Mini-Circuits products on X-Microwave’s modular drop-in format gives designers even more options to accelerate design cycles with the X-MWsystem.

This series examines 5G phased-array platform/wizard development and offers some recommendations to obtain consistent results. Part 1 focuses on the design and evaluation of the broadband stacked U-slot patch radiator optimized for 24 to 30 GHz.