Using Embedded Passives to Transform RF Attenuator & Filter Design

As RF systems continue to evolve, embedded passive technology represents a significant step forward in addressing the industry’s challenges of miniaturization, efficiency, and performance. The approach presented in the below web blog discusses how to solve current design limitations and to open new possibilities for innovation in RF circuit design. It further discusses some of the potential benefits of embedded resistors and capacitive foils in RF circuit applications. 

https://quanticohmega.com/using-embedded-passives-to-transform-rf-attenuator-filter-design/

The RF industry faces a critical challenge: traditional waveguide modules and coaxial connector solutions no longer meet the demanding requirements for miniaturization and efficiency in modern RF systems. While printed circuit board (PCB) manufacturing offers promising solutions through cost-effective, high-volume production, conventional surface mount technology (SMT) components present significant limitations for RF applications.

Read this web blog to learn more about embedded passive technology consisting of embedded resistors and capacitive foils in RF circuit applications ... READ MORE

Image: A resistive foil T-attenuator design with red-dotted lines to indicate the corresponding resistive foil regions to classic lumped element models of a T-attenuator. Credit: QUANTIC Ohmega Ticer website