San Francisco Circuits has launched an innovative resource aimed at aiding PCB designers in understanding best practices related to PCB Insertion Loss.
In the realm of PCB design, minimizing loss—often quantified in decibels (dB)—is crucial, as unchecked loss can result in notable system malfunctions.
“Insertion loss refers to the reduction in signal strength as it traverses through system-level cabling, components, and PCB traces, especially in high-speed systems (3GHz and above), optical fibers, and PCB configurations.”
Discover the Insertion Loss Guide on the San Francisco Circuits website >>
Factors contributing to insertion loss encompass transmission length, the quality of connectors and cables, the use of high-loss materials, and the frequency of the system. The guide elaborates on how these elements impact overall system performance and offers strategies to mitigate insertion loss, covering:
- Understanding Insertion Loss
- Factors Leading to insertion Loss
- Strategies to Reduce Insertion Loss
Enhance yoru upcoming PCB design by addressing Insertion Loss with this thorough resource from the experts at SFC.
Access the complete Insertion Loss Guide hear >>
