|
Today’s printed circuit board (PCB) designers face competing challenges to design smaller, higher-density applications coupled with high frequency and high-speed signalling. The challenge becomes especially acute for low cost commercial devices in which traditional signal-integrity design rules may be ignored in exchange for a board with fewer power and ground planes or a higher-density design with less than optimum signal routing.
Discover how engineers at Panasonic were able to simulate complex high-speed PCBs and meet challenging noise and performance specifications to improve signal integrity design for a remote surveillance camera.
|
|