Steve Jones
Author Archives: Steve Jones
With the continuous and increasing demand for electronic devices, designers are persistently finding ways to enhance performance and put out the best electronic product in the market.
Simultaneously, the designers need to account for the possible effects of high-speed signals in a PCB layout, considering that increasing clock frequencies and decreasing rise times may result in fluctuating signal or signal integrity issues.
You must use higher frequencies to overcome this issue. Hence, higher frequencies, ranging from 50MHz to 3GHz, have become a staple in designing PCBs.
Implementing effective high-speed PCB design is vital to meet and support real-world demands.
Answering your questions including ‘what is a flexible pcb’ and explaining their advantages, keep reading to discover the world of flexible PCBS
Tenting vias for PCB designs provides added protection from damage and aids soldering during PCB assembly.
Keep reading to learn why this process is important, what its risks are, and how to reduce those as best as possible.
High-power PCBs are printed circuit boards that are designed to handle higher currents and withstand high temperatures.
There is now a growing demand for high-power PCBs. This is because modern and up-to-date electronic devices need to operate at faster speeds due to their more advanced components that need to combat current needs and complexities.
This blog is going to discuss what high-power PCBs are, what they’re used for, and the challenges in designing them.