[Hans Rosenberg] knows a thing or two about RF PCB design and has provided a three-part four-part video demonstration of some solid rules of thumb. We will cover the first part here and leave the ...
Next-generation wireless communication and radar systems often demand increased RF power within a smaller footprint to meet the performance and size requirements of their respective commercial and ...
The IoT has increased the demand for good radio frequency (RF) design practices from the mains, to wall outlet power, all the way to the antenna. With several IoT standards employed today, constraint ...
The days when RF and microwave design were stand-alone matters are over. Modern RF designs have multiple RF modules combined with high- speed digital and analogue technology sharing the same board ...
What is software defined radio (SDR) and how does it benefit modern communications and RF applications? RF/microwave PCB design for Radar and SDRs. Challenges of SDR PCB design and ways to overcome ...
The topic of ElectroMagnetic Compatibility (EMC) is important for the functionality and security of electronic devices. Today’s designers have to deal with permanently increasing system frequencies, ...
Antennas are sensitive to their surroundings. Thus, when there’s an antenna on the PCB, the layout for the design should take the requirements of the antenna into account, as this can make a huge ...
The previous articles in this series showed how the successful integration of IP—especially analog/RF, but digital as well—is essentially pre-determined by the practices of the chip development team ...
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