When you ask someone why 90-degree traces on a printed circuit board is bad, the first reason given is RF interference. The most-cited reason as to why you shouldn’t use square corners on traces ...

All this bouncing RF also raises hell with your power integrity. See, Bob Thomas described the RF radiating out of the board edge. When I mentioned Istvan’s trick to Howard Johnson, the famous signal ...

Through-hole assembly means bending leads on components and putting the leads through holes in the circuit board, then soldering them in place, and trimming the wires. That took up too much space a… ...

SANTA CLARA, Calif., and NORCROSS, Ga., Sept. 3, 2008 — Agilent Technologies Inc. (NYSE: A) and T-Tech Inc. today announced a joint agreement to offer a solution for fast RF printed circuit board (PCB ...

The angled design optimises board layout by reducing signal interference. It also facilitates easier routing of signals, which is crucial for maintaining system performance in densely packed ...

RF constraint management helps PCB designers and engineers understand and meet new challenges and requirements, ... The board Stackup Editor is very useful in helping you configure the optimal board ...

These advances enable smaller size, reduced board cost, and lower power consumption, while simplifying the board design process. The benefits of the new RF transceiver technologies are: 1.

Software-defined radio (SDR) requires complex circuitry on printed circuit boards (PCBs) that defines the functionality of the device as well as the performance of these microwave and RF systems ...