When current flows through a conductor it becomes an inductor, when there is an inductor there is an electromagnetic field (EM). This can cause a variety of issues during PCB layout if you don’t ...

with a tool head that performs the coating of the via with a high-resistance conductive ink before the electroplating step, all without submerging the entire PCB. After an initial experiment ...

The characteristic impedance of the PCB can also be calculated using (4) and the approximate peak impedance (14.5dBΩ) with the 2.7Ω termination resistance. The measurement is repeated using a ...

A printed circuit board (PCB) is much like a complicated city ... usually consists of wide power planes on multiple layers to provide a low-resistance path for power delivery. These planes are ...

It’s possible to pass much larger currents through a short section of PCB trace with no ill effects if they’re connected to a larger trace or copper area. This is because the resistance of the ...

The DC path of least resistance from the digital circuitry to the power source ... 1 Conclusion – Pay Attention to Where the Current Flows Many problems with mixed-signal PCB design can be avoided by ...

(MENAFN- PR Newswire) KYOTO, Japan, July 1, 2021 /PRNewswire/ -- OMRON Corporation based in Kyoto, Japan, announced the global release of the G9KA High-Power PCB Relay on July 1, 2021. This ...

Thermal resistance from junction to case (θJC) is a metric of how easily heat flows from the die junction to the exposed pad (note that while FET devices have channels rather than junctions, the term ...