This video explains why one should avoid Voltage mode VRMs and shunt compensation for the VRM Error Amplifier. The better performance of...

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The target impedance concept has been used by the industry for a number of years. It is the basis of a simple and robust design process,...

View the full slideshow now #comb #vrm #plane #flatimpedance #noise #powerintegrity #presentations #vrts3 #capacitors #psrr #bode100...

Today’s high speed systems require clean power under challenging conditions. Extremely fast current transients and high voltage stability...

Having said all of this, the measurement of a PCB plane using a VNA may not be as straightforward as you might expect. One simple trick...

In modern electronic systems, the performance of FPGAs, CPUs, and other high-speed logic devices depends on the power distribution...

In modern electronic systems, the performance of FPGAs, CPUs, and other high-speed logic devices depends on the power distribution...

Engineers are under constant pressure to improve the performance of their products while reducing product cost. The key to doing so is a...

Since no impedance path is perfectly flat, we need to make some design adjustments. This article aims to help you make compromises that...

Keep it flat Most PDN books tell you that the best performing PDN impedance looks flat over frequency.  That is because noise signals are...

Shunt through, wideband measurements can be made from approximately 100 microohms to a few ohms. This is the measurement performed by...