Add to ORKGEmbedded capacitance is an alternative to discrete decoupling capacitors and is achieved by enhancing the natural capacitance between closely spaced power and return planes. This paper employs a simple cavity model to investigate the features affecting the power bus impedance of printed circuit boards with embedded capacitance
Miniaturization of electronic products due to the current trend in the electronics industry has led ...
Miniaturization of electronic products due to the current trend in the electronics industry has led ...
In this paper, a detailed power integrity study is described that compares the behavior of surface-m...
This paper experimentally investigates the effectiveness of embedded capacitance for reducing power-...
This paper investigates the power bus noise and power bus impedance of printed circuit boards with f...
Abstract—This paper experimentally investigates the effective-ness of embedded capacitance for reduc...
Abstract- Embedded capacitance is an alternative to discrete decoupling capacitors and is achieved b...
Power bus decoupling designs on multilayer printed circuit boards must adequately account for the po...
Local decoupling, i.e., placing decoupling capacitors sufficiently close to device power/ground pins...
In multilayer printed circuit boards, the noise on the power bus is influenced by the impedance betw...
This paper examines the measured power bus impedance of fully populated 4-layer printed circuit boar...
Guidelines for the selection and placement of decoupling capacitors that work well for one-sided or ...
Power-return plane pairs in printed circuit boards are often modeled as resonant cavities. Cavity mo...
Abstract Passive components embedded in printed circuit boards promise several advantages. In high-s...
Power-return plane pairs in printed circuit boards are often modeled as resonant cavities. Cavity mo...
Miniaturization of electronic products due to the current trend in the electronics industry has led ...
Miniaturization of electronic products due to the current trend in the electronics industry has led ...
In this paper, a detailed power integrity study is described that compares the behavior of surface-m...
This paper experimentally investigates the effectiveness of embedded capacitance for reducing power-...
This paper investigates the power bus noise and power bus impedance of printed circuit boards with f...
Abstract—This paper experimentally investigates the effective-ness of embedded capacitance for reduc...
Abstract- Embedded capacitance is an alternative to discrete decoupling capacitors and is achieved b...
Power bus decoupling designs on multilayer printed circuit boards must adequately account for the po...
Local decoupling, i.e., placing decoupling capacitors sufficiently close to device power/ground pins...
In multilayer printed circuit boards, the noise on the power bus is influenced by the impedance betw...
This paper examines the measured power bus impedance of fully populated 4-layer printed circuit boar...
Guidelines for the selection and placement of decoupling capacitors that work well for one-sided or ...
Power-return plane pairs in printed circuit boards are often modeled as resonant cavities. Cavity mo...
Abstract Passive components embedded in printed circuit boards promise several advantages. In high-s...
Power-return plane pairs in printed circuit boards are often modeled as resonant cavities. Cavity mo...
Miniaturization of electronic products due to the current trend in the electronics industry has led ...
Miniaturization of electronic products due to the current trend in the electronics industry has led ...
In this paper, a detailed power integrity study is described that compares the behavior of surface-m...