Electronics System Design Best Practices

High Speed PCB Design Guidelines – Minimize Signal Quality Problems

Strategy: Keep the instantaneous impedance the signal sees constant throughout its entire path. Read More

High Speed PCB Design Guidelines – Minimize cross talk

Strategy: Minimize mutual capacitance and mutual inductance between adjacent signal return path pairs. Read More

High Speed PCB Design Guidelines – Minimize Rail Collapse

Strategy: Minimize the impedance of the power distribution network. Read More

High Speed PCB Design Guidelines – Minimize EMI

Strategy: Reduce the voltage that drives common currents, increase the impedance of the common current paths, shield and filter as a band aide. Read More

PCB Design Cross talk Estimation

Crosstalk is the unwanted coupling of energy between two or more adjacent lines. Read More

Transmission Line Terminations techniques for PCB

Transmission Line Terminations for PCB

Signals propagating down a trace reflect off the far end and travel back toward the source. These reflections can cause noise, and therefore signal integrity problems. Read More

Interfacing LVDS to PECL, LVPECL and CML

Today’s high-speed requirement is moving the industry toward high-speed, serial, differential, low-power and point-to-point interface. Read More

DO-254 Design Assurance Process Guidelines

This Article explains the standard, the concepts and reasoning behind the DO-254 standard Read More

Reducing Ground Bounce in Circuit Boards

Ground bounce is a transient voltage generated between two different points on the same ground path, Read More

PCB Design for Military & Aerospace Grade Electronics

Military-grade PCBs carry stringent performance, sourcing, and manufacturing requirements that are encoded in a number of standards. Read More

Designing Electronic Systems for ESD Immunity

This article describes different ways to make your electronic equipment and electronic products immune to electrostatic discharge (ESD). Read More

Designing Electronic Systems for ESD Immunity-2

This article describes different ways to make your electronic equipment and electronic products immune to electrostatic discharge (ESD). Read More

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