Schematic Capture and Circuit Simulation

PCB post-layout simulation can help designers find and correct signal and power integrity problems in their designs while still in layout.

Realistic simulations are required to ensure the functionality of your schematic designs. With this in mind, many manufacturers will create accurate spice models of their components for use in...

Devising the most effective PCB design guidelines for reduced EMI requires a good understanding of common EMI sources and their effects.

Learn the best practices for creating circuit board schematics that are both readable and usable in our brief guide.

Schematics are an essential tool to help engineers communicate design intent to multiple stakeholders. This piece will walk you through how to create effective, easy-to-understand schematics.

When you’re planning your grounding strategy, be careful before you separate your analog and digital ground planes.

Learn how the resistance reflection rule is calculated to determine the characteristics and performance of an amplifier.

There is an easy way to spot oscillations—just look for a harmonic potential in your circuits.

What is the resonant frequency of an RLC circuit and does it behave differently for series and parallel RLC circuits? Let’s explore this answer and more.

You can get the transfer function from a Bode plot through some simple calculations—read on to learn how.

Here’s why wave impedance matters in your PCB design and how it relates to the overall impedance of interconnects.

Read this article to determine formulas for the impedance of an RLC circuit.

Learn how to perform linearity circuit analysis by establishing equations for each of the sub-circuits.

This article describes what differential pulse voltammetry is, its mechanism, and how to build a differential pulse voltammetry circuit.

A frequency transformation in filter design lets you generate high pass, bandpass, and bandstop filters from a low pass filter transfer function.