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| Created: February 24, 2020 | Updated: March 19, 2020

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Cascaded transfer functions monte carlo

Monte Carlo Analysis With Transfer Functions in Cascaded Circuits Pro circuit designers don’t just work with components in parallel and series when they design circuits. One way to build circuits is with circuit networks, which will have input and output ports. What happens inside each network can be analyzed in the traditional way (SPICE, by hand, etc.), but what is important is that the network maps an input voltage/current pair to an output voltage and current pair. Mathematically, this is quantified with a Read Article

3-port S-parameters

How to Get 3-port S-parameters From a 2-port VNA Measurement S-parameters are fundamental quantities in signal integrity, and an ability to understand them from measurement or analysis is very important. If you have a 3-port network, like a power divider or circulator, it may appear that you must use a 3-port VNA to measure these S-parameters. It is always acceptable to measure between two ports, but you need to know what exactly it is you are measuring. As it turns out, you can use a 2-port VNA Read Article

Monte Carlo Simulation vs. Sensitivity Analysis

Monte Carlo Simulation vs. Sensitivity Analysis: What’s the Difference? SPICE gives you an alternative to Monte Carlo analysis so that you can understand circuit sensitivity to variations in parameters. Read Article

Monte Carlo in SPICE

The Basics of Monte Carlo in SPICE: Theory and Demo Anytime you place a component in your PCB, it’s almost like you’re gambling. All components have tolerances, and some of these are very precise (resistors for instance), but others components can have very wide tolerances on their nominal values (e.g., wirewound inductors or ferrites). In the event the tolerances on these components become too large, how can you predict how these tolerances will affect your circuits? While you could calculate Read Article

PCB simulation

PCB Simulation: How to Simulate a PCB Design Looking for the best PCB simulator? Get started with an electrical circuit design simulation software and learn how to simulate a PCB design. Make sure you use the best PCB simulation software in Altium Designer's unified environment. Read Article

MOSFET Power dissipation calculator

Using SPICE as a MOSFET Power Dissipation Calculator The circuit design and simulation features in Altium Designer can be your MOSFET power dissipation calculator. Read Article

Important Design Standards for Power Supply PCBs

Power Electronics PCB: Design and Simulate Your Power Supply PCB With the Best ECAD Software A PCB for a power supply can be as difficult to design as high-speed networking equipment and complex embedded systems. These circuit board designs need to account for a range of behaviors and safety requirements, especially when dealing with high voltages and currents reaching the output of the power supply. In addition to safety standards involved in power supply PCBs, component selection is critical for ensuring the design can provide the Read Article

cloud simulation

Using Altium 365 for Sharing Simulations in the Cloud Altium 365 allows you to share your cloud simulation models and data with your signal integrity team and test engineer. Read Article

Circuit Board layout

New Dimensions of PCB Simulation In this interview, they discuss why they developed this software and what solutions they can now offer design engineers. Read Article

Parameterized Tests Using Pytest for Hardware in the Loop Testing

Parameterized Tests Using Pytest for Hardware in the Loop Testing In Configuring a Hardware in the Loop Project, we reviewed the hardware concept in the loop testing using the Pytest framework. In that article, we examined the high-level concepts needed to create a basic test framework and structure. In this article, we will be reviewing the Pytest framework in-depth, specifically parameterized tests. At the end of this article, the reader will understand the difference between individual tests and Read Article

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