Detect Electrostatic Stress Failures with HiPOT Testing
Use high potential (HiPOT) testing to measure dielectric strength and detect electrostatic stress failures in PCB materials before manufacturing begins.
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3D Electromagnetic Simulation
Understand and solve any electromagnetic wave equation at work within your systems designs. Find out more about 3D EM simulation software with access to a variety of techniques like finite element modeling (FEM), finite difference time domain (FDTD), and method-of-moments solvers.
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Understanding the Circuit and Antenna Reciprocity Theorem
In electromagnetic field theory, circuit and antenna reciprocity are special cases of the reciprocity theorem.
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Clarity 3D Solver Datasheet
True 3D electromagnetic field solving for PCB and IC package designs.
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Ensuring Data Integrity and Performance of High-Speed Data Transmission
In key electronics applications such as data centers, automotive, and 5G, the data speed and volume are increasing at an exponential rate. Data flow analysis and data simulation ensure data integrity.
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Incorporate HEMTs and PHEMTs for Enhanced Gain, Speed, and Noise
Through unique properties such as high power-added efficiency, excellent noise figures, and high switching speeds, HEMTs and PHEMTs can enhance the performance of wireless communication systems.
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The Polarization Loss Factor in Antenna Communication
Prevent poor signal reception by using the polarization loss factor to calculate the EM power lost due to antenna polarization mismatch.
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Electromagnetic Simulation Using the Partial Element Equivalent Circuit Method
Electromagnetic simulation, including the partial element equivalent circuit (PEEC) method, is essential to electronic product development.
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Shorten Design Cycle Time Using 3D EM Simulation Software
Before physical prototyping, model, analyze, and optimize EM designs with 3D EM simulation software.
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EFT Testing for Electronic Systems
To check whether an electronic system is immune to EFTs, routine EFT testing must be conducted. Read on to understand how to conduct EFT testing and why it is so important.
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The Spectral-Element Time-Domain (SETD) Method
Analyze your next system with the spectral-element time-domain method to reduce the required spatial discretization.
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Best Practices for Efficient and Effective Planar EM Simulation
In electromagnetic (EM) simulation software, grow comfortable with harmonics, magnetics, and planar waveguides across any frequency spectrum.
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Interpreting Electrochemical Impedance Spectroscopy Measurements
You can get a full view of electrochemical cell kinetics with electrochemical impedance spectroscopy measurements.
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Nernst Equation Example for Electrochemical Systems Design
Here’s a Nernst equation example for electrochemical systems designers.
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Sallen-Key Low Pass Filters: Second-Order Active Filters with Voltage Amplification and Gain Control
Control the gain and amplify the output voltage by using sallen key low pass filters.
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Minimize Computation Time by Using Convex Optimization in Machine Learning Algorithms
Convex optimization is a linear programming problem where the objective function, equality constraints, and inequality constraints are convex functions.
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VRM Spread Spectrum Frequency Modulated for Reduced EMI
Reduce EMI and noise in Voltage Regulated Modules (VRMs) by using spread spectrum frequency modulation to concentrate on one particular frequency.
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Selection of Piezoelectric Energy Harvester Materials
An effective piezoelectric energy harvester system depends heavily on piezoelectric material and its particular characteristics.
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Finite Element Modeling For Calculating System Behavior
Finite element analysis is a great way to produce highly accurate results directly from your design data. We discuss tips on using finite element modeling for complex electronics systems.
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Which Design Choices can Reduce EMF Noise?
EMF noise can be reduced with some smart layout decisions. Here’s how you can take control over EMF noise in your design.
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Optimal and Cost-Effective Machine Design Using FEM Magnetic Simulation
FEM magnetic simulation is a powerful simulation tool to achieve optimal and cost-effective machine design.
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