Basic Rectangular Waveguide Theory
Understanding rectangular waveguide theory is critical to understanding other complex waveguides. Learn more about rectangular waveguides and their structures in this article.
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Applying the Finite Difference Method in Electromagnetics to Solve Partial Differential Equations
Numerical methods, such as the finite difference method in electromagnetics, can be used to solve partial differential equations in electromagnetic field problems.
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The Current Outlook for Perovskite Light Emitting Diodes
Perovskite light emitting diodes are a simple material platform for building flexible LEDs and transparent LEDs.
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System Analysis Using Response Surface Modeling
Learn how to use multivariate statistical techniques for system analysis using response surface modeling.
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What Is the Inductance of a Trace Over a Ground Plane?
Learn more about the best methods for calculating the inductance of a trace over a ground plane.
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Using the Transmission Line Matrix Method to Solve Electromagnetic Problems
The transmission line matrix method is a numerical technique that can give an approximate solution to electromagnetic wave propagation through complex geometries.
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Partitioning for RF Designs in Communication Systems
Partitioning in RF designs is critical to achieving an efficient and reliable system. Learn our key recommendations for partitioning in our short guide.
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What is Electromagnetic Coupling?
Electromagnetic coupling is when an electromagnetic field in a circuit is capable of inducing an electric charge in another—read on to learn more about this phenomenon.
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Differential Signal Return Paths and Ground Reference Planes
Offset electromagnetic interference, common-mode noise, and induced noise by learning how to work with differential signal return paths.
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Calculating Electromagnetic Responses in Periodic Structures With FDTD Periodic Boundary Conditions
Learn how FDTD periodic boundary conditions replicate unit cells, allowing you to attain electromagnetic solutions in periodic structures.
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Integrating Perovskite Photodetectors Into Your Electronics
Perovskite solar cells seem to get all the attention, but what about perovskite photodetectors? We’ll review these devices in this article.
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Is There a Via Inductance Rule of Thumb?
Avoid using a via inductance rule of thumb and instead use standard formulas for via inductance.
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What Determines Differential Pair Via Impedance in a PCB?
Differential pair via impedance is affected by the same factors as differential traces, but not in the same way. Learn more in this article.
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The Characteristics of Planar Transmission Lines in RF and Microwave Printed Circuit Boards
Learn more about the advantageous characteristics of planar transmission lines, including their low cost and compact size.
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Minimize Crosstalk With Capacitive Coupling Noise Reduction Methods
Signal mixing is caused by noise coupling—either capacitive coupling or inductive coupling. Learn how to mitigate these effects with capacitive coupling noise reduction methods.
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Optimize Your Filter Design Using EMI Filter Simulation
EMI filter simulation is one computer-aided method of designing real EMI filters that are close to ideal filters. Learn more about this helpful technique in our short guide.
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Why Does the Antenna Effect in MRI Sometimes Cause Thermal Burns?
Learn why the antenna effect in magnetic resonance imaging can sometimes cause painful burns.
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The Size of Apertures and the EMI Shield Wavelength
For reliable and effective EMI shields, optimize the size of EMI shield openings by considering the EMI shield wavelength.
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How Ferroelectric Perovskites are Being Used in Optoelectronics
Learn more about integrating ferroelectric perovskites into your electronics and designing for photovoltaic applications.
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An Overview of the Types of Perovskite Solar Cells
Perovskite solar cells are making a wave in the world of photovoltaics. Find out about high conversion efficiency materials and alternative energy solutions.
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