How the Minimized Probe Load Capacitance Affects Oscilloscope Measurements
Learn how minimized probe load capacitance increases the quality of oscilloscope measurements.
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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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Near-Field to Far-Field Transformation in Antenna Measurements
Near-field to far-field transformation is used to obtain accurate far-field measurements using near-field techniques.
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Types of Digital Modulation
Each type of digital modulation has advantages. Learn more about digital modulation formats in this article.
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Commonly Used Types of Modulation Schemes in Inverters
Modulation is an internal method of controlling an inverter to generate the desired voltage waveform—learn the types of modulation in our brief article.
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EMI Shielding Materials in Electronics
Prevent unwanted electromagnetic waves from reaching an electronic device by using EMI shielding materials to absorb or reflect EMI radiation.
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An Overview of the Boundary Element Method
If you want a faster alternative to FDTD models for solving linear differential equations, use the boundary element method.
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Intelligent System Design
Electronics technology is proliferating to new, creative applications and appearing in our everyday lives. To compete, system companies are increasingly designing their own semiconductor...
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EM Analysis: Why, When, and What?
Cadence has multiple electromagnetic (EM) technologies within its product portfolio, some of which came via acquisition and others were created internally.
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Probe, Loop, and Aperture Coupling in Waveguides
Learn about three common coupling methods: probe, loop, and aperture coupling in waveguides.
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EMC Design Guidelines for Switched-Mode Power Supplies
Adhering to EMC design guidelines during the initial design phase of a switched-mode power supply can help mitigate issues caused by electromagnetic interference.
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EMI Shielding in PCBs
EMI shielding in PCBs is a method to improve the electromagnetic compatibility of circuit boards.
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How to Derive the Scattering Matrix of a Directional Coupler
The scattering matrix of a directional coupler represents the characteristics of the coupler, even if there is no information about its internal structure available.
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What Is the Parasitic Capacitance of an Inductor?
Have you ever wondered what the parasitic capacitance of an inductor does to your layout? Learn more in this article.
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Using FinFETs vs. MOSFETs for IC Design
Understanding the differences between FinFETs vs. MOSFETs can help you choose the best field-effect transistor for your IC design.
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The Constructional and Dimensional Details of FinFETs
Learn the characteristics that make FinFETs such great field-effect transistors for IC design.
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Using Dual Linear Polarization Antennas in Mobile Communication
Learn the unique characteristics that make dual linear polarization antennas a popular choice for use in mobile communication base stations.
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Applications of Electromagnetism in Engineering
Learn how the many applications of electromagnetism in engineering make our lives easier.
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Electromagnetic Coupling Mechanisms Used in Wireless Power Transfers
Electromagnetic coupling mechanisms are utilized in wireless power transfers—learn how and why in our brief article.
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The Advantages of Differential Signaling
Differential signaling is the most robust signaling system for high-speed circuit boards.
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Controlling RF Interference in Electronic Circuits
RF shields and filters are effective in controlling RF interference in electronic circuits.
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