Aperture Coupled Patch Antennas in Portable Wireless Electronic Devices
Aperture coupled patch antennas provide higher bandwidth in wireless communications for high speed and large volume data transfers.
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Detailing power integrity, signal integrity, thermal analysis, and electromagnetic simulation industry trends, knowledge, technology, and applications.
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Antenna Radiation Patterns
Antenna radiation patterns describe the radiation properties of an antenna. Learn more about the types of radiation patterns in our brief article.
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The Types of Transmission Lines Based on Voltage
There are many different types of transmission lines based on voltage. Learn how transmission lines are classified based on their location and length as well.
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Proximity Sensors for Thermal Analysis
Using proximity sensors for thermal analysis allows contactless temperature measurements for a wide range of temperatures.
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What Causes Harmonics in Electrical Power Systems?
Don’t be too concerned if you observe harmonics in electrical power systems—there are some solutions to this noise.
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Ripple Reduction Techniques for Stable Power Conversion
Ripple reduction techniques span from simple filtering to more complex regulation strategies.
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Coreless Power Transformer Technology in Isolated Gate Driver Circuits
Coreless power transformers are a cutting-edge solution for providing reinforced galvanic isolation between control and power circuits.
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Which Transmission Line Termination Impedance Should You Use?
The transmission line termination impedance ensures that signal reflection does not occur at a component interface.
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EMC Testing Standards
Electromagnetic compatibility testing standards help guide and standardize the process of electromagnetic interference testing.
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The Challenges of High-Frequency Accuracy in RF Connectors
Learn how precision RF connectors used in high-speed systems mitigate the challenges of high-frequency accuracy.
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EMI Filter Schematics for Motor Drives
EMI filter schematics are needed between inverter output terminals and induction motor input terminals to limit the effects of electromagnetic interference.
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Power Electronics Reliability and Temperature Dependency
Power electronics reliability is dependent on semiconductor device temperature--learn why in our brief article.
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Fundamental RF/Microwave Principles for Your Next School Project
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Dipole Antenna Impedance Matching for Optimum Power Transfers
Optimizing dipole antenna impedance matching is important for achieving maximum power transfers in dipole antennas.
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Applying 2D Axisymmetric Boundary Conditions in Antenna Design
Using 2D axisymmetric boundary conditions in electromagnetic modeling helps designers save computer memory during the antenna design process.
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Understanding the Characteristic Impedance Formula
There is no single characteristic impedance formula for circuits, but you can use impedance to understand how signals interact with different circuit elements.
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Solving Electromagnetic Problems With Electromagnetic Finite Element Analysis
Electromagnetic finite element analysis helps engineers understand the interactions between the electric and magnetic field inside a problem area of interest.
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RF Power Amplifier Design Parameters
Increase system efficiency and reliability in communication networks with an optimized RF power amplifier design.
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The Thermal Resistance vs. the Thermal Conductivity of Semiconductor Devices
Wondering what the difference between thermal resistance vs. thermal conductivity is? These two thermal metrics are helpful to engineers utilizing semiconductor devices or integrated circuits up to th
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Types of Harmonic Distortion
Learn about the different types of harmonic distortion that affect signal quality.
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Choosing Materials for Dielectric Waveguides in Integrated Optic Circuits
The optical waveguide is a type of dielectric waveguide that is used to guide electromagnetic waves in integrated optic circuits.
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