Achieve High Routing Density with Grounded Coplanar Waveguide Technology
A variant of coplanar waveguides, called grounded coplanar waveguides, offsets the use of conventional microstrips when working on thick dielectric substrates.
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Thermal Management in Electronics
Thermal management in electronics utilizes the principles of thermodynamics and heat transfer to control temperature and noise in electronic circuits.
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Identifying Common-Mode and Differential-Mode Disturbance in Electronic Circuits
Understanding the disturbance present in electronic circuits is critical to choosing the right mitigation method. Learn more about common-mode and differential-mode disturbance.
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Use Finite Element Vibration Analysis to Ensure Reliability
Finite element vibration analysis is a common analysis technique used to predict a PCB’s response to vibrations. Learn more about this technique and its impact on reliability.
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Radiated Susceptibility Testing for Electronic Products
Learn how the conducted and radiated susceptibility of electronic devices can be determined using EMC testing.
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The Relationship Between Grounding, EMI and Power Quality
Understanding the relationship between grounding, EMI, and power quality is key to learning how to improve power quality.
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Comparing FHSS vs. DSSS
What is the difference between FHSS vs. DSSS? The DSSS method of modulation has a higher rate of transmission than the FHSS method.
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High Power Density Design in Electronic Products
In electrical and electronics products, high power density designs are achieved by modifying the configuration and topology of power supplies, power ICs, or power converters.
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Data Center Electromagnetic Interference and Tier Standards
Data center electromagnetic interference can cause major issues during the storage, processing, and distribution of data. Learn more in our brief article.
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Reasons for Conducted Emissions Testing Failures
There are many reasons for conducted emissions testing failures, including a common issue: measurement uncertainty. Learn more in our brief article.
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The ICRP Guidelines for Radiological Protection
The ICRP is an independent, international organization that advises on standards to protect humans and animals from the harmful effects of radiation.
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What to Know About Conducted Emissions Limits
To prevent maloperation from electromagnetic interference, international regulatory bodies set conducted emissions limits. Learn more in our brief article.
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Reducing TE and TM Polarization Dependency in SOI Waveguides
TE and TM polarization dependency in SOI waveguides limits their practical applications in modern communication circuits
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The Importance of Thermal Management in Electric Vehicles
Heat affects the performance, reliability, and robustness of electric vehicles, making thermal management in electric vehicles critical.
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The Advantages of the Spread Spectrum Technique
From mobile communication to WiFi connectivity, there are many advantages to the spread spectrum technique, which is why it plays a significant role in communication systems design.
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Prevent Jamming With Fast Frequency Hopping
Learn more about the spread spectrum technique and compare slow and fast frequency hopping in our brief article.
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Use Slow Frequency Hopping for Reduced Interference in Wireless Communications
Slow frequency hopping is the type of frequency hopping primarily used for avoiding multiple access interferences in wireless communication systems.
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Conducted Immunity Filtering and EMI Filters
The filtering-based mitigation method used to prevent conducted emissions is called conducted immunity filtering. Learn more about this method in our brief article.
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Designing for the Future With 5G New Radio Technology
Communication systems designers can design for the future by using the merits of 5G new radio technologies to their advantage.
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Cooling Electronics With Thermal Radiation Heat Transfers
Thermal radiation heat transfers are an important part of the thermal management of certain electronic devices.
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