Bridge Rectifiers and EMI Filters: What's the Best Order?
Learn to design with bridge rectifiers and EMI filters in your PCB layout and power system.
Read Article
Blog
Detailing power integrity, signal integrity, thermal analysis, and electromagnetic simulation industry trends, knowledge, technology, and applications.
-
-
Evaluate Your Antennas/EM Design Needs
Start Free Trial -
What Is the Dominant Mode in a Parallel Plate Waveguide?
The dominant mode in a parallel plate waveguide can be selected in theory, but making this a reality is more difficult than you might think.
Read Article
- Access eBook
-
Dielectric Slab Waveguide Modes: TE and TM Guided Modes
Dielectric slab waveguide modes can be either guided modes or radiation modes. Learn more about these modes in our brief article on dielectric slab waveguides.
Read Article
-
The Importance of S-Parameter Insertion Loss in the Design and Development of Microwave Circuits
Insertion loss describes the ratio between input power and transmitted power. Learn why S-parameter insertion loss plays a critical role in the design of microwave circuits.
Read Article
-
Loading, please wait
Error - something went wrong!
Want the latest in System Analysis?
Thank you!
-
The Quality Factor of Microstrip-Line Resonators
The quality factor of a microstrip-line resonator describes the ability of the resonator to store energy. Learn more about this important parameter in our brief article.
Read Article
-
The Different Types of Losses in Microstrip Lines
Designing circuits requires an understanding of microstrip line loss mechanisms, including conductor losses, dielectric losses, and radiation losses.
Read Article
-
The Different Types of Solar Photovoltaic Systems
Learn more about the different types of solar photovoltaic systems available and why these systems are promising sources of renewable energy.
Read Article
-
The Proximity Effect in Transmission Lines
The proximity effect in transmission lines causes increased effective resistance and ac power loss.
Read Article
-
What’s the Difference Between Stray and Parasitic Capacitance?
Some terminology can create confusion, like the difference between stray and parasitic capacitance. Learn more about these terms in our guide.
Read Article
-
How PDN Loop Inductance Contributes to Ripple and Total Impedance
PDN loop inductance contributes to resonances in the impedance spectrum of a PDN and any resulting transient voltage fluctuation.
Read Article
-
Using EMC Grounding Techniques to Build Noise Immune Circuits
EMC grounding techniques can reduce EMI from electromagnetic fields, common impedance, and interferences from capacitive and inductive coupling.
Read Article
-
Using Finite-Difference Time-Domain Modeling to Solve Electromagnetic Problems
The finite-difference method and finite-difference time-domain modeling have simplified solving differential equations, particularly partial derivatives.
Read Article
-
Fundamental RF/Microwave Principles for Your Next School Project
Start Free Trial -
Understanding Leakage Current Losses in Transmission Lines
Learn how to prevent leakage current losses in transmission lines by first understanding the relationship between these losses and the loss tangent of a dielectric substrate.
Read Article
-
How to Reduce Losses in Transmission Lines
In this brief article, learn the best methods for reducing ohmic, dielectric, and radiation losses in the transmission lines used in RF and microwave circuits.
Read Article
-
Harnessing Photovoltaic Energy for a Better Future
Learn why researchers are so excited about photovoltaic energy as a solution to our need for sustainable and environmental-friendly energy.
Read Article
-
Understanding Attenuation in a Parallel Plate Waveguide
Understanding the concept of attenuation in parallel plate waveguides can help you engineer signal behavior in any other waveguide. Learn more in our brief article.
Read Article
-
Solving Open Boundary Problems With FDTD Absorbing Boundary Conditions
Learn why FDTD absorbing boundary conditions are essential for truncating open boundary problems.
Read Article
-
The Transmission Line Termination Impedance and Signal Reflections
In this brief article, you will learn how to prevent signal degradation by using the appropriate transmission line termination impedance.
Read Article
-
Using Quarter-Wavelength Resonator Filters in Modern Wireless Communication
Learn how you can use quarter-wavelength resonators as microstrip filter structures to remove noise in wireless communication systems.
Read Article
-
The Application of Quarter-Wave Microstrip Lines in RF and Microwave Circuits
Quarter-wave microstrip lines are used to design lumped elements such as filters, resonators, and couplers in RF and microwave components.
Read Article
-
Loading More...
