Techniques for Time Domain Transient Analysis
Working on time domain transient analysis can be challenging. Here are some important techniques to know.
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Quarter-Wave Impedance Transformer in Impedance Matching Applications
Use a quarter-wave impedance transformer to ensure impedance matching in RF or microwave circuits with resistive load.
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Power Management Techniques in Embedded Systems
Learn how to keep your devices alive using some key power management techniques for embedded systems.
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Analyzing a Band-Stop Filter Transfer Function
Read our guide to deriving and analyzing a band-stop filter transfer function.
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Applying Miniaturized Wilkinson Power Dividers in Modern Wireless Communication Systems
Read on to better understand modified Wilkinson power dividers and how they can be applied in wireless communication systems.
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Understanding a Notch Filter Transfer Function
Read on to better understand a notch filter transfer function and learn how to generate one for your circuits.
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Deriving the Speed of Electromagnetic Waves From Maxwell's Equation in Vacuum and Non-Conducting Mediums
Read this article to learn how to calculate the speed of electromagnetic waves using Maxwell’s equation in vacuum and non-conducting mediums.
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How to Implement Dynamic Frequency Scaling
Dynamic frequency scaling can be implemented at the hardware level without the need for external logic or regulation strategies.
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Electrical Measurement Techniques in Time and Frequency Domains
Learn more about the basic measurement techniques in time and frequency domains for electronics evaluation and design validation.
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Understanding Impedance Matching in Transmission Lines
Do you know which impedance is important in transmission lines? Learn more about designing impedance matching in transmission lines in this article.
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The Rules for Transient-Free Reconnections of Thyristor-Switched Capacitors
As a capacitor discharges after disconnection, reconnecting the thyristor-switched capacitor produces switching transients in voltage and current waveforms—read on to learn more.
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The Lossless Medium for Electromagnetic Waves
Learn more about the lossless medium for electromagnetic waves and better understand why the characteristics of these waves vary.
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The Rectangular Waveguide Cut-Off Frequency
Waveguide signal propagation through a rectangular waveguide is influenced by the rectangular waveguide cut-off frequency—read on to learn more.
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Applying Waveguide Boundary Conditions in Waveguide Analysis
Waveguide analysis can be carried out using Maxwell’s equations and waveguide boundary conditions—read on to learn more.
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Fundamental RF/Microwave Principles for Your Next School Project
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The Relationship of the Input Impedance of a Transmission Line to Load and Characteristic Impedance
At the entry point of a transmission line, the signal encounters input impedance that limits the flow of current through it—read on to learn more.
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Distortion Power Factor in Your Nonlinear Circuits
The distortion power factor for a circuit defines how much power can be delivered to a load connected to a nonlinear circuit.
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What Determines Total Harmonic Distortion Power Quality?
Total harmonic distortion power quality defines how a waveform becomes distorted, leading to power loss in nonlinear systems.
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How Dynamic Voltage and Frequency Scaling Affects Power Consumption
Modern CPUs use dynamic voltage and frequency scaling to control power consumption during operation.
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The Difference Between Lumped and Distributed Elements in Microwave Circuits
The main difference between lumped and distributed elements lies in their size—read on to learn more about how to compare these two elements.
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Understanding Scattering Parameter Analysis of RF Networks
The scattering parameter (s-parameter) analysis of RF networks is a steady-state analysis that can be applied to any network at any frequency.
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