Understanding the Transfer Function of a Band-Reject Filter
The transfer function of a band-reject filter can be easily calculated using circuit analysis or a SPICE simulator.
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Signal Integrity
Signal Integrity simulation tools and SI analysis cover high-speed designs, jitter analysis, crosstalk, and more across a range of frequency bands.
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What Causes Near-End vs. Far-End Crosstalk?
Learn how to prevent crosstalk and the difference between near-end vs. far-end crosstalk with our short guide.
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Noise Coupling Suppression Techniques for Your Circuits
Practice these noise coupling suppression techniques to ensure signals in your system can be collected and interpreted.
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Differential vs. Single-Ended Insertion Loss
Wondering what the difference between differential vs. single-ended insertion loss is? Our brief guide covers everything you need to know about these two types of insertion loss.
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Increased Signal Attenuation Due to Conductor Loss in a Transmission Line
Signal integrity and attenuation are both dependent on conductor losses and dielectric losses in a transmission line—learn how to decrease conductor losses with our brief guide.
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How to Use a Smith Chart for Impedance Matching
Learn how to use a Smith chart for impedance matching in this short tutorial.
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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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Analyzing a Band-Stop Filter Transfer Function
Read our guide to deriving and analyzing a band-stop filter transfer function.
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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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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 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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The Reduction of Non-Linear Distortion in Feedback Amplifiers
Non-linear distortions can impact output waveform amplitude, frequency, and phase. Read on to learn how to reduce non-linear distortion in feedback amplifiers.
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Microstrip Directional Coupler Design with Equalized Phase Velocities
Learn how to equalize or compensate phase velocities in even and odd modes of microstrip directional coupler designs by using a lumped capacitor.
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The Characteristic Impedance of Lossless and Lossy Transmission Lines
Characteristic impedance is an important parameter of transmission lines, and the value is a real number in a lossless line and a complex number in a lossy line.
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The Fundamental Theory Behind Space Vector Pulse Width Modulation
Space vector pulse width modulation can be used to improve utilization of DC input voltage and achieve increased fundamental output voltage in three-phase inverters.
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Oversampling and Noise Shaping in Delta-Sigma Modulation
Oversampling and noise shaping during delta-sigma modulation increases its effectiveness, resulting in the efficient digital transmission of signals.
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The Derivation of Intrinsic Impedance
In an electromagnetic wave propagating through a medium, using the ratio of the magnitude of the electric field to the magnetic field allows you to derive the intrinsic impedance.
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The Partitioning and Layout of a Mixed-Signal PCB for Electromagnetic Compatibility
Mitigate potential electromagnetic interference issues caused by digital and analog signals by paying attention to the partitioning and layout of mixed-signal PCBs.
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