Types of Harmonic Distortion
Learn about the different types of harmonic distortion that affect signal quality.
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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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Free e-Books from Experts in the Field
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The Basics of Signal Integrity Testing
Signal integrity testing involves capturing multiple measurements and comparing data with simulation results. You can take a scientific approach with the right simulation package.
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Boost Converter Waveforms in a Power Supply
Boost converter waveforms closely resemble their buck converter cousins in terms of ripple and charging/discharging reactive components.
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The Design and Fabrication of Through-Silicon Vias in 3DICs
Learn about design and fabrication techniques for through-silicon vias in 3D integrated circuits in advanced packaging.
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Sigrity X - Redefining Signal and Power Integrity
This white paper highlights the features in Sigrity™ X SI/PI solutions for system-level SI/PI analysis that enable designers to cut the number of design respins and meet short time-to-market windows.
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Intelligent System Design
Electronics technology is proliferating to new, creative applications and appearing in our everyday lives. To compete, system companies are increasingly designing their own semiconductor...
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Use the Switching Capacity in Electrical Circuits for Current Protection
The switching capacity in electrical circuits defines the current limits required to switch off a system that experiences a ground fault.
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Advantages of 3D Integrated Circuits and Heterogeneous Integration
Learn about the advantages of 3D integrated circuits and how heterogeneous integration takes these systems into new areas.
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Using Switching Activity to Measure Power Consumption of a Device
Switching activity in ICs determines dynamic power consumption. You can use switching activity to measure power consumption of a device with high accuracy.
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Phase Noise and Jitter in Digital Electronics
Phase noise and jitter in digital electronics define how a signal experiences random variations in edge rates in the time and frequency domains.
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Numerical Modeling: Boundary Element Method vs. Finite Element Method
Wondering what the difference between the boundary element method vs. the finite element method is? Numerical modeling using BEM uses boundary discretization whereas FEM uses domain discretization.
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Implementing Low Power Design Through Voltage Scaling in VLSI
Low power design through voltage scaling is a primary method to reduce total power consumption in VLSI.
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Understanding Phase Noise in a Frequency Synthesizer
Phase noise in a frequency synthesizer causes deviations in the timing of an analog signal. Learn more about frequency synthesis and phase noise to select the best oscillator.
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Low Power Design Techniques for Power Integrity in VLSI
Low power design techniques are important for further scaling in VLSI and will continue to be a trend going into the future.
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Is There a PCB Trace Inductance Rule of Thumb?
There is no PCB trace inductance rule of thumb, but you can estimate the typical trace inductance you might see in your traces.
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Routing High-Frequency PCB Traces for Signal Integrity
Learn why high-frequency PCB traces are more vulnerable to crosstalk, reflection, noise, and interference.
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Let SPICE Be Your MOSFET Power Dissipation Calculator
SPICE simulations can be used as a MOSFET power dissipation calculator. Here’s how it works and which simulations you should perform.
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Amplitude Modulation vs. Frequency Modulation for Communication
Should you use amplitude modulation or frequency modulation? Learn about the different modulation formats and how they determine signal behavior.
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The Advantages of Digital Modulation
Flexible signals, enhanced signal strength, and less crosstalk are just a few of the many advantages of digital modulation.
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Power Plane Resonance Analysis in Your PCB
Take time to fully understand high frequency peaks in your impedance spectrum with power plane resonance analysis.
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