Skills For the Coming Market - Analog Design
More modern electronics systems require an analog interface to accept signals from the external environment. Learn more about analog design in these systems.
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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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All Things Connectors Part 4: Grounding and Crosstalk
Connectors that need to carry signals and power between equipment will also need to carry ground. See how to arrange ground in your connectors in this guide.
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Differential Signals in Coaxial Cables
Electrochemical migration
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All Systems Go! Bridging the Gap Between Design and Analysis
Electronic designs are increasing in capacity, complexity, and performance. This is coupled with increasing pressure to get new products to market as quickly as possible while, at the same time...
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Power Aware-Aware Analysis | Sigrity PowerSI Technology
An electrical system consisting of multiple power supply voltages might fail due to PDN noise. It’s critical to maintain the required current and voltage levels with least power fluctuations ...
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DeCap Optimization | Sigrity OptimizePI Technology
Designers tend to place a large number of decoupling capacitors on PDNs to control impedance and EMI. But unplanned numbers and placement might lead to over design and overshoot your budget.
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All Systems Go! Ensuring Signal Integrity of DDR5 Interface
The double data rate synchronous dynamic random-access memory (DDR SDRAM) has evolved from a data rate of 0.4 Gbps to the next generation, DDR5, scaling to 6.4 Gbps. With DDR5...
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All Systems Go! Signal Integrity Signoff of 3D-IC Systems
3D-ICs meet the demand for integration of disaggregated system-on-chip (SoC) architecture built from multiple chiplets and heterogeneous architectures such as analog, digital, optoelectronics...
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How Signal Reflection and Impedance Mismatch Are Related
Signal reflection and impedance mismatch are directly related. Learn more about the causes of and solutions to signal reflection in our brief guide.
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Impedance Matching Techniques for Antennas
Use impedance matching techniques in antenna feedlines to ensure maximum power transfer into an antenna element.
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Types of Harmonic Distortion
Learn about the different types of harmonic distortion that affect signal quality.
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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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