High-Performance Wideband Power Amplifiers Use GaN Devices
Wideband power amplifiers are key elements in wireless communication systems and ensure long-term reliability, high gain, and high efficiency.
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Improve Power Factor and Efficiency Using Bridgeless Power Factor Correction Rectifiers
Replace diode bridge rectifiers using bridgeless PFC rectifiers to improve power factor and efficiency.
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Demystifying Maximum Power Output Concepts
The maximum power transfer theorem can explain the relationship between two different—but related—concepts: maximum power output and maximum power efficiency.
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Protection of Electrical Systems with Low Voltage Switchgear
Protect low voltage electrical circuits and equipment from overvoltages, overcurrents, and overloads using low voltage switchgear.
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Techniques to Minimize IR Drop with PI Tools
PCB teams should use IR drop analysis to achieve PI in the PCB, minimize IR drop, and solve issues of component placement, layout, and routing.
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Cross Power Spectral Density Spectrum for Noise Modelling and Filter Design
Cross power spectral density estimation for noise modeling and filter design.
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Maximize Power Savings Gains with Dynamic Voltage and Frequency Scaling
Dynamic voltage and frequency scaling is a power management technique allowing for maximum power savings gains, extra battery life, and an extended lifespan of embedded systems and peripherals.
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Fault Current Analysis for Selection of Switchgear and Protection Scheme
The estimation of fault current is a crucial part of the preparatory work involved in the selection of the switchgear and relays.
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Analysis | A Brief Theory of the Distributed Power Flow Controller
Understanding the basic working principles and topology of the DPFC.
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Total Harmonic Distortion (THD) Power Factor Measurements for Voltage and Current Distortions
Ensure the harmonic compatibility in your design using THD analysis.
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Sigrity PowerSI 3D EM Extraction Option
Rapidly model full IC packages or full PCBs without power and ground planes using quasi-static solver technology
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High Current DC Voltage Management in Power Systems with PSpice
High current DC voltages can be dangerous in systems that are not designed properly. Here’s how you can keep your system safe and functional.
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PCB Design for Power Electronics Best Practices
There is a lot to consider when designing a PCB power supply, and to help you with your next project here are some ideas on PCB design for power electronics
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Understanding Flyback Power Supply Design and Simulation
Flyback power supply design involves multiple variables that create significant problems for designers and end users.
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Is a Rectifier a Non-Linear Device and What is the Process of Rectification?
A rectifier through the process of rectification converts AC into DC and affords the functionality of various devices.
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What Is PDN impedance And Why It Matters
PDN impedance is a serious affliction for your power delivery network designs and can be mitigated early with proper simulation, modeling, and transient analysis.
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Distinguishing IIP3 vs. OIP3 in Power Amplifiers
Working with power amplifiers? You’ll need to watch for IIP3 vs. OIP3 due to saturation in your power amplifier.
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DC Voltage Management in Your PCB: It's All About the PDN
We often forget about DC voltage management in electronics design, but this important part of power integrity will help keep your system up and running.
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Configuring For DC Power Supply Limitations
DC power supply limitations include proper traces, ground plane management, and component selection.
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Electronics System-Level Signal and Power Integrity
Here is how signal problems and power problems are linked through system-level signal and power integrity.
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