An Overview of Asymmetric Interleaving in Power Converters
Asymmetric interleaving is a newer technique for efficiency management in power converters, where multiple converter stages provide high efficiency power conversion.
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Power Integrity
Power systems engineering, power integrity analysis, and optimizing PDNs require experience, expertise, and proper analysis tools to ensure current and voltage optimization.
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Power Integrity in VLSI and How It's Different From Other Systems
Every electronic system needs stable power, including integrated circuits. Power integrity in VLSI is different from PCBs and other systems.
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What Target Impedance Do You Need in Power Integrity?
ake power integrity seriously and determine your target impedance in your PCB. Here’s how the target impedance can be calculated.
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An Overview of PDN Impedance Analysis
Have you ever wondered what goes into PDN impedance analysis? We’ve compiled the essential guidelines you need to understand your PDN.
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Photovoltaic Power Supply Design Fundamentals
Solar power systems bring a unique set of challenges to photovoltaic power supply designs.
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How to Reduce the Ferranti Effect in AC Transmission Lines
Learn how to reduce the Ferranti effect—a phenomenon that occurs in lightly-loaded long and medium transmission lines—and why mitigating this effect is so important.
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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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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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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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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 Structure, Characteristics, and Advantages of SSSCs
Static synchronous series compensators (SSSCs) are some of the most important series connected FACTS controllers—read on to learn more about them.
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Protect Your Board Against Electrical Fast Transients
Maxwell’s equations and Fourier transforms are fundamental for working in the frequency domain.
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Size Reduction in Rat-Race Coupler Designs
Rat-race couplers are used for phase shifting, dividing, and combining power in power amplifiers, Butler matrices, and phase array power feeding networks.
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Common-Emitter Transistor Amplifier Design
The high efficiency and positive gain greater than unity of common-emitter transistor amplifiers make them a popular choice for designers.
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Conjugate Matching vs. Reflectionless Matching in Electronic Circuits
Impedance matching is employed as either conjugate matching or reflectionless matching depending on the requirements of maximum power transfer or minimum reflections, respectively.
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An Overview of the Slotted Line Impedance Measurement Technique
The slotted line impedance measurement technique is a conventional method of measuring impedance, the reflection coefficient, and VSWR.
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The Impedance Transforming Property of the L-Match Network
Leverage the L-match network’s impedance transforming properties to make RF and microwave circuits more power-efficient.
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Enhance Power Supply Protection with Power ORing Diodes
For electrical system efficiency, a power ORing diode-based protection system offers a safeguard for parallel power supplies during faults.
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