Applying the Optimal Power Flow Model to Your PDN
Optimal power flow is a cost minimization model that can be applied to high-level PDN design.
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Evaluate Your RF/Microwave Design Needs
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Classification and Conversion Stages in Switching VDC Output Power Supplies
Based on the techniques used for conversion, switching VDC output power supplies can be classified into switch-mode or PWM DC power supplies, resonant power supplies, and bidirectional power supplies.
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Controlled Impedance Routing Ensures Signal Integrity in Circuit Boards
Controlled impedance routing is a two-step process that aims to control the impedance of routes by changing their dimensions and environment.
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Improve Product Design with Accelerated Life Testing Thermal Cycling
Accelerated life testing thermal cycling quantifies the life characteristics, failures, and defects that occur when products are employed in the field.
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Power Supply Overload Protection Using the Foldback Current Limiting Technique
Protect your power supply from overload conditions with the foldback current limiting technique.
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Sensorless Vector Control of AC Drives
Sensorless vector control is an AC drive control methodology which requires no rotor position or velocity sensors.
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Evaluate Your Comms/Radar System Design Needs
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What Happens During an LLLG Fault?
Whether it’s part of a larger power system or a self-contained board, an LLLG fault can be dangerous for your electronics.
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Heat Transfer Simulator for Analyzing Thermal Effects
In electronic circuit systems, heat transfer negatively impacts performance. The investigation of heat transfer using simulation is helpful to design effective thermal management.
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Single Split-Ring Resonator Design
In RF and microwave applications, split-ring resonator designs are used in filters, oscillators, and frequency mixers.
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Fundamental RF and Microwave Principles for Your Next School Project
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Transfer Functions and Root Locus Plots of PLLs
PLLs are a constant component in communication, instrumentation, and smart grid systems. The loop filter present in a PLL controls the locking time and closed-loop bandwidth.
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VLSI Programming Using Hardware Descriptive Languages
Describe the structure and behavior of VLSI circuits using a hardware descriptive language.
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Digital Predistortion of Power Amplifiers Improves Linearity and Performance
Consider the memory effects of amplifiers when designing the digital predistorter for a power amplifier.
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Sallen-Key Low Pass Filters: Second-Order Active Filters with Voltage Amplification and Gain Control
Control the gain and amplify the output voltage by using sallen key low pass filters.
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Temperature-Dependent Johnson-Nyquist Noise in Electronic Circuits
Johnson-Nyquist noise is the random, temperature-dependent thermal noise generated in electronic circuits.
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Minimize Computation Time by Using Convex Optimization in Machine Learning Algorithms
Convex optimization is a linear programming problem where the objective function, equality constraints, and inequality constraints are convex functions.
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Power System Interharmonics Show That No Power System Is Perfect
Power system interharmonics need to be filtered or suppressed in your AC system. Here’s how you can produce clean AC input power for your products.
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Generate Periodic Signals in Broadcasting Systems Using VCO ICs
High-frequency signals are required in radio and television broadcasting systems. VCO ICs are employed for the generation of these high-frequency carrier waves.
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Prevent the Degradation of Heated Components With Thermal Barrier Coatings
Thermal barrier coatings help minimize the degradation of metallic structures due to heat flux, improving the efficiency and performance of the system.
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Incorporate a Power Management System for Reliable and Stable Electrical Power Supply
Achieve a reliable and stable power supply in industrial and commercial electrical networks with a power management system.
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Phase Noise in PLLs Impact Communication Systems
Phase noise in PLLs is a major threat that can impact the performance of a communication system.
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