A Guide to Snubber Capacitor Selection for SiC-Based Switching Converters

SiC converters deliver higher voltage and efficiency than silicon, with snubber circuits and capacitors further improving performance.
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View Article for A Guide to Snubber Capacitor Selection for SiC-Based Switching Converters
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Medical Imaging Quality Starts by Selecting the Right Components

Non-magnetic components help MRI machines produce clear, reliable images by preventing interference with the powerful magnetic field.
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View Article for Medical Imaging Quality Starts by Selecting the Right Components

Are You at Risk of Violating International Dual-Use Export Laws?

As high-performance capacitors take on more demanding applications, manufacturers must also consider whether international trade regulations apply.
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View Article for Are You at Risk of Violating International Dual-Use Export Laws?

Filter Basics Part 4: Key Filter Types and Technologies

Understanding filter types and technologies helps engineers select the right filtering solution for their frequency, bandwidth, performance, and application requirements.
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View Article for Filter Basics Part 4: Key Filter Types and Technologies

PCB Design Considerations for High-Performance Filtering in mmWave Applications

At very high frequencies, careful circuit board design is essential to keeping RF filters and communication systems performing their best.
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View Article for PCB Design Considerations for High-Performance Filtering in mmWave Applications

Spectral Efficiency and mmWave Bandpass Filter Temperature Stability

Spectral efficiency measures how efficiently bandwidth carries data.
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View Article for Spectral Efficiency and mmWave Bandpass Filter Temperature Stability

Filter Basics Part 3: Five Key Filter Specifications to Understand

An overview of five essential RF filter specifications that define filter performance.
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View Article for Filter Basics Part 3: Five Key Filter Specifications to Understand

Filter Basics Part 2: Designing Basic Filter Circuits

An introduction to basic RF filter design, explaining how impedance creates different filter responses.
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View Article for Filter Basics Part 2: Designing Basic Filter Circuits

Filter Basics Part 1: Resistance, Capacitance, Inductance, and Impedance

An overview of fundamental electrical concepts and how they work together in filters and LC circuits to shape signal behavior.
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View Article for Filter Basics Part 1: Resistance, Capacitance, Inductance, and Impedance