Category: RF Attenuator Guides
Practical rf attenuator guides guides with product links, examples and specification checks.
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Can RF Attenuators Work in Both Directions?
Many passive resistive RF attenuators are reciprocal, but permissible power and…
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Why Do RF Attenuators Get Hot?
RF attenuators get hot because they dissipate part of the incoming…
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Cascading RF Attenuators: Which Pad Goes First?
In a cascade, the first RF attenuator sees the highest incident…
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RF Attenuator Flatness Across Frequency Explained
Attenuation flatness describes variation in loss across a frequency range. It…
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How an Attenuator Can Reduce RF Mismatch Effects
A well-matched attenuator can reduce the effect of reflections returning from…
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Attenuators Before an LNA: Protection Versus Sensitivity
An attenuator before a low-noise amplifier reduces both wanted signal and…
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RF Attenuator Pulse Ratings: What Average Watts Miss
Average RF power does not describe the full stress from pulses.…
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Does a 0 dB RF Attenuator Have Zero Loss?
A 0 dB setting or through state usually has some insertion…
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RF Attenuator Versus RF Filter: Which Problem Are You Solving?
An attenuator reduces signal level, whereas an RF filter selects frequencies.…
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External Versus Internal Spectrum Analyzer Attenuation
External attenuation reduces power before the analyzer connector. Internal attenuation adjusts…