RF & Wireless Engineering
Combined RF Signal Power
Sum two independent RF power levels by converting from logarithmic dBm to linear milliwatts and back.
Open calculatorUse these calculators for RF power, EIRP, path loss, link budgets, fade margin, noise, coaxial loss, signal combining, wavelength, and VSWR checks.
RF & Wireless Engineering
Sum two independent RF power levels by converting from logarithmic dBm to linear milliwatts and back.
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Sum measured or manufacturer-specified passive losses along one DAS branch and show each loss contribution.
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Compute EIRP from conducted transmitter power, antenna gain, and feed loss.
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Calculate free-space path attenuation from frequency and distance without adding antennas or system losses.
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Convert measured return loss into reflection-coefficient magnitude and voltage standing-wave ratio.
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Estimate feeder attenuation from a cable data-sheet loss rate and installed length.
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Compare predicted received level with receiver sensitivity.
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Convert RF frequency to free-space wavelength or wavelength to frequency.
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Estimate received power for a free-space point-to-point radio path.
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Convert power between dBm and milliwatts for field measurements and link budgets.
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Calculate spectral efficiency from measured or estimated data rate and channel bandwidth.
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Calculate available thermal noise power from receiver bandwidth and physical temperature.
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