Calculators

Use this calculator to convert from dBW (dB Watt) to dBm (dB milliwatt). dBm to dBW Formula dBm = dBW + 30

Decibel Watt or dBW is a measure of the strength of the signal in dB relative to 1 Watt. dBm is the signal strength referenced to 1 mW. Most often …

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This tool converts Noise Factor (F) to Noise Figure (NF). Noise Figure to Noise Factor Formula NF = 10*Log10(F) Background Noise factor (F) is defined as the degradation in Signal-to-Noise …

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This tool calculates the VSWR from S-parameter measurements. Enter S11 also known as the input reflection coefficient. Use either a VSWR to S11 Formula S11 (dB) = 20*Log10(S11) VSWR = …

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This tool uses the Voltage Standing Wave Ratio (VSWR) to calculate the Return Loss (RL) in dB. 🔁 Return Loss to VSWR Formula Return Loss (dB) = -20*Log10((VSWR – 1)/(VSWR …

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Return Loss is a measure of the amount of energy that is reflected back at a discontinuity in a Radio Frequency Circuit [1]. It is specified in dB. This calculator …

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This tool converts Voltage Standing Wave Ratio or VSWR to Reflection Coefficient (sometimes referred to as Gamma) Γ. Reflection Coefficient Γ to VSWR Formula Γ = (VSWR – 1)/(VSWR + …

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This tool converts Reflection Coefficient (sometimes referred to as Gamma) Γ to Voltage Standing Wave Ratio or VSWR. VSWR to Reflection Coefficient Γ Formula VSWR = (1+|Γ|)/(1-|Γ|) the absolute value …

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This tool uses the impedance of the source and load to calculate the Reflection Coefficient (Γ) and Voltage Standing Wave Ratio (VSWR) Formula Source Impedance = Z0 Complex Load Impedance …

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This tool uses the impedance of the source and load to calculate the impedance mismatch. It also calculates Formula Source Impedance = Z0 Complex Load Impedance = R + j*X …

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