Convert from

dBμV with Z = Ω  
 

dBmV

=
\( dB\mu V - 60 \)

dBV

=
\(dB\mu V - 120 \)

dBμA

=
\(dB\mu V-20 \cdot log_{10}(Z)\)

dBmA

=
\( dB\mu V-20 \cdot log_{10}(Z)-60 \)

dBA

=
\( dB\mu V-20 \cdot log_{10}(Z)-120 \)

dBpW

=
\( dB\mu V-10 \cdot log_{10}(Z)\)

dBm

=
\( dB\mu V-10 \cdot log_{10}(Z)-90 \)

dBW

=
\( dB\mu V-10 \cdot log_{10}(Z)-120 \)
 

μV

=
\( 10^{dB\mu V/20}\)

mV

=
\( 10^{(dB\mu V-60)/20} \)

V

=
\( 10^{(dB\mu V-120)/20} \)

μA

=
\( 10^{(dB\mu V-20 \cdot log_{10}(Z))/20} \)

mA

=
\( 10^{(dB\mu V-20 \cdot log_{10}(Z)-60)/20} \)

A

=
\( 10^{(dB\mu V-20 \cdot log_{10}(Z)-120)/20} \)

pW

=
\( \frac{(10^{(dB\mu V/20)})^2}{Z} \)

mW

=
\( \frac{(10^{(dB\mu V/20)})^2}{Z}\cdot 10^{-9} \)

W

=
\( \frac{(10^{(dB\mu V/20)})^2}{Z}\cdot 10^{-12} \)
 
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