Convert from
mW with Z = Ω  
 

dBμV

=
\( 10 \cdot log_{10}(mW \cdot Z) + 90\)

dBmV

=
\( 10 \cdot log_{10}(mW \cdot Z) + 30 \)

dBV

=
\( 10 \cdot log_{10}(mW \cdot Z) - 30 \)

dBμA

=
\( 10 \cdot log_{10}(mW / Z) + 90 \)

dBmA

=
\( 10 \cdot log_{10}(mW / Z) + 30 \)

dBpW

=
\( 10 \cdot log_{10}(mW / Z) - 30 \)

dBA

=
\( 10 \cdot log_{10}(mW) + 90 \)

dBm

=
\( 10 \cdot log_{10}(mW) \)

dBW

=
\( 10 \cdot log_{10}(mW) - 30 \)
 

μV

=
\( \sqrt{mW \cdot Z \cdot 10^{-3} } \cdot 10^6 \)

mV

=
\( \sqrt{mW \cdot Z \cdot 10^{-3} } \cdot 10^3 \)

V

=
\( \sqrt{mW \cdot Z \cdot 10^{-3} } \)

μA

=
\( \sqrt{ \frac{ mW }{ Z } \cdot 10^{-3} } \cdot 10^6 \)

mA

=
\( \sqrt{ \frac{ mW }{ Z } \cdot 10^{-3} } \cdot 10^3 \)

A

=
\( \sqrt{ \frac{ mW }{ Z } \cdot 10^{-3} } \)

pW

=
\( mW \cdot 10^9 \)

W

=
\( mW \cdot 10^{-3} \)
 

Suggested Products

opto, Fiber-optic, Automotive Link Overview

opto, Fiber-optic, Automotive Link Overview

-

Quote Price
Log Periodic Antenna Overview

Log Periodic Antenna Overview

-

Quote Price
EMSCOPE, 9kHz - 110MHz, 2 channel Receiver/LISN

EMSCOPE, 9kHz - 110MHz, 2 channel Receiver/LISN

ONYX 16, 16.5kV ESD Simulator

ONYX 16, 16.5kV ESD Simulator

-

Quote Price
eNFPKIT, Educational Kit EM Near Field Probe Kit w/Camera & Software

eNFPKIT, Educational Kit EM Near Field Probe Kit w/Camera & Software

-

Quote Price
EPS Test Table Lt - low permittivity for high frequency testing

EPS Test Table Lt - low permittivity for high frequency testing

-

Quote Price
AN-ABCD-60, 60 Amp Artificial Network, EV HV Testing

AN-ABCD-60, 60 Amp Artificial Network, EV HV Testing

RFScanner, Antenna Pattern measurement, 300MHz - 6 GHz

RFScanner, Antenna Pattern measurement, 300MHz - 6 GHz

-

Quote Price
EMProbe-DBM-E6 — 6-Axis Robotic Near-Field EMI Diagnostics on the Bench

EMProbe-DBM-E6 — 6-Axis Robotic Near-Field EMI Diagnostics on the Bench

-

Quote Price
PPL200-70-C Parallel Plate Line

PPL200-70-C Parallel Plate Line

-

Quote Price
Loading...