- Convert from dBμV
- Convert from dBmV
- Convert from dBV
- Convert from dBμA
- Convert from dBmA
- Convert from dBA
- Convert from dBpW
- Convert from dBm
- Convert from dBW
- Convert from μV
- Convert from mV
- Convert from V
- Convert from μA
- Convert from mA
- Convert from A
- Convert from pW
- Convert from mW
- Convert from W
- Convert from rms, avg, peak
- Antenna Equations
- Antenna Field/Power
- Convert E/H Field Strengths
- TEM/GTEM Field/Power
- Convert from in,ft,mm,cm,m
- Covert from Hz,kHz,MHz,GHz
Convert from
Vpeak
Vp-p
=\( 2\cdot
Volts_{peak} \)
Vavg
=\(
\frac{2}{π}\cdot
Volts_{peak} \)
Vrms
=\(
\frac{Volts_{peak}}
{\sqrt{ 2 }} \)
Convert from
Vpeak-peak
Vp
=\(
\frac{Volts_{peak-peak}}{2} \)
Vavg
=\(
\frac{Volts_{peak-peak}}{π} \)
Vrms
=\(
\frac{Volts_{peak-peak}}{2\cdot
\sqrt{ 2 }}\)
Convert from
Vrms
Vp
=\(\sqrt{
2 } \cdot
Volts_{rms} \)
Vp-p
=\(\
2\cdot \sqrt{ 2
}\cdot Volts_{rms} \)
Vavg
=\(
\frac{2 \sqrt{ 2 }}{π}
\cdot Volts_{rms} \)
Convert from
Vavg
Vp
=\(
\frac{π}{2}\cdot
Volts_{avg} \)
Vp-p
=\( π\cdot
Volts_{avg} \)
Vrms
=\(
\frac{π}{2\cdot \sqrt{
2 }} \cdot Volts_{avg} \)
Suggested Products
AN-ABCD-60, 60 Amp Artificial Network, EV HV Testing
EMSCOPE-RX2, 9kHz - 110MHz, 2 channel Receiver
400 - 6112, 2-Ch, 250kS/s, AnyWave Control Unit
BOLAB ISO 7637-4 HV Test System
