Measurement Parameters

The following table explains about the each parameters

 

Parameters

Description

Vector

  • Iin (Arms)

  • Iin (Apeak)

  • Current of input

  • Vector value

  • The reference of Phase is Vin

  • Iout (Arms)

  • Iout (Apeak)

 

  • Current of output

  • Vector value

  • The reference of Phase is Vin

 

  • Iout (Relative to Vout Phase)(Arms)

  • Iout (Relative to Vout Phase)(Apeak)

  • Current of output

  • Vector value

  • The reference of Phase is Vout

  • Vout (Vrms)

  • Vout (Vpeak)

 

  • Voltage of output

  • Vector value

  • The reference of Phase is Vin

 

  • Vout(Zero Phase)(Vrms)

  • Vout(Zero Phase)(Vpeak)

  • Absolute Voltage of output

  • Vector value

  • Phase is 0

 

  • Pin

  • Power consumed at input

  • Pin=conj[Vin(Vrms)]× Iin(Arms), conj[Vin(Vrms)] is a complex conjugate

  • Vin, Iin, Pin are vector values.

  • You can display the following parameters by selecting format.

  • Lin Mag: Apparent Power [VA: volt-ampere]

  • Real: Effective Power [W: watt]

  • Imag: Reactive Power [Var: volt-ampere reactive]

  • Pout

  • Power consumed at output

  • Pin=conj[Vout(Vrms)]× Iout(Arms), conj[Vout(Vrms)] is a complex conjugate

  • Vout, Iout, Pout are vector values.

  • You can display the following parameters by selecting format.

  • Lin Mag: Apparent Power [VA: volt-ampere]

  • Real: Effective Power [W: watt]

  • Imag: Reactive Power [Var: volt-ampere reactive]

  • Efficiency(real(Pout)/real(Pin))(%)

  • Ratio of real part of output and input power in percent  

  • Result is vector value but imaginary part is always 0.

  • Vector(Pout/Pin)

  • Pout/Pin in vector value

  • where Pout=a+jb、Pin=c+jd,
    Vector(Pout/Pin)=(a+jb)/(c+jd)=(ac+bd)/(c2+d2)+j(bc-ad)/(c2+d2)

  • PFin (%)

  • Power factor at input power in percent

  • where phase of Pin is Φ,
    PFin(%)=cosΦ×100

  • Result is vector value but imaginary part is always 0.

  • PFout (%)

 

  • Power factor at outout power in percent

  • where phase of Pout is Φ,
    PFout(%)=cosΦ×100

  • Result is vector value but imaginary part is always 0.

 

  • Zin (Ω)

  • Impedance of port 1 when Port2 is terminated with R+jX

  • Zout (Ω)

  • Impedance of port 2 when Port1 is terminated with 0Ω

  • S11

  • Reflection S11 of port 1 when Port2 is terminated with R+jX

  • S22

  • Reflection S22 of port 2 when Port1 is terminated with 0Ω

RCE

Optimum resonator coupling efficiency representing maximum power transfer efficiency between transmitting and receiving resonators.

N/A

RCE (%)

Display RCE in percentage.

N/A

Z21 (Imag) (Ω)

Imaginary component of open circuit forward transfer impedance defined in the Z-parameter matrix for the two-port network.

N/A