:CALCulate:PARameter{1|2|3|4}:FORMat {Z|Y|TZR|TZD|TYR|TYD|RS|RP|LS|LP|CS|CP|R|G|X|B|Q|D|USER1|USER2|USER3|USER4}
:CALCulate:PARameter{1|2|3|4}:FORMat?
Specifies the measurement parameter to use as each of the parameters 1 (:PAR1) through 4 (:PAR4). You can assign these parameters independently of other parameter settings.
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Parameter |
Param |
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Description |
Measurement parameter format |
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Range |
Select from the following: Z: Uses absolute value of impedance as measurement parameter Y: Uses absolute value of admittance as measurement parameter TZR: Uses impedance phase (radian) as measurement parameter TYR: Uses admittance phase (radian) as measurement parameter TZD: Uses impedance phase (degree) as measurement parameter TYD: Uses admittance phase (degree) as measurement parameter RS: Uses equivalent series resistance as measurement parameter RP: Uses equivalent parallel resistance as measurement parameter LS: Uses equivalent series inductance as measurement parameter LP: Uses equivalent parallel inductance as measurement parameter CS: Uses equivalent series capacitance as measurement parameter CP: Uses equivalent parallel capacitance as measurement parameter R: Uses equivalent resistance as measurement parameter G: Uses the equivalent parallel conductance as the measurement parameter X: Uses equivalent series reactance as measurement parameter B: Uses equivalent parallel susceptance as measurement parameter Q: Uses Q value (inverse dissipation factor) as measurement parameter D: Uses dissipation factor as measurement parameter USER1 to USER4: Uses user defined parameters |
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Preset value |
Parameter 1 defaults to Z; parameter 2 defaults to θz; parameter 3 defaults to Rs; parameter 4 defaults to X. |
{Z|Y|TZR|TZD|TYR|TYD|RS|RP|LS|LP|CS|CP|R|G|X|B|Q|D|USER1|USER2|USER3|USER4} <newline><^END>
Prmtr > {Parameter 1|Parameter 2|Parameter 3|Parameter 4} > {Z|Y|θz(rad)|θy(rad)|θz(deg)|θy(deg)|Rs|Rp|Ls|Lp|Cs|Cp|R|G|X|B|Q|D|Γ(db)|Γ(deg)|I-mon|V-mon}