You can assign measurement parameters 1 through 4 (:PAR1, :PAR2, :PAR3, :PAR4) independently of the other parameter settings. To set measurement parameters, use the following command:
You can configure the instrument to measure the parameters shown in the table below:
|
Parameter |
Parameter label on screen |
Description |
|
Z |
|Z| |
Impedance amplitude (absolute value) |
|
Y |
|Y| |
Admittance amplitude (absolute value) |
|
LS |
Ls |
Equivalent series inductance |
|
LP |
Lp |
Equivalent parallel inductance |
|
CS |
Cs |
Equivalent series capacitance |
|
CP |
Cp |
Equivalent parallel capacitance |
|
RS |
Rs |
Equivalent series resistance |
|
RP |
Rp |
Equivalent parallel resistance |
|
Q |
Q |
Q value (inverse of dissipation factor) |
|
D |
D |
Dissipation factor |
|
X |
X |
Equivalent series reactance |
|
R |
R |
Resistance |
|
G |
G |
Equivalent parallel conductance |
|
B |
B |
Equivalent parallel susceptance |
|
TZR |
θz (rad) |
Impedance phase (in radians) |
|
TZD |
θz (deg) |
Impedance phase (in degrees) |
|
TYR |
θy (rad) |
Admittance phase (in radians) |
|
TYD |
θy (deg) |
Admittance phase (in degrees) |
|
USER1 |
Γ(db), Γ(deg), I-mon, V-mon (Default) |
User parameters |