nibcq.measurement.LCRMeasurementResult
======================================

.. py:class:: nibcq.measurement.LCRMeasurementResult

   Results from a single LCR ACIR measurement.

   This dataclass contains the impedance measurement results from an LCR Meter
   measurement. Unlike SMU-based measurements which return raw waveform data,
   the LCR Meter provides directly calculated impedance values.

   .. attribute:: impedance

      Complex impedance Z in Ohms.

      :type: complex

   .. attribute:: z_magnitude

      Impedance magnitude abs(Z) in Ohms.

      :type: float

   .. attribute:: resistance

      Series resistance Rs in Ohms. Note: This is Rs, NOT Z.real!

      :type: float

   .. attribute:: x_reactance

      Reactance X (imaginary part of Z) in Ohms.

      :type: float

   .. attribute:: theta

      Phase angle in degrees.

      :type: float

   .. attribute:: measured_frequency

      Actual stimulus frequency in Hz.

      :type: float

   .. rubric:: Example

   >>> result = LCRMeasurementResult(
   ...     impedance=0.01+0.001j,
   ...     z_magnitude=0.01005,
   ...     resistance=0.01,
   ...     x_reactance=0.001,
   ...     theta=5.71,
   ...     measured_frequency=1000.0
   ... )
   >>> print(f"Z = {result.z_magnitude:.4f} Ohm at {result.theta:.2f} degrees")