Coil voltage and current waveforms during ignition of a 10Pa Xe inductive discharge using two frequencies for excitation

The data is organized in to folders according to the set amplitude ratio of the two excitation currents. Where for example "A01" corresponds to an amplitude ratio of 10%. For most of the tuningpoints there exists a MSP measurement in an additional folder with the "_msp" suffix for the corresponding folder name. The data in those folder contains all the different channels of the ozilloscope. Regular ignition captures follow the naming:
"SaveOnEvent_chX_TIMESTAMP.wfm"
Where X is the number of the oszilloscope channel, and TIMESTAMP is the date and time the data was measured in the format: year month day hour minute second milliseconds.
Channel 1 contains the voltage across the coil.
Channel 2 contains the current through the coil.
Channel 3 contains the drain source voltage across low voltage side of the driving inverter.
Channel 4 contains the dc supply voltage.
Channel 5 contains the voltage signal of the photo diode used to trigger the measurements.
Additionally, each folder also contains a measurement labled "leer_chX.wfm". Those contain the no load (plasma off) measurement to reference the signals for a impedance analysis.
All the data is in the "wfm" format of a MSO5 Tektronics oszilloscope, to read the data use the added matlab fuction "simp_wfm_read.m".
The csv file cotains the result of an impedance measurement of the excitation coil in the setup. This file in conjuction with the "leer_chX.wfm" files in each folder allows for amplitude and phase correction of the measurement signals.