Zero-Interconnects Twin-Wires Networks for High-Density 4-Wire Characterization of Conducting Materials

Zero-Interconnects Twin-Wires Networks for High-Density 4-Wire Characterization of Conducting Materials [data that support the findings]
Nerio Andrés Montoya, Valeria Criscuolo, Andrea Lo Presti, Raffaele Vecchione, Christian Falconi

The data have been divided in 4 folders as follows
• “Raw_data” contains results obtained by using the JAVA software (before using MATLAB for further analysis) for the 3 different types of experiments (spread analysis, monitoring the sintering and temperature calibration )
• “Images” contains photos of 3 representative devices printed on Kapton, paper and photopaper taken with a scale; these photos have been used with ImageJ in order to determine the mean widths of the printed tracks (needed for estimating the sheet resistances)
• “Software" contains
o JAVA application for controlling a digital multimeter (Agilent 34411A or Agilent 34410A) and exporting as column of numbers saved as ".txt" file
o MATLAB live-script files used to analyze the .txt files produced by the JAVA application in order to generate the results presented in the manuscript
o Arduino firmware for controlling the Twin_Wires Systems
• "Designs" contains the schematics, PCB designs (Gerber Files) and the Bill Of Materials (BOM) for the Twin_Wires Systems. These data allow to replicate the system. The folder also contains some other designs (resistor network used to calibrate/verify the system).