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Nordic Electrochemistry - Version EC4™DAQ -Control and Data Acquisition Software for Electrochemical Research
EC4™DAQ Software by Nordic Electrochemistry is designed for comprehensive control and data acquisition in electrochemical experiments. It supports a range of electrochemical techniques including cyclic voltammetry and chronoamperometry, allowing researchers to precisely control and measure experiments. The software accommodates various peripheral devices essential for electrochemical research, such as temperature controls, gas and liquid flow systems, and rotating disk electrodes. EC4™DAQ features multiple panels including Main Window, Setup Panel, and FFT Panel, which streamline experiment setup and execution. Its versatile design aims to enhance experimental accuracy and efficiency, making it an essential tool for modern electrochemical setups.
EC4™DAQ Software is the program a researcher needs to control a modern electrochemical setup. Electrochemical techniques, such as cyclic voltammetry and chronoamperometry, can be employed in conjunction to the control and measure of peripheral devices.
EC4™DAQ software provides all needed features in order to perform modern electrochemical research. It includes electrochemical techniques such as cyclic voltammetry and chrono-techniques to mention a few. Peripheral devices for control and measure of temperature, gas switch, gas flow, liquid flow, stirrers and rotating disk electrodes, are also supported.
EC4™DAQ Software includes several features that are very helpful to improve the success of the electrochemical experiments:
- FFT diagnostics – minimize the noise at its sourceA potentiostat uses a feedback control system and is therefore sensitive to noise. Noise can be the result of a poorly connected setup or an external source. In order to minimize the noise at its source, Nordic Electrochemistry adds a FFT diagnostics of the measured signals. The online diagnostic can help to fast identify probable noise sources and to minimize them.
- Online measurement of the solution resistance. When applying the positive feedback compensation, the effective solution resistance, i.e. the difference between real solution resistance and the applied compensation, can be measured. The optimized compensation can thus be found while ensuring stability of the control.