Electrode Faq
What is the use of scan rate dependency study?
Note: A lower scan rate is recommended because a higher scan rate affects the current response and shape of the […]
Electrode Application
Application Note – Electrode
What is a Reference electrode? A reference electrode serves as a fixed benchmark for measuring the potential of other electrodes
A Comprehensive Guide to conduct Cyclic Voltammetry with MedPstat 1.0 Instrument:
This application note provides a comprehensive manual for using the MedPstat device in Ferro/Ferri cyanide redox couple investigations. This Ferro/Ferri cyanide redox
Note to Calibrate a MedPstat with MTX Labs mini Dummy Cell
This application note provides comprehensive guidance on using the mini Dummy Cell for MedPstat calibration. The mini Dummy Cell includes
Application Notes on Electrochemical Water-Splitting in Alkaline medium using MedPstat 2.O
This application note offers a detailed overview of how the Potentiostat device is utilized in electrochemical water-splitting studies. This note
Application Note on Analyzing Li-ion Batteries Using MedPstat 2.0
Batteries are a crucial part of modern energy storage technologies, powering anything from electric cars to portable electronics. As demand for
Portability Multiplied: Now MedPstat in the field with an external battery-powered source
This application note highlights Medpstat as a reliable and portable solution for electrochemical testing, especially in field applications. Unlike traditional
Application note on Ground connection pin in a Potentiostat using MedPstat
This application note highlights the importance of grounding in electrochemical studies, particularly when using the MedPstat potentiostat. Many researchers tend to overlook
MedPstat for your Long-Term Electrochemical Analysis: Built to Run Endlessly!!!
This application note provides a comprehensive guide for assessing the performance and stability of the MedPstat Electrochemical Analyzer. The Ferro/Ferri cyanide
Application Note on Measuring Diffusion Coefficient for Electrochemical Redox Systems Using Potentiostat
In this application note, the step-by-step process to calculate the diffusion coefficient (D) for ferro-ferri cyanide redox couple is explained