Multichannel Potentiostats /Galvanostats
Multi-Channel Control for Advanced Experiments
Multichannel Potentiostats /Galvanostats
Multi Channel potentiostats/galvanostats from Princeton Applied Research and Solartron Analytical assist researchers increase their scope from the examination of a single sample at a time to multiple samples simultaneously. While providing the same level of accuracy as the single channel potentiostats, multi channel potentiostats can be configured to scale with your research today as well as provide solutions for the next step in your electrochemical research plan tomorrow.
Potentiostats / Galvanostats
What is a potentiostat? Potentiostats control a voltage and measure a resulting current. The Control Amplifier outputs power to the counter electrode (also called auxiliary electrode). A feedback loop is established to control the cell potential between the reference and working electrode. This voltage is measured by the input electrometer, that has a high impedance. This current is then measured between the working and counter electrodes while this potential is maintained at the working electrode and reference electrode.
Researchers use our potentiostats to meet the most demanding scientific challenges. This includes testing new chemistries for Li-ion batteries, improving resistance to corrosion, determining concentrations of target analytes.
Galvanostat controls the current flow between the working and counter electrodes while measuring the cell potential between the working and reference electrode. This mode is most commonly used in characterization of energy devices and electroplating. All of our potentiostats can operate also as a galvanostat.
Multi channel option
Solartron CellTest supplies high current to ± 4 A per each of its 8-channels and can operate in parallel for even higher currents.
PARSTAT MC is a versatile, robust system that can be tailored to the needs of current, voltage, resolution and testing throughput.
Designed for advanced electrochemical research, it enables simultaneous testing with precision and reliability.
The bipotentiostat with hardware synchronization delivers optimal coordination for RRDE experiments, making it ideal for fuel cell catalyst evaluation. It integrates two high‑performance, independent potentiostats with EIS into a single chassis, combining a high‑voltage channel (30 Volts) and a high‑current channel (2 Amps) to provide maximum application flexibility.
Application notes relevant to Multichannel Potentiostats
