A Promising Diagnosis Approach in Electrochemical Power Generation and Conversion
Institute of Energy and Process Systems Engineering, TU Braunschweig
Department of Material Science and Chemical Engineering, School of Chemical Engineering, Dalian University of Technology
30 years of EXPERIENCE in electrochemical impedance spectroscopy
for YOUR BENEFIT
A Revolution in Compact Workstations for Electrochemistry
High Performance at an Affordable Price
Reliable Zahner-Quality "Made in Germany"
- EIS Frequency Range up to 2MHz
- Controlled Current ±2 A
- Controlled Voltage ±12 V
- Floating/Grounded Switchable
The Next Generation of MultiSine Excitation
Thales now supports intelligent Multi-Sine!
In the past multi-sine methods were suffering from a couple of severe disadvantages. The new "intelligent Multi-Sine" method developed by Zahner overcomes this drawback.
|single sine excitation||multi sine excitation|
Controlled Light Intensity
Photo-electrochemical measurements can only be reliable and of high accuracy if the light source is emitting a constant light of an exactly known intensity. This cannot be achieved by controlling the current feeding the light source but only by continuously controlling the light intensity by a calibrated photo sensor. This is what making the difference using CIMPS.