Multi channel electrochemical workstation

Multi channel electrochemical workstationPrinceton Applied Research, which combines 50 years of experience in the development and production of electrochemical workstation software and hardware, will officially launch PARSTAT in June 2013 ™ MC multi-channel electrochemical workstation.

Each PARSTAT MC host enclosure can be configured with up to 8 independent channels. Each channel's electrochemical workstation card provides multiple powerful functions as standard.

Eight channels can conduct parallel experiments simultaneously and synchronously, allowing for testing of different experimental settings in different electrochemical cells, as well as testing of multiple working electrodes under the same environmental conditions in the same electrochemical cell. The number of channels can be purchased according to demand and can be added at any time. The disassembly and installation of any channel can be carried out during the testing process of other channels without interfering with the ongoing testing experiment, and users can replace it themselves.

The advantage of this design is that users can customize the required channels according to their budget. In future use, there is no need to add expensive fees to increase work channels and improve work efficiency.

Main features:

• Powerful module design

• PMC-500 module: 500mA~2 μ A

• PMC-1000 module: 2 A to 4 nA (120 fA resolution)

• PMC-2000 module:+/-30V polarization potential and slot voltage 10 μ Hz~7MHz AC impedance frequency scanning range 1MS/s data acquisition rate. 6-wire auxiliary voltage divider test, convenient for battery pack and simultaneous testing of anode and cathode.

• Installation and disassembly of any channel without interrupting the experiments of other channels

• Fast data collection speed up to 500 kS/sec, suitable for fast experiments

• Adopting the powerful electrochemical data acquisition and analysis software VersaStudio

• The standard floating function makes it possible to test multiple samples in the same chemical pool.