CS310X series multi-channel electrochemical workstation

Introduction:

The CS electrochemical workstation adopts a fully floating design, with excellent stability and accuracy, advanced hardware and fully functional software, and provides excellent scientific research for scientific and technological workers involved in the fields of energy, materials, life sciences, and environmental protection. platform. The CS multi-channel electrochemical workstation is an extended product based on the CS350 type of conventional single measurement channel, which can realize the function of measuring several channels at the same time, providing convenience for users and making the test more efficient.

Technical Parameters:

Measurement channel: 2~8

 Constant potential control range: ±10V

 Potential control accuracy: 0.1%×full scale reading ±1mV

 Potential sensitivity: 10μV(>100Hz), 3μV(<10Hz)

 Potential rise time: <1μS(<10mA),<10μS(<2A)

 Reference electrode input impedance: 1012Ω||20pF

 Tank pressure output: ±12V

 CV and LSV scanning speed: 0.001mV～10000V/s

 CA and CC pulse width: 0.0001～65000s

 SWV frequency: 0.001～100KHz

 AD data collection: 16bit@1MHz, 20bit @1KHz

 DA resolution: 16bit, setup time: 1μS

 Communication interface: network port

Constant current control range: ±500mA (2/3/4 channel);

                       ±200mA (5/6/7/8 channels)

Current control accuracy: 0.1%×full scale reading

Current sensitivity: 1pA

Current range: 2nA~500mA, a total of 10 ranges (2/3/4 channels);

                2nA～200mA, 9 levels in total (5/6/7/8 channels)

Maximum output current: ±500mA (2/3/4 channel);

                      ±200mA (5/6/7/8 channels)

Current scan increment: 1mA @1A/mS

Potential scanning potential increment: 0.076mV @1V/mS

DPV and NPV pulse width: 0.0001～1000s

Minimum potential increment of CV: 0.075mV

Current and potential range: automatic setting

Low-pass filter: 8-segment programmable

Function method:

Steady-state polarization: open-circuit potential measurement (OCP), potentiostatic polarization (I-t curve), galvanostatic polarization, dynamic potential scanning (TAFEL curve), dynamic current scanning (DGP), potential scanning ~ step

Transient polarization: arbitrary constant potential step wave, arbitrary constant current step wave, constant potential step, constant current step

Voltammetry analysis: linear cyclic voltammetry (CV), linear sweep voltammetry (LSV)

Charge and discharge test: battery charge and discharge test (CD), constant current charge and discharge (GCD), constant potential charge and discharge (PCD), constant potential intermittent titration technology (PITT), constant current intermittent titration technology (GITT)

Double constant measurement: hydrogen diffusion test, disk ring electrode test

Extended measurement: electrochemical noise (EN), digital recorder, electrochemical dissolution/deposition, controlled potential electrolytic coulometric method (BE), potentiodynamic reactivation method (EPR), solution resistance measurement, cyclic polarization curve