Interface 1010E

Interface 1010E can perform various electrochemical measurements, including electrochemical impedance technology. For example, applications such as physical electrochemistry, electrochemical corrosion, battery testing, fuel cell testing, solar cell testing, and sensor development.

Electrochemical impedance spectroscopy

flexible configuration

Interface 1010E can be used for single channel, dual channel, or multi-channel combinations. GAMRY provides flexible configuration.

Below are more performance features of Interface 1010E. Each bullet point represents a performance.

• Physical electrochemistry-Cyclic voltammetry, linear sweep voltammetry, chronoamperometry, chronopotentiometry, chronocoulometry, multi-step chronoamperometry, and multi-step chronopotentiometry techniques.
• Pulsed voltammetryDifferential pulse voltammetry, conventional pulse voltammetry, reverse pulse voltammetry, Osteryoung square wave voltammetry and related techniques such as anodic stripping voltammetry.
• DC corrosion-Conduct standard DC corrosion tests, such as polarization resistance, potential, cyclic polarization, and galvanic corrosion
• Electrochemical energy devices-Test individual cells and stacks of batteries, capacitors, and fuel cells. Typical testing techniques include charging, discharging, cyclic charging and discharging, constant potential, constant current, self discharge, leakage rate, and read potential.
• Electrochemical signal analyzer-Software for collecting and analyzing electrochemical noise signals related to time. Continuous monitoring of voltage and current at rates ranging from 0.1 Hz to 1 kHz. Fully functional analysis tools, such as statistical analysis, trend analysis, impedance spectroscopy, and histogram analysis.
• Electrochemical frequency modulation-A non-destructive method for measuring corrosion rate. Through this technology, the corrosion rate is directly measured without the Tafel constant. In addition, this technology can determine the Tafel constant and provide parameters related to pitting corrosion.
• critical pitting temperature-Control Gamry constant potential, TDC4 temperature controller, and related accessories to automatically measure the critical pitting temperature of materials.
• electrochemical noise-Electrochemical noise testing is a more common technique. It is a software package compatible with ECM8 multiplexer for electrochemical noise measurement.
• Electrochemical impedance-In addition to single frequency Mott Schottky measurements, it also includes constant potential, constant current, and mixed impedance measurements. This includes unique multi wave weighting techniques to improve signal-to-noise ratio. In terms of analysis, equivalent circuit diagrams are used to fit the data, Kramers Kronig conversion evaluation data and graphic editor, etc. The software includes an impedance simulation section.
• eChemACTool kit - software tool kit for fully controlling the constant potential meter for impedance (EIS) measurement and EFM experiments.

Other details

• Measurement of electrodes 2, 3, and 4
• Electrical isolation
  
  • Floating ground: used for high-pressure vessels, mechanical stress equipment, or pipelines.
• portable
  
  • The size of a chemistry textbook weighs only 3 kilograms. Connect USB 2.0 to a Windows computer.

• Built in EIS

  • Advanced DDS is used for EIS measurement from 10 μ Hz to 2 MHz.
• DSP (Digital Signal Processing) mode
  • Oversampling mode improves signal-to-noise ratio and precise capacitance measurement.
• Oversampling mode improves signal-to-noise ratio and precise capacitance measurement.
  
  • Gamry potentiostat and its control software adopt linear regression method to accurately measure and achieve IR compensation.
• Auxiliary I/O
  

  • Through I/O design, control third-party devices: achieve external signal input, analog voltage output, analog current output, auxiliary A/D input, and digital I/O connectors.

• Value retention period
  

  • 2-year manufacturer warranty service.

    system
    Potentiostat	correct
    galvanostat	correct
    Zero resistance current meter	correct
    Floating design (insulated from the ground)	correct
    electrode connection	2, 3 or 4 electrodes
    Maximum current	±1 A
    Current range	9 (10 nµA-1A)
    Current range (including internal gain)	11
    Minimum current resolution	3.3 fA
    Maximum applied potential	±12 V
    rise time	<1 μs
    Minimum time base	10 μs
    Noise and Ripple (Typical)	<20 μVrms
    weight	2.4 kilograms
    2.4 kilograms	24 (W) x 6 (H) x 27 (D) 27 centimeters
    control amplifier
    cell voltage	±20 V (@ 1A)
    Output Current	>±1 A
    speed setting	5
    Gain bandwidth (typical)	980, 260, 40, 4, 0.4 kHz
    EIS measurement
    Frequency range	10 μHz - 2 MHz
    Impedance accurate diagram	Refer to the impedance precise diagram
    Apply voltage amplitude	2.33 V maximum 17.8 μV minimum
    Potentiometer
    Input impedance	>1012Ω
    Input Current	<20 pA
    bandwidth	>10 MHz
    CMRR	>80 dB (10 kHz) >60 dB (1 MHz)
    potential
    Apply precision	± 1 mV ± 0.2% setting range
    Apply resolution	200 μV, 50 μV, 12.5 μV/bit
    measurement accuracy	± 1 mV ± 0.3% reading range
    measurement resolution	1 μV, 10 μV, 100 μV, 400 μV/bit
    Apply current
    Apply precision	± 5 pA ± 0.3% range
    Apply resolution	0.0033%
    measuring current
    measurement accuracy	± 5 pA ± 0.3% application/measurement resolution
    measurement resolution	0.0033%
    Apply/measure resolution	>10 MHz (1A - 100 μA) >1.5 MHz (10 μA) >0.15 MHz (1 μA)