Application

• Battery
• Fuel cell
• Super capacitor
• Solar cell
• Corrosion
• Material test
• Sensor
• Other Echem experiments

Features

• for versatile AC impedance experiment using external electronic load
  or potentiostat/galvanostat
• 2 signal input channel (current and voltage) & 1 signal output for sine wave
• a flexible frequency generator/analyzer
• generate various waveforms (e.g. Sinusoidal etc.)
• designed for spectrum analysis in the electrochemical field
• two models are available depending on voltage range
  - Model Zcon : ±10 V
  - Model ZconH : ±100 V
• simulation and fitting with Zman^TM
  - no license is needed.
• high current application with external load and/or potentiostat/galvanostat
• graphic-based user-interface
• dual real time graph (Bode, Nyquist etc.) during measurement
• Z100 Navigator software free upgrade
• supporting external load/potentiostat
  - TDI Power's XBL series electronic load
  - 3rd parties potentiostat/galvanostat having I-OUT, E-OUT, SIG-IN terminal

The Zcon^TM impedance analyzer is a spin off model from Z# multichannel impedance
monitor.  This model is for single channel aplication only.

The Zcon^TM provides all tools for the application of fuel cell stack, battery pack, and
general electrochemical study requiring EIS measurement using external electronic load
or potentiostat/galvanostat.

By employing electronic load, the Zcon^TM can be used to determine the efficiency of
fuel cell and anodic/cathodic process mechanism by calculating impedance with the
measurements of I and E at given frequency.

The complete system is software-controlled and all functions such as ranging, calibration,
and measurements can be automated.

Software

Z100 Navigator^TM

• Mode
  - with electronic load
    * frequency response analyzer (FRA)
    * high frequency resistometry (HFR)
  - with 3rd parties potentiostat/galvanostat
    * galvanostatic electrochemical impedance spectroscopy(GEIS)
    * galvanostatic HFR (GHFR)
    * potentiostatic EIS (PEIS)
  - power spectrum display
  - waveform generation
• please refer to Z100 Navigator for more detailed information.