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Complex measuring electrophysical and electrochemical properties of materials - Solartron / Probostat / ProGasMix - Импедансметр Solartron 1260A

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Frequency response analyzer Solartron 1260 is used daily by leading researchers, as it meets the latest requirements for reliability and accuracy of the experiments. Reputation instrument is regularly confirmed by published studies in areas such as:

  • study of corrosion
  • development of batteries and fuel cells
  • solar panels
  • LCD Screens
  • biomaterials
  • composites
  • development of electronic components.

Represents Solartron 1260 frequency response analyzer designed to measure the amplitude and phase and group delay characteristics of the impedance in a broad frequency range (from 10 MHz to 32 mkGts . ) 1260 analyzer can be used successfully in the study of materials , design and testing of electrical circuits , quality control in production and research activities. Up to 0.1%, 0.1 °, the measurement is performed with the maximum reliability , that allows you to record and characterize even small changes in the behavior of the sample.

 

KEY FEATURES:

  • frequency resolution: 1 to 65 • 106 (0.015 ppm)
  • accuracy of 0.1%, 0.1 ° - the highest among similar devices
  • Resolution: 0.00
  • 1 dB, 0.01 ° - a full description of the signal
  • measured resistance:> 100 megohms
  • 2, 3 and 4-electrode circuit for
  • polarization voltage up to ± 40.95 in

Impedancemeters: Measuring the resistance of different materials varies with the frequency of the applied voltage and depends on the physical structure of the material and place in it chemical processes.

The main advantages of the method of impedance spectroscopy are:

  • rapidity of obtaining experimental data
  • accurate, reproducible results
  • preserve the integrity of the sample
  • highly adaptive method to solve various problems
  • able to distinguish between the effects associated with the electrodes, diffusion, mass transfer or charge by carrying out experiments in different frequency bands
  • Modeling of equivalent circuits for a detailed analysis of the results