What makes a great Impedance Analyzer?
Impedance Products
Zurich Instruments offers a powerful toolset for all types of impedance measurement. All instruments are equipped with the control software LabOne®, and additional options can be added to fulfill the requirements of the most demanding applications.
MFIA Impedance Analyzer
Key features
- 1 mHz to 5 MHz, 1 mΩ to 1 TΩ
- Fast and accurate measurements
- Ideal fit for DLTS, MEMS and ESR & ESL applications
Description
The MFIA is a digital impedance analyzer and precision LCR meter that operates in the frequency range from 1 mHz to 500 kHz or to 5 MHz. It has a basic accuracy of 0.05% and covers the measurement range from 1 mΩ to 1 TΩ. The MFIA comes with the LabOne user interface, which includes both time- and frequency-domain tools for impedance data acquisition.
Applications
- Electrical engineering: sensors, supercapacitors, semiconductor characterization, DLTS, low ESR/ESL, ultra-high resistors, high-Q dielectrics
- Materials research: dielectrics, piezoelectrics, ceramics and composites, solar materials, geomaterials, thin films, nanostructure characterization
- Bioimpedance: tissue impedance analysis, cell growth, food research, microfluidics, wearable sensors
Videos
Webinars
Blog Posts
Using the MFIA Impedance Analyzer to characterize the ESR of a Super-capacitor
on 11.01.2016 by Tim Ashworth
The Nyquist Diagram for Electrical Circuits
on 01.11.2017 by Mehdi Alem
Characterizing High-Q 100 pF Capacitors with the Zurich Instruments MFIA
on 30.01.2017 by Tim Ashworth
Time-Domain Response of Lock-in Filters
on 09.02.2017 by Mehdi Alem
Teraohm Impedance measurements with the MFIA Impedance Analyzer
on 29.05.2017 by Tim Ashworth
Square pulses for DLTS measurements on the MFIA
on 22.08.2018 by Tim Ashworth
Rapid and Accurate C-V Measurements on the MFIA
on 19.08.2018 by Tim Ashworth
Electrochemical Impedance Spectroscopy of Tap Water with the MFIA
on 06.01.2020 by Meng Li
5 Tips to Improve Your Impedance Measurement
on 02.04.2020 by Meng Li
Webinar Q&A - Impedance Analysis: Measuring Fast and Low
on 23.06.2020 by Tim Ashworth