Parameters and specifications
max. size of measured impedance | >100 TΩ (MAT + MHV100 + MFA + MREF) |
min. magnitude of measured impedance | 10 μΩ (MAT +MBST 2 A + MREF) |
max. voltage range |
±8 V (MAT) |
max. voltage output resolution |
400 μV (≥ 3 V, MAT) |
max. current range |
±100 mA (MAT) |
max. current resolution |
1.5 pA (MAT) |
sampling frequency |
1 MS/s (MAT) |
maximum sample generation frequency | 64 MS/s (MAT) |
fequency analysis range | 10 μHz to 1MHz (MFRA) |
- two or four wire measurement modes
- device in conjunction with PC software allows the generation of automatic sequences of DC and AC techniques:
- I-V measurements for characterization of electronic and dielectric materials
- P-E measurements (polarization/electrical field) for characterization of ferroelectric materials
- high-speed pulse measurements for electronic and dielectric materials
- step and smooth (analogue-like) ramp tests
- evaluation of impedance, admittance, permittivity / capacitance of the electrical module
- C-V measurements (capacitance vs. DC voltage), Mott-Schottky analysis
- control modules:
- XM MAT 1MHz - for time domain analysis
- XM MFRA 1MHz - for AC measurements
- slave modules for modification of signal parameters:
- XM MHV100 - high voltage option (100 V)
- XM MFA - low current option
- XM MREF - module to increase the accuracy of AC analysis
- XM MBST 2A - high current option (2 A)
- multi-channel system can also be configured in combination with an electrochemical set-up, whereby simultaneous measurements on the channels can be controlled individually
- modules are plug and play
- the XM-studio software offers a range of data analysis options such as curve fitting obtained from equivalent schematics, FF (Fill Factor) evaluation
- multisine FFT analysis speeds up the test performed over the entire frequency band
- harmonic intermodulation analysis
- availability of accessories (Sample Holder, Cryostat...)
Downloads and links
Need some advice?
Call us on +420 325 610 123 and ask for a specialist in this field.