Precise LCR measurements with the N4L PSM+IAI Series impedance analyzer - 10 µHz to 50 MHz

Published: 2022-11-27 Views: 次

Impedance Analyzer/LCR Meter

Precision Impedance Analyzer - 10uHz to 50MHz

Quickly compare the complete impedance analyzer range

LCR Active Head Impedance Analysis Package

IAI impedance analysis kit

IAI2 impedance analysis kit

TA107 transimpedance amplifier

Basic accuracy 0.2% 0.1% 0.1% 0.01 dB
Phase accuracy 0.454 0.454 0.454 0.454
Frequency range 10uHz ~ 5MHz 10uHz ~ 35MHz （PSM1700 - 1MHz） 10uHz ~ 50MHz 10uHz ~ 100kHz

When used withPSM Series Frequency Response AnalyzerWhen used together, the N4L impedance analysis interface provides a measurement solution for many impedance analysis applications. The most suitable interface for a particular application will depend on the nominal impedance of the sample or device under test and the measurement frequency. N4L will be happy to discuss the best solution for any application.

Impedance Analyzer Measurement Range

Precise LCR measurements using the PSM+IAI series impedance analyzers

N4L has developed the impedance analyzer with the widest measurement range on the market. N4L's range spans from 1mΩ to 1TΩ, capable of meeting a wide range of industry needs, including electronic component analysis, power electronics system analysis, electrochemical material analysis, electrical material analysis, and more. From the budget LCR active head solution covering up to 100MΩ to the top-tier IAI2 covering more than 11 decades of impedance between 1mΩ and 500MΩ with excellent accuracy.

Reasons to choose the N4L impedance analyzer

Wide frequency range	Wide impedance range
High phase accuracy	High performance-to-cost ratio
Excellent impedance accuracy	Flexible functions
Remote control capability	Full Graphical Display
High-selectivity DFT analysis	Automatic range switching

Benchtop or PC interface

The PSM series impedance analyzers can be used as standalone test instruments, with measurements made using the instrument keypad and viewed on the LCD/TFT display. Alternatively, users can utilize our PSMComm2 software program for remote control and data acquisition.

Users can also write their own software control programs, such as in C, C#, or VBA. As a result, the PSM can be integrated into larger test systems. LabVIEW drivers are also available if needed (on ourSupported components), helping LabVIEW developers quickly integrate the PSM/IAI impedance analyzer into their test systems.

All software is available through our websiteFree download。

Different uses of N4L impedance analyzers

Impedance analyzers can be used in many ways, from simple LCR measurements of discrete components to material analysis of insulators and electrochemical solutions.

Electrical/electronic engineering

Determine the ESR of filter capacitors used in power electronic circuits across the bias voltage range
Determine capacitance at different bias voltages
Determine choke inductance at various bias currents
Determine the input/output impedance of any circuit or system
Evaluate the impedance of piezoelectric circuits
Automated LCR measurement of discrete components within an integrated test system
Insulation resistance characterization
Transformer winding inductance analysis

Mechanical engineering and material analysis

Analysis of the concrete curing process
Characteristics of nylon bushings
Rubber Mount Conductivity
Electrochemical analysis
Fruit and vegetable ripeness analysis through impedance measurement
Medical and bioimpedance analysis
Paint film finish analysis through impedance measurement
Bonding impedance evaluation
Electroplating analysis

Research Papers Featuring PSM+IAI

Impedance spectroscopy as a tool for monitoring moisture absorption in building composites during service.Grammatikos, S., A. Bauer, R. J. Evenden, M. Jones, R. G.. (2018), Elsevier.
Battery Characterization Methods for Electric Vehicles. Fernandes, A., G. Azarin, S., M. (2020), University of Oviedo, Spain.
Biomaterial Scaffolds as a Platform for Localized Therapy Against Disseminated Cancer Cells.Pelez, F. (2018), University of Minnesota, USA.
将Conformal printing of graphene onto 3D surfaces of arbitrary shape for single-layer and multilayer devices.Leonard, Wu Weiwen, T. Xiaoxi, Hu Zhiqiang, G. Makadam, N. Um, D. Wu, T-C. Moal, F. Jones, C. Hasan, T. (2019), University of Cambridge, UK.
Impedance Spectroscopy as a Tool for Monitoring Moisture Absorption in Building Composites During Service。Niyomsatian， K. （2018）， IEEE， Elsevier.
Study on iron loss characteristics in amorphous rings excited by silicon- and gallium nitride-based inverters.Yao， A. Tsukada， K. Fujisaki， K. （2017）， IEEJ
Modeling and Feedback Control of LLC Resonant Converters at High Switching Frequencies.Parker, HP Ronger. J-H. (2016), Journal of Power Electronics.
Scalable, self-aligned printing of flexible graphene micro-supercapacitors. Hyun, W, J. Secor, E, B. Kim, C, H. Hersam, M, C. Francis, L, F. Frisbie, D, C. (2017), Advanced Energy Materials.
Detection of damage and repair in cement mortar using electromechanical impedance.Taha, H. Ball, R, J. Paine, K. (2019), Journal of Materials.
Revisiting Synchronized Charge Extraction (SECE) in Impedance-Based Piezoelectric Energy Harvesting
viaBroadband Impedance Spectroscopy from 1 mHz to 10 MHz Using a Combination of Four-Electrode and Two-Electrode Methods.Folkman, Jan and Kritzsch, Norbert. (2015)
Electric Vehicle Power System Modeling.Widdeck, P. (2022)

	LCR Active Head Impedance Analysis Package	IAI impedance analysis kit	IAI2 impedance analysis kit	TA107 transimpedance amplifier
Basic accuracy	0.2%	0.1%	0.1%	0.01 dB
Phase accuracy	0.454	0.454	0.454	0.454
Frequency range	10uHz ~ 5MHz	10uHz ~ 35MHz （PSM1700 - 1MHz）	10uHz ~ 50MHz	10uHz ~ 100kHz