Rollscan 300 || Rollscan 200

µSCAN 600 is microcomputer based DSP Barkhausen Noise Analyzer designed to expand the limits of Barkhausen Noise technique for advanced research work. It provides a wide range of user definable measurement and analysis parameters, allowing the system to adjust to virtually any test condition.

Typical applications of a µSCAN system include:

	correlating different microstructural parameters to Barkhausen Noise
	estimating gradients such as stress, plastic deformation, hardness, etc.
	developing new NDT applications
	evaluating stress and microstructure changes using several functions and parameters
	optimizing measurement conditions for the analysis
	switching freely between real-time (Rollscan) and off-line (µScan) modes
	general research work

µSCAN 600 signal analysis is based on digitizing and storing the analog signal derived from dedicated, patented sensors. All measurement parameters are set, commands given, results calculated and displayed through a computer. User definable frequency ranges make it possible to characterize near surface gradients such as stress, plastic deformation, hardness, etc.

µScan 600 provides the following analysis of data with freely adjustable analyzing frequency interval:

Burst calculation RMS Peak value Peak position FWHM Power spectrum Amplitude Area Integral of the bursts Coercivity Remanence Permeability Area Pulse height distribution. µScan 600 software adds the following features to the Rollscan 300: Filter frequency range 3-1000 kHz Adjustable magnetizing frequency range 6-1000 Hz Number of bursts adjustable 2-20 µScan 600 Microcomputer based DSP Barkhausen Noise Analyzer, brochure as pdf