Precision system for measuring carrier mobility, resistivity, and Hall coefficient in semiconductor research and material analysis.
CMT-100 offers accurate Hall effect measurement with advanced components for analyzing semiconductor materials.
CMT - 30 provides accurate Hall effect measurements using a permanent magnet setup, ideal for basic magnetic field testing and sensor evaluation.
CMT - 50 enables accurate Hall effect and resistivity analysis for semiconductor research, offering stable performance and reliable measurement results.
CMT-60 provides precise Hall effect and carrier mobility testing in a compact form, ideal for benchtop use in research and development labs.
CMT - 3000 is an automated system integrating Hall effect, magnetoresistance, and I - V curve testing for advanced semiconductor material characterization.
CMT-1000T enables Hall effect testing across high and low temperatures, integrating magnet, Gauss meter, Dewar, and precise temperature control.
CMT-1000H is designed for Hall effect analysis at high temperatures, integrating a vacuum chamber, Gauss meter, temperature control, and magnet system.
CMT - 1000L enables low - temperature Hall effect testing with integrated Dewar, magnet, and precision electronics for cryogenic carrier mobility analysis.
This system integrates Hall effect, magnetoresistance, temperature - dependent resistance, and I - V testing for complete electrical transport characterization.