Material Science & Physics Lab Trainer

Additional Details

We offer to our clients a wide range of physics lab trainer that are highly efficient and are widely used across various industries.

• Resistivity of Semiconductors by Four Probe  method at different temperature and determination of band-gap,  Model – DFP – 02.  (Basic  Model)
• Complete with Four Probe arrangement, oven with Power Supply, sample
• ‘Ge’ Crystal thermometer and probe set-up.
• Resistivity of Semiconductors by Four Probe  method at different temperature and determination of band-gap,  Model – DFP – 03.  (Advance Model)
• Four Probe set-up for measuring the Resistivity of very low to highly Resistive sample at temperature upto 2000C with PID controlled oven.  (Research Model).
• Complete with Four Probe arrangement with builtin RTD sensor & PID controlled oven, DC Microvoltmeter, Constant Current Source and Low current source.
• Four Probe set-up for mapping the Resistivity of  Large Samples.
• Complete with Four Probe arrangement with 2 way movement & vernier scales, DC Micro voltmeter, Constant Current Source and Low current source.
• Study of Dielectric Constant & Curie Temperature for Ferroelectrics Ceramics.
• Study of Planck’s Constant By Photo Electric Effect,  Model – PC – 01.
• Determination of Planck’s Constant by means of LED’s.
• Electron Spin Resonance  Spectrometer,  Model – ESR – 01.
• Study of Thermoluminescence of F-Centres in Alkali Harlide.
• Complete with creating the thermoluminescence, Photomultiplier, PMT housing with biasing circuit & connecting coaxial cables, EHT power supply and digital Nanoammeter.
• Dependence of Hall Coefficient of Temperature.
• Complete with Digital hall effect set-up, Model-DHE-22, Hall Probe (Ge: p-type) with a small oven and a thermocouple, Electromagnet, Constant Current Source and Digital Gauss Meter.
• Measurement of Magneto resistance of Semiconductors.
• Complete with Four Probe arrangement, Sample : “Ge” Crystal n-type, Magneto resistance, Model-DMR-01, Electromagnet, Constant Current Source and Digital Gauss Meter.
• Hall  Effect  Experiment.
• Complete with Electromagnet, Constant Current Power Supply, Digital Gauss Meter and Germanium Crystal Hall Probe  and  wooden stand for hall probe.
• Study of the Energy Band-Gap & diffusion Potential of P.N. Junction, Model – PN – 01.
• Apparatus  for  the  Measurement  of  susceptibility  of  Paramagnetic  Solution  by  Quink’s  tube  method.  
• Complete with Quink's tube with FeCl3, Electromagnet, Constant Current Power Supply and digital gauss meter.
• Magnetic  Hysteresis Loop  Tracer,  Model – HLT – 111.  (Complete in all respect).
• Frank   Hertz  Experiment.  (Complete in all respects)
• Two probe method for Resistivity measurement of Insulators (upto 1013.cm.) at different temperature.