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Hall Effect in n and p Doped Germanium (teslameter)

TP Effet Hall dans du germanium dopé n et p (teslametre), Integrated High-Precision Teslameter Enables the Evaluation of magnetic flux density influence on carrier deflection, supporting rigorous data acquisition for Advanced Electromagnetism modules.

Linear Sample Current Control Supports the Application of Lorentz force principles in calculating carrier concentration and mobility indices through variable current density.

Temperature Monitoring Interface Allows students to Synthesize data regarding the thermal dependency of semiconductor conductivity and the transition from extrinsic to intrinsic conduction.

68,754.00

Quick Answer: A factory-calibrated Hall Effect system for high-precision characterization of charge carrier concentration and mobility in n- and p-doped germanium, designed for electromagnetic research in university and vocational laboratories.

Price: This listing does not currently show a published price on stemaids.com — contact STEMAids directly for an indicative quotation.

Product Description

This Hall Effect System (teslameter) facilitates characterization of charge carrier concentration and mobility in n- and p-doped germanium. This factory-calibrated apparatus is manufacturer-stated as CE-marked — verify current CE conformity documentation with STEMAids before publishing or relying on this for regulatory purposes. It offers institutional buyers a scalable solution for electromagnetic research, with bulk procurement options and tender-ready documentation for deployment across faculty cohorts.

Specifications

Specification Detail
Type Hall effect measurement system (teslameter)
Sample materials n-doped and p-doped germanium
Function Charge carrier concentration and mobility characterization
Regulatory marking CE (manufacturer-stated — verify before publishing)

Applications / Uses

  • Characterizing charge carrier concentration in doped semiconductors
  • Measuring charge carrier mobility via the Hall effect
  • Electromagnetic research in university physics departments
  • Teaching semiconductor physics with n- and p-type germanium samples

Care & Maintenance

  • Handle germanium samples carefully to avoid contamination or damage
  • Keep electrical contacts and probes clean for accurate measurements
  • Follow standard low-voltage electrical safety practices during setup
  • Store samples in a protective case away from moisture and dust

Why Choose STEMAids

STEMAids, a brand of Eduscope Smart Learning Solutions Private Limited, supplies physics lab equipment and teaching aids to schools, colleges, and training institutes across India, with export and bulk tender support available. Explore related products in our Physics Equipments category, including our Tuning Forks. For bulk or institutional orders, visit our tenders page or contact us at 9311411822.

Frequently Asked Questions

What does this system measure?

It characterizes charge carrier concentration and mobility in n- and p-doped germanium via the Hall effect.

Is this apparatus CE-marked?

It is manufacturer-stated as CE-marked. Verify current conformity documentation with STEMAids before relying on it for regulatory purposes.

What research area does this support?

It supports electromagnetic research and semiconductor physics education.

Is this unit factory-calibrated?

Yes, per the manufacturer’s listing, this is a factory-calibrated apparatus.

What is the indicative price for this product?

This listing does not currently show a published price on stemaids.com — contact STEMAids directly for an indicative quotation.

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