Hall Effect Experiment Apparatus

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Product Details:

Display Digital voltmeter display, LED indicators
Voltage 220V AC
Usage Physics Laboratory Experimentation for measurement of Hall Voltage, determination of carrier concentration
Power 10 W
Product Type Hall Effect Experiment Apparatus
Material Steel enclosure, semiconductor crystal
Design Compact, bench-top modular design
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Hall Effect Experiment Apparatus Price And Quantity

Minimum Order Quantity 1 Unit

Connectivity 4mm terminals for external meter connections
Safety Overcurrent and overload protected power supply
Current Source Built-in constant current generator, 020 mA
Operating Environment Room Temperature (1535C), Non-condensing
Output Measurement Direct measurement of Hall voltage
Sample Holder Provided for mounting semiconductor crystal
Temperature Control Optional heater for variable temperature studies
Magnetic Field Range 0 to 1 Tesla
Hall Probe Sensitivity 100 mV/T

Hall Effect Experiment Apparatus Product Specifications

Design Compact, bench-top modular design
Accuracy 1% of full scale
Weight 4.5 kg
Display Digital voltmeter display, LED indicators
Power Source AC mains (220V)
Power 10 W
Detector Hall probe, Germanium crystal type
Dimension (L*W*H) 350 x 220 x 110 mm
Product Type Hall Effect Experiment Apparatus
Voltage 220V AC
Usage Physics Laboratory Experimentation for measurement of Hall Voltage, determination of carrier concentration
Material Steel enclosure, semiconductor crystal

Connectivity 4mm terminals for external meter connections
Safety Overcurrent and overload protected power supply
Current Source Built-in constant current generator, 020 mA
Operating Environment Room Temperature (1535C), Non-condensing
Output Measurement Direct measurement of Hall voltage
Sample Holder Provided for mounting semiconductor crystal
Temperature Control Optional heater for variable temperature studies
Magnetic Field Range 0 to 1 Tesla
Hall Probe Sensitivity 100 mV/T

Hall Effect Experiment Apparatus Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days

Product Description

Hall effect Experiment (AE 208 )

Features : The set up consists of the following:

High Quality Electromagnet of 7.5 Kg
Power supply for electromagnet 0-100V/4 Amp with meter mounted on the front panel
Germanium crystal mounted on a PCB with four connectors/probes. Four wires for crystal connections are provided with banana plugs at the end.
Constant current power supply 0-20 mA fitted with two digital meters for Hall voltage & crystal current. Provided with banana sockets for connection with the crystal
Gauss meter digital, Range:0-20 K Gauss. The instrument is provided with two scale ranges of 2k Gauss, 20k Gauss.
Hall probe made of highly pure Indium Arsenide Crystal and is encapsulated to a non-magnetic sheet of 5mm*4mm*1mm (approx.) and is connected to a three feet cable. A removable cap is provided for protection of the probe.
Wooden stand to hold the probe and crystal arrangement between the two poles of the electromagnet

Specification

Model Name/Number	AE 208
Packaging Type	corrugated boxes
Brand	ASICO
Display Type	Digital
Usage/Application	Laboratory
Features	complete setup

Precision and Versatility for Laboratory Study

This apparatus is tailored for repeated, accurate Hall effect investigations in semiconductor physics. It allows users to control current precisely and to alter sample temperature with an optional heater, facilitating variable condition studies. The equipments modular bench-top form means minimal space usage, while its robust steel enclosure ensures longevity.

Integrated Safety and User-Friendly Interface

With its built-in overcurrent and overload-protected power supply, the system is secure for continuous use. The digital voltmeter and LED status indicators provide effortless monitoring of experiment parameters, and external meter connections are easily made through 4mm terminals.

FAQs of Hall Effect Experiment Apparatus:

Q: How is the Hall voltage measured using this apparatus?

A: The apparatus features a built-in Hall probe and digital voltmeter display, enabling direct measurement of the Hall voltage produced across the semiconductor crystal when placed in a magnetic field and supplied with a controlled current from the built-in generator.

Q: What is the process for changing the temperature of the semiconductor sample?

A: Variable temperature studies can be conducted using the optional heater, which allows controlled heating of the mounted Germanium crystal. This enables investigation into temperature-dependent Hall effect properties.

Q: When should the apparatus be used in a laboratory setting?

A: It is best employed during experimental sessions for teaching or research purposes in physics labs, especially when quantitative analysis of Hall voltage, magnetic field effects, or carrier concentration in semiconductors is required.

Q: Where can external meters be connected for additional measurements?

A: External meters can be conveniently connected via provided 4mm terminals, allowing for flexible data acquisition or additional voltage/current monitoring as needed during experimentation.

Q: What are the main benefits of using this Hall Effect Experiment Apparatus?

A: The apparatus offers high-precision measurement, safety features, flexible sample handling, and ease of use, making it ideal for educational and research applications in semiconductor and condensed matter physics.

Q: How accurate are the measurements provided by the system?

A: The apparatus delivers measurements with an accuracy of 1% of full scale, ensuring reliable and reproducible results for Hall voltage and carrier concentration calculations.

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