Tangent Galvanometer Without Power Supply
Product Specification Sheet
Tangent Galvanometer Without Power Supply
Model Number: MT-1012
The Tangent Galvanometer Without Power Supply from Micro Technologies is a laboratory instrument designed for experiments involving electric current, magnetic fields, and the tangent law of magnetism. The MT-1012 features a circular coil arrangement with a centrally positioned compass assembly and convenient connection terminals. It is supplied without a power supply, allowing it to be connected to a suitable external source according to experimental requirements.
Product Specification
The Tangent Galvanometer Without Power Supply from Micro Technologies is a laboratory apparatus designed for studying the relationship between electric current and the magnetic field produced by a circular coil. It provides a practical arrangement for conducting experiments related to electromagnetism, current measurement, magnetic field behavior, and the tangent law.
The MT-1012 consists of a circular coil assembly positioned vertically around a centrally mounted compass. When electric current passes through the coil, a magnetic field is produced at its center. The compass needle responds to the combined effect of this field and the horizontal component of the Earth's magnetic field, enabling observations to be made during suitable experiments.
The centrally positioned compass assembly incorporates a graduated scale that allows angular deflection of the magnetic needle to be observed. This arrangement supports quantitative experiments involving current, coil magnetic field, and magnetic deflection.
Multiple connection terminals are provided at the base of the apparatus for convenient integration with an experimental electrical circuit. These connections can be used according to the coil configuration and requirements of the practical setup.
The MT-1012 is supplied without a power supply. A suitable external DC source and other compatible circuit components can therefore be selected separately according to the experiment being performed.
The apparatus is mounted on a stable supporting base to maintain appropriate positioning during observations. Its open construction also allows the circular coil, compass, and connection arrangement to be clearly accessed during experimental work.
Manufactured and supplied by Micro Technologies, the MT-1012 Tangent Galvanometer is suitable for physics laboratories, electrical laboratories, research facilities, testing laboratories, colleges, universities, and other facilities conducting experiments related to electricity and magnetism.
Features
- Circular coil galvanometer configuration
- Centrally positioned compass assembly
- Graduated angular scale
- Multiple electrical connection terminals
- Stable supporting base
- Designed for magnetic field experiments
- Suitable for tangent law studies
- Convenient circuit integration
- Supplied without power supply
- Designed for repeated laboratory use
Benefits
- Supports experiments involving current and magnetic fields
- Allows observation of magnetic needle deflection
- Suitable for verifying relationships based on tangent law
- Multiple terminals provide convenient circuit connections
- External power arrangement provides flexibility in experimental setups
- Stable construction supports consistent observations
- Suitable for a range of electromagnetism experiments
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Tangent Galvanometer Without Power Supply |
| Model No. | MT-1012 |
| Product Type | Tangent Galvanometer |
| Coil Configuration | Circular |
| Indicator | Magnetic Compass Needle |
| Scale | Graduated Angular Scale |
| Electrical Connections | Multiple Terminals |
| Power Supply | Not Included |
| Power Requirement | Suitable External Source |
| Mounting | Bench Top |
| Application | Current, Magnetic Field & Tangent Law Experiments |
Available Model
| Model No. | Configuration |
|---|---|
| MT-1012 | Tangent Galvanometer Without Power Supply |
Applications
- Tangent law experiments
- Magnetic field studies
- Current measurement experiments
- Electromagnetism experiments
- Magnetic needle deflection studies
- Circular coil magnetic field experiments
- Physics laboratory practicals
- Electricity and magnetism experiments
- Research and testing applications
Available Variants
Tangent Galvanometer Without Power Supply, Laboratory Tangent Galvanometer, Magnetic Field Galvanometer, Physics Lab Galvanometer, Tangent Law Apparatus, Circular Coil Galvanometer, Electromagnetic Experiment Apparatus
SKU System
MT-TG-1012
FAQs
What is a Tangent Galvanometer used for?
A Tangent Galvanometer is used for experiments involving electric current and magnetic fields, including studies based on the tangent law and magnetic deflection.
What is the model number of this Tangent Galvanometer?
The Micro Technologies model number is MT-1012.
Does the MT-1012 include a power supply?
No. The MT-1012 is supplied without a power supply and requires a suitable external source for applicable experiments.
What is the purpose of the circular coil?
When current flows through the circular coil, it generates a magnetic field at its center. This field produces a measurable deflection of the centrally positioned magnetic needle.
What does the compass assembly measure?
The compass assembly allows the angular deflection of the magnetic needle to be observed using its graduated scale.
Can the MT-1012 be used for tangent law experiments?
Yes. The apparatus is suitable for experiments involving the tangent relationship between magnetic fields and the resulting compass needle deflection.
Why Choose Our Products
- Manufactured and supplied by Micro Technologies
- Model MT-1012
- Circular coil with central compass arrangement
- Multiple circuit connection terminals
- Stable laboratory construction
- Suitable for magnetic field and tangent law experiments
- Bulk, OEM, institutional, and distributor supply available
Call to Action
Choose the Tangent Galvanometer Without Power Supply – MT-1012 from Micro Technologies for magnetic field, current, and electromagnetism laboratory experiments. Contact us today for pricing, bulk orders, institutional requirements, OEM supply, distributor inquiries, and customized quotations.
