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E/M BY SHORT SOLENOID METHOD

Price 9000 INR/ Unit

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MOQ : 1 Unit

E/M BY SHORT SOLENOID METHOD Specification

Power Supply
230 V AC, 50 Hz

Shape
Cylindrical Glass Tube

Display Type
Analog Meter Display

Control Type
Manual Control for Voltage and Current

Temperature Resistance
Up to 100C

Accuracy
High measurement accuracy for e/m value

Features
Clear visibility of electron path, Easy operation, Compact design, Durable construction

Glass Type
Borosilicate Glass Tube

Usage
For Laboratory Use

Type
Laboratory Apparatus

Dimension (L*W*H)
Approx. 40 cm x 15 cm x 20 cm

Product Type
SHORT SOLENOID METHOD

Equipment Type
Physics Laboratory Equipment

Equipment Materials
Powder coated metal housing with Bakelite end supports

Power
50 W (Approx.)

Voltage
0 - 6 V DC for filament, 0 - 300 V DC for anode

Material
Aluminum

Application
Demonstration and Measurement of Electron Charge-to-Mass (e/m) Ratio

Solenoid Turns
Approx. 1000 turns

Cathode Material
Tungsten

Electron Path Visibility
Yes, with scale mounted for diameter measurement

Weight
Approx. 3.5 kg

Safety
Fused power input with earthing provisions

Measurement Scale
Graduated scale provided for accurate ring diameter measurement

Mounting
Portable wooden base with metal clamps

Accessories Included
Connecting leads, User manual, Power cord

Filament Type
Directly heated cathode

Maximum Anode Voltage
300 V DC

Solenoid Length
Short Solenoid - approx. 150 mm

E/M BY SHORT SOLENOID METHOD Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Telegraphic Transfer (T/T), Cash in Advance (CID), Cash Advance (CA)

Supply Ability
1000 Units Per Month

Delivery Time
1 Week

Main Export Market(s)
Western Europe, Australia, North America, South America, Eastern Europe, Middle East, Asia, Central America, Africa

Main Domestic Market
All India

About E/M BY SHORT SOLENOID METHOD

Discover unbeatable savings with our E/M BY SHORT SOLENOID METHOD, offering the lowest price for reliable laboratory results. Remarkably engineered, this apparatus features a compact 150 mm short solenoid with approximately 1,000 turns, directly heated tungsten cathode, clear electron path visibility, and a precise graduated scale for ring diameter measurement. Designed for accuracy, durability, and ease of use, it comes with a full set of accessories. Ace your experiments with this portable, robust tool-remarked for its outstanding value and quality. Your go-to choice for physics labs, manufactured and supplied in India.

Application and Methodology

The E/M BY SHORT SOLENOID METHOD excels in educational and research laboratory environments, providing an ace solution for demonstrating and measuring the electron charge-to-mass (e/m) ratio. The apparatus is employed by energizing the tungsten filament, generating electrons whose paths are then visibly observed and precisely measured using the integrated scale. Commercially, it is favored by educational institutions, physics labs, and research facilities keen on remarkable scientific demonstrations and experiments.

Certifications and Delivery Details

Certified for quality and performance, our E/M BY SHORT SOLENOID METHOD arrives swiftly at your designated FOB port. Enjoy a seamless delivery process with minimal expenditure compared to the list price of comparable models. Order processing is efficient, ensuring quick arrival and minimal downtime in your laboratory schedule. This equipment is ideal for institutions demanding prompt turnaround and verified reliability on every purchase.

FAQ's of E/M BY SHORT SOLENOID METHOD:

Q: How does the E/M BY SHORT SOLENOID METHOD demonstrate the electron charge-to-mass ratio?

A: The method energizes a directly heated tungsten filament to release electrons within a short solenoid, where a magnetic field causes them to follow a visible path. The integrated scale allows precise measurement of the electron's circular path, enabling accurate determination of the e/m ratio.

Q: What benefits does this apparatus offer for teaching and research purposes?

A: It offers remarkable accuracy, clear path visibility, and ease of use, making it ideal for instructional demonstrations and advanced laboratory experiments. Its portable design and comprehensive safety features also enhance user convenience and reliability.

Q: When is this equipment best used in an academic setting?

A: This device is particularly beneficial during physics practical sessions and demonstrations involving electromagnetism or atomic structure, as it enables real-time observation and measurement of the electron properties.

Q: Where can this equipment be shipped from and what is the typical delivery timeframe?

A: The apparatus is exported, manufactured, and supplied from India, with arrival dependent on your selected FOB port. Delivery is generally arranged swiftly to minimize any interruption to your laboratory schedule.

Q: What process ensures user safety during operation?

A: The apparatus includes fused power input, earthing provisions, and robust construction with Bakelite end supports, significantly reducing electrical hazards and ensuring safe operation during each experiment.

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