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E/M BY MAGNETRON METHOD

Price 1200.0 INR/ Piece

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MOQ : 1 Piece

E/M BY MAGNETRON METHOD Specification

Interface
Knobs and digital meter interface

Components
Glass Magnetron Tube with Helmholtz coils, Power supply module, Connecting leads, Digital voltmeter and ammeter

Usage
ENGINEERING ELECTRONICS INSTRUMENTS

Input
Requires AC input

Power Source
AC mains power supply

Display Type
Digital meter displays

Response Time
Immediate (electrical response)

Sensors Specification
Not specifically sensor-based

Power Supply
230V 10%, 50Hz AC Mains

Output
Displays or allows calculation of e/m ratio

Features
Highly accurate, simple operation, robust construction, complete with all necessary components

Resolution
Microampere resolution for current, millivolt resolution for voltage

Operating Temperature
10C to 40C

Product Type
E/M BY MAGNETRON METHOD

Application
ENGINEERING ELECTRONICS INSTRUMENTS

Rated Voltage
230 V AC

Supply Voltage
230V AC

Size
Standard laboratory bench size

Dimension (L*W*H)
350 mm x 320 mm x 210 mm

Function
Measurement of charge-to-mass ratio (e/m) of the electron using magnetron method

Color
Grey and Blue

Weight
Approximately 8 kg

Current Rating
0-2A (with suitable control)

Capacity
Single experimental setup

Frequency
50 Hz

Build Material
Powder-coated metal case for durability

Model Number
EMM-101

Magnetron Tube Type
Enclosed glass tube with calibration markings

Coil Current Adjustability
Smoothly variable using rotary control

Measurement Technique
Magnetron method utilizing crossed electric and magnetic fields

Tube Operating Voltage
Up to 250V DC for tube operation

Accessory Inclusion
Comes with instruction manual, test leads, fuse, and support clamps

Mounting
Non-slip rubber feet for stable bench-top use

Usage Environment
Indoor, non-condensing laboratory conditions

Meter Type
Digital voltmeter (0-30V) and ammeter (0-2A)

Helmholtz Coil Specifications
Precisely wound, air-cored, low inductance

E/M BY MAGNETRON METHOD Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash on Delivery (COD), Cash Advance (CA), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Packaging Details
Carton Box, Export Quality also Available

Main Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About E/M BY MAGNETRON METHOD

Specification:

E/M BY MAGNETRON METHOD

Magneton Power Supply.

Input: 230 volts AC.

HT: 250 volts at 200 Micro Amps

LT: 6.3 volts at 2 Amp.

Provided with meters to read voltage and current.

Power Supply for Solenoid:

Input: 230 volts AC.

Output: 30 volts DC at 3Amp

Meter is provided to read current.

Accessories

Solenoid: Current carrying capacity 3Amp

Length: 45cm

Dia: 6.5 cm

Rheostat: Groove type special wound Rheostat is provided at 3A.

Advanced Magnetron Method for Accurate e/m Measurement

Utilizing crossed electric and magnetic fields, the EMM-101 enables highly accurate determination of the charge-to-mass ratio of the electron. Its integrated magnetron tube and Helmholtz coils ensure precise alignment and field uniformity, essential for dependable experimental outcomes.

User-Friendly and Comprehensive Laboratory Solution

This setup comes complete with a digital voltmeter and ammeter for immediate measurement feedback, simple rotary controls for coil current adjustability, and all necessary accessories such as test leads, clamps, and a detailed manual. Its powder-coated case guarantees durability and safety for repeat laboratory usage.

Optimized for Educational and Research Environments

Designed for standard indoor laboratory conditions, the EMM-101 provides stable, non-slip mounting and a robust build to withstand daily academic or research activities. The compact, bench-sized form factor and intuitive digital interface make it suitable for engineering electronics courses and advanced study modules.

FAQ's of E/M BY MAGNETRON METHOD:

Q: How does the E/M BY MAGNETRON METHOD instrument measure the e/m ratio?

A: This instrument measures the charge-to-mass ratio (e/m) of the electron using the magnetron method, which involves placing electrons in crossed electric and magnetic fields. By analyzing the resulting deflection and using the precise readings from the digital voltmeter and ammeter, users can calculate the e/m ratio effectively.

Q: What components are included with the EMM-101 model?

A: The setup comes equipped with an enclosed glass magnetron tube with calibration markings, precisely wound Helmholtz coils, a digital voltmeter (0-30V), digital ammeter (0-2A), power supply module, connecting leads, instruction manual, fuse, and support clamps, providing a complete package for laboratory experiments.

Q: When and where should the E/M BY MAGNETRON METHOD apparatus be used?

A: This device is intended for use in indoor, non-condensing laboratory conditions, between 10C and 40C. It is ideally used in educational institutions, research laboratories, and engineering electronics courses to demonstrate and study the properties of electrons.

Q: What is the process for using the instrument to obtain measurements?

A: To operate, connect the device to a 230V AC mains supply, set up the glass tube and Helmholtz coils, and adjust the coil current using the rotary control. Digital meters display voltages and currents in real time, allowing for accurate assessment of the experimental data needed to calculate the e/m ratio.

Q: How does the digital interface benefit the user during experiments?

A: The digital voltmeter and ammeter provide highly precise measurements with microampere and millivolt resolution, reducing reading errors and ensuring reliable data. Immediate electrical response ensures that results can be viewed and recorded quickly during experimentation.

Q: What are the advantages of the powder-coated metal case and non-slip rubber feet?

A: The powder-coated metal case protects the instrument against wear and corrosion, while the non-slip rubber feet guarantee stable positioning on the laboratory bench, minimizing disruptions and enhancing safety during operation.

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