$Laser Diffraction Using Single & Double Slit$

Laser Diffraction Using Single & Double Slit

3000.0 INR/Piece

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Product Details:

Power 30W
Voltage 220-240V AC
Display Manual observation or external digital meter
Usage Physics experiments, demonstration of wave optics
Product Type Educational Laboratory Apparatus
Material Powder coated metal body, acrylic slits holder
Design Compact, educational design with adjustable slit system
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Laser Diffraction Using Single & Double Slit Price And Quantity

Price 3000.0 INR/Piece
Minimum Order Quantity 1 Piece

Slit Width Range 0.1 mm to 0.5 mm
Laser Output Power <1 mW (Class II laser)
Application Field Wave optics, laser physics, education & research
Safety Feature Laser safety shutter included
Adjustable Components Slit position and distance adjustable
Included Accessories Single slit, double slit, power cord, manual
Operating Temperature 10°C to 40°C
Slit Type Interchangeable single and double slit plates
Input Frequency 50 Hz
Base Type Sturdy anti-slip platform
Wavelength 630-680 nm (Red laser) approx.
Markings Graduated scale for measurement

Laser Diffraction Using Single & Double Slit Product Specifications

Usage Physics experiments, demonstration of wave optics
Dimension (L*W*H) 350 mm x 250 mm x 150 mm
Detector Photodiode detector for intensity measurement
Charging Time N/A (mains operated)
Product Type Educational Laboratory Apparatus
Display Manual observation or external digital meter
Power Source Electric mains
Design Compact, educational design with adjustable slit system
Weight 4 kg
Illuminant Inbuilt semiconductor laser (typically 630-680 nm)
Material Powder coated metal body, acrylic slits holder
Voltage 220-240V AC
Accuracy High precision measurement of diffraction patterns
Power 30W

Slit Width Range 0.1 mm to 0.5 mm
Laser Output Power <1 mW (Class II laser)
Application Field Wave optics, laser physics, education & research
Safety Feature Laser safety shutter included
Adjustable Components Slit position and distance adjustable
Included Accessories Single slit, double slit, power cord, manual
Operating Temperature 10°C to 40°C
Slit Type Interchangeable single and double slit plates
Input Frequency 50 Hz
Base Type Sturdy anti-slip platform
Wavelength 630-680 nm (Red laser) approx.
Markings Graduated scale for measurement

Laser Diffraction Using Single & Double Slit Trade Information

Main Domestic Market All India

Product Description

To determine the wavelength using single & double slit diffraction method.

Apparatus Required;

Diode Laser 5 mW with power supply

Young`s Single & Double Slit.

Screen .

Optical bench with length 1 mtr.

Photo Detector with digital micrometer multirange.

Special Micrometer based movable uprights.

Versatility in Wave Optics Experimentation

This system offers interchangeable single and double slits, allowing users to seamlessly investigate distinct diffraction and interference patterns. The adjustable slit position and distance, along with slit widths ranging from 0.1 mm to 0.5 mm, enable diverse experimental setups for comprehensive wave optics demonstrations.

High Precision and Robust Design

Engineered for optimal measurement accuracy, the setup integrates a photodiode detector and graduated scale to ensure reliable intensity readings. The sturdy, powder-coated metal base and acrylic slit holder provide a durable foundation, and the system's compact form factors into classrooms, labs, or research environments.

Safe and User-Friendly Operation

Operating at <1 mW laser output power (Class II), this device incorporates a laser safety shutter and is housed in a design prioritizing safe use for students and researchers. Clear manual guidance and an easy-to-use interface make this apparatus suitable for all experience levels.

FAQ's of Laser Diffraction Using Single & Double Slit:

Q: How does the Laser Diffraction apparatus demonstrate wave optics phenomena?

A: This system utilizes a built-in semiconductor red laser directed through interchangeable single or double slits, producing visible diffraction and interference patterns. By adjusting the slit width and position, users can explore the principles of wave behavior and light coherence in hands-on physics experiments.

Q: What is the process for changing between single and double slit configurations?

A: The device comes with separate single and double slit plates. Users can easily swap between slits by inserting the desired plate into the acrylic slit holder, which is designed for quick and secure interchangeability. This facilitates various experiments without complex setup adjustments.

Q: When is it recommended to use the photodiode detector?

A: The photodiode detector should be used during precise measurement of intensity variations in diffraction patterns, especially in quantitative experiments. It allows for objective and accurate data collection, complementing manual observation or digital readout options.

Q: Where can this apparatus be effectively utilized?

A: Optimized for versatility, the setup is ideal for educational laboratories, research institutions, and classroom demonstrations. Its sturdy, anti-slip base ensures stable operation on lab benches, and the compact design facilitates transport and storage in academic environments.

Q: What safety features are included with this laser apparatus?

A: For user protection, the system integrates a Class II laser (<1 mW output), a dedicated laser safety shutter to block the beam during setup adjustments, and comprehensive instructions in the included manual. These features collectively promote safe operation for instructors and students alike.

Q: How does using this apparatus benefit students and researchers?

A: By providing hands-on demonstration of diffraction and interference, the apparatus fosters a deeper understanding of wave optics. Its high-precision measurement capabilities and ease of use enable accurate experiments, supporting both fundamental learning and advanced research.