NUMERICAL APERTURE WITH OPTICAL BREAD BOARD KIT

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NUMERICAL APERTURE WITH OPTICAL BREAD BOARD KIT Specification

Type
Optical Bread Board Kit for Numerical Aperture Determination

Material
Anodized Aluminium and Optical-Grade Components

Size
Standard Lab Bench Size Kit

Input Voltage
230V AC, 50Hz (for illumination source)

Color
Black/Metallic

Dimension (L*W*H)
Custom Optical Bench Size (typically 700 x 100 x 125 mm)

Capacity
Suitable for Single and Multi-mode Optical Fiber Measurements

Noise Level
Silent Operation

Power Supply
Inbuilt AC to DC power adapter for light source

Application
Demonstration and Measurement of Numerical Aperture in Optical Fibers

Optical Breadboard Finish
Matte Black, Non-Reflective Surface

Detector Type
Photodiode or Compatible Optical Power Meter

Accessories Provided
Complete setup with knobs, calibrated scale, alignment tools, and technical manual

Compatible Fiber Types
Plastic and Glass Optical Fibers (typically 1 mm diameter PMMA)

Laser Source Wavelength
Visible Red (typically 650 nm)

Educational Use
Ideal for laboratory demonstration in colleges, universities, and research institutes

Packaging
Well padded for safe transportation and handling

Mounting Features
Precision adjustable mounts for source and detector alignment

Set Includes
Optical breadboard, laser source, power cable, detectors, input coupler, clamp, fiber holder, scale, and additional accessories for NA determination

About NUMERICAL APERTURE WITH OPTICAL BREAD BOARD KIT

The NUMERICAL APERTURE WITH OPTICAL BREAD BOARD KIT is a must-have educational instrument for precise demonstration and measurement of numerical aperture in optical fibers. Crafted with elite anodized aluminium and superlative optical-grade components, this kit includes a matte-black, non-reflective breadboard, laser source, detectors, and all necessary accessories to redeem the full learning experience. Its kingly compatibility spans plastic and glass fibers, with precision adjustable mounts for optimum alignment. Offered at an unbeatable price, this complete setup is ideal for colleges, universities, and research institutes, ensuring silent operation and reliable measurement for both single and multi-mode fibers.

Direction Of Use and Application Areas

To use the kit, assemble the components as directed in the supplied technical manual, align the laser source and detector using the precision mounts, and position the fiber for measurement. This setup is ideal for application in laboratory demonstrations, research institutes, universities, and college science labs where the numerical aperture in optical fibers needs to be determined and showcased. Perfect for hands-on learning and rigorous experimentation in optical physics.

Supply Ability, Freight, and Market Value

Each NUMERICAL APERTURE WITH OPTICAL BREAD BOARD KIT is readied for swift delivery with ample supply ability. Kits are carefully packed and freighted from your chosen FOB port, ensuring safe transportation and handling. After the order is placed, expect the products to be handed over within the stipulated delivery time. With its enduring market value and well-padded packaging, customers receive high-quality instruments tailored for immediate laboratory use.

FAQ's of NUMERICAL APERTURE WITH OPTICAL BREAD BOARD KIT:

Q: How does the NUMERICAL APERTURE WITH OPTICAL BREAD BOARD KIT benefit laboratory demonstrations?

A: The kit provides a complete, hands-on setup enabling precise measurement and demonstration of numerical aperture in both plastic and glass optical fibers, enhancing experimental sessions in educational laboratories.

Q: What fiber types are compatible with the kit for NA measurement?

A: The kit is designed to work with both plastic and glass optical fibers, typically 1 mm diameter PMMA, ensuring flexibility for different research and teaching requirements.

Q: Where can this optical breadboard kit be used effectively?

A: This kit is ideal for colleges, universities, and research institutes, particularly for laboratory demonstrations and practical training in optics and fiber technology.

Q: What is the process for aligning the source and detector in the kit?

A: Use the precision adjustable mounts included to align the laser source and the detector, following the technical manual for accurate setup and optimal NA determination results.