¼" x 48" Dual Branch Light Guide

Fiber Bundle Diameter (inches)	Length (inches)	庫存號碼	價格	Buy
0.125/0.089 (Ø1/Ø2) 0.250/0.177 (Ø1/Ø2)	36.00 48.00		7,350 8,750 9,800
0.125/0.089 (Ø1/Ø2) 0.125/0.089 (Ø1/Ø2)	36.00 36.00	#54-199	7,350 NT$7,350 Request Quote	5-7 Days ×
0.250/0.177 (Ø1/Ø2) 0.250/0.177 (Ø1/Ø2)	36.00 36.00	#54-202	8,750 NT$8,750 Request Quote	5-7 Days ×
0.250/0.177 (Ø1/Ø2) 0.250/0.177 (Ø1/Ø2)	48.00 48.00	#53-045	9,800 NT$9,800 Request Quote	5-7 Days ×

詳細資料

Light Guide Adapters are required to mate the low profile Fiber Optic Line Lights with fiber optic illuminators.

70% Typical Illuminator Coupling Efficiency
Cool, Uniform Illumination
Crimped Stainless Steel Terminations
Ground and Polished Glass Fibers

Dual Branch Light Guides are single input dual output ground and polished glass fibers that are designed to split the output of a single illumination source. The guides have crimped stainless-steel terminations within a protective sheath. They feature 70% typical illuminator coupling efficiency and provide cool, uniform illumination. Dual Branch Light Guides require an adapter that is dependent on the tip diameter to connect to Fiber Optic Illuminators.

Note: For 1/8" fiber diameters use #38-943, and for ¼" use #38-944.

Accessories

Note: Compatible accessories for individual stock numbers may vary. If unsure about which accessories work with your products, please contact us here.

Title	庫存號碼	價格	Buy

0.316" ID, Fiber Optic Adapter SX-6	#38-944	1,610 NT$1,610 Request Quote	5-7 Days ×
0.316" ID Fiber Optic Adapter MX-6	#66-905	1,400 NT$1,400 Request Quote	5-7 Days ×

Technical Information


Fiber Bundle Diameter		Length	Dimensions			Dual Branch Guides Stock No.
Ø1	Ø2	Length	A	B	C	Dual Branch Guides Stock No.
0.125"	0.089"	36"	0.187"	0.250"	0.230"	#54-199
0.250"	0.177"	36"	0.312"	0.422"	0.410"	#54-202
0.250"	0.177"	48"	0.312"	0.422"	0.410"	#53-045

資源

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Collimated light is required for many fiber optic applications. Using the proper setup, fiber optic collimating lenses or ball lenses, and some optical know-how, you can achieve optimal collimation.

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Spectrolight Mighty Light Product Overview

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Spectrolight Flexible Wavelength Selector Auto Product Overview

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Choosing the right backlight illumination is critical for precise measurement and edge detection in machine vision applications. Learn about your best options!

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Acceptance Angle

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Successful Light Polarization Techniques

Are you looking for a solution to common imaging problems? Discover different polarization techniques to improve your image at Edmund Optics.

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Modular accessories adapt the Spectrolight Mighty Light Illuminator for tuning to a specific wavelength, fiber coupling, collimating, homogenizing, and more

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Join Nick Sischka, Vision Solutions Specialist and member of EO's Imaging Team, as he reviews some best practices to consider when designing an imaging system

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Edmund Optics Imaging Lab 3.7: Line Lights

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Best Practice #5 Color Matters

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¼" x 48" Dual Branch Light Guide

Fiber Bundle Diameter (inches):

Length (inches):

概況

物理和機械特性

光學特性

環境和耐用性因素

Regulatory Compliance

產品

詳細資料

Accessories

Technical Information

資源

How to Achieve Optimal Collimation with Fiber Optics

What are the advantages of Fiber Optic Illumination?

What is the difference between flexible, quartz and liquid fiber optic light guides?

What diameter beam will a light guide output?

Why do fiber optic light guides lose so much energy?

How do fiber optic light guides connect to fiber optic illuminators?

Ring Light Guide

Illumination Spot Size Calculator

What diameter beam will an optical fiber output?

What is the numerical aperture of a fiber?

Why do optical fibers lose so much energy?

What is the attenuation curve and how do I use it?

What is the difference between a jacketed and an unjacketed optical fiber?

What is the difference between single-mode and multimode fiber?

What is "cross-talk" and how can I eliminate it?

How do I cut and polish glass and plastic fibers?

Will optical fibers allow light to escape from the sides, like a neon sign?

What is the difference between coherent and incoherent fibers?

What does bend radius (or minimum radius of bend) mean?

I’m looking for the best way to maximize the amount of light from an LED into a fiber optic. What are the best options for coupling my LED and fiber?

My application calls for inexpensive, straight fiber bundles but the ones that you sell are bent. Is it possible to buy straight ones?

Bend Radius

Buffer Material

Cladding

Decibel (dB)

Fiber Jacket

Fiberscope

Optical Fiber

Packing Fraction

選擇正確的照明

使用結構光照明

Spectrolight Mighty Light Product Overview

Spectrolight Flexible Wavelength Selector Basic Product Overview

Spectrolight Flexible Wavelength Selector Auto Product Overview

What is ripple in illuminators and how does it affect my video system?

What is the advantage of high frequency illumination?

What are the advantages of LED Illumination?

Candela

Color Temperature

Diffuse Illumination

Directional Illumination

Glancing Illumination

Luminous Flux

Lux

Fiber Coupler Calculator

Silhouetting Illumination in Machine Vision

How do I couple light into a fiber using a lens / ball lens?

How can I decrease the output angle of a fiber to achieve a more collimated beam with a lens / ball lens?

Does light entering a multimode fiber undergo a polarization change during propagation through the fiber? If so, can the emerging light be linearly polarized by placing a polarizer at the fiber’s output end?

Why is it necessary to collimate the laser diode before fiber-coupling?

Acceptance Angle

Successful Light Polarization Techniques

Spectrolight Mighty Light Accessories Overview

Best Practice #4 Light Up Your Life

I am looking to prototype an illumination system. My objective is to use a small halogen filament bulb and end up with a beam of light. What would be the best lens or lens combination to give me this projected spot of light?

Do you have C-Mount components to make an in-line illumination assembly?

Axial Illumination

Fan Angle

Power Density

Total Internal Reflection (TIR)

同軸照明

Edmund Optics Imaging Lab 3.2: The W of Illumination Geometry

Edmund Optics Imaging Lab 3.3: Directional Illumination

Edmund Optics Imaging Lab 3.4: Directional Illumination of Ring Lights

Edmund Optics Imaging Lab 3.5: Backlights

Edmund Optics Imaging Lab 3.6: Dome Lights

Edmund Optics Imaging Lab 3.7: Line Lights