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LightPath® Fiber Optic Collimators

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Fiber Optic Collimator and Focuser Assemblies

Fiber Optic Collimator and Focuser Assemblies

Fiber Optic Collimator and Focuser Assemblies Fiber Optic Collimator and Focuser Assemblies
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  • 결합이 용이함
  • FC/PC, FC/APC, SMA 연결이 가능한 모델로 제공
  • 350 - 1600nm 범위의 4가지 파장

LightPath® Fiber Optic Collimators는 광섬유에서 출사하는 빛을 원하는 빔 직경 또는 스폿 크기로 시준하거나 역으로 사용 시 광섬유로 입사하는 빛의 초점을 맞추도록 설계되었습니다. 이 렌즈는 회절 한계 성능을 갖고 있어 스폿 크기를 최소 수 미크론까지 달성할 수 있습니다. 또한 무반사(AR) 코팅 처리가 되어 후방 반사가 적게 일어납니다. LightPath® Fiber Optic Collimators는 광학 기기의 입사 및 출사 빛을 한 쌍(pair)으로 결합하여 사용할 수 있도록 설계되었습니다. 제조 현장에서 렌즈 정렬 시 정밀 세팅 및 테스트 과정을 거쳐 장기간 사용에도 최적의 성능이 보장됩니다. 주요 용도로는 통신, 데이터 전송을 비롯해 광섬유 결합 레이저 및 소형 콘센트와의 사용이 있습니다.

공통 스펙

Bevel:
Protective bevel as needed
Construction:
304L Stainless Steel Housing
Surface Quality:
40-20
Conjugate Distance:
Infinite

제품정보

EFL (mm) NA  Coating   Alignment Wavelength (nm)   Connector   Lens Included   제품 비교하기  재고 번호  가격(부가세 별도) 구입하기
15.29 0.16 BBAR (350-700nm) 543 FC/PC #37-098
15.29 0.16 BBAR (350-700nm) 543 SMA #37-098
15.29 0.16 BBAR (350-700nm) 543 FC/APC #37-098
15.29 0.16 BBAR (600-1050nm) 633 FC/APC #37-099
15.29 0.16 BBAR (600-1050nm) 633 FC/PC #37-099
15.29 0.16 BBAR (600-1050nm) 633 SMA #37-099
15.29 0.16 BBAR (600-1050nm) 780 FC/PC #37-099
15.29 0.16 BBAR (600-1050nm) 780 SMA #37-099
15.29 0.16 BBAR (1050-1600nm) 1064 FC/PC #37-100
15.29 0.16 BBAR (1050-1600nm) 1064 SMA #37-100
15.29 0.16 BBAR (1050-1600nm) 1310 FC/PC #37-100
15.29 0.16 BBAR (1050-1600nm) 1310 SMA #37-100
15.29 0.16 BBAR (1050-1600nm) 1550 FC/PC #37-100
15.29 0.16 BBAR (1050-1600nm) 1550 SMA #37-100
11.00 0.25 BBAR (350-700nm) 543 FC/PC #87-117
11.00 0.25 BBAR (350-700nm) 543 SMA #87-117
11.00 0.25 BBAR (350-700nm) 543 FC/APC -
11.00 0.25 BBAR (600-1050nm) 633 FC/PC #87-118
11.00 0.25 BBAR (600-1050nm) 633 SMA #87-118
11.00 0.25 BBAR (600-1050nm) 633 FC/APC -
11.00 0.25 BBAR (600-1050nm) 780 FC/PC #87-118
11.00 0.25 BBAR (600-1050nm) 780 SMA #87-118
11.00 0.25 BBAR (1050-1600nm) 1064 FC/PC #87-119
11.00 0.25 BBAR (1050-1600nm) 1064 SMA #87-119
11.00 0.25 BBAR (1050-1600nm) 1310 FC/PC #87-119
11.00 0.25 BBAR (1050-1600nm) 1310 SMA #87-119
11.00 0.25 BBAR (1050-1600nm) 1310 FC/APC -
11.00 0.25 BBAR (1050-1600nm) 1550 FC/PC #87-119
11.00 0.25 BBAR (1050-1600nm) 1550 SMA #87-119
6.24 0.40 BBAR (350-700nm) 543 FC/APC #87-125
6.24 0.40 BBAR (350-700nm) 543 FC/PC #87-125
6.24 0.40 BBAR (350-700nm) 543 SMA #87-125
6.24 0.40 BBAR (600-1050nm) 633 FC/APC #87-126
6.24 0.40 BBAR (600-1050nm) 633 FC/PC #87-126
6.24 0.40 BBAR (600-1050nm) 633 SMA #87-126
6.24 0.40 BBAR (600-1050nm) 780 FC/PC #87-126
6.24 0.40 BBAR (600-1050nm) 780 SMA #87-126
6.24 0.40 BBAR (1050-1600nm) 1064 FC/PC #87-127
6.24 0.40 BBAR (1050-1600nm) 1310 FC/PC #87-127
6.24 0.40 BBAR (1050-1600nm) 1310 SMA #87-127
6.24 0.40 BBAR (1050-1600nm) 1550 SMA #87-127
8.00 0.50 BBAR (350-700nm) 543 FC/PC #37-102
8.00 0.50 BBAR (350-700nm) 543 FC/APC -
8.00 0.50 BBAR (350-700nm) 543 SMA #37-102
8.00 0.50 BBAR (600-1050nm) 633 FC/PC #37-103
8.00 0.50 BBAR (600-1050nm) 633 SMA #37-103
8.00 0.50 BBAR (600-1050nm) 633 FC/APC -
8.00 0.50 BBAR (600-1050nm) 780 FC/PC #37-103
8.00 0.50 BBAR (600-1050nm) 780 SMA #37-103
8.00 0.50 BBAR (1050-1600nm) 1064 FC/PC #37-104
8.00 0.50 BBAR (1050-1600nm) 1064 SMA #37-104
8.00 0.50 BBAR (1050-1600nm) 1310 FC/PC #37-104
8.00 0.50 BBAR (1050-1600nm) 1310 SMA #37-104
8.00 0.50 BBAR (1050-1600nm) 1550 FC/PC #37-104
8.00 0.50 BBAR (1050-1600nm) 1550 SMA #37-104
4.51 0.55 BBAR (350-700nm) 543 FC/APC #87-153
4.51 0.55 BBAR (350-700nm) 543 FC/PC #87-153
4.51 0.55 BBAR (350-700nm) 543 SMA #87-153
4.51 0.55 BBAR (600-1050nm) 633 FC/APC #87-154
4.51 0.55 BBAR (600-1050nm) 633 FC/PC #87-154
4.51 0.55 BBAR (600-1050nm) 633 SMA #87-154
4.51 0.55 BBAR (600-1050nm) 780 FC/PC #87-154
4.51 0.55 BBAR (600-1050nm) 780 SMA #87-154
4.51 0.55 BBAR (1050-1600nm) 1310 FC/PC #87-155
4.51 0.55 BBAR (1050-1600nm) 1310 SMA #87-155
4.51 0.55 BBAR (1050-1600nm) 1550 SMA #87-155
4.00 0.60 BBAR (350-500nm) 405 FC/APC #83-990
4.02 0.60 BBAR (350-500nm) 405 FC/PC #83-990
4.02 0.60 BBAR (350-500nm) 405 SMA #83-990

제품자료

관련제품

관련정보

Filter

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(완충재)

Cladding

Decibel (dB, 데시벨)

Fiber Jacket

Fiberscope

Optical Fiber(광섬유)

Packing Fraction

Fiber Coupler Calculator

Fiber Optics을 사용한 최적의 집광 방법

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.

바로 보기

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?

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?

cceptance Angle(수광각)

Ring Light Guide

Total Internal Reflection (TIR)

Numerical Aperture (NA, 개구수)

 
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