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精密ゼロオーダーポリマー波長板 (位相差板)

λ/4とλ/2のリタデーション特性
優れた入射角特性
複屈折材料にポリマーを使用

精密ゼロオーダーポリマー波長板 (位相差板)は、慎重に整列させたポリマー膜を精密なN-BK7のガラス基板2枚で両側から挟み、ラミネート加工して作られます。共通的な可視と近赤外波長に対し、標準的なλ/4板とλ/2板をご用意しています。ポリマー膜は、トゥルーゼロオーダーの位相差板と同じ膜厚で製造されるため、斜入射に対して得られる位相差の安定性にとりわけ優れます。入射角が±10°ずれた場合でも位相ずれは1%未満に収まります。どの精密ゼロオーダーポリマー波長板 (位相差板)も、高速軸を示すマーキングの付いた金枠内に固定されます。

共通仕様

有効径 CA (mm):

10.16

直径 (mm):

25.40

全厚公差 (mm):

±0.508

寸法公差 (mm):

±0.127

構造:

Birefringent Polymer Stack

基板:

Polymer Film on N-BK7

反射率 (%):

0.5

表面品質 (キズ-ブツ):

40-20

透過波面精度, RMS:

≤λ/5 @ 632.8nm

リタデーション公差:

λ/350

損傷閾値, 設計上:

500 W/cm²

リタデーション次数:

枠厚 (mm):

6.35

動作温度 (°C):

-20 to +50

商品一覧

リタデーション	設計波長 (nm)	有効径 (mm)	直径 (mm)	タイプ	表面品質	商品コード	価格 (税別)	カートに入れる

λ/4 λ/4	488 488	10.16 10.16	25.40 25.40	Polymer Waveplate Polymer Waveplate	40-20 40-20	#49-218	91,150 ¥91,150 数量 6+ ¥68,400 見積依頼する	5-7営業日 ×
λ/2 λ/2	488 488	10.16 10.16	25.40 25.40	Polymer Waveplate Polymer Waveplate	40-20 40-20	#49-209	91,150 ¥91,150 数量 6+ ¥68,400 見積依頼する	5-7営業日 ×
λ/4 λ/4	532 532	10.16 10.16	25.40 25.40	Polymer Waveplate Polymer Waveplate	40-20 40-20	#49-219	91,150 ¥91,150 数量 6+ ¥68,400 見積依頼する	5-7営業日 ×
λ/2 λ/2	532 532	10.16 10.16	25.40 25.40	Polymer Waveplate Polymer Waveplate	40-20 40-20	#49-210	91,150 ¥91,150 数量 6+ ¥68,400 見積依頼する	5-7営業日 ×
λ/4 λ/4	632.8 632.8	10.16 10.16	25.40 25.40	Polymer Waveplate Polymer Waveplate	40-20 40-20	#49-220	91,150 ¥91,150 数量 6+ ¥68,400 見積依頼する	5-7営業日 ×
λ/2 λ/2	632.8 632.8	10.16 10.16	25.40 25.40	Polymer Waveplate Polymer Waveplate	40-20 40-20	#49-211	91,150 ¥91,150 数量 6+ ¥68,400 見積依頼する	お問い合わせ ×
λ/4 λ/4	670 670	10.16 10.16	25.40 25.40	Polymer Waveplate Polymer Waveplate	40-20 40-20	#49-221	91,150 ¥91,150 数量 6+ ¥68,400 見積依頼する	5-7営業日 ×
λ/2 λ/2	670 670	10.16 10.16	25.40 25.40	Polymer Waveplate Polymer Waveplate	40-20 40-20	#49-212	91,150 ¥91,150 数量 6+ ¥68,400 見積依頼する	5-7営業日 ×
λ/4 λ/4	780 780	10.16 10.16	25.40 25.40	Polymer Waveplate Polymer Waveplate	40-20 40-20	#49-222	91,150 ¥91,150 数量 6+ ¥68,400 見積依頼する	5-7営業日 ×
λ/2 λ/2	780 780	10.16 10.16	25.40 25.40	Polymer Waveplate Polymer Waveplate	40-20 40-20	#49-213	91,150 ¥91,150 数量 6+ ¥68,400 見積依頼する	5-7営業日 ×
λ/4 λ/4	800 800	10.16 10.16	25.40 25.40	Polymer Waveplate Polymer Waveplate	40-20 40-20	#49-223	91,150 ¥91,150 数量 6+ ¥68,400 見積依頼する	5-7営業日 ×
λ/2 λ/2	800 800	10.16 10.16	25.40 25.40	Polymer Waveplate Polymer Waveplate	40-20 40-20	#49-214	91,150 ¥91,150 数量 6+ ¥68,400 見積依頼する	5-7営業日 ×
λ/4 λ/4	830 830	10.16 10.16	25.40 25.40	Polymer Waveplate Polymer Waveplate	40-20 40-20	#49-224	91,150 ¥91,150 数量 6+ ¥68,400 見積依頼する	5-7営業日 ×
λ/2 λ/2	830 830	10.16 10.16	25.40 25.40	Polymer Waveplate Polymer Waveplate	40-20 40-20	#49-215	91,150 ¥91,150 数量 6+ ¥68,400 見積依頼する	5-7営業日 ×
λ/4 λ/4	1064 1064	10.16 10.16	25.40 25.40	Polymer Waveplate Polymer Waveplate	40-20 40-20	#49-225	91,150 ¥91,150 数量 6+ ¥68,400 見積依頼する	お問い合わせ ×
λ/2 λ/2	1064 1064	10.16 10.16	25.40 25.40	Polymer Waveplate Polymer Waveplate	40-20 40-20	#49-216	91,150 ¥91,150 数量 6+ ¥68,400 見積依頼する	5-7営業日 ×
λ/4 λ/4	1550 1550	10.16 10.16	25.40 25.40	Polymer Waveplate Polymer Waveplate	40-20 40-20	#49-226	91,150 ¥91,150 数量 6+ ¥68,400 見積依頼する	5-7営業日 ×
λ/2 λ/2	1550 1550	10.16 10.16	25.40 25.40	Polymer Waveplate Polymer Waveplate	40-20 40-20	#49-217	91,150 ¥91,150 数量 6+ ¥68,400 見積依頼する	在庫あり ×

アクセサリー製品

参考資料

Filter

偏光入門（偏光板の原理と仕組み）

偏光板は、特定の偏光を選別するために使用されます。ここでは偏光板(ポラライザー)を理解する際に重要な偏光の原理と仕組みから解説します。

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Laser-Cut Polymer Polarizer and Retarder Quote Tool

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Polymer Polarizers and Retarders

Polymer polarizers and retarders, consisting of sheets of polyvinyl alcohol and TAC cellulose triacetate, alter the polarization of light.

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Polarizer Selection Guide

Edmund Optics' Polarizer Selection Guide refines your search for a specific type of polarizer.

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波長板と位相差板の理解

波長板と位相差板の用語、仕様、製作、構造。及び、正しい波長板の選定やアプリケーション事例について。位相差板としても知られる波長板は、光を透過し、ビームを減衰、偏位、あるいは変位させることなく、その偏光状態を修正します。波長板は、偏光の一つの成分をそれが直交する成分に対して位相を遅らせる (遅延させる) ことによって偏光状態を変化させます。

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How Do 3D Movies Work? Polarization

Optical Engineer Katie Schwertz explains how 3D movies work because of polarization in a kid-friendly way.

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Polarization Overview - Part 1: Polarization Basics

Polarizers are optical components designed to filter, modify, or analyze the various polarization states of light.

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Polarization Overview - Part 2: Waveplates & Retarders (Advanced)

Waveplates and retarders are optical components designed to transmit light while modifying its polarization state without attenuating, deviating, or displacing the beam.

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You offer many types of polarizers. What are some key benefits to help me decide which is best for my application?

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Are the polarizers shipped with a protective film?

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What is the difference between s- and p-polarization states?

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What are the meanings for the different terms used for polarizers?

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直線偏光板の偏光軸をどのようにして見つける？

直線偏光板の偏光軸は、偏光した光が通過する偏光面を決定付けます。偏光板の偏光軸を見つけるには2つの方法があります。最も簡単な方法は、軸の向きが既知の偏光板を用いて偏光軸を見つける方法です。

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When you list the average transmission of a polarizer, what is the difference between single, parallel, and crossed?

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I have a linear polarizer glass filter and would like to create circularly polarized light. What type of optics do I need for this?

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What is the maximum amount of light a polarizer can transmit?

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Does the circular polarizer material have to face a particular direction?

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What is the fast and slow axis of a retarder and how do they differ?

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How can I find the fast and slow axes of a retarder?

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What is the difference between multiple and zero-order retarders and when should I pick one over the other?

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How can I determine if a retarder is quarter or half wave?

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Can I adapt a retarder for use with a specific wavelength other than the design wavelength?

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What is the benefit of polymer retarders?

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Analyzer

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Birefringence

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Circular Polarizer

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Polarization

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Polarizer

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Polarizing Efficiency

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P-Polarization

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Retardance

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Retarder (Waveplate)

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S-Polarization

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Unpolarized

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Wire Grid Polarizer

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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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Polarization Directed Flat Lenses Product Review

Polarization Directed Flat Lenses, which are formed with polymerized liquid crystal thin-film, create a focal length that is dependent on polarization state.

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Polarizers Review

Polarizers are used in a wide range of imaging and research and development applications.

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Does the polarization of light change after reflecting off a mirror?

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Do diffusers affect the polarization of light?

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Does the polarization of light change when it passes through a beamsplitter?

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I would like to split light from a circularly polarized laser source into two beams. What happens when it passes through a cube beamsplitter – both non-polarizing and polarizing?

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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?

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Why does the polarization of a laser matter?

The polarization state of a laser source is important for many different applications.

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Extinction Ratio

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Non-Polarizing Beamsplitter

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Polarizing Beamsplitter

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Optical Microscopy Application: Differential Interference Contrast

Differential interference contrast (DIC) is one of the polarization techniques that can be used in optical microscopy. Learn about this technique at Edmund Optics.

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Laser Polarization: The Importance of Polarization in Laser Applications

Understanding the polarization of laser light is critical for many applications, as polarization impacts reflectance, focusing the beam, and other key behaviors.

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精密ゼロオーダーポリマー波長板 (位相差板)

共通仕様

商品一覧

アクセサリー製品

関連製品

参考資料

偏光入門（偏光板の原理と仕組み）

Laser-Cut Polymer Polarizer and Retarder Quote Tool

Polymer Polarizers and Retarders

Polarizer Selection Guide

波長板と位相差板の理解

How Do 3D Movies Work? Polarization

Polarization Overview - Part 1: Polarization Basics

Polarization Overview - Part 2: Waveplates & Retarders (Advanced)

You offer many types of polarizers. What are some key benefits to help me decide which is best for my application?

Are the polarizers shipped with a protective film?

What is the difference between s- and p-polarization states?

What are the meanings for the different terms used for polarizers?

直線偏光板の偏光軸をどのようにして見つける？

When you list the average transmission of a polarizer, what is the difference between single, parallel, and crossed?

I have a linear polarizer glass filter and would like to create circularly polarized light. What type of optics do I need for this?

What is the maximum amount of light a polarizer can transmit?

Does the circular polarizer material have to face a particular direction?

What is the fast and slow axis of a retarder and how do they differ?

How can I find the fast and slow axes of a retarder?

What is the difference between multiple and zero-order retarders and when should I pick one over the other?

How can I determine if a retarder is quarter or half wave?

Can I adapt a retarder for use with a specific wavelength other than the design wavelength?

What is the benefit of polymer retarders?

Analyzer

Birefringence

Circular Polarizer

Polarization

Polarizer

Polarizing Efficiency

P-Polarization

Retardance

Retarder (Waveplate)

S-Polarization

Unpolarized

Wire Grid Polarizer

Successful Light Polarization Techniques

Polarization Directed Flat Lenses Product Review

Polarizers Review

Does the polarization of light change after reflecting off a mirror?

Do diffusers affect the polarization of light?

Does the polarization of light change when it passes through a beamsplitter?

I would like to split light from a circularly polarized laser source into two beams. What happens when it passes through a cube beamsplitter – both non-polarizing and polarizing?

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 does the polarization of a laser matter?

Extinction Ratio

Non-Polarizing Beamsplitter

Polarizing Beamsplitter

Optical Microscopy Application: Differential Interference Contrast

Laser Polarization: The Importance of Polarization in Laser Applications