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激光線 λ/20 高精度直角反射棱鏡
- 產(chǎn)品型號：
- 更新時間：2023-12-20
- 產(chǎn)品介紹：TECHSPEC® 激光線 λ/20 高精度直角反射棱鏡是設計在 Nd:YAG 波長，具有耐用、高反射率的介質(zhì)膜。這些直角反射鏡安裝方便，并可輕松集成將光路進行90°改變的系統(tǒng)中. 憑借 ±15 的弧秒角公差和 ±1 的弧分錐體公差, 這些激光線反射鏡在安裝時可以簡化對準過程.
- 廠商性質(zhì)：經(jīng)銷商
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產(chǎn)品介紹
| 價格區(qū)間 | 面議 | 組件類別 | 光學元件 |
|---|---|---|---|
| 應用領域 | 電子/電池 |
激光線 λ/20 高精度直角反射棱鏡
在設計波長下反射率超過 >99.5%
±15 弧秒角度公差
基片熱穩(wěn)定性高
TECHSPEC® 激光線λ/20 高精度直角反射棱鏡是設計在 Nd:YAG 波長，具有耐用、高反射率的介質(zhì)膜。這些直角反射鏡安裝方便，并可輕松集成將光路進行90°改變的系統(tǒng)中. 憑借 ±15 的弧秒角公差和 ±1 的弧分錐體公差, 這些激光線反射鏡在安裝時可以簡化對準過程. TECHSPEC® 激光線λ/20 高精度直角反射棱鏡具有激光誘導損傷閾值規(guī)格，使其成為要求嚴苛的激光應用的理想選擇.
激光線 λ/20 高精度直角反射棱鏡通用規(guī)格
| 表面平整度: | λ/20 |
| 表面質(zhì)量: | 20-10 |
| 基底: | UV Fused Silica |
| 尺寸容差 (mm): | +0.00/-0.10 |
| 倒角: | Protective bevel as needed |
| 錐體公差（弧分） : | ±1 |
| 有效孔徑 (%): | 90 |
| 角度容差（弧秒）: | ±15 |
產(chǎn)品信息
| 支腳長度 (mm) | 涂層規(guī)格 | 涂層 | 產(chǎn)品編碼 |
| 5 | Rabs>99.5% @ 266nm @ 45° AOI Ravg>99.5% @ 263 - 268nm @ 45° AOI | Laser Mirror (266nm) | #37-640 |
| 10 | Rabs>99.5% @ 266nm @ 45° AOI Ravg>99.5% @ 263 - 268nm @ 45° AOI | Laser Mirror (266nm) | #37-641 |
| 12.5 | Rabs>99.5% @ 266nm @ 45° AOI Ravg>99.5% @ 263 - 268nm @ 45° AOI | Laser Mirror (266nm) | #37-642 |
| 15 | Rabs>99.5% @ 266nm @ 45° AOI Ravg>99.5% @ 263 - 268nm @ 45° AOI | Laser Mirror (266nm) | #37-643 |
| 20 | Rabs>99.5% @ 266nm @ 45° AOI Ravg>99.5% @ 263 - 268nm @ 45° AOI | Laser Mirror (266nm) | #37-644 |
| 25 | Rabs>99.5% @ 266nm @ 45° AOI Ravg>99.5% @ 263 - 268nm @ 45° AOI | Laser Mirror (266nm) | #37-645 |
| 5 | Rabs>99.8% @ 355nm @ 45° AOI Ravg>99.5% @ 351 - 358nm @ 45° AOI | Laser Mirror (355nm) | #37-646 |
| 10 | Rabs>99.8% @ 355nm @ 45° AOI Ravg>99.5% @ 351 - 358nm @ 45° AOI | Laser Mirror (355nm) | #37-647 |
| 12.5 | Rabs>99.8% @ 355nm @ 45° AOI Ravg>99.5% @ 351 - 358nm @ 45° AOI | Laser Mirror (355nm) | #37-648 |
| 15 | Rabs>99.8% @ 355nm @ 45° AOI Ravg>99.5% @ 351 - 358nm @ 45° AOI | Laser Mirror (355nm) | #37-649 |
| 20 | Rabs>99.8% @ 355nm @ 45° AOI Ravg>99.5% @ 351 - 358nm @ 45° AOI | Laser Mirror (355nm) | #37-650 |
| 25 | Rabs>99.8% @ 355nm @ 45° AOI Ravg>99.5% @ 351 - 358nm @ 45° AOI | Laser Mirror (355nm) | #37-651 |
| 5 | Rabs>99.8% @ 532nm @ 45° AOI Ravg>99.5% @ 523 - 537nm @ 45° AOI | Laser Mirror (532nm) | #37-652 |
| 10 | Rabs>99.8% @ 532nm @ 45° AOI Ravg>99.5% @ 523 - 537nm @ 45° AOI | Laser Mirror (532nm) | #37-653 |
| 12.5 | Rabs>99.8% @ 532nm @ 45° AOI Ravg>99.5% @ 523 - 537nm @ 45° AOI | Laser Mirror (532nm) | #37-654 |
| 15 | Rabs>99.8% @ 532nm @ 45° AOI Ravg>99.5% @ 523 - 537nm @ 45° AOI | Laser Mirror (532nm) | #37-655 |
| 20 | Rabs>99.8% @ 532nm @ 45° AOI Ravg>99.5% @ 523 - 537nm @ 45° AOI | Laser Mirror (532nm) | #37-656 |
| 25 | Rabs>99.8% @ 532nm @ 45° AOI Ravg>99.5% @ 523 - 537nm @ 45° AOI | Laser Mirror (532nm) | #37-657 |
| 5 | Rabs>99.8% @ 1064nm @ 45° AOI Ravg>99.5% @ 1046 - 1074nm @ 45° AOI | Laser Mirror (1064nm) | #37-658 |
| 10 | Rabs>99.8% @ 1064nm @ 45° AOI Ravg>99.5% @ 1046 - 1074nm @ 45° AOI | Laser Mirror (1064nm) | #37-659 |
| 12.5 | Rabs>99.8% @ 1064nm @ 45° AOI Ravg>99.5% @ 1046 - 1074nm @ 45° AOI | Laser Mirror (1064nm) | #37-661 |
| 15 | Rabs>99.8% @ 1064nm @ 45° AOI Ravg>99.5% @ 1046 - 1074nm @ 45° AOI | Laser Mirror (1064nm) | #37-662 |
| 20 | Rabs>99.8% @ 1064nm @ 45° AOI Ravg>99.5% @ 1046 - 1074nm @ 45° AOI | Laser Mirror (1064nm) | #37-664 |
| 25 | Rabs>99.8% @ 1064nm @ 45° AOI Ravg>99.5% @ 1046 - 1074nm @ 45° AOI | Laser Mirror (1064nm) | #37-665 |
