无镜座UV熔融石英对称凸透镜，ARHS-YAG
埃赛力达提供种类丰富的LINOS®无镜座熔融石英对称凸透镜产品，涵盖多种焦距和直径规格，可满足各种大功率光学应用需求。所有透镜均采用仅来自可靠制造商的优质材料制造，并严格控制公差，以确保卓越的产品质量。标准透镜均采用双面窄带增透镀膜，并针对YAG激光的中心波长1064 nm进行了优化，以实现最大的透射率。所有透镜类型还提供配备黑色阳极氧化雕刻铝制镜座的带镜座版本。
这种透镜专为1:1成像应用而设计，具有两个相等的曲率半径，可为需要精确图像复制的应用提供准确且一致的光学性能。
熔融石英基材上的大功率窄带增透镀膜可在Nd:YAG激光的基波波长1064 nm处实现最大透射率。透镜具有优异的抗激光损伤能力，可提供高损伤阈值，并在严苛应用环境下保持可靠性能。
具有高损伤阈值，并能在严苛应用环境下保持可靠性能。
我们提供ZEMAX文件，以简化光学设计和仿真流程。如需定制规格或大批量生产服务，请联系我们，以获取符合您技术需求的专属报价。
注：f = 焦距（物方），f' = 焦距（像方），s = 物距，s' = 后焦距，Ø = 透镜直径，dm = 中心厚度，dr = 边缘厚度，h = 主顶点（h=dm-dr-h'），F、F' = 焦点，H、H' = 主点；公差：焦距f：±2%，像距s'：±2%
规格：大功率窄带增透膜ARHS YAG 1064 nm:
- 在中心波长λ₀处的保证残余反射率：入射角为0° ≤ AOI ≤ 15°时 < 0.2%；或入射角为AOI = 45°（非偏振）时 < 0.5%
- 在11 ns激光脉冲 (s-on-1)、1064 nm波长且频率为10 Hz条件下，损伤阈值H∞ > 50 J/cm²
- 该设计可适用于300 nm ≤ λ ≤ 2200 nm的波长范围，并支持更高的入射角
| 产品 | 双凸透镜；熔融石英；D=6；F=5 [ARHS-YAG] | 双凸透镜；熔融石英；D=10；F=10 [ARHS-YAG] | 双凸透镜；熔融石英；D=12.5；F=12.5[ARHS-YAG] | 双凸透镜；熔融石英；D=12.5；F=16[ARHS-YAG] | 双凸透镜；熔融石英；D=18；F=20 [ARHS-YAG] | 双凸透镜；熔融石英；D=22.4；F=25[ARHS-YAG] | 双凸透镜；熔融石英；D=22.4；F=30[ARHS-YAG] | 双凸透镜；熔融石英；D=22.4；F=40[ARHS-YAG] | 双凸透镜；熔融石英；D=22.4；F=50[ARHS-YAG] | 双凸透镜；熔融石英；D=22.4；F=60[ARHS-YAG] | 双凸透镜；熔融石英；D=22.4；F=80[ARHS-YAG] | 双凸透镜；熔融石英；D=22.4；F=100[ARHS-YAG] | 双凸透镜；熔融石英；D=22.4；F=150[ARHS-YAG] | 双凸透镜；熔融石英；D=22.4；F=200[ARHS-YAG] | 双凸透镜；熔融石英；D=31.5；F=30[ARHS-YAG] | 双凸透镜；熔融石英；D=31.5；F=40[ARHS-YAG] | 双凸透镜；熔融石英；D=31.5；F=50[ARHS-YAG] | 双凸透镜；熔融石英；D=31.5；F=60[ARHS-YAG] | 双凸透镜；熔融石英；D=31.5；F=80[ARHS-YAG] | 双凸透镜；熔融石英；D=31.5；F=100[ARHS-YAG] | 双凸透镜；熔融石英；D=31.5；F=120[ARHS-YAG] | 双凸透镜；熔融石英；D=40；F=100 [ARHS-YAG] | 双凸透镜；熔融石英；D=50；F=150 [ARHS-YAG] | 双凸透镜；熔融石英；D=40；F=125 [ARHS-YAG] |
| 形状 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 |
| 焦距 (+/-) | 5.0 mm | 10.0 mm | 12.5 mm | 16.0 mm | 20.0 mm | 25.0 mm | 30.0 mm | 40.0 mm | 50.0 mm | 60.0 mm | 80.0 mm | 100.0 mm | 150.0 mm | 200.0 mm | 30.0 mm | 40.0 mm | 50.0 mm | 60.0 mm | 80.0 mm | 100.0 mm | 120.0 mm | 100.0 mm | 150.0 mm | 125.0 mm |
| 光学基材 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 |
| 镀膜 | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG |
| 光学尺寸 | Ø 6.0 mm | Ø 10.0 mm | Ø 12.5 mm | Ø 12.5 mm | Ø 18.0 mm | Ø 22.4 mm | Ø 22.4 mm | Ø 22.4 mm | Ø 22.4 mm | Ø 22.4 mm | Ø 22.4 mm | Ø 22.4 mm | Ø 22.4 mm | Ø 22.4 mm | Ø 31.5 mm | Ø 31.5 mm | Ø 31.5 mm | Ø 31.5 mm | Ø 31.5 mm | Ø 31.5 mm | Ø 31.5 mm | Ø 40.0 mm | Ø 50.0 mm | Ø 40.0 mm |
| 光学中心厚度 | 3.0 mm | 4.0 mm | 4.7 mm | 3.8 mm | 5.8 mm | 7.0 mm | 6.0 mm | 4.9 mm | 4.2 mm | 3.7 mm | 3.3 mm | 2.9 mm | 2.4 mm | 2.2 mm | 11.5 mm | 8.6 mm | 7.3 mm | 6.2 mm | 5.1 mm | 4.5 mm | 4.1 mm | 6.0 mm | 6.2 mm | 5.0 mm |
| 曲率半径1 | 5.012 mm | 9.578 mm | 11.548 mm | 15.735 mm | 19.668 mm | 24.406 mm | 29.007 mm | 39.525 mm | 49.403 mm | 60.43 mm | 78.298 mm | 100.0 mm | 149.62 mm | 199.53 mm | 28.49 mm | 39.243 mm | 49.594 mm | 60.0 mm | 80.583 mm | 101.092 mm | 121.446 mm | 100.0 mm | 149.62 mm | 125.89 mm |
| 曲率半径2 | -5.012 mm | -9.578 mm | -11.548 mm | -15.735 mm | -19.668 mm | -24.406 mm | -29.007 mm | -39.525 mm | -49.403 mm | -60.43 mm | -78.298 mm | -100.0 mm | -149.62 mm | -199.53 mm | -28.49 mm | -39.243 mm | -49.594 mm | -60.0 mm | -80.583 mm | -101.092 mm | -121.446 mm | -100.0 mm | -149.62 mm | -125.89 mm |
| 厚度公差 | ± 0.1 mm | ± 0.15 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | |||
| 透镜边缘厚度 | 1.0 mm | 1.2 mm | 1.0 mm | 1.2 mm | 1.4 mm | 1.6 mm | 1.5 mm | 1.7 mm | 1.6 mm | 1.6 mm | 1.7 mm | 1.6 mm | 1.6 mm | 1.6 mm | 2.0 mm | 2.0 mm | 2.2 mm | 2.0 mm | 2.0 mm | 2.0 mm | 2.1 mm | 2.0 mm | 2.0 mm | 1.8 mm |
| 光学元件定心精度（分、秒） | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 4.0 ' | 4.0 ' | 4.0 ' |
| 光学尺寸公差 | - 0.075 mm | - 0.09 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.07 mm | - 0.07 mm | - 0.07 mm | - 0.07 mm | - 0.07 mm | - 0.07 mm | - 0.07 mm | |||
| X nm下的焦距f' |
5.48 mm 5.57 mm 5.72 mm 5.83 mm 6.01 mm 6.14 mm |
10.13 mm 10.3 mm 10.58 mm 10.79 mm 11.14 mm 11.39 mm |
12.2 mm 12.4 mm 12.74 mm 12.98 mm 13.41 mm 13.7 mm |
16.13 mm 16.41 mm 16.87 mm 17.2 mm 17.78 mm 18.17 mm |
20.36 mm 20.7 mm 21.28 mm 21.69 mm 22.42 mm 22.91 mm |
25.23 mm 25.66 mm 26.37 mm 26.87 mm 27.78 mm 28.4 mm |
29.56 mm 30.07 mm 30.91 mm 31.52 mm 32.59 mm 33.32 mm |
39.71 mm 40.4 mm 41.54 mm 42.36 mm 43.81 mm 44.8 mm |
49.3 mm 50.16 mm 51.58 mm 52.61 mm 54.42 mm 55.66 mm |
60.06 mm 61.11 mm 62.85 mm 64.1 mm 66.31 mm 67.82 mm |
77.57 mm 78.93 mm 81.18 mm 82.79 mm 85.66 mm 87.62 mm |
98.85 mm 100.58 mm 103.45 mm 105.51 mm 109.18 mm 111.67 mm |
147.57 mm 150.16 mm 154.46 mm 157.54 mm 163.01 mm 166.75 mm |
196.63 mm 200.09 mm 205.81 mm 209.92 mm 217.22 mm 222.2 mm |
30.06 mm 30.56 mm 31.4 mm 32.01 mm 33.07 mm 33.8 mm |
40.06 mm 40.76 mm 41.9 mm 42.73 mm 44.17 mm 45.17 mm |
50.0 mm 50.87 mm 52.32 mm 53.35 mm 55.18 mm 56.44 mm |
60.04 mm 61.09 mm 62.84 mm 64.08 mm 66.29 mm 67.81 mm |
80.08 mm 81.49 mm 83.83 mm 85.51 mm 88.46 mm 90.5 mm |
100.14 mm 101.91 mm 104.84 mm 106.94 mm 110.64 mm 113.2 mm |
120.09 mm 122.21 mm 125.73 mm 128.25 mm 132.69 mm 135.76 mm |
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| 零件号 | G311202329 | G311203329 | G311204329 | G311205329 | G311206329 | G311026329 | G311207329 | G311208329 | G311209329 | G311210329 | G311027329 | G311211329 | G311212329 | G311213329 | G311711329 | G311712329 | G311713329 | G311714329 | G311715329 | G311716329 | G311718329 | G311193329 | G311221329 | G311194329 |
两个相等曲率半径实现精确1:1成像
采用熔融石英制成，适用于大功率应用，具有高损伤阈值、低色散和优异的透射率
严格控制的制造公差确保出色性能与高精度安装
标准窄带增透膜：ARHS，针对1064 nm中心波长进行了最大透射率优化
无安装座透镜可灵活、定制化地集成到您的光学系统中
提供ZEMAX文件，方便进行系统设计与模拟
| 产品 | 双凸透镜；熔融石英；D=6；F=5 [ARHS-YAG] | 双凸透镜；熔融石英；D=10；F=10 [ARHS-YAG] | 双凸透镜；熔融石英；D=12.5；F=12.5[ARHS-YAG] | 双凸透镜；熔融石英；D=12.5；F=16[ARHS-YAG] | 双凸透镜；熔融石英；D=18；F=20 [ARHS-YAG] | 双凸透镜；熔融石英；D=22.4；F=25[ARHS-YAG] | 双凸透镜；熔融石英；D=22.4；F=30[ARHS-YAG] | 双凸透镜；熔融石英；D=22.4；F=40[ARHS-YAG] | 双凸透镜；熔融石英；D=22.4；F=50[ARHS-YAG] | 双凸透镜；熔融石英；D=22.4；F=60[ARHS-YAG] | 双凸透镜；熔融石英；D=22.4；F=80[ARHS-YAG] | 双凸透镜；熔融石英；D=22.4；F=100[ARHS-YAG] | 双凸透镜；熔融石英；D=22.4；F=150[ARHS-YAG] | 双凸透镜；熔融石英；D=22.4；F=200[ARHS-YAG] | 双凸透镜；熔融石英；D=31.5；F=30[ARHS-YAG] | 双凸透镜；熔融石英；D=31.5；F=40[ARHS-YAG] | 双凸透镜；熔融石英；D=31.5；F=50[ARHS-YAG] | 双凸透镜；熔融石英；D=31.5；F=60[ARHS-YAG] | 双凸透镜；熔融石英；D=31.5；F=80[ARHS-YAG] | 双凸透镜；熔融石英；D=31.5；F=100[ARHS-YAG] | 双凸透镜；熔融石英；D=31.5；F=120[ARHS-YAG] | 双凸透镜；熔融石英；D=40；F=100 [ARHS-YAG] | 双凸透镜；熔融石英；D=50；F=150 [ARHS-YAG] | 双凸透镜；熔融石英；D=40；F=125 [ARHS-YAG] |
| 形状 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 | 圆形 |
| 焦距 (+/-) | 5.0 mm | 10.0 mm | 12.5 mm | 16.0 mm | 20.0 mm | 25.0 mm | 30.0 mm | 40.0 mm | 50.0 mm | 60.0 mm | 80.0 mm | 100.0 mm | 150.0 mm | 200.0 mm | 30.0 mm | 40.0 mm | 50.0 mm | 60.0 mm | 80.0 mm | 100.0 mm | 120.0 mm | 100.0 mm | 150.0 mm | 125.0 mm |
| 光学基材 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 | 熔融石英 |
| 镀膜 | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG | ARHS YAG |
| 光学尺寸 | Ø 6.0 mm | Ø 10.0 mm | Ø 12.5 mm | Ø 12.5 mm | Ø 18.0 mm | Ø 22.4 mm | Ø 22.4 mm | Ø 22.4 mm | Ø 22.4 mm | Ø 22.4 mm | Ø 22.4 mm | Ø 22.4 mm | Ø 22.4 mm | Ø 22.4 mm | Ø 31.5 mm | Ø 31.5 mm | Ø 31.5 mm | Ø 31.5 mm | Ø 31.5 mm | Ø 31.5 mm | Ø 31.5 mm | Ø 40.0 mm | Ø 50.0 mm | Ø 40.0 mm |
| 光学中心厚度 | 3.0 mm | 4.0 mm | 4.7 mm | 3.8 mm | 5.8 mm | 7.0 mm | 6.0 mm | 4.9 mm | 4.2 mm | 3.7 mm | 3.3 mm | 2.9 mm | 2.4 mm | 2.2 mm | 11.5 mm | 8.6 mm | 7.3 mm | 6.2 mm | 5.1 mm | 4.5 mm | 4.1 mm | 6.0 mm | 6.2 mm | 5.0 mm |
| 曲率半径1 | 5.012 mm | 9.578 mm | 11.548 mm | 15.735 mm | 19.668 mm | 24.406 mm | 29.007 mm | 39.525 mm | 49.403 mm | 60.43 mm | 78.298 mm | 100.0 mm | 149.62 mm | 199.53 mm | 28.49 mm | 39.243 mm | 49.594 mm | 60.0 mm | 80.583 mm | 101.092 mm | 121.446 mm | 100.0 mm | 149.62 mm | 125.89 mm |
| 曲率半径2 | -5.012 mm | -9.578 mm | -11.548 mm | -15.735 mm | -19.668 mm | -24.406 mm | -29.007 mm | -39.525 mm | -49.403 mm | -60.43 mm | -78.298 mm | -100.0 mm | -149.62 mm | -199.53 mm | -28.49 mm | -39.243 mm | -49.594 mm | -60.0 mm | -80.583 mm | -101.092 mm | -121.446 mm | -100.0 mm | -149.62 mm | -125.89 mm |
| 厚度公差 | ± 0.1 mm | ± 0.15 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | ± 0.2 mm | |||
| 透镜边缘厚度 | 1.0 mm | 1.2 mm | 1.0 mm | 1.2 mm | 1.4 mm | 1.6 mm | 1.5 mm | 1.7 mm | 1.6 mm | 1.6 mm | 1.7 mm | 1.6 mm | 1.6 mm | 1.6 mm | 2.0 mm | 2.0 mm | 2.2 mm | 2.0 mm | 2.0 mm | 2.0 mm | 2.1 mm | 2.0 mm | 2.0 mm | 1.8 mm |
| 光学元件定心精度（分、秒） | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 4.0 ' | 4.0 ' | 4.0 ' |
| 光学尺寸公差 | - 0.075 mm | - 0.09 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.13 mm | - 0.07 mm | - 0.07 mm | - 0.07 mm | - 0.07 mm | - 0.07 mm | - 0.07 mm | - 0.07 mm | |||
| X nm下的焦距f' |
5.48 mm 5.57 mm 5.72 mm 5.83 mm 6.01 mm 6.14 mm |
10.13 mm 10.3 mm 10.58 mm 10.79 mm 11.14 mm 11.39 mm |
12.2 mm 12.4 mm 12.74 mm 12.98 mm 13.41 mm 13.7 mm |
16.13 mm 16.41 mm 16.87 mm 17.2 mm 17.78 mm 18.17 mm |
20.36 mm 20.7 mm 21.28 mm 21.69 mm 22.42 mm 22.91 mm |
25.23 mm 25.66 mm 26.37 mm 26.87 mm 27.78 mm 28.4 mm |
29.56 mm 30.07 mm 30.91 mm 31.52 mm 32.59 mm 33.32 mm |
39.71 mm 40.4 mm 41.54 mm 42.36 mm 43.81 mm 44.8 mm |
49.3 mm 50.16 mm 51.58 mm 52.61 mm 54.42 mm 55.66 mm |
60.06 mm 61.11 mm 62.85 mm 64.1 mm 66.31 mm 67.82 mm |
77.57 mm 78.93 mm 81.18 mm 82.79 mm 85.66 mm 87.62 mm |
98.85 mm 100.58 mm 103.45 mm 105.51 mm 109.18 mm 111.67 mm |
147.57 mm 150.16 mm 154.46 mm 157.54 mm 163.01 mm 166.75 mm |
196.63 mm 200.09 mm 205.81 mm 209.92 mm 217.22 mm 222.2 mm |
30.06 mm 30.56 mm 31.4 mm 32.01 mm 33.07 mm 33.8 mm |
40.06 mm 40.76 mm 41.9 mm 42.73 mm 44.17 mm 45.17 mm |
50.0 mm 50.87 mm 52.32 mm 53.35 mm 55.18 mm 56.44 mm |
60.04 mm 61.09 mm 62.84 mm 64.08 mm 66.29 mm 67.81 mm |
80.08 mm 81.49 mm 83.83 mm 85.51 mm 88.46 mm 90.5 mm |
100.14 mm 101.91 mm 104.84 mm 106.94 mm 110.64 mm 113.2 mm |
120.09 mm 122.21 mm 125.73 mm 128.25 mm 132.69 mm 135.76 mm |
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| 零件号 | G311202329 | G311203329 | G311204329 | G311205329 | G311206329 | G311026329 | G311207329 | G311208329 | G311209329 | G311210329 | G311027329 | G311211329 | G311212329 | G311213329 | G311711329 | G311712329 | G311713329 | G311714329 | G311715329 | G311716329 | G311718329 | G311193329 | G311221329 | G311194329 |
两个相等曲率半径实现精确1:1成像
采用熔融石英制成，适用于大功率应用，具有高损伤阈值、低色散和优异的透射率
严格控制的制造公差确保出色性能与高精度安装
标准窄带增透膜：ARHS，针对1064 nm中心波长进行了最大透射率优化
无安装座透镜可灵活、定制化地集成到您的光学系统中
提供ZEMAX文件，方便进行系统设计与模拟