532 nm BrightLine 超分辨率/TIRF二向色镜
- 激光二向色镜边缘波长 538.4 nm,
- 反射率Rabs > 94%， 514 – 532 nm
- 反射率Ravg > 90%， 350 – 514 nm
- 透过率Tavg > 93%， 541.6 – 1200 nm
- 平面度Flatness / 反射波前差RWE: Super-resolution / TIRF 级别
Di03-R532-t1-25×36
Description
532 nm BrightLine 超分辨率/TIRF二向色镜
滤光片型号：Di03-R532-t1-25×36
Theoretical Spectrum for Part Number: Di03-R532-t1-25×36
Di03-R532-t1-25×36 超分辨率/TIRF 二向色镜透过率曲线，Semrock
532 nm BrightLine 超分辨率/TIRF 二向色镜，25.2 mm x 35.6 mm，厚度 1.1 mm
适用于荧光成像中最常用激光器的理想二向色镜分束器，包括全固态激光器。该类别中的所有分束器在关键激光波长和更宽的反射带（用于光活化和超分辨率技术的紫外线）上都具有出色的反射率。此外，它们还具有扩展的透射区域——红外到1200或1600纳米，以及抗反射（AR）镀膜，以极大限度地减少相干激光引起的成像伪影。
Semrock的超分辨率/TIRF二向色镜有两种厚度可供选择，可提供理想的平坦度，极大限度地减少激光束点的焦点偏移和光学波前像差，从而实现TIRF、PALM、STORM、结构化照明和STED等流行的成像和超分辨率技术。
1mm厚度上的反射波前差RWE为1λP-V，针对反射直径达10毫米的激光光束进行了优化，同时极大限度地减少了RWE
3 mm厚度上的反射波前差RWE为λ/5 P-V ，针对反射直径高达22.5 mm的激光光束进行了优化，同时极大限度地减少了RWE
3 mm厚度上的反射波前差RWE为λ/5 P-V ，针对反射直径高达22.5 mm的激光光束进行了优化，同时极大限度地减少了RWE
滤光片参数：
| Optical Specifications | Value |
|---|---|
| Transmission Band 1 | Tavg > 93% 541.6 – 1200 nm |
| Reflection Band 1 | Rabs > 94% 514 – 532 nm |
| Reflection Band 1 (p-pol) | Rabs > 90% 514 – 532 nm |
| Reflection Band 1 (s-pol) | Rabs > 98% 514 – 532 nm |
| Reflection Band 2 | Ravg > 90% 350 – 514 nm |
| Edge Wavelength 1 | 538.4 nm |
| Laser Wavelengths 1 | 514.5 nm, 532 nm |
| General Filter Specifications | Value |
| Angle of Incidence | 45 degrees with a shift of 0.35%/degree (40 – 50 degrees) |
| Cone Half-angle | 0.5 degrees |
| Optical Damage Rating | 1 J/cm² @ 532 nm (10 ns pulse width) |
| Reflected Wavefront Error | < 1λ P-V RWE @ 632.8 nm |
| Steepness | Steep |
| Flatness / RWE Classification | Super-resolution / TIRF |
| Physical Filter Specifications | Value |
| Transverse Dimensions (L x W) | 25.2 mm x 35.6 mm |
| Transverse Tolerance | ± 0.1 mm |
| Clear Aperture | ≥ 80% (elliptical) |
| Scratch-Dig | 60-40 |
| Substrate Type | Fused Silica |
| Filter Thickness (unmounted) | 1.05 mm |
| Filter Thickness Tolerance (unmounted) | ± 0.05 mm |
| Substrate Thickness Tolerance (1 mm, unmounted) | ± 0.05 mm |
| Orientation | Reflective surface marked with laser dot – Orient in direction of incoming light |
