Dual Wavelength 3nm Filter
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Ships from:
China
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Sold by:
Lasertec Inc -
On FindLight:
since 2024
Description
This comprehensive Coating Inspection Report provides a detailed overview of the coating process and its outcomes. The report is associated with Contract No: PO No: and is an essential document for ensuring the quality and consistency of the coating application. The specific coating used in this inspection is identified as BP500nm-3nm, with a batch number of 20201014SHB270. This meticulous documentation is crucial for maintaining high standards in material performance and longevity.
The inspection was conducted by a qualified inspector, ensuring that all parameters were thoroughly evaluated. The Spectrum Name associated with this report is E:Coating data for PO2020BP500.7-3nm.SP, which indicates the precise data file used for analysis. This level of detail is vital for traceability and future reference, allowing for accurate replication and troubleshooting if necessary.
The report was created on Wednesday, September 30, 2020, at 10:31:58 AM, with the inspection time recorded as 3:44:53 PM on October 20, 2020. This timestamp ensures that the inspection data is accurately logged, providing a reliable timeline for project management and quality assurance purposes.
Included within the report is a range of data points, detailing the transmission percentages (%T) across various nanometer (NM) measurements. These data points are critical for assessing the coating's effectiveness and uniformity, ensuring that the product meets the specified requirements and performs optimally in its intended application.
Dual Wavelength 3nm Filter
Specifications |
|
|---|---|
| Central Wavelength: | 500.7 nm |
| Bandwidth (FWHM): | 3 nm |
| Peak Transmittance: | 90 % |
| Contract No: | PO No. |
| Coating: | BP500nm-3nm |
| Batch No.: | 20201014SHB270 |
| Material: | BP500nm-3nm |
| Spectrum Name: | E:Coating data for PO2020BP500.7-3nm.SP |
| Date Created: | Wed Sep 30 10:31:58 2020 |
| Time: | 3:44:53 PM |
| Date: | 10/20/2020 |
Features
- High-Precision Bandpass: Narrow ±3nm bandwidth for selective wavelength transmission.
- Quality Substrate: B270 optical glass provides low distortion and high stability.
- High Transmission Efficiency: Peak transmission exceeds 85%.
- Rigorous Inspection: Coating verified with spectral measurement for accuracy.
- Durable Coating: Stable performance for long-term laboratory and industrial use.
- Customizable: Can be tailored for other wavelengths or substrate types.
Applications
- Spectroscopy: Accurate wavelength selection for chemical and biological analysis.
- Laser Systems: Precise filtering for laser emission and measurement setups.
- Imaging: Enhances contrast and color accuracy in optical imaging systems.
- Optical Research: Reliable performance for laboratory experiments requiring
- narrowband filters.
- Photonic Devices: Integration into optical instruments for selective wavelength control.
Frequently Asked Questions
The contract number is not provided in the datasheet.
The batch number is 20201014SHB270.
The spectrum name is E:\Coating data for PO\2020\BP500.7-3nm.SP.
The coating type is BP500nm-3nm.
The inspector's name is not provided in the datasheet.
The report was created on Wed Sep 30 10:31:58 2020.
At 500.70 nm, the transmission is 76.955%; at 500.03 nm, it is 85.005%; at 498.70 nm, it is 50.913%; and at 501.60 nm, it is 50.946%.