We have contacted you to discuss further. Thanks :). James Baker Thank you for using our Feedback tool. Hi, can you please send me informations about the phase shift of s and p polarization for the E02 coating? Calculate reflectance due to thin-film interference by entering your films below. I will reach out to you directly with some data we have on the reflectivity of the E03 coating in the 40-65 degrees AOI range. If so, what wavelength(s) and specific AOIs are you interested in? Sales Engineer The output energy density of your laser is 0.7J/cm^2, so our lenses should work. For more information on cleaning optics, please see our Optics Cleaning tutorial. The high quality, semi-transparent mirror provides flawless clear text and graphics through the tint-free mirror. In response to acables post, we have added the thickness for these mirrors to the specs tab. According to the test, the damage threshold of the mirror was 2.00 J/cm2 (532 nm, 10 ns pulse, 10 Hz, Ø0.803 mm). Hello, thank you for contacting Thorlabs. I had reached out to you at the time of your original posting but never heard back. Pulsed Nanosecond Laser Example: Scaling for Different Pulse DurationsSuppose that a pulsed Nd:YAG laser system is frequency tripled to produce a 10 Hz output, consisting of 2 ns output pulses at 355 nm, each with 1 J of energy, in a Gaussian beam with a 1.9 cm beam diameter (1/e2). function initArray() { Is the BB4-E03 mirror also available with a 6" or 8" diameter as a customized product? For pulse widths between 1 - 100 ns, an approximation is as follows: Use this formula to calculate the Adjusted LIDT for an optic based on your pulse length. This is the easiest way to produce an anti-reflection coating. If you zoom out, you should be able to see all the data. Hi This calculator is provided free by Chemandy Electronics in order to promote the FLEXI-BOX, , This calculator uses JavaScript and will function in most modern browsers. Dear Acable, 29, 517 (1998). I have reached out to you via email with the typical Zygo profile for the BB4 mirrors. would be useful to have either a high res plot available or to download the data of the typical plot. Thank you for contacting Thorlabs. When the display is on, users see it clearly. Because dust or other particles on the surface of an optic can cause damage at lower thresholds, we recommend keeping surfaces clean and free of debris. I will contact you with the data we do have. Custom mirrors can be requested by emailing techsupport@thorlabs.com. Unfortunately, we cannot disclose that information since it is proprietary. As a result, both CW and pulsed LIDT values must be compared to the properties of the laser system to ensure safe operation. We also specified the percent savings that is given when the mirrors are purchased in packages of 10. Height: Width: Quantity: Thickness: Unit: Tempering: Edges: Calculate: Price: Cart: $0.00 Pricing & Ordering. Your links to Reflectivity plot data all appear to link to E03 AOI 45 deg and E04 AOI 0 & 45 deg data - no link appears E01/E02 reflectivity data. Thank you again for your excellent suggestions. Our recommended operating temperatures for the dielectric coatings are from -40 ºC to 80 ºC. We coat these at temperatures ranging from 200 ºC - 250 ºC. High reflectivity is of prime importande so I am looking at dielectric instead of (protected) silver mirrors. I have reached out to you directly with the performance of the -E02 coating at various AOIs. While the above procedure provides a good rule of thumb for LIDT values, please contact Tech Support if your wavelength is different from the specified LIDT wavelength. Is this correct? The 5/32″ thickness is ideal for framing right to the screen, and the 1/4″ thickness is best for over-sized mirror tv projects with a lot of natural light in the room.


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