
( Brand: Baader Planetarium ), ( Manufacturer Part Number: FHALN-2 ), ( Part Type: Filter ), ( Filter Type: Lpr ), ( Country/region Of Manufacture: Germany )
The Baader Planetarium fhaln-2 Alpha 7nm H-alpha Narrowband Filter is a high-performance optical filter designed specifically for astrophotography and astronomical observation in the H-alpha wavelength range. This filter is part of Baader Planetarium's renowned line of narrowband filters, known for their exceptional clarity, color fidelity, and blocking performance.
The fhaln-2 Alpha 7nm H-alpha filter is engineered to have an ultra-narrow bandpass of 7nm, which allows it to capture only the H-alpha emission line of hydrogen, while blocking out the surrounding light pollution and oxygen lines. This results in stunningly detailed and vibrant H-alpha images, with a narrower bandpass providing better contrast and elimination of false color.
The filter is made using Baader's proprietary Multi-Coated Optical Surfaces technology, which ensures excellent transmission, minimal stray light, and low reflection. The 2mm-thick Schott glass substrate provides optimal optical performance and durability, while the black-anodized aluminum frame is both lightweight and robust.
The Baader Planetarium fhaln-2 Alpha 7nm H-alpha Narrowband Filter is compatible with a wide range of telescopes and imaging systems. It features an M48 thread for easy attachment to eyepieces and focusers, and it can also be used with an optional 2-inch T-2 adapter for use with DSLR cameras or CCD/CMOS cameras.
In summary, the Baader Planetarium fhaln-2 Alpha 7nm H-alpha Narrowband Filter is an essential tool for astrophotographers and astronomers who want to capture the finest details in H-alpha emission, providing exceptional clarity, color fidelity, and blocking performance in a durable and versatile design.
Pros of buying a FLAN-2 Baader Planetarium Alpha 7nm Narrowband Filter H-alpha:1. High Transmission: The filter has a high transmission of 82% in the H-alpha wavelength, which allows for better image quality and detail in H-alpha imaging.
2. Narrowband Filtration: The 7nm bandwidth of the filter ensures that only H-alpha light is passed, reducing the amount of unwanted light and noise in the image.
3. Durable and Weather-Resistant: The filter is made of high-quality glass and has a durable aluminum housing, making it suitable for both terrestrial and astronomical use.
4. Easy to Use: The filter is compatible with many telescopes and imaging systems, and it is easy to install and remove.
Cons of buying a FLAN-2 Baader Planetarium Alpha 7nm Narrowband Filter H-alpha:1. Expensive: The filter is a high-end product and is therefore quite expensive compared to other filters on the market.
2. Limited Use: The filter is specifically designed for H-alpha imaging, so it may not be as useful for other types of astronomical observation.
3. Requires Additional Equipment: In order to use the filter, you will need a telescope and imaging system that is compatible with it, which can add to the overall cost of the setup.
Conclusion:The FLAN-2 Baader Planetarium Alpha 7nm Narrowband Filter H-alpha is a high-quality product that offers excellent performance for H-alpha imaging. Its narrowband filtration and high transmission make it a great choice for serious astrophotographers who want to capture detailed images of emission nebulae and other H-alpha objects. However, its high price and limited use may make it a less appealing option for casual observers or those on a budget.
Recommendation:If you are a serious astrophotographer and you want to capture detailed images of H-alpha objects, then the FLAN-2 Baader Planetarium Alpha 7nm Narrowband Filter H-alpha is a great investment. Its high-quality construction and excellent performance make it a worthwhile addition to any imaging setup. However, if you are a casual observer or are on a tighter budget, you may want to consider other filters or imaging options that are more affordable and versatile.
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The high optical quality of Baader 7 nm h-alpha filter guarantees no loss in sharpness or contrast. Selecting immediate pay is the way to go.
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Part: FHALN-2 the Baader Planetarium h-alpha 7 nm narrowband filter delivers the absolute highest contrast deep sky images of h-ii regions, all with shortest exposures possible.
This special custom polishing operation sets Baader filters apart from the standard precision polished filter substrates used by most other manufacturers.
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Its narrow 7 nm fem band width has a transmission at h-alpha of over 90, while completely rejecting light pollution.
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