Easy To Use Astronomik Uhc-e M52 Filter – Enhanced Contrast For Small Telescopes Fast Dispatch [3keTnFYR]

Astronomik UHC-E M52 Filter: Enhancing Deep-Sky Observation

The Astronomik UHC-E M52 Filter is designed to elevate your deep-sky observation experience, particularly under light-polluted conditions. This filter is an ideal choice for small telescopes, offering enhanced contrast for emission nebulae and comet observation. With its budget-friendly pricing, it provides a cost-effective solution without compromising on quality. The UHC-E filter boasts a FWHM of 45nm, effectively blocking light from typical streetlights and airglow, ensuring a clearer view of your celestial targets. Its unique design makes it a standout choice for astronomers seeking to maximize their observation potential.

Advanced Features and Specifications

The Astronomik UHC-E M52 Filter is engineered with precision to deliver superior performance. It features a typical transmission of 94% at 486nm (H-beta) and 95% at 496nm and 501nm (O^III), ensuring that you capture the most light possible. The filter's full width at half maximum is 45nm, which allows for a broad spectrum of light transmission. Its compatibility with other Astronomik filters and its diffraction-limited design mean that it will not hinder the optical performance of your telescope. Additionally, the filter is resistant to high humidity, scratches, and aging effects, ensuring its longevity and durability.

Practical Applications and Target Audience

The Astronomik UHC-E M52 Filter is versatile and suitable for a wide range of applications. Whether you are a hobbyist or a professional astronomer, this filter can enhance your visual observations, film photography, or DSLR photography under light-polluted skies. Its suitability extends to various observation scenarios, including urban skies and medium exit pupil telescopes. The filter is also well-suited for CCD photography when paired with an additional IR-block-filter. Its ability to improve contrast and resolution makes it an essential tool for astronomers and astrophotographers alike, enabling them to capture stunning images of the night sky.