تلسکوپ مید مدل sixteen- f/10 LX200 ACF Optical Tube Assembly برند Meade

The Meade 16" f/10 LX200 ACF optical tube assembly is designed to offer a large aperture in a compact and portable form. With high-performance optics and a lightweight build, this telescope is ideal for both visual observation and astrophotography, bringing advanced capabilities within reach of amateur astronomers.

Specifications:

Aperture: 16 inches

Focal Ratio: f/10

Focal Length: 4064mm

Optics: Advanced Coma-Free (ACF)

Coatings: Ultra-High Transmission Coatings (UHTC)

Mirror: Oversized low-expansion Borosilicate primary mirror

Focuser: Internal single-speed

Weight: 67 lbs (30.4 kg)

Mount Compatibility: Losmandy-style dovetail bar

Key Features:

Advanced Optics: ACF optics deliver a flat field, reduced astigmatism, and eliminate diffraction spikes, providing clear and sharp images.

High-Quality Construction: Designed and manufactured in North America, with glass blanks made exclusively in the USA for Meade.

UHTC Coatings: Enhance image brightness and contrast, allowing detailed views of celestial objects.

Astrophotography Advantages:

Long Native Focal Length: Ideal for high-resolution imaging of planets and the Moon.

Optional Focal Reducer: Converts f/10 ACF to f/6.8, optimizing the telescope for deep space imaging by reducing exposure times and expanding the field of view by nearly 50%.

Focusing and Stability:

Primary Mirror Lock: Prevents movement during long exposure astrophotography or visual observing, ensuring stable images.

Single-Speed Focuser: Offers precise control for focusing.

Design and Compatibility:

Compact and Portable: Lightweight design with a Losmandy-style dovetail bar for easy attachment to compatible mounts.

Versatile Use: Suitable for both backyard observation and remote dark sky locations.

The Meade 16" f/10 LX200 ACF optical tube assembly provides astronomers with high-quality optics and portability, making it an excellent choice for exploring the night sky. Its sophisticated design and features allow for exceptional clarity and detail, enabling users to capture stunning views and images of celestial objects, whether they are observing visually or through astrophotography.