Daystar Filters Quantum Sodium D 0.4Å… PE

$17,990.00

Daystar Filters Quantum Sodium D 0.4Å… PE Specialized Solar Filter: A 0.4Å PE Quantum Solar Filter designed for the Sodium D line (5895.9Å), ideal for detailed solar observations. Telescope Compatibility: Suitable...

Add to Wishlist

amazon paymentsamerican expressapple paybitcoingoogle payjcbmasterpaypalshopify paysofortvisa
SKU: NAD.4UNI
Availability: In Stock Pre order Out of stock
Description

Daystar Filters Quantum Sodium D 0.4Å… PE

  • Specialized Solar Filter: A 0.4Å PE Quantum Solar Filter designed for the Sodium D line (5895.9Å), ideal for detailed solar observations.
  • Telescope Compatibility: Suitable for use with refractors, SCTs, and Maksutovs, enhancing versatility for a variety of telescopic setups.
  • Comprehensive Kit Included: Comes with front and rear plates, power supply, instructions, and a hard case for a full and secure setup.
  • Additional Requirements for Peak Performance: Needs a UV/IR cut filter and a Powermate barlow or stop-down mask to achieve the best performance at F/27-F/35 focal ratio (sold separately).
  • Innovative Sodium Filter Design: Crafted for sub-angstrom observations with a single-cavity design, necessary for isolating the bright and narrow Sodium lines.
  • High Detail Imaging: Produces images with exceptional detail in granulation, supergranulation, and P-modes.
  • Observation of Solar Phenomena: Effective in displaying impulsive-phase flare eruption kernels and reflecting the lower chromosphere's activities in the Na D line.
  • University Series Features: Operates unheated on the lower Na D emission line and can be heated for transmission on the higher line, enabling doppler studies.
  • Dopplergram Velocity Imaging: Facilitates doppler studies and supergranulation studies by photographing in each line and deriving difference images.
  • Research and Observation Use: Historically used primarily for research purposes, including doppler studies and deep-sky observations.
  • Visual and Photographic Suitability: Ideal for both visual observing and photographic applications, revealing bright and detailed solar images.