Daystar Filters Quantum Hydrogen Alpha 0.8Å… PE

$11,990.00

Daystar Filters Quantum Hydrogen Alpha 0.8Å… PE High-Precision Solar Filter: A 0.8Å PE Quantum Solar Filter, specifically designed for the Hydrogen Alpha line, ideal for detailed solar observations. Versatile Telescope Use:...

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SKU: .8QPE
Availability: In Stock Pre order Out of stock
Description

Daystar Filters Quantum Hydrogen Alpha 0.8Å… PE

  • High-Precision Solar Filter: A 0.8Å PE Quantum Solar Filter, specifically designed for the Hydrogen Alpha line, ideal for detailed solar observations.
  • Versatile Telescope Use: Compatible with refractors, SCTs, and Maksutovs, offering broad adaptability for various telescope types.
  • Complete Kit for Setup: Includes front and rear plates, power supply, instructions, and a hard case for a comprehensive and protected setup.
  • Additional Requirements for Optimal Performance: Needs an ERF or UV/IR cut filter, along with a Powermate barlow or stop-down mask to reach the optimal F/27-F/35 focal ratio (sold separately).
  • User-Friendly Operation: The Quantum housing is straightforward to use, featuring a plug-in system and an on-band indicator light.
  • Precise Wavelength Adjustment: Offers live LCD readout for accurate wavelength output (accurate to 0.1Å) and red/blue wing shift buttons for Doppler studies.
  • Flexible Power Options: Operates on 12VDC, suitable for both field and battery use. Includes a universal 100-240 power supply with international adapters.
  • Advanced Computer Control: Equipped with a serial port for enhanced computer control and on-screen filter readout display.
  • PE Grade for Professional Research: Specially designed for professional research, requiring precision homogeneity and consistent on-band transmittance.
  • Stringent Quality Assurance: Undergoes additional quality control, fabrication, and testing to ensure top-tier performance.
  • Ideal for Advanced Solar Astronomy: Meets critical DayStar quality control criteria, making it suitable for professional and some academic solar observation applications.