Daystar Filters Quantum Hydrogen Alpha 0.7Å… PE

$13,990.00

Daystar Filters Quantum Hydrogen Alpha 0.7Å… PE Specialized Solar Filter: Features a 0.7Å PE Quantum Solar Filter for the Hydrogen Alpha line, tailored for high-precision solar observation. Telescope Compatibility: Suitable for...

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SKU: .7QPE
Availability: In Stock Pre order Out of stock
Description

Daystar Filters Quantum Hydrogen Alpha 0.7Å… PE

  • Specialized Solar Filter: Features a 0.7Å PE Quantum Solar Filter for the Hydrogen Alpha line, tailored for high-precision solar observation.
  • Telescope Compatibility: Suitable for use with refractors, SCTs, and Maksutovs, enhancing its adaptability to various telescope models.
  • Comprehensive Package: Includes front and rear plates, power supply, instructions, and a hard case for a complete setup solution.
  • Optimal Performance Accessories: Requires an ERF or UV/IR cut filter, along with a Powermate barlow or stop-down mask to achieve the best performance at F/27-F/35 focal ratio (sold separately).
  • Easy-to-Use Design: The Quantum housing is straightforward to operate, with a plug-in system and an on-band indicator light for user convenience.
  • Accurate Wavelength Adjustment: Equipped with a live LCD readout for precise wavelength output (accurate to 0.1Å) and red/blue wing shift buttons for detailed Doppler studies.
  • Flexible Powering Options: Operates on 12VDC, making it suitable for field and battery use. Comes with a universal 100-240 power supply and international adapter plates.
  • Computer Control Feature: Includes a serial port for advanced computer control, enabling on-screen display of the filter readout.
  • PE Grade for Professional Research: Designed for professional research, requiring high precision homogeneity and consistent on-band transmittance.
  • Stringent Quality Assurance: Undergoes additional quality control processes, fabrication, and testing to meet professional standards.
  • Ideal for Advanced Solar Astronomy: Meets critical DayStar quality criteria, making it suitable for professional and some academic solar observation applications.