IDAS LPS-P3 deepsky filter 2"
incl. 27% VAT
Including 27% VAT:
281.84 € (107 100 HUF)Net price (for non-EU customers):
221.92 € (84 331 HUF)Stock avalability
Delivery:
Please contact our colleagues before ordering: +36-1-202-5651Budapest shop:
Under procurement- 1 year warranty
- 2 years consumer warranty
Product code: idas-LPSP3-48
IDAS LPS-P3 deepsky filter 2"
More about the product
Latest version from IDAS improves upon the previous P2 and D1 filters.
Light pollution suppression (LPS) filters are designed to suppress the common emission lines generated by artificial lighting, yet allow the important nebula emission lines to pass, thus enhancing the contrast of astronomical objects, particularly emission nebulae (see filter plots).
Unlike other light pollution suppression filters, IDAS filters are specifically designed for balanced colour transmission using the IDAS unique Multi-Bandpass Technology (MBT) process. The balanced transmission allows colour photographs to be taken with minimal colour cast to broadband emission objects such as stars, galaxies and globular clusters.
IDAS LPS filters utilise the unique IDAS Ion Gun Assisted Deposition (IGAD) coating technology for superior coating durability (quartz hardness) and safer cleaning. IGAD coatings also improve temperature and humidity stability, reducing spectrum shifts down to +/-1nm from the +/-3 or 4nm shift of standard coatings.
CCD imaging can also benefit, because although CCD imagers can already shoot through light pollution to some extent, including an LPS filter to the setup gives an added (signal-to-noise) edge. The filter also blocks infrared so a separate IR blocking filter is not needed.
Note, however, that light pollution suppression filters are not a perfect substitute for dark skies.
FEATURES
- Updated version from the P2 and D1 filters from IDAS.
- Targets Mercury and high/low Sodium vapour lines.
- Stronger UV and NIR block up to 1200nm than previous filters.
- Improved colour balance for newer one-shot colour cameras.
- Higher and flatter transmission peaks with deeper optical density – enhancing image contrast and reducing internal reflections.
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