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Audio technica AT-XP3/H Rechtstreeks Van De Fabrikant

Oorspronkelijke prijs was: € 96,00.Huidige prijs is: € 48,00.

Artikelnummer: SK0022072-NL20260304-092930 Categorie: Tag:

Beschrijving

The At-xp3/h, is a Mobile Dual Magnet Stereo Cell with HS6BK Cell Holder.AT-XP3/HMobile Dual Magnet Stereo Cell with Cell HolderThe XP Series cells provide high quality sound for DJs using vinyl discs. Offering all the features of a DJ cell, combined with Hi-Fi sound, the XP series is ideal for DJs who want to focus on sound quality.Audiophile DJ cell equipped with a conical reading tipVM Dual Magnet constructionRigid and reliable design for high quality DJ playbackCantilever made of carbon fibre reinforced ABS and suspension of the links to ensure precise supportCompatible with ATN-XP5 and ATN-XP7 read peaksAvailable configurations: cell (AT-XP3), read tip (ATN-XP3) and combined cell mounted on the AT-HS6BK cell holder (AT-XP3/H).VM95 Series compatibility with AT-XP Series DJ cellsThe XP Series electromagnetic generator is fully compatible with all replacement VM95 Series read peaks, but will provide a higher output voltage than VM95 Series cells. Thus, the adaptation is optimized for the phono inputs of professional DJ consoles with less gain than Hi-Fi devices.The VM95 Series electromagnetic generator is also compatible with the three replacement read peaks of the XP Series DJ cells, however, the VM95 Series electromagnetic generator will provide a lower output voltage than the XP Series cell to ensure better compatibility with the phono inputs of Hi-Fi equipment.Note that the recommended support force when using XP series read peaks is 3g, compared to 2g for VM95 series read peaks.The suspension design and compliance of the XP series read-only tips have been adapted for DJ use, with manual front and rear locating capability. Note: its use is not adapted to intensive scratching due to the Dual Magnet VM architecture.The VM95 series suspensions and their compliance characteristics have been designed to provide optimal audiophile reproduction.