Car Tweeter Horn Tweeter with Sensitivity Output, Wide Dispersion, Clear Frequency Response Design

This dual piezoelectric horn tweeter delivers clear, detailed frequencies and broad dispersion for reliable performance in professional and hobby audio systems. Built with ceramic drivers and a wide dispersion horn design, it is optimized to reproduce frequencies from 3 KHz to 20 KHz with 98 dB sensitivity and handling up to 75 or 150 W peak power. Key benefits Wide coverage: Twin horn design spreads frequencies evenly across a room or venue, reducing hotspots and improving audience coverage without excessive volume. Accurate frequency response: Piezoelectric ceramic drivers provide smooth, consistent output across the working range of 3 KHz to 20 KHz for natural instrument and vocal detail. Upgrade and replacement ready: Designed as a direct replacement for many speaker tweeter applications, making it easy to upgrade monitors, PA cabinets, or car audio systems. Versatile professional use: Suitable for DJs, live sound, studio monitoring, fixed installations, karaoke, and musical instrument reinforcement. Features at a glance Driver type: Piezoelectric horn tweeter with ceramic driver Frequency response: 3 KHz to 20 KHz Sensitivity: 98 dB Power handling: 75 W nominal, 150 W maximum Impedance: 4 to 8 ohm compatible Material: Plastic housing with durable horn Size: 160 x 94 x 103 mm Minimum mounting opening: 124 x 54 mm Typical use scenarios Club or DJ setup: worn tweeters in active or passive PA speakers to restore end clarity and improve audience coverage during live sets. Fixed installation or venue audio: Use in ceiling or wallmounted speaker arrays and fixed PA systems where wide dispersion and consistent HF response are needed across a seating area. Training and wildlife applications: Compatible with dispersed tweeter arrangements and bird song teaching devices where clear, directional frequency output is required. What is in the box 2 x Horn tweeter This tweeter is a practical choice when you need dependable frequency reproduction, wide dispersion, and straightforward compatibility with common speaker systems.