The PURIFI PTT1.3T04-HAG-10 is a high-performance 1.3" dome tweeter designed for audiophile and professional applications. With its advanced waveguide technology and low distortion characteristics, this tweeter offers exceptional sound clarity and an ultra-wide dispersion, making it ideal for high-fidelity speaker systems.
Highlights of the PURIFI PTT1.3T04-HAG-10
- 1.3" (33 mm) dome tweeter with a 147 mm waveguide for ultra-wide dispersion.
- Extremely low distortion with negligible force factor modulation and minimal surround radiation distortion.
- High sensitivity of 96 dB at 2.83 Vrms/1 m, offering powerful and clear sound reproduction.
- Advanced mechanical design with optimized excursion capabilities for low harmonic distortion.
Product details PURIFI PTT1.3T04-HAG-10
PURIFI PTT1.3T04-HAG-10 1.3" Dome Tweeter
The PURIFI PTT1.3T04-HAG-10 is engineered to provide outstanding performance in both professional and audiophile-grade speaker systems. Its 1.3" dome and 147 mm waveguide allow for precise control over sound dispersion, resulting in a smooth and extended high-frequency response. This tweeter is ideal for integrating with midrange or woofer drivers, especially in multi-way speaker systems where exceptional high-frequency clarity is required.
With a nominal impedance of 4 Ω and a resonance frequency of 680 Hz, the PTT1.3T04-HAG-10 delivers a clear and dynamic sound profile. Its 96 dB sensitivity at 2.83 Vrms/1 m ensures that it can handle high power levels while maintaining clarity and accuracy. The tweeter’s excursion is optimized for low distortion, with a safe mechanical excursion limit of ±0.5 mm and a linear Bl(x) performance within this range.
Built with an aluminum dome and an advanced waveguide design, the PTT1.3T04-HAG-10 minimizes distortion from magnetic hysteresis and other dynamic factors. The tweeter also features an innovative pressure equalization system to protect the dome during shipping and to reduce the risk of damage from woofer-induced pressures in multi-way speaker designs. Its wide dispersion characteristics and smooth frequency response make it an ideal choice for custom speaker builds and high-end audio applications.
Show more
Show less