The Peerless by Tymphany DFM-2535R00-08 is a 1" exit compression driver engineered for high-fidelity sound reproduction in professional audio systems. It features a 1.4" damped titanium diaphragm with a polyimide surround, delivering smooth and accurate high-frequency response from 1,500 Hz to 17,000 Hz. With a sensitivity of 107.8 dB and power handling of 30 watts RMS, this driver is suitable for 2-way and 3-way sound reinforcement systems, as well as high-efficiency home audio applications.
Highlights of the Peerless by Tymphany DFM-2535R00-08 Compression Driver
- 1.4" titanium diaphragm with polyimide surround for detailed yet non-fatiguing high-frequency response.
- 1" exit with standard 2 or 4-bolt mount for compatibility with various horn designs.
- Smooth frequency response from 1,500 Hz to 17,000 Hz, allowing for low crossover points.
- High sensitivity of 107.8 dB ensures high output with minimal input power.
Product details Peerless by Tymphany DFM-2535R00-08 Compression Driver
Peerless by Tymphany DFM-2535R00-08 1" Compression Horn Driver
The DFM-2535R00-08 is Peerless by Tymphany's inaugural compression driver, designed to deliver exceptionally smooth and accurate high-frequency reproduction. The 1.4" titanium diaphragm is treated with a proprietary coating, enhancing detail while minimizing listening fatigue. The polyimide surround adds durability and additional damping, contributing to the natural sound quality of the driver.
With a 1" exit and standard 2 or 4-bolt mounting configuration, the DFM-2535R00-08 is compatible with a wide range of horn designs, offering flexibility in system integration. Its smooth frequency response from 1,500 Hz to 17,000 Hz allows for low crossover points, making it suitable for various applications, including professional sound reinforcement and high-efficiency home audio systems.
The driver boasts a high sensitivity of 107.8 dB, providing substantial output with minimal input power. It is rated for 30 watts RMS power handling, with a recommended crossover frequency of 1,500 Hz at 12 dB/octave. The robust construction and materials are designed to withstand environmental factors such as heat, vibration, and aging, ensuring stable performance over time.
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