High-Frequency Compression Driver for Professional Audio Applications
The B&C DE250TN 1" high frequency compression driver is designed for professionals who demand high-quality sound reproduction in their audio systems. Its titanium diaphragm and optimized ceramic magnet assembly work together to provide smooth and accurate response, making it an ideal choice for 2-way and 3-way pro audio applications.
Exceptional Power Handling Capabilities
With a 120 watt continuous program power capacity, this compression driver can handle the demands of high-output loudspeakers. The 1.7" aluminum voice coil ensures excellent power handling capabilities, making it suitable for a wide range of audio applications.
Accurate Response and Low Distortion
The DE250TN boasts a frequency response of 1,000-18,000 Hz and handles crossover points as low as 1,500 Hz. Its low mass titanium diaphragm and optimized ceramic magnet assembly allow high sensitivity and low distortion up to 18 kHz, resulting in accurate sound reproduction.
Easy Installation and Maintenance
The DE250TN features a 1" bolt-on format (2-bolt/3-bolt) and comes with a replacement diaphragm available, making it easy to install and maintain. Its compact design and lightweight construction make it ideal for a variety of applications, including floor monitors, compact speakers, and larger high output loudspeakers.
Specifications and Features
The B&C DE250TN 1" compression driver has a power handling capacity of 60 watts RMS/120 watts program above the recommended crossover of 1.5 kHz/12 dB slope. It features an impedance of 8 ohms, a frequency response of 1,000-18,000 Hz, and a sensitivity of 106 dB 1W/1m. Its compact design measures 4.7" in diameter and 2.4" in depth, making it easy to integrate into any audio system.
Buy from a Trusted Brand
B&C Speakers is a renowned brand in the audio industry, known for its high-quality products and exceptional customer service. With the DE250TN 1" compression driver, you can trust that you're getting a premium product that will meet your audio needs.