CD 650TR15B-08F FABULOUS
Compression Driver - Tweeter
Features
Optimized Driver Motor Structure Design
The motor structure design uses ferrite magnets that have been optimally simulated with FEMM and is equipped with a special motor structure design to deliver excellent response quality at high frequencies.
Wider Frequency Range with a Low-Distortion Motor System
A specially designed titanium dome enables the compression driver to produce a wider frequency range (1000 Hz – 20,000 Hz), supported by a specially designed motor system to reduce distortion in the compression driver.
Ideal for Compact 2-Way Systems & Multi-Driver Line Array Systems
The 2.55-inch (65 mm) voice coil design using pure aluminum wire with a 1.4-inch (35.6 mm) exit throat on the compression driver is highly suitable and ideal for compact 2-way systems and multi-driver line array systems, delivering superior sound quality.
Optimized Driver Motor Structure Design
The motor structure design uses ferrite magnets that have been optimally simulated with FEMM and is equipped with a special motor structure design to deliver excellent response quality at high frequencies.
Wider Frequency Range with a Low-Distortion Motor System
A specially designed titanium dome enables the compression driver to produce a wider frequency range (1000 Hz – 20,000 Hz), supported by a specially designed motor system to reduce distortion in the compression driver.
Ideal for Compact 2-Way Systems & Multi-Driver Line Array Systems
The 2.55-inch (65 mm) voice coil design using pure aluminum wire with a 1.4-inch (35.6 mm) exit throat on the compression driver is highly suitable and ideal for compact 2-way systems and multi-driver line array systems, delivering superior sound quality.
| Specifications | |
| Impedance | 8 Ω |
| Nominal Power Handling(1) | 70 W |
| Program Power(2) | 140 W |
| Frequency Response | 1000 - 20000 Hz |
| Sensitivity | 99 dB |
| Magnetic flux density | 1.47 T |
| Magnet Weight | 1.41 kg |
| Speaker Weight | 3.76 kg |
| Voice Coil Diameter | 65 mm |








