扬声器
| 低音炮 |
Y |
| 低音炮 寸法 |
12.4 " |
| 高频扬声器直径 |
2 " |
| Woofer diameter |
305 mm |
| Tweeter diameter |
51 mm |
| 扬声器数量 |
2 |
| 驱动程序数量 |
2 |
| 高频扬声器 |
Y |
| 放大器 |
Built-in |
音频
| 峰值音乐输出功率（PMPO） |
600 W |
| 交叉频率 |
2300 Hz |
| 频率范围 |
55 - 20000 Hz |
| 阻抗 |
20 Ω |
Titan 12 ACTIVE, 30.48 cm (12 ") 2-way Bi-Amplified, 55Hz-20kHz, 250W+50W RMS, Grey
Our unique EWG™ design is the result of intensive computer modeling of natural acoustic wave propagation. To provide more acoustically transparent high-frequency pattern control, hard edges, corners, and parallel surfaces were eliminated from the design while still enabling 90 x 60 degree high frequency coverage. The smoother, more "organic" shape of the EWG™ design reduces high frequency distortion and diffraction eliminating acoustic artifacts found in other horn design technologies. The result is smoother frequency response, greater driver efficiency, and improved vocal and instrument reproduction.
Titan™ 12 ACTIVE DESCRIPTIONS
Amplifier
The Titan™ 12 ACTIVE features a state-of-the-art Class D low frequency amplifier design. Class D amplifiers are known for their extended efficiency, low heat dissipation and light weight compared to other amplifier classifications. Class D technology allows for unparalleled audio quality in a lightweight, powered speaker system. High frequency power is provided by a high quality, low distortion and highly efficient Class A/B amplifier.
Mixer and Controls
The Titan™ 12 ACTIVE provides basic mixing functions with a variety of input options. Two inputs with separate level controls and a common equalization section allow for overall balance and tonal characteristic control. Easy interfacing to external mixers and processors provide for easy expansion to larger, more sophisticated systems.
Bass Response Optimizer
Designed for flexibility and ease of use, the Titan™ 12 ACTIVE also features a unique BASS RESPONSE OPTIMIZER, or "BRO™ circuit" that works like the "loudness" controls on vintage stereo systems. With the "BRO"™ circuit engaged, low frequency response increases as the overall volume is decreased providing for outstanding low frequency response at lower volume levels.
