350W 3 Way Treble Bass Frequency Divider KTV Stage Professional Speaker Crossover for Home Stereo

350W 3 Way Treble Bass Frequency Divider KTV Stage Professional Speaker Crossover for Home Stereo Features: 1.HIFI High-Fidelity Audio: Featuring a meticulous design with 1 tweeter, 1 midrange, and 1 woofer, our audio speaker divider delivers crisp highs, natural vocals, and powerful bass ensuring an immersive and vibrant sound experience for music lovers. 2.Enhanced Sound Field & Quality: Built with imported professional audio components, this treble bass frequency divider reproduces detailed and authentic sound, bringing you closer to the true essence of music and a HIFI listening enjoyment. 3.High Temperature-Resistant Inductors: The KTV stage professional speaker crossover uses three high-temperature inductors, each fixed securely with double cable ties and special glue, preventing resonance and faithfully preserving musical integrity. 4.No-Solder Wiring Terminals: Designed for user convenience, the audio frequency divider adopts no-solder terminals, streamlining installation and eliminating the need for complicated welding, making your setup neat and efficient. 5. Imported Audio Capacitors: This audio speaker crossover includes audiophile-grade imported capacitors, each rigorously tested and selected for performance, ensuring every component meets strict quality standards for reliable sound.Specification: The old and new versions of the 3007B crossover will be shipped randomly. The only difference between the two versions is the color of the bottom plate (white or yellow), which does not affect performance and use. Thank you for your understanding! Filter characteristics: 1 high, 1 medium, 1 low Power: 350W Frequency crossover point: 900Hz, 3750Hz Impedance: 4-8 ohms Circuit: 12db/oct Size: 1209033 (mm) Net weight: 240g/piece Note: Due to different monitor settings and lighting conditions, the actual color of the item may vary slightly from the pictures. Thanks for your understanding! Please allow a 1-2 cm difference in measurements due to manual measuring.