Specifications
Brand | Kicx |
Trade name | Sound Civilization X6 |
Type | crossover |
Manufacturer | China |
Warranty / Service | 12 months |
Price per | pcs |
Terms of payment
You can buy crossover Kicx Sound Civilization X6 in Kyiv and other cities (courier delivery around the city and Ukraine). Possible cashless payment, online payment by credit card Visa / MasterCard or payment for order upon receipt.
Authorized Dealer
Description crossover Kicx Sound Civilization X6
Kicx Sound Civilization X6 Passive Crossover – This is a three-lane model made of high-quality components in a compact open type case. It will minimize signal loss during sound reproduction, as well as help eliminate any extraneous noise. The model has reliable nickel-plated terminals for speaker cables having a diameter of up to 12 Ga. Separate inputs are also provided for low and mid frequencies and mid and high frequencies.
Great sound quality inside the car
Passive Crossovers – the main elements that allow you to combine individual acoustic speakers into a single balanced system that can provide very high quality and clear sound.
Due to the presence of separate inputs for the LF/MF and MF/HF links, you can connect the acoustics to different channels of the audio amplifier. This connection allows you to minimize the mutual influence of the bands on each other and significantly improves the quality of sound reproduction, allowing you to make the sound more rich and full, unleashing the full potential.
The design of the crossover is carefully chosen to take into account the features of all speakers connected to a common speaker system. However, its use allows you to freely adjust the parameters of the filters, that is, you can choose the optimal parameters taking into account the characteristics of a particular car and the acoustics installed in its cabin.
Technical features of this model:
- Allowable speaker impedance: 4 — 8 ohms (ohm).
- Crossover frequency:
- Midrange: 4kHz?10kHz @ 0dB + 3dB/Octave.
- Midbass: 4kHz @ + 6dB + 12dB/Octave.
- HF: 12kHz @ 0dB ? + 3dB ? -3dB + 12dB ? + 18 dB/Octave.