Voce II AVK 6A P II

Audison Voce II AVK 6A P II: Performance data and peak load analyzed

The Audison Voce II AVK 6A P II is one of the most flexible car hi-fi systems, impressively rated at 300 W for the woofer and 180 W for the tweeter. With a continuous power handling of 150 W, the woofer is ideally suited for all common automotive applications. These performance figures ensure dynamic sound experiences without the risk of overheating. What would happen if these values ​​were higher or lower? A higher peak power rating would pose risks when used with less powerful amplifiers, while a lower power rating would limit flexibility in the high-performance range. The Masori Lowest Price Guarantee allows you to always purchase this system at a reasonable price, often even lower than from other suppliers.

Audison woofer Voce II AVK 6A P II and its impedance of 4 Ohm

With an impedance of 4 ohms, the woofer in the Audison Voce II AVK 6A P II ensures it is immune to any capacitance loss in the cable. This impedance is particularly useful for maintaining a stable operating frequency, resulting in superior audio performance. A lower impedance would potentially place greater strain on the amplifier, while a higher impedance could reduce the overall output. Compared to other woofers on the market, Audison achieves a universally adaptable application with optimal impulse response and energy efficiency.

Woofer magnetic performance: High Density Flux Ferrite

The Audison woofer uses a magnet material called High Density Flux Ferrite, which, at 100 x 45 x 18 mm, is one of the most powerful configurations in the car hi-fi class. This material ensures optimal magnetic flux density, which improves coil excursion and provides additional dynamic headroom in the low frequency range. Higher magnet densities would dissipate heat, thus improving sound quality while minimizing distortion. The selection of this material, combined with Audison's precise design, makes the woofer a tremendously efficient component for powerful, clean bass.

The heart of the Audison Voce II AVK 6A P II: Voice coil diameter and cone material

With a 40 mm voice coil diameter and the robust semi-pressed paper cone material, the woofer achieves impressive dynamic highs and resonance absorption. The voice coil diameter is crucial for high-level performance, as a larger voice coil ensures better heat dissipation, which reduces feedback effects. Semi-pressed paper offers the perfect balance between weight and rigidity, resulting in clean and clear highs and lows. A smaller voice coil diameter would potentially reduce power handling and fidelity in the high-frequency range.

Adjusting the two-way crossover of the Audison loudspeaker system

The passive crossovers in the Audison Voce II AVK 6A P II create a harmonious sound with a 6 dB octave woofer adjustment and a 12 dB octave tweeter adjustment. Frequency-selective separation optimizes the performance of each speaker and increases efficiency and precision in the sound. Two-way crossovers, such as those used by Audison, increase versatility and allow for high-end listening experiences without compromise. Reducing the octave could lead to frequency overlap and thus to sonic chaos. Level adjustment of both channels also supports adaptability to your individual listening environment.

Tweeter frequency response of the Audison Voce II AVK 6A P II

The tweeters of the Audison Voce II AVK 6A P II cover a remarkable frequency spectrum from 1000 to 40,000 Hz, compatible with HiRes Audio JAS standards. Such a wide frequency range is crucial for extracting the finest audio details and ensuring the full range of the originally recorded music is heard. A narrower frequency response would be less beneficial, as many sonically relevant details would be lost. Compliant with IEC 60268-5 standards, consistent sound quality and faithful reproduction are guaranteed, while high-pass filtering at 1.8 kHz and 12 dB octave allows for further sonic fine-tuning.

Electrical quality of the woofer in the Audison explained in a child's play

The electrical Thiele-Small Parameters (TSP) of the Voce II AVK 6A P II woofer are tuned to ensure balanced bass reproduction. Values ​​such as Qms of 9 and Qes of 0.61 result in a total Qts of 0.57, suggesting high efficiency and control. This is especially important for clearly reproducing bass-intensive music around the resonant frequency point of 66 Hz without amplifying unwanted resonances. Lower Qts values ​​could potentially impair detail, while higher values ​​may result in a less natural bass sound.

Significantly improved performance through moving mass and linear compliance

The woofer unit's moving mass of 15.3 g and suspension compliance of 0.28 mm/N provide a powerful and responsive drive. These characteristics directly influence the woofer's sound quality and dynamic range. A low moving mass allows the cone to move quickly, conveying quickness and aggressiveness in the bass frequencies. Lower or higher compliance would have a significant impact on the frequency response and the achieved drama in the bass reproduction, which Audison has deliberately balanced.

Weight and dimensions: Well-thought-out design of the speaker system

The Audison Voce II AVK 6A P II features a detailed combination of woofer, tweeter, and crossover, with a total weight of 2.05 kg – optimized for minimal distortion and clear sound reproduction. Specific woofer dimensions, such as 165 mm for the outer body, ensure deeper integration within the vehicle. Weights of 1.6 kg for the woofer, 0.1 kg for the tweeter, and 0.35 kg for the crossover, are tuned for a balanced sound. A higher weight would complicate installation requirements in the car, while a lighter design could potentially compromise stability and sound fidelity.

Demanding magnetic flux continuity rated with Le: 0.3 mH

An inductance value Le of 0.3 mH within the Audison woofer supports highly concentrated magnetic flux permeability, significantly minimizing overhang at low frequencies. This value is suitable for smoothly managing current flow in the network topology, which plays a significant role in car hi-fi applications. Increasing or decreasing this value would make it difficult to maintain controlled bass repetition without compromising the sound texture, which Audison has significantly optimized.

Structural feature: Vas of 9.09 I explained

The equivalent volume (VaS) of 9.09 liters provides an evaluation of the woofer's air compression performance within a cabinet. A low VaS value, such as that achieved by Audison, enables more compact cabinet designs that can be integrated into vehicles in a space-saving manner. Compared to typical systems, which range from 15 to 30 liters, the focus was thus on flexibility and custom fit. Lower VaS values ​​lead to a deliberate calibration in the frequency range – for an ADN-optimized resonance environment and perfect harmony. Masori offers comprehensive support for any customization and installation. Take advantage of on-site installation in Frankfurt (Oder) , expert support, FAQs & Help , or the Audio Blog for further insights or professional installation services.