DV XX-2A

Phono-cartridge

Incorporating Alnico magnets with low magnetic resistance into the magnetic circuit, the XX-2A ensures minimal fluctuation in magnetic force during record playback. Compared to mainstream high-energy rare-earth magnets, such as samarium cobalt and neodymium boron, Alnico magnets contribute to a high signal-to-noise ratio (S/N) and excellent transient response. Additionally, patented Flux Damping technology stabilises magnetic flux within the air gap, ensuring consistent performance akin to higher-tier models.

Crafted with stainless bolts securing the front and rear yokes along with the magnets, the XX-2A boasts a high-rigidity magnetic circuit. Skilled artisans meticulously adjust tightening torque during assembly, a process crucial for maintaining sound quality and ensuring optimal performance for each unit.

With an output voltage of 0.28 mV, the XX-2A conforms to the general level for MC cartridges, making it compatible with various amplifiers and transformers including the SUP-200. With a recommended load impedance of more than 30 ohms that ensures suitability for different load settings, including 47k ohms (phono stage input).

Featuring a compliance of 10 mm/N and weighing 8.9 g, the XX-2A cartridge is compatible with a wide range of tonearms, from light to medium mass. We recommend the use of a light weight headshell to optimise performance.

The XX-2A is equipped with a 6mm length solid boron cantilever, coupled with a PathFinder (PF) line contact stylus, creating a lightweight and rigid vibration system for enhanced playback accuracy.

• Type: low output moving coil cartridge with flux damper and alnico magnet
• Output voltage: 0.28 mV (at 1 KHz, 5 cm/sec.)
• Channel separation: 30 dB (at 1 KHz)
• Channel balance: 1.0 dB (at 1 KHz)
• Frequency response: 20 - 20,000 Hz（±1 dB）
• Compliance: 10 mm/N
• Tracking force: 1.8 - 2.2 g
• Impedance: 6 ohms
• Recommended load impedance: > 30 ohms
• Cantilever: 6 mm length solid boron
• Stylus tip: PF Line contact shape, stylus radius: 7 x 30 micron
• Weight: 8.9 g