Van Den Hul Colibri XGW Master Signature Phono Cartridge
The Colibri XGW ‘Master Signature’ phono cartridge redefines audio fidelity through cutting-edge engineering and artisan craftsmanship. Its pau ferro wooden body enhances tonal balance by reducing vibrations, ensuring rich, resonant sound. Featuring a tailored output range of 0.30mV–1.1mV, it adapts to diverse systems and preferences. An added magnet amplifies resolution, capturing subtle nuances with pristine clarity across 5–65,000 Hz. Precision components, like the VDH - 1S stylus and a short cantilever, ensure unparalleled tracking and spatial realism. Custom-built with tunable compliance and optional personalisation, the Colibri XGW ‘Master Signature’ epitomises bespoke excellence and sonic artistry.
Specifications
Van Den Hul Colibri XGW Master Signature Phono Cartridge
Specification | Value |
---|---|
Model |
Colibri XGW ‘Master Signature |
Body type |
Pau ferro wooden body |
Standard output level |
0.60mV at 5.6cm/s |
Optional output levels |
Various levels from 0.30mV to 1.1mV |
Extra magnet |
Improves resolution capabilities and magnetic field |
Different body types |
-W (Wooden body), -P (Carbon plastic body), -M (Metal body), -A (Amber body) |
Stylus shape |
VDH - 1S |
Stylus radius |
2 x 85 Micron |
Frequency range |
5 - 65,000 Hz |
Tracking force range |
1.35-1.5g (13.5 - 15 mN) see (*3) |
Static compliance |
35 Micron/mN see extra info (*3) |
Dynamic compliance |
20 Micron/mN |
Tracking ability |
70 Micron |
Output voltage options |
A) 0.38 mV RMS, B) 0.30 mV RMS, C) 0.65 mV RMS |
Channel unbalance |
< 0.5 dB |
Channel separation |
> 35 / > 30 dB |
Stylus tip mass |
0.24 Milligram |
System weight |
See extra info (*4) |
Vertical tracking angle |
22 Degrees |
Load capacitance |
Non critical |
Load impedance |
20-47,000 Ohm - Advisable 50-600 Ohm, XC-Version: 20-47,000 Ohm - Advisable 20-600 Ohm, X-HO-Version: 20-47,000 Ohm - Advisable 50-600 Ohm |
Eff tone arm mass |
See extra info (*3) + (*4) + (*5) |
Moving coil resistance |
A) 36 Ohm +/- 10%, B) 21 Ohm +/- 10%, C) 96 Ohm +/- 10% |