XTENIK CATALOG

Violectric DHA V590² PRO

Headphone amplifier

Specifications below are limited to verified records in the XTENIK catalog. Technical Match is a deterministic calculation from verified manufacturer data—not an AI guess or subjective opinion.

TECHNICAL MATCH AVAILABLE8 published specifications

Use in Technical Match Manufacturer specification ↗

PUBLISHED SPECIFICATIONS

Facts used for transparent matching.

output power: 2000 mW per channel at 16 Ω · 4.4 mm / 4-pin XLR headphone output. Original DHA V590² specifications: balanced operation, both channels driven, 1kHz THD+N<0.1%, pre-gain0dB.
output power: 4700 mW per channel at 32 Ω · 4.4 mm / 4-pin XLR headphone output. Original DHA V590² specifications: balanced operation, both channels driven, 1kHz THD+N<0.1%, pre-gain0dB.
output power: 6400 mW per channel at 50 Ω · 4.4 mm / 4-pin XLR headphone output. Original DHA V590² specifications: balanced operation, both channels driven, 1kHz THD+N<0.1%, pre-gain0dB.
output power: 4300 mW per channel at 100 Ω · 4.4 mm / 4-pin XLR headphone output. Original DHA V590² specifications: balanced operation, both channels driven, 1kHz THD+N<0.1%, pre-gain0dB.
output power: 1450 mW per channel at 300 Ω · 4.4 mm / 4-pin XLR headphone output. Original DHA V590² specifications: balanced operation, both channels driven, 1kHz THD+N<0.1%, pre-gain0dB.
output power: 740 mW per channel at 600 Ω · 4.4 mm / 4-pin XLR headphone output. Original DHA V590² specifications: balanced operation, both channels driven, 1kHz THD+N<0.1%, pre-gain0dB.
max output voltage: 21.1 Vrms · 4.4 mm / 4-pin XLR headphone output. Original DHA V590² specifications: balanced operation, both channels driven, 1kHz THD+N<0.1%, pre-gain0dB.
output impedance: 0.3 Ω · 4.4 mm / 4-pin XLR headphone output. Original DHA V590² specifications: balanced operation, both channels driven, 1kHz THD+N<0.1%, pre-gain0dB.

Only verified specifications are shown here. Bounds and derived values retain their provenance in the calculation workflow. Use Technical Match to test this product with another device or output.