The T+A Solitaire P-SE is an open-back planar magnetic headphone designed for detailed, controlled listening in dedicated headphone systems. It is intended for users who prioritise resolution, balance and comfort when listening at home.
Planar magnetic drivers are known for their low distortion and fast transient response, contributing to a clean and even presentation across the frequency range. The open-back design supports a spacious soundstage and natural listening experience.
This listing is for clearance units. Individual items may vary in condition, packaging or included accessories. Specific details for each unit are provided below.
Headphone Type
Over Ear (Circumaural), Open Back
Transducer Principle
Planar-magnetostatic
Impedance
45 ohms
Frequency Response
8 Hz - 45 kHz
Distortion
< 0,015% @ 100dB
Max Sound Pressure Level
> 130 dB
Connectivity
Wired transmission (3m), un-balanced 6.35 mm, balanced 4.4 mm Pentaconn or XLR-4-Pin
Material
Thermo plastic, steel, allergen-free synthetic leather and velour
The T+A Solitaire P-SE is an open-back planar magnetic headphone designed for detailed, controlled listening in dedicated headphone systems. It is intended for users who prioritise resolution, balance and comfort when listening at home.
Planar magnetic drivers are known for their low distortion and fast transient response, contributing to a clean and even presentation across the frequency range. The open-back design supports a spacious soundstage and natural listening experience.
This listing is for clearance units. Individual items may vary in condition, packaging or included accessories. Specific details for each unit are provided below.
Headphone Type
Over Ear (Circumaural), Open Back
Transducer Principle
Planar-magnetostatic
Impedance
45 ohms
Frequency Response
8 Hz - 45 kHz
Distortion
< 0,015% @ 100dB
Max Sound Pressure Level
> 130 dB
Connectivity
Wired transmission (3m), un-balanced 6.35 mm, balanced 4.4 mm Pentaconn or XLR-4-Pin
Material
Thermo plastic, steel, allergen-free synthetic leather and velour
