Headphone Beyerdynamic DT 770 PRO 80 Ohm
Headphones from Beyerdynamic DT 770 PRO / 80 Ohm
Closed diffuse field studio headphone
Robust spring steel headband
Soft ear cushions
Gold plated stereo mini jack (3.5 mm) and 1/4" adapter (6.35 mm)
The DT 770 PRO is a closed dynamic headphone of exceptional quality suitable for the most demanding professional and audiophile applications. The long term comfort and accurate performance make the DT 770 PRO the perfect monitoring headphone for recording studios, post production or broadcasting situations.
The low mass coil and diaphragm assembly produce a transient performance equalled only by electrostatic earphones, and, in combination with a carefully tailored frequency response offer a natural and balanced sound.
Soft earpads and adjustable, sliding, earpieces together with a single sided connecting cable ensure listening comfort during extended periods of use.
The DT 770 PRO features 80 ohm drivers and a gold plated 3.5 mm stereo jack with 1/4" inch adapter, and is therefore suitable for use with almost all headphone amplifiers.
- Design: Closed, circumaural
- Driver: Dynamic
- Frequency range: 5 - 35.000 Hz
- Impedance: 80 Ohm
- Sensitivity: 96 dB
- Cable: 3 m one-sided straight
- Weight: 270 g
The professional Beyerdynamic DT headphones ensure an optimal sound experience with every application and situation. The Beyerdynamic DT headphone series is perfectly suited to a wide range of environments: the DT 770 PRO is an excellent choice for studio and stage applications. The DT 880 PRO is the perfect choice for reference listening, mastering and mixing The open headphone DT 990 PRO supports analytical listening. Already in the early 80's Beyerdynamic was a true milestone in the history of audio technology. At that time, the new DT headphone range opened up unprecedented possibilities with the models DT 770 PRO, DT 880 PRO and DT 990 PRO and earned appreciative glances from the specialist audience. To this day countless audio professionals worldwide appreciate the uncompromising quality of material, processing and sound.