
SKU
beyerdynamic DT 250 Closed-Back Studio and Broadcast Headphones - 250 Ohm
Product Description
The beyerdynamic DT 250, featuring an efficient neodymium magnet system, has a very high reproduction precision and a balanced sound. The wide transmission range between 10 - 30,000 Hz is another important feature. The DT 250 comes with 80 Ω or 250 Ω systems.
The soft circumaural earcups offer a high wearing comfort and excellent ambient noise insulation. The padded headband is fully adjustable and can be adapted to each head size. The connecting cables to the earcups run safely in the headband.
The main connecting cable is single-sided, plug-in type with a golden combi 1/4"/mini jack plug. All parts are easy to replace. The DT 252 is the single-sided version of the DT 250. This head-phone is recommended for all broadcasting and theatre applications where the ambient contact is essential.
Features
- Closed headphone
- Good ambient noise attenuation
- Neodymium magnet system for perfect reproduction
- Soft, circumaural ear pads
- Single-sided plug-in type connecting cable
- Limiter (optional)
- DT 252 as single-sided version
Specifications
- Transducer type: Dynamic
- Operating principle: Closed
- Transmission range: 10 - 30,000 Hz
- Nominal impedance. 80 Ω
- Nominal sound pressure level at 1 kHz: 100 dB SPL at
- 1 mW = 0.28 V to
- 80 Ω
- T.H.D: < 0.2%
- Nominal power rating: 100 mW = 118 dB
- = 2.8 V to 80 Ω
- Sound coupling to the ear: Circumaural
- Ambient noise insulation approx. 16 dBA
- Average pressure on ears 4.5 N
- Weight without cable: 240 g (DT 250)
- 170 g (DT 252)
- Cable length 3 m
Product Specifications
Condition | New |
---|---|
Package Contents | Detachable single-sided cable |
Input Connectors | 1/4-inch TRS |
Impedance | 250 Ohms |
Frequency Range | 10 Hz - 30 kHz |
Max. SPL | 100 dB |
Headphone Style | Closed |
Product Documents
Please fill out the form below and a Vintage King Audio Consultant will contact you with a ship date for the beyerdynamic DT 250 Closed-Back Studio and Broadcast Headphones - 250 Ohm.