Beyerdynamic DT 287 UNITE 80 OHMS

  • Additional information

Additional information

Specification

Headphone
Transducer principle:Headphone
Transducer principle : Headphone
Transducer principle : Dynamic
Operating principle : Closed
Transmission range : 10 – 30,000 Hz
Nominal impedance : 80 Ω or 250 Ω
Nominal sound pressure level at 1 kHz. . 100 dB
T.H.D : < 0.2%
Ambient noise insulation : approx. 16 dBA
Average pressure on ears : 4.5 N
Weight without cable : 240 g
Microphone : DT 297 PV
Transducer principle : Condenser
(back electret)
Transmission range : 40 – 20,000 Hz
Polar pattern : Cardioid
Output voltage at a distance of 5 cm : 5.5 mV
Nominal impedance : approx. 300 Ω
Nominal output impedance : > 1000 Ω
Open circuit voltage : 5 mV/Pa at f = 1 kHz
Max. SPL : 132 dB
S/N ratio : 62 dB
Current consumption : approx. 3.5 mA
Phantom supply : 12 – 48 V
Microphone : DT 297 V.11
Transducer principle : Condenser
(back electret)
Transmission range : 20 – 20,000 Hz
Polar pattern : Cardioid
Output voltage at a distance of 5 cm : 52 mV – 1.3 V, adjustable
Nominal impedance : approx. 300 Ω
Current consumption : 6 – 56 mA
Dimensions
Gooseneck length : 120 mm
Capsule diameter : 19 mm
Weight : 30 gDynamic
Operating principle : Closed
Transmission range : 10 – 30,000 Hz
Nominal impedance. . . . . . . . . . . . . . . . 80 Ω or 250 Ω
Nominal sound pressure level at 1 kHz. . 100 dB
T.H.D : < 0.2%
Ambient noise insulation : approx. 16 dBA
Average pressure on ears : 4.5 N
Weight without cable : 240 g
Microphone. DT 297 PV
Transducer principle : Condenser
(back electret)
Transmission range : 40 – 20,000 Hz
Polar pattern : Cardioid
Output voltage at a distance of 5 cm : 5.5 mV
Nominal impedance : approx. 300 Ω
Nominal output impedance : > 1000 Ω
Open circuit voltage : 5 mV/Pa at f = 1 kHz
Max. SPL : 132 dB
S/N ratio : 62 dB
Current consumption : approx. 3.5 mA
Phantom supply : . 12 – 48 V
Microphone : DT 297 V.11
Transducer principle : Condenser
(back electret)
Transmission range : 20 – 20,000 Hz
Polar pattern : Cardioid
Output voltage at a distance of 5 cm : 52 mV – 1.3 V, adjustable
Nominal impedance : approx. 300 Ω
Current consumption : 6 – 56 mA
Dimensions
Gooseneck length: : 120 mm
Capsule diameter: 19 mm
Weight : 30 g Dynamic
Operating principle : Closed
Transmission range : 10 – 30,000 Hz
Nominal impedance : 80 Ω or 250 Ω
Nominal sound pressure level at 1 kHz. . 100 dB
T.H.D : < 0.2%
Ambient noise insulation : approx. 16 dBA
Average pressure on ears : . 4.5 N
Weight without cable : 240 g
Microphone : DT 297 PV
Transducer principl : Condenser
(back electret)
Transmission range : 40 – 20,000 Hz
Polar pattern : Cardioid
Output voltage at a distance of 5 cm : 5.5 mV
Nominal impedance : approx. 300 Ω
Nominal output impedance : > 1000 Ω
Open circuit voltage : 5 mV/Pa at f = 1 kHz
Max. SPL : 132 dB
S/N ratio : 62 dB
Current consumption : approx. 3.5 mA
Phantom supply : 12 – 48 V
Microphone. : DT 297 V.11
Transducer principle : Condenser (back electret)
Transmission range : 20 – 20,000 Hz
Polar pattern : Cardioid
Output voltage at a distance of 5 cm : 52 mV – 1.3 V, adjustable
Nominal impedance : approx. 300 Ω
Current consumption : 6 – 56 mA
Dimensions
Gooseneck length: 120 mm
Capsule diameter:19 mm
Weight : 30 g

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