|
Neumann TLM 103
D Digital Studio Microphone |
|
Product Code:
TLM103D
|
|
For many years the
analog version of the TLM 103 D has played an important role for ambitious home
recording and project studios. This microphone has made the Neumann sound
available to a broad spectrum of demanding audio engineers and musicians. The
TLM 103 D provides all of the sound features of its analog counterpart, in
addition to the advantages of digital circuit technology described above. |
� Large
diaphragm cardioid microphone
� Pressure gradient transducer with with one-diaphragm capsule
� Includes swivel mount
� The legendary Neumann sound in the digital realm.
� Pure Neumann capsule sound.
� The satisfaction of recording the uncolored original, with no "bottlenecks"
between the capsule and the recording system.
� The guarantee of having one of the best A/D converters available.
� Anti-clipping processing ensures handling safety, and reduces stress.
� Reduced time requirements and personnel costs, particularly due to faster post
production processing.
� Lower investment costs, since separate A/D converters and preamps are no
longer needed. This also means space and weight savings (e.g. in the OB van). |
| Acoustical operating
principle |
Pressure gradient transducer |
| Directional pattern |
Cardioid |
| Frequency range |
20 Hz ... 20 kHz |
| Free-field sensitivity |
�39 dBFS |
| Equivalent noise level, CCIR |
17.5 dB |
| Equivalent noise level,
A-weighted |
7 dB-A |
| Signal-to-noise ratio, CCIR |
76.5 dB |
| Signal-to-noise ratio, A-weighted |
87 dB |
|
Maximum SPL at 0 dBFS |
134 dBSPL |
| Dynamic range, A-weighted |
127 dB |
| Latency |
44,1/48 kHz: 52 samples
88,2/96 kHz: 61 samples
176,4/192 kHz: 121 samples (AES 3) |
| Preset |
- Sampling rate: 48 kHz
- Gain: 10 dB (variable with DMI-2)
- Compressor on, Attack time 100 ms, Release time 0.5 s,
Threshold �10 dBFS, Ratio 2:1 |
| Supply voltage |
+6 V to +10.5 V |
| Current consumption |
max. 150 mA |
| Weight |
approx. 460 g |
| Diameter |
60 mm |
| Length |
132 mm |
|
|
|
|
|
|
| |
|
|
