Descripción
Sennheiser MEB 104
Wired table boundary microphone with half-cardioid pickup pattern. Thanks to its sturdy housing and high-quality microphone capsule, the MEB 114 guarantees optimum speech intelligibility. The MEB 114 has won the iF Produkt Design Award for its modern design. The model is available in black and white color
The robust MEB 114 boundary microphone is an upgrade to any conference system. In its -S version it also has a programmable microphone button (PTT, PTM, activate / deactivate, activate permanently) and a two-color LED ring for status indication. A camera or control media system can be activated via the TTL logic output on the bottom side. Thanks to its robust housing and high-quality microphone capsule, the MEB 114 ensures the best speech intelligibility.
ARCHITECTURE SPECIFICATION
The microphone shall be a boundary-mounted pre-polarized condenser microphone designed for fixed installation in conferencing applications. Your microphone capsule omnidirectional shall be optimized for intelligibility of the voice. The microphone capsule shall be protected by a robust sound input basket. The answer of frequency will be 40 Hz – 20,000 Hz and the sensitivity will be of 16mV/Pa. The nominal impedance at 1 kHz will be 200 Ω. The equivalent noise level will be 21 dB(A) or 31 dB weighted per CCIR 468-3. dynamic range will be 104 dB(A). The maximum SPL will be 125 dB. The microphone will offer an XLR-3 connector and an M20 thread. The microphone will operate on 24V phantom power. The current consumption will be 3 mA. its dimensions they will be 28.5 mm in diameter and 83 mm in total height. The installation height will be 12 mm. The weight will be 58 grams. The operating temperature will be in the range from 0 °C to +40 °C. The microphone will be the MEB 102 of Sennheiser. Sennheiser’s MEB 102 microphone also will be available as variant (-L) with a connector XLR-5 and a bi-color LED ring to indicate status. He current consumption of the -L version will be 6 mA. He TLL voltage for LED activation will be at the high level.
