6-channel voltage/microphone input module of the second HEADlab generation with HD wide range input (high dynamics) HEAD acoustics GmbH 1 Code 3754, Rev. 2, subject to change, last update: 05/25

Code 3754 Second-generation HEADlab input module › HEADlink 2.0 transmission protocol labM6 II is a second-generation HEADlab input module that, thanks to the HEADlink 2.0 transmission protocol, provides twice the sampling rate with the same number of channels compared to HEADlink 1.0. In conjunction with labCTRL II.1, the secondgeneration HEADlab controller, labM6 II delivers a maximum sampling rate of 204.8 kHz. Connection of up to six condenser microphones to use all channels either as HD wide-range inputs or conventionally with fixed measurement ranges from 30 mV to 30 V. Overload detection...

6-channel voltage/microphone input module of the second HEADlab generation with HD wide-range input (high dynamics) Hardware AccessoriesRequired (one of the controllers/frontends listed below) 3701 HEAD acoustics GmbH 3 Code 3754, Rev. 2, subject to change, last update: 05/25

> High-end 2-channel frontend /abHSU > Mobile 8-channel recording and playback system SQuadriga III > HEAD VISOR microphone array VMA V Power supply Data Acquisition Connecting Sensors Condenser microphones Head-shoulder units HSU III.2, HSU III.3 Binaural headset BHS II Voltage/ICP sensors HEAD acoustics GmbH 4 Code 3754, Rev. 2, subject to change, last update: 05/25

HEAD acoustics GmbH 5 Code 3754, Rev. 2, subject to change, last update: 05/25

HEAD acoustics GmbH 6 Code 3754, Rev. 2, subject to change, last update: 05/25

Valid for: Ambient temperature 23 °C, 73.4 °F (±3 °C, ±5.4 °F), operating time >1 h. Vibration excitation may cause deviations. There is no standardized calculation method for the term "dynamics". This is why the signal-to-noise ratio value (SNR or S/N) is stated for labM6 II. It is calculated based on the level of a sinusoidal tone with maximum modulation in relation to the full bandwidth noise floor level of the labM6 II module, measured over the entire relevant frequency range. In some literature, the term "dynamics" is used by analogy with the S/N value, however, this is often based on a...