labHSU – High-end dual-channel data acquisition module from the HEADlab family
labHSU is an extraordinarily flexible dual-channel data acquisition system in the format...
labHSU is an extraordinarily flexible dual-channel data acquisition system in the format of the HEADlab family. It can be operated as a frontend on a computer, as a module in a HEADlab system or as a stand-alone system by remote control via smartphone, tablet or the RC X remote control. labHSU offers connection facilities for artificial head measurement systems and other binaural measurement systems from HEAD acoustics as well as for condenser microphones and ICP® sensors. It also has a pulse input. The HEADlink+ interface allows HEADlab modules to be connected and additional labHSU to be cascaded.
Measurements can be performed completely independently in conjunction with the labPWR I.3 power box. The recording equalization of binaural sensors can be performed with digital, programmable filters directly on labHSU (in stand-alone mode). This dispenses with the need for equalization during post-processing, which makes operation very easy. The dual-ADC technology enables high-end audio quality and extremely high dynamics, improves user-friendliness due to the removal of the need for any measurement range switchover and massively reduces the risk of measurement errors due to overmodulation. The labHSU headphone output offers standard equalization for various headphone types from HEAD acoustics and thus enables aurally accurate monitoring of a recording directly on the device.
The USB connections offer wide-ranging expansions for storage media and easy operation of labHSU with a smartphone or tablet via Wi-Fi.
labHSU is an extraordinarily flexible dual-channel data acquisition system in the format of the HEADlab family. It can be operated as a frontend on a computer, as a module in a HEADlab system or as a stand-alone system by remote control via smartphone, tablet or the RC X remote control. ...
labHSU is an extraordinarily flexible dual-channel data acquisition system in the format of the HEADlab family. It can be operated as a frontend on a computer, as a module in a HEADlab system or as a stand-alone system by remote control via smartphone, tablet or the RC X remote control. labHSU offers connection facilities for artificial head measurement systems and other binaural measurement systems from HEAD acoustics as well as for condenser microphones and ICP® sensors. It also has a pulse input. The HEADlink+ interface allows HEADlab modules to be connected and additional labHSU to be cascaded.
Measurements can be performed completely independently in conjunction with the labPWR I.3 power box. The recording equalization of binaural sensors can be performed with digital, programmable filters directly on labHSU (in stand-alone mode). This dispenses with the need for equalization during post-processing, which makes operation very easy. The dual-ADC technology enables high-end audio quality and extremely high dynamics, improves user-friendliness due to the removal of the need for any measurement range switchover and massively reduces the risk of measurement errors due to overmodulation. The labHSU headphone output offers standard equalization for various headphone types from HEAD acoustics and thus enables aurally accurate monitoring of a recording directly on the device.
The USB connections offer wide-ranging expansions for storage media and easy operation of labHSU with a smartphone or tablet via Wi-Fi.
Highlights
- High-end dual-channel data acquisition module from the HEADlab family
- Equalization of binaural sensors and artificial head measurement systems with digital, programmable filters directly on the device
- Wide-ranging operating modes: Front end via USB/LAN; incorporation into a HEADlab system
- Stand-alone mode for mobile working without PC, TP SAR (Code 3710-01)
- Connection and management of an artificial head system
- Connection and equalization of headset microphones
- Storage capacity for several binaural recording systems (ID, FF, DF)
- Flexible power supply (power supply unit, labPWR I.3 power box (optionally connected to vehicle's onboard power supply) and via HEADlink)
- Maximum sampling rate of 204.8 kHz
- Extremely high dynamic range thanks to dual-ADC technology
- Timer-controlled activation possible, e.g. for measurements at scheduled intervals
- Integrated memory for audio recordings
- Supports condenser microphones with polarization voltage (+200 V, switchable by channel)
- Connectable 22 Hz high-pass filter
- Cable breakage and short-circuit detection for ICP® sensors
- Automatic system checking
- Galvanic isolation of inputs
Features
- Equalization of binaural sensors and artificial head measurement systems with digital, programmable filters directly on the device
- Three operating modes: Frontend via USB/LAN, incorporation into a HEADlab system and stand-alone mode for mobile working without PC (optional)
- Connection and management of an artificial head system
- Connection and equalization of headset microphones
- Storage capacity for the discrete equalization filter sets of several binaural recording systems – independent of direction, ID; free field, FF; diffuse field, DF – depending on the recording system
- Flexible power supply for many applications (galvanically isolated): Power supply unit, labPWR I.3 power box (optionally connected to vehicle's onboard power supply), via HEADlink via connected controller
- Maximum sampling rate of 204.8 kHz in frontend and stand-alone mode
- Extremely high dynamic range thanks to dual-ADC technology
- Auto-on function, together with labPWR I.3, allows the measurement system to be activated on a timer-controlled basis, e.g. for measurements at scheduled intervals
- Integrated memory for audio recordings (SAR 3710-01 toolkit)
- Supports condenser microphones with polarization voltage (+200 V, switchable by channel)
- Connectable 22 Hz high-pass filter
- Cable breakage and short-circuit detection for ICP® sensors
- Automatic system checking
- Galvanic isolation of the inputs from other modules of a HEADlab system and the PC interface
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