Biopotential signals (single or multi-lead) coming from external electrodes are acquired through peripheral devices called PODs, which are connected to the easyDAC.
Data transfer to the computer is done via an USB .
Outcomes
ECG
EEG
EMG
Digital telemetry
Signals coming from easyTEL+ implants are acquired through peripheral devices called PODs, which are connected to the easyDAC.
Data transfer to the computer is done via an USB .
Outcomes
ECG, EEG, EMG, EOG
Blood pressure
Temperature
Activity
vivoFlow
In unrestrained whole body plethysmography (WBP), the spontaneously breathing subject moves freely within a small, closed plethysmograph chamber. Changes in pressure within the chamber along with the flow in and out of the box are measured using pressure transducers and pneumotachographs.
Temperature and humidity can also be recorded to compensate thermodynamic effects in the chamber.
Directly connected to the easyDAC, the vivoFlow acts as a POD. Data transfer to the computer is done via an USB .
Outcomes
Breathing frequency (f) and duration,
Estimates of tidal volume (TV)
Minute ventilation (MV)
Enhanced pause (Penh): dimensionless quantity
Cough detection
Pre-amplified analog signal
The easyDAC device is used as an interface between a pre-amplified transducer and the acquisition computer. It provides high resolution analog-to-digital conversion and transfers data to the computer via USB.
Strain-gauge signal
The easyDAC device, can power strain gauge transducer, then amplifiy and digitize its signal and transfer the data to the computer via USB.
Outcomes
Force
Blood Pressure
etc.
External triggering & control
The easyDAC is used as an interface between any device sending or receiving TTL signals and the acquisition computer running IOX2 acquisition software. It is plugged to the computer with a simple USB .
Up to 8 TTL signals can be sent/received by the easyDAC, through the DB9 port connector.
TTL signals, meaning “Transistor-Transistor logic”, have 2 logic levels: low and high, corresponding to 0 and 5 V. Level changes (rising or falling edges) can be used to trigger actions in IOX software (starting/stopping recording of analog signals and calculated data, starting/stopping video , adding marks) or to control external devices.
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