Electrically isolated, high-performance differential biological amplifiers optimized for the measurement of a variety of biological signals such as ECG, EMG and EEG.
ADInstruments Bridge Amps are single-channel or multi-channel, non-isolated bridge amplifiers designed to allow the PowerLab to connect to most DC bridge transducers.
A low-cost signal conditioner designed to work with bridge-type transducers and PowerLab data acquisition systems.
For use with T-type thermocouples in the determination of cardiac output using the thermodilution technique.
The EOG Pod utilizes the steady corneal-retinal potential in the detection of eye movement and position.
A fully isolated Galvanic Skin Response amplifier with low voltage, 75 Hz AC excitation and automatic zeroing.
The Light Meter Pod is supplied with the Light Meter Probe and is used for monitoring light intensity (200 lux - 200 klux).
The Neuro Amp EX is a low noise and high gain device which makes it suitable for all recording environments requiring a wide bandpass (100 Hz to 5 kHz) and a high signal to noise ratio.
Oximeter Pods are used for the non-invasive measurement of blood oxygen saturation (SpO2). Oximeter Pods plug directly into a PowerLab Pod Port or a Pod Expander.
The pH Amp is a dual front-end suitable for use with pH, ion-selective and potentiometric redox electrodes.
The pH Pod is a high input impedance amplifier suitable for connection to combination pH or Redox electrodes. The pH Pod is suitable for monitoring pH or other potentiometric signals.
The Pod Expander is a front-end designed to provide Pod support on MacLab and PowerLab models that do not have built-in Pod connections. It provides 4 Pod inputs and is compatible with all Pod models.
The Spirometer is a precision differential pressure transducer for measurements of respiration flow rates.
The Spirometer Pod measures respiratory flow rates in humans in conjunction with an appropriate respiratory flow head and PowerLab.
Software-controlled, constant-current stimulators. Two options allow for use in vitro with isolated samples, or in vivo for human nerve and muscle stimulation studies.