Small, low weight pre-amplifiers with high resolution. Low noise, low power and low input bias from 8 to 72 channels
QuickClip Headstage Pre-amplifiers magnetically self-align and connect to EIB for less stress on animal and researcher. Higher cycle count, lower profile.
Buffered 16 channel headstage with QuickClip® connectors and video tracking LED sockets
View PageBuffered 36 channel headstage with QuickClip® connectors and attached video tracking LEDs.
View PageBuffered 72 channel headstage with QuickClip® connectors and attached video tracking LEDs.
View PageLightweight and small size • Low input bias current op-amps • Precise unity gain improves Common Mode Rejection Ratio (CMRR) • Lower output impedance reduces noise susceptibility. Rugged and durable replaceable connector for damaged pins
Buffered 18 channel video tracking headstage with shielded Litz wire and Mill-Max 18 connector.
View PageBuffered 27 channel headstage with Mill-Max 36 connectors. Includes video tracking LED sockets.
View PageBuffered 27 channel headstage with Mill-Max 36 connector. Includes video tracking LED sockets.
View PageLightweight and small size • Low input bias current op-amps • Precise unity gain improves Common Mode Rejection Ratio (CMRR) • Lower output impedance reduces noise susceptibility
Buffered 16 channel headstage compatible with NeuroNexus 16 channel probes.
View PageBuffered 18 channel headstage with shielded Litz wire tether and Omnetics µDB37 connector.
View PageDigitize analog neural signals on the headstage. Reduce tether wire count, weight, size and cost. 30 KHz sampling rate / 16 bit resolution.
32 channel multiplexing (MUX) headstage for digitizing analog neural signals on the headstage. Includes an attached twisted pair digital tether and µDB25 connector, plus external wires for the FLED drive current signals.
View Page32 channel multiplexing (MUX) headstage for digitizing analog neural signals on the headstage. Includes an attached twisted pair digital tether with µDB25 connector, video tracking LED sockets, and external wires for the FLED drive current signals.
View Page64 channel multiplexing (MUX) headstage for digitizing analog neural signals on the headstage. Includes an attached twisted pair digital tether with µDB25 connector, and external wires for the FLED drive current signals.
View Page64 channel multiplexing (MUX) headstage for digitizing analog neural signals on the headstage. Includes an attached twisted pair digital tether with µDB25 connector, video tracking LED sockets, and external wires for the FLED drive current signals.
View Page16 channel multiplexing (MUX) headstage for digitizing analog neural signals on the headstage.
View Page16 channel multiplexing (MUX) headstage for digitizing analog neural signals on the headstage.
View Page32 channel multiplexing (MUX) headstage for digitizing analog neural signals on the headstage.
View Page32 channel multiplexing (MUX) headstage for digitizing analog neural signals on the headstage.
View Page32 channel multiplexing (MUX) headstage for digitizing analog neural signals on the headstage.
View Page32 channel multiplexing (MUX) headstage for digitizing analog neural signals on the headstage.
View Page64 channel multiplexing (MUX) headstage for digitizing analog neural signals on the headstage.
View Page64 channel multiplexing (MUX) headstage for digitizing analog neural signals on the headstage.
View Page64 channel multiplexing (MUX) headstage for digitizing analog neural signals on the headstage.
View Page64 channel multiplexing (MUX) headstage for digitizing analog neural signals on the headstage.
View PageHeadstage preamplifiers that connect to subject electrodes via touchproof connections.