Signal generator for µPA16 and Wireless-headstages: Can be placed on µPA16 preamplifier, W4-headstage, W8-headstage, and W16-headstage. Simulates 12 different types of sine curves and biological signals.
16-channel signal divider: Can be placed between a filter amplifier (FA or PGA) and MC_Card. Permits to select any channel and does not interfere with the data acquisition. For example for connecting an oscilloscope or other devices to single channels.
32-channel signal divider: Can be placed between a filter amplifier (FA or PGA) and MC_Card. Permits to select any channel and does not interfere with the data acquisition. For example for connecting an oscilloscope or other devices to single channels.
64-channel signal divider: Can be placed between a filter amplifier (FA or PGA) and MC_Card. Permits to select any channel and does not interfere with the data acquisition. For example for connecting an oscilloscope or other devices to single channels.
64-channel signal grounding unit: For silencing defective electrodes. Single channels can be switched off with small toggle switches. Inputs not in use are grounded.
Signal collector for connecting up to 2 MPA32I: The 2 x 32 input channels are collected and can be connected to the following filter amplifier (FA or PGA) via a 68-pin MCS standard cable. Including a 0.08 Hz high pass filter for removing DC offsets.
Signal collector for connecting up to 8 MPA8I: The 8 x 8 input channels are collected and can be connected to the following filter amplifier (FA or PGA) via a 68-pin MCS standard cable. Including a 0.08 Hz high pass filter for removing DC offsets.
Signal collector for connecting up to 8 MPA8I: The 8 x 8 input channels are collected and can be connected to the following filter amplifier (FA or PGA) via a 68-pin MCS standard cable. Including a 0.08 Hz high pass filter for removing DC offsets, and a blanking circuit for stimulus artifact suppression (blanking).
Signal collector for connecting up to 4 µPA16 or 2 µPA32: The 4 x 16 / 2 x 32 input channels are collected and can be connected to the following filter amplifier (FA or PGA) via a 68-pin MCS standard cable. Including a 0.08 Hz high pass filter for removing DC offsets.
With the NeuroNexus probe rod mount you can fix probes from NeuroNexus Technologies or FlexMEAs from MCS (connected to MCS miniature preamplifiers) on the holding and positioning unit (HPU) from MCS or a manipulator from Scientifica Ltd.
