Electrodes Connected to the Brain

Never place the stimulation electrodes so that it’s possible for stimulation current to pass through the subject’s heart. This can happen if electrodes are placed so that the leads “straddle” to the left and right sides of the subject’s body. Place the stimulation electrodes close together on the SAME (left or right) side of the subject’s body appendage. Only place stimulation electrodes so they are on the appendage of interest. For example, for left leg stimulation, only place stimulation electrodes on the left leg and on NO other location on the body. Do not power ON or OFF the STMISOL unit while

Never place the stimulation electrodes so that it’s possible for stimulation current to pass through the subject’s heart. This can happen if electrodes are placed so that the leads “straddle” to the left and right sides of the subject’s body. Place the stimulation electrodes close together on the SAME (left or right) side of the subject’s body appendage. Only place stimulation electrodes so they are on the appendage of interest. For example, for left leg stimulation, only place stimulation electrodes on the left leg and on NO other location on the body. Do not power ON or OFF the STMISOL unit while

Never place the stimulation electrodes so that it’s possible for stimulation current to pass through the subject’s heart. This can happen if electrodes are placed so that the leads “straddle” to the left and right sides of the subject’s body. Place the stimulation electrodes close together on the SAME (left or right) side of the subject’s body appendage. Only place stimulation electrodes so they are on the appendage of interest. For example, for left leg stimulation, only place stimulation electrodes on the left leg and on NO other location on the body. Do not power ON or OFF the STMISOL unit while

low with an external switch connected between the trigger input and ground. To externally trigger MP Unit acquisition, send a TTL signal to the External Trigger of the STP100C (TRIG). This line connects to the MP Unit External Trigger via optical isolation. To use an MP System line that is normally dedicated to an I/O input (lines 8-15) as an External Trigger drive, use a JUMP100 jumper wire to connect that line directly to External Trigger (EXT T) on the back of the UIM100C. Applications Amplifiers & Interfaces EEG Electroencephalography EMG Electromyography ERS: Evoked Response fNIR Functional

low with an external switch connected between the trigger input and ground. To externally trigger MP Unit acquisition, send a TTL signal to the External Trigger of the STP100C (TRIG). This line connects to the MP Unit External Trigger via optical isolation. To use an MP System line that is normally dedicated to an I/O input (lines 8-15) as an External Trigger drive, use a JUMP100 jumper wire to connect that line directly to External Trigger (EXT T) on the back of the UIM100C. Applications Amplifiers & Interfaces EEG Electroencephalography EMG Electromyography ERS: Evoked Response fNIR Functional

low with an external switch connected between the trigger input and ground. To externally trigger MP Unit acquisition, send a TTL signal to the External Trigger of the STP100C (TRIG). This line connects to the MP Unit External Trigger via optical isolation. To use an MP System line that is normally dedicated to an I/O input (lines 8-15) as an External Trigger drive, use a JUMP100 jumper wire to connect that line directly to External Trigger (EXT T) on the back of the UIM100C. Applications Amplifiers & Interfaces EEG Electroencephalography EMG Electromyography ERS: Evoked Response fNIR Functional

low with an external switch connected between the trigger input and ground. To externally trigger MP Unit acquisition, send a TTL signal to the External Trigger of the STP100C (TRIG). This line connects to the MP Unit External Trigger via optical isolation. To use an MP System line that is normally dedicated to an I/O input (lines 8-15) as an External Trigger drive, use a JUMP100 jumper wire to connect that line directly to External Trigger (EXT T) on the back of the UIM100C. Applications Amplifiers & Interfaces EEG Electroencephalography EMG Electromyography ERS: Evoked Response fNIR Functional

low with an external switch connected between the trigger input and ground. To externally trigger MP Unit acquisition, send a TTL signal to the External Trigger of the STP100C (TRIG). This line connects to the MP Unit External Trigger via optical isolation. To use an MP System line that is normally dedicated to an I/O input (lines 8-15) as an External Trigger drive, use a JUMP100 jumper wire to connect that line directly to External Trigger (EXT T) on the back of the UIM100C. Applications Amplifiers & Interfaces EEG Electroencephalography EMG Electromyography ERS: Evoked Response fNIR Functional

low with an external switch connected between the trigger input and ground. To externally trigger MP Unit acquisition, send a TTL signal to the External Trigger of the STP100C (TRIG). This line connects to the MP Unit External Trigger via optical isolation. To use an MP System line that is normally dedicated to an I/O input (lines 8-15) as an External Trigger drive, use a JUMP100 jumper wire to connect that line directly to External Trigger (EXT T) on the back of the UIM100C. Applications Amplifiers & Interfaces EEG Electroencephalography EMG Electromyography ERS: Evoked Response fNIR Functional

low with an external switch connected between the trigger input and ground. To externally trigger MP Unit acquisition, send a TTL signal to the External Trigger of the STP100C (TRIG). This line connects to the MP Unit External Trigger via optical isolation. To use an MP System line that is normally dedicated to an I/O input (lines 8-15) as an External Trigger drive, use a JUMP100 jumper wire to connect that line directly to External Trigger (EXT T) on the back of the UIM100C. Applications Amplifiers & Interfaces EEG Electroencephalography EMG Electromyography ERS: Evoked Response fNIR Functional