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magstim electrical geodesics  (Welcony)
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A. The Transcranial <t>Electrical</t> Stimulation with Temporal Interference (TES­ T!) system comprised the Temporal Interference Brain Stimulator for Research (TIBS-R) with components including the Intelligent Current Source (JCS), electrode connector box (ECB), and high-pass filter (HPF). Current was delivered through two pairs of stimulating electrodes (four electrodes total) embedded in the hd-EEG net. All other hd-EEG recording channels (252) passed through a low-pass filter (LPF) before reaching the recording amplifier. The dual HPF and LPF system allowed for simultaneous TES-TI and hd-EEG recording. Trigger (TRIG) outputs from the TIBS-R allowed for identification of when stimulation occurred. B . TES 15kHz -TI 1Hz consisted of one pair of electrodes delivering high frequency alternating current (E 1 : 15,000 Hz) and the other pair delivering high frequency alternating current with an offset (E 2 : 15,0001 Hz) to create amplitude modulation at the difference frequency (1 Hz) deep in the brain. C . Simulated temporal interference electric field in grey matter for an individual participant. Maximum electric field values occurred in deep, left ventromedial prefrontal cortical regions with values exceeding 0.7 V/m. D . (Top) A single stimulation protocol with three-minute periods before (PRE), during (STIM), and after (POST) stimulation. Three channels of example EEG data during ten seconds within each three-minute period shown. (Bottom) Representative example of the set of stimulations during NREM sleep, with ten stimulations occurring within the first hours after sleep onset.
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A. The Transcranial <t>Electrical</t> Stimulation with Temporal Interference (TES­ T!) system comprised the Temporal Interference Brain Stimulator for Research (TIBS-R) with components including the Intelligent Current Source (JCS), electrode connector box (ECB), and high-pass filter (HPF). Current was delivered through two pairs of stimulating electrodes (four electrodes total) embedded in the hd-EEG net. All other hd-EEG recording channels (252) passed through a low-pass filter (LPF) before reaching the recording amplifier. The dual HPF and LPF system allowed for simultaneous TES-TI and hd-EEG recording. Trigger (TRIG) outputs from the TIBS-R allowed for identification of when stimulation occurred. B . TES 15kHz -TI 1Hz consisted of one pair of electrodes delivering high frequency alternating current (E 1 : 15,000 Hz) and the other pair delivering high frequency alternating current with an offset (E 2 : 15,0001 Hz) to create amplitude modulation at the difference frequency (1 Hz) deep in the brain. C . Simulated temporal interference electric field in grey matter for an individual participant. Maximum electric field values occurred in deep, left ventromedial prefrontal cortical regions with values exceeding 0.7 V/m. D . (Top) A single stimulation protocol with three-minute periods before (PRE), during (STIM), and after (POST) stimulation. Three channels of example EEG data during ten seconds within each three-minute period shown. (Bottom) Representative example of the set of stimulations during NREM sleep, with ten stimulations occurring within the first hours after sleep onset.
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A. The Transcranial <t>Electrical</t> Stimulation with Temporal Interference (TES­ T!) system comprised the Temporal Interference Brain Stimulator for Research (TIBS-R) with components including the Intelligent Current Source (JCS), electrode connector box (ECB), and high-pass filter (HPF). Current was delivered through two pairs of stimulating electrodes (four electrodes total) embedded in the hd-EEG net. All other hd-EEG recording channels (252) passed through a low-pass filter (LPF) before reaching the recording amplifier. The dual HPF and LPF system allowed for simultaneous TES-TI and hd-EEG recording. Trigger (TRIG) outputs from the TIBS-R allowed for identification of when stimulation occurred. B . TES 15kHz -TI 1Hz consisted of one pair of electrodes delivering high frequency alternating current (E 1 : 15,000 Hz) and the other pair delivering high frequency alternating current with an offset (E 2 : 15,0001 Hz) to create amplitude modulation at the difference frequency (1 Hz) deep in the brain. C . Simulated temporal interference electric field in grey matter for an individual participant. Maximum electric field values occurred in deep, left ventromedial prefrontal cortical regions with values exceeding 0.7 V/m. D . (Top) A single stimulation protocol with three-minute periods before (PRE), during (STIM), and after (POST) stimulation. Three channels of example EEG data during ten seconds within each three-minute period shown. (Bottom) Representative example of the set of stimulations during NREM sleep, with ten stimulations occurring within the first hours after sleep onset.
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A. The Transcranial <t>Electrical</t> Stimulation with Temporal Interference (TES­ T!) system comprised the Temporal Interference Brain Stimulator for Research (TIBS-R) with components including the Intelligent Current Source (JCS), electrode connector box (ECB), and high-pass filter (HPF). Current was delivered through two pairs of stimulating electrodes (four electrodes total) embedded in the hd-EEG net. All other hd-EEG recording channels (252) passed through a low-pass filter (LPF) before reaching the recording amplifier. The dual HPF and LPF system allowed for simultaneous TES-TI and hd-EEG recording. Trigger (TRIG) outputs from the TIBS-R allowed for identification of when stimulation occurred. B . TES 15kHz -TI 1Hz consisted of one pair of electrodes delivering high frequency alternating current (E 1 : 15,000 Hz) and the other pair delivering high frequency alternating current with an offset (E 2 : 15,0001 Hz) to create amplitude modulation at the difference frequency (1 Hz) deep in the brain. C . Simulated temporal interference electric field in grey matter for an individual participant. Maximum electric field values occurred in deep, left ventromedial prefrontal cortical regions with values exceeding 0.7 V/m. D . (Top) A single stimulation protocol with three-minute periods before (PRE), during (STIM), and after (POST) stimulation. Three channels of example EEG data during ten seconds within each three-minute period shown. (Bottom) Representative example of the set of stimulations during NREM sleep, with ten stimulations occurring within the first hours after sleep onset.
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transcranial electrical stimulation device  (Soterix Medical)
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A. The Transcranial <t>Electrical</t> Stimulation with Temporal Interference (TES­ T!) system comprised the Temporal Interference Brain Stimulator for Research (TIBS-R) with components including the Intelligent Current Source (JCS), electrode connector box (ECB), and high-pass filter (HPF). Current was delivered through two pairs of stimulating electrodes (four electrodes total) embedded in the hd-EEG net. All other hd-EEG recording channels (252) passed through a low-pass filter (LPF) before reaching the recording amplifier. The dual HPF and LPF system allowed for simultaneous TES-TI and hd-EEG recording. Trigger (TRIG) outputs from the TIBS-R allowed for identification of when stimulation occurred. B . TES 15kHz -TI 1Hz consisted of one pair of electrodes delivering high frequency alternating current (E 1 : 15,000 Hz) and the other pair delivering high frequency alternating current with an offset (E 2 : 15,0001 Hz) to create amplitude modulation at the difference frequency (1 Hz) deep in the brain. C . Simulated temporal interference electric field in grey matter for an individual participant. Maximum electric field values occurred in deep, left ventromedial prefrontal cortical regions with values exceeding 0.7 V/m. D . (Top) A single stimulation protocol with three-minute periods before (PRE), during (STIM), and after (POST) stimulation. Three channels of example EEG data during ten seconds within each three-minute period shown. (Bottom) Representative example of the set of stimulations during NREM sleep, with ten stimulations occurring within the first hours after sleep onset.
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high definition transcranial electrical stimulation a 4 × 1 configuration  (Soterix Medical)
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A. The Transcranial <t>Electrical</t> Stimulation with Temporal Interference (TES­ T!) system comprised the Temporal Interference Brain Stimulator for Research (TIBS-R) with components including the Intelligent Current Source (JCS), electrode connector box (ECB), and high-pass filter (HPF). Current was delivered through two pairs of stimulating electrodes (four electrodes total) embedded in the hd-EEG net. All other hd-EEG recording channels (252) passed through a low-pass filter (LPF) before reaching the recording amplifier. The dual HPF and LPF system allowed for simultaneous TES-TI and hd-EEG recording. Trigger (TRIG) outputs from the TIBS-R allowed for identification of when stimulation occurred. B . TES 15kHz -TI 1Hz consisted of one pair of electrodes delivering high frequency alternating current (E 1 : 15,000 Hz) and the other pair delivering high frequency alternating current with an offset (E 2 : 15,0001 Hz) to create amplitude modulation at the difference frequency (1 Hz) deep in the brain. C . Simulated temporal interference electric field in grey matter for an individual participant. Maximum electric field values occurred in deep, left ventromedial prefrontal cortical regions with values exceeding 0.7 V/m. D . (Top) A single stimulation protocol with three-minute periods before (PRE), during (STIM), and after (POST) stimulation. Three channels of example EEG data during ten seconds within each three-minute period shown. (Bottom) Representative example of the set of stimulations during NREM sleep, with ten stimulations occurring within the first hours after sleep onset.
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transcranial electrical current stimulator clinical trials model 1 × 1  (Soterix Medical)
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A. The Transcranial <t>Electrical</t> Stimulation with Temporal Interference (TES­ T!) system comprised the Temporal Interference Brain Stimulator for Research (TIBS-R) with components including the Intelligent Current Source (JCS), electrode connector box (ECB), and high-pass filter (HPF). Current was delivered through two pairs of stimulating electrodes (four electrodes total) embedded in the hd-EEG net. All other hd-EEG recording channels (252) passed through a low-pass filter (LPF) before reaching the recording amplifier. The dual HPF and LPF system allowed for simultaneous TES-TI and hd-EEG recording. Trigger (TRIG) outputs from the TIBS-R allowed for identification of when stimulation occurred. B . TES 15kHz -TI 1Hz consisted of one pair of electrodes delivering high frequency alternating current (E 1 : 15,000 Hz) and the other pair delivering high frequency alternating current with an offset (E 2 : 15,0001 Hz) to create amplitude modulation at the difference frequency (1 Hz) deep in the brain. C . Simulated temporal interference electric field in grey matter for an individual participant. Maximum electric field values occurred in deep, left ventromedial prefrontal cortical regions with values exceeding 0.7 V/m. D . (Top) A single stimulation protocol with three-minute periods before (PRE), during (STIM), and after (POST) stimulation. Three channels of example EEG data during ten seconds within each three-minute period shown. (Bottom) Representative example of the set of stimulations during NREM sleep, with ten stimulations occurring within the first hours after sleep onset.
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mxn 33 highdefinition transcranial electrical stimulator  (Soterix Medical)
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A. The Transcranial <t>Electrical</t> Stimulation with Temporal Interference (TES­ T!) system comprised the Temporal Interference Brain Stimulator for Research (TIBS-R) with components including the Intelligent Current Source (JCS), electrode connector box (ECB), and high-pass filter (HPF). Current was delivered through two pairs of stimulating electrodes (four electrodes total) embedded in the hd-EEG net. All other hd-EEG recording channels (252) passed through a low-pass filter (LPF) before reaching the recording amplifier. The dual HPF and LPF system allowed for simultaneous TES-TI and hd-EEG recording. Trigger (TRIG) outputs from the TIBS-R allowed for identification of when stimulation occurred. B . TES 15kHz -TI 1Hz consisted of one pair of electrodes delivering high frequency alternating current (E 1 : 15,000 Hz) and the other pair delivering high frequency alternating current with an offset (E 2 : 15,0001 Hz) to create amplitude modulation at the difference frequency (1 Hz) deep in the brain. C . Simulated temporal interference electric field in grey matter for an individual participant. Maximum electric field values occurred in deep, left ventromedial prefrontal cortical regions with values exceeding 0.7 V/m. D . (Top) A single stimulation protocol with three-minute periods before (PRE), during (STIM), and after (POST) stimulation. Three channels of example EEG data during ten seconds within each three-minute period shown. (Bottom) Representative example of the set of stimulations during NREM sleep, with ten stimulations occurring within the first hours after sleep onset.
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A. The Transcranial Electrical Stimulation with Temporal Interference (TES­ T!) system comprised the Temporal Interference Brain Stimulator for Research (TIBS-R) with components including the Intelligent Current Source (JCS), electrode connector box (ECB), and high-pass filter (HPF). Current was delivered through two pairs of stimulating electrodes (four electrodes total) embedded in the hd-EEG net. All other hd-EEG recording channels (252) passed through a low-pass filter (LPF) before reaching the recording amplifier. The dual HPF and LPF system allowed for simultaneous TES-TI and hd-EEG recording. Trigger (TRIG) outputs from the TIBS-R allowed for identification of when stimulation occurred. B . TES 15kHz -TI 1Hz consisted of one pair of electrodes delivering high frequency alternating current (E 1 : 15,000 Hz) and the other pair delivering high frequency alternating current with an offset (E 2 : 15,0001 Hz) to create amplitude modulation at the difference frequency (1 Hz) deep in the brain. C . Simulated temporal interference electric field in grey matter for an individual participant. Maximum electric field values occurred in deep, left ventromedial prefrontal cortical regions with values exceeding 0.7 V/m. D . (Top) A single stimulation protocol with three-minute periods before (PRE), during (STIM), and after (POST) stimulation. Three channels of example EEG data during ten seconds within each three-minute period shown. (Bottom) Representative example of the set of stimulations during NREM sleep, with ten stimulations occurring within the first hours after sleep onset.

Journal: medRxiv

Article Title: Enhancement of Sleep Slow Wave Activity using Transcranial Electrical Stimulation with Temporal Interference

doi: 10.1101/2025.08.11.25333452

Figure Lengend Snippet: A. The Transcranial Electrical Stimulation with Temporal Interference (TES­ T!) system comprised the Temporal Interference Brain Stimulator for Research (TIBS-R) with components including the Intelligent Current Source (JCS), electrode connector box (ECB), and high-pass filter (HPF). Current was delivered through two pairs of stimulating electrodes (four electrodes total) embedded in the hd-EEG net. All other hd-EEG recording channels (252) passed through a low-pass filter (LPF) before reaching the recording amplifier. The dual HPF and LPF system allowed for simultaneous TES-TI and hd-EEG recording. Trigger (TRIG) outputs from the TIBS-R allowed for identification of when stimulation occurred. B . TES 15kHz -TI 1Hz consisted of one pair of electrodes delivering high frequency alternating current (E 1 : 15,000 Hz) and the other pair delivering high frequency alternating current with an offset (E 2 : 15,0001 Hz) to create amplitude modulation at the difference frequency (1 Hz) deep in the brain. C . Simulated temporal interference electric field in grey matter for an individual participant. Maximum electric field values occurred in deep, left ventromedial prefrontal cortical regions with values exceeding 0.7 V/m. D . (Top) A single stimulation protocol with three-minute periods before (PRE), during (STIM), and after (POST) stimulation. Three channels of example EEG data during ten seconds within each three-minute period shown. (Bottom) Representative example of the set of stimulations during NREM sleep, with ten stimulations occurring within the first hours after sleep onset.

Article Snippet: The hd-EEG system from MagStim Electrical Geodesics, Inc. (EGI) consisted of a hd-EEG net, an amplifier, and a physiological input box.

Techniques: