MAG&More PowerMAG EEG 30*

Optimized for EEG-TMS Applications

The PowerMAG EEG 30* was specially developed for the research applications. Powerful repetitive TMS as well as high precise single pulse protocols are available in one standalone device. This stimulator was developed specifically to be easily integrated into setups using other technology such as EEG without invoking 50/60 Hz noise or coil recharge artifacts.


  • Online EEG capable

  • no decrease of pulse intensity during stimulation

  • 100% intensity up to 15 Hz

  • High-speed sync out interface

  • Full external controllability

  • Half wave and full wave available

  • Current coil direction invertible on the equipment

Technical Specifications PowerMAG EEG 30*
Maximal frequency 30 Hz
Frequency controllability gradation 0.1 Hz
Maximal frequency @ 100% intensity 15 Hz
Maximal intensity 100% (15 Hz), 70% (25 Hz)
Magnetic induction up to 4 tesla (depending on coil)
Maximum pulse power 160 Joule
Pulse shapes Half & full sine-wave
Current direction in the coil Invertible on the equipment
Rest time of the stimulation pulse 80 µs (PA)
Pulse duration 160 µs
Trigger input BNC-connector (TTL pulse, active high)
Trigger output BNC-connector (TTL pulse, active high)
External Analogue Control Via BNC & Control Splitter Box (Trigger IN, Trigger OUT, Intensity, Pulse Shape)
External Serial Control Via USB & PC-Interface (Matlab, Python, Presentation, ...)
High Speed Synch Out 4 MHz
Number of discharges @ 100% intensity 2,000,000
Electrical safety Protection class 1, Type BF
Hardware classification to MDD 93/42/EEC Class IIa
Hardware certification CE 0494
Power supply voltage 100/110/120/220/230 V~, 50/60 Hz (PowerUnit possibly necessary)
Power consumption 50 VA in standby mode, 800 VA nominal rating, 2000 VA
Operating Temperature 0 °C to +40 °C
Dimensions 490 x 260 x 600 mm (width, height, depth)
Weight 38 kg

Items marked with* are investigational devices and for research use only. CAUTION - Investigational Device. Limited by Federal (or United States) law to investigational use.