tDCS Placement Montage Maps, Studies
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Study (linked) |
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Decreased depression / increased organization / improved mood |
DLPFC (FP1) |
DLPFC (OZ, CZ) |
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Decreased depression / reduced food alcohol craving |
DLPFC (F3) |
Right |
Smith & Clithero, |
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Improved Mood/ Depression, Enhanced Cognitive Control |
DLPFC (F3) |
Supra |
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Reduce risk taking |
DLPFC (F4) |
DLPFC |
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Increased impulsiveness / Increased present awareness |
Mastoid (P10) |
DLPFC |
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Improved social interaction / reduced punishment of |
Left Orbital (Fp1) |
DLPFC |
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Reduced cigarette, alcohol, junk food craving |
DLPFC(F3) |
DLPFC |
Fregni, et al., (2007), Boggio et al., (2007) Fregni, |
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Attention improvement. |
Orbital PFC (Fp1 and/or Fp2) |
Shoulder |
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Insight improvement / “Savant Learning” / Problem Solving / Cognitive Enhancement |
Temporal (T4) |
Temporal(T3) |
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Improved socialization / Empathy / Emotional State / Regulation |
Temporal (T4 & T6) Parietal (P4) |
Shoulder |
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Improved Math understanding / Increased Verbal Impariment |
Parietal (P4) |
Parietal |
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Improves visual reaction times Improves Signal-To-Noise Ratio and Performance, Visuo-Motor learning, Visual Perception |
Occipital (O1, Oz, and or O2) |
base of |
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Reduced migraine pain, Headache Pain Management |
Base of neck |
Occipital |
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Improved audio processing /Pitch Perception, Improved Performance |
Temporal |
RIGHT OR LEFT DELTOID |
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Improved Motor Skills Recovery, Enhance Motor learning |
IPSILESIONAL (C3) |
Orbital |
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Pain reduction /possible increase in impulsiveness |
Supra Orbital (FP1 or Fp2 depending on pain side) |
Neck |
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Accelerated |
Right |
Left |
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Theta-tDCS Improved sleep |
DLPC (F3 |
Mastiod (P10 & P9) |
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Impulse |
Central PC (FZ) |
Cheek |
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tDCS and Language Function |
Various. |
Various. |
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tDCS for Tinnitus, Ringing in Ears |
DLPFC (F4) |
DLPFC (F3) |
The 10-20 International System of Electrode Placement
Electrode
Placement Maps


What is tDCS? A Simple Guide to Brain Stimulation
Transcranial direct current stimulation is often called tDCS. The name sounds heavy, but the idea is light. It uses a very small electrical current to support how the brain works.
A tDCS Brain Stimulation Device sends this gentle current through pads placed on the head. The current is steady and low. It does not force the brain. It only helps guide natural activity.


