Marom Bikson
Neuromodulation, brain stimulation, and neurotechnolgy including transcranial; Electrical Stimulation (tES), transcranial Direct Current Stimulation (tDCS), transcranial Alternating Current Stimulation (tDCS), ECT, Spina Cord Stimulation (SCS), deep brain stimulation (DBS) and integrated imaging techniques such as EEG and MRI. Presentations by Prof. Marom Bikson of the Department of Biomedical Engineering at The City College of New York (CCNY) of the City University of New York (CUNY(
Biomedical Instrumentation Course:15. Lie Detector, Amplitude Modulated (AM) Signals & Demodulator
Высокоточная транскраниальная электростимуляция: перспективы лечения психических и неврологически...
Marom Bikson interviews: Thomas Mortimer on “"The Inside History of SCS 1"
Biomedical Instrumentation Course:14. Active Low-Pass & High-Pass Filters for EKG/other instruments
Biomedical Instrumentation Course 13: The Concept of Filters for EKG (and for other instruments)
Biomedical Instrumentation Course: 12c Everything is Sinusoids
Biomedical Instrumentation Course: 12b Biopotentials, Electrodes as Sensors, Instrumentation Amp
Biomedical Instrumentation Course: 12a EKG Demo
Biomedical Instrumentation Course: 11c, Passive Low/High pass filters from a Resistor and Capacitor
Biomedical Instrumentation Course: 11b: Overview of Complex Number Algebra
Biomedical Instrumentation Course:11a Sinusoidal Steady State Analysis: Input to Circuit to Output
Biomedical Instrumentation Course: 10. Rules (for the game) of Sinusoidal Steady State Analysis.
Biomedical Instrumentation Course: 9C Sinusoids Applied to Circuits (to a resistor or capacitor)
Biomedical Instrumentation Course: 9B Review of Sinusoids
Biomedical Instrumentation Course: 9A. Capacitive Sensors
Biomedical Instrumentation Course: 8c Using Circuits for S/N (Wheatstone Bridge Temp Compensation)
Biomedical Instrumentation Course: 8b. Introduction to Signal and Noise
Biomedical Instrumentation Course: 8a. Strain Gauge Sensor
Modeling Informed Design of Home-Based Neuromodulation for Migraine and Pain
Biomedical Instrumentation Course: 7b. Op-Amps 3: Instrumentation Amplifier
Biomedical Instrumentation Course: 7A. Op-Amps 3: Difference Amplifier
Biomedical Instrumentation Course 6B -Simple Rules for Op-Amps 2: Non-Inverting Amplifier
Biomedical Instrumentation Course 6A -Simple Rules for Op-Amps 2: Inverting Amplifier
Biomedical Instrumentation Course: 5C. The “Follower” Op-Amp and its use as a voltage teleporter.
Biomedical Instrumentation Course: 5B. Introduction to Op-Amps, the “Comparator” and its use case
Biomedical Instrumentation Course: 5a. Resistive Sensors as Objects and Potentiometers at Sensors
Biomedical Instrumentation Course: 4e. (Light Emitting) Diode
Biomedical Instrumentation Course: 4d. Sensors In A Wheatstone Bridge
Biomedical Instrumentation Course: 3d. Sensors in a Wheatstone Bridge
Biomedical Instrumentation Course: 4c. Introduction to Wheatstone Bridge (as Two Voltage Dividers)