In this paper we describe a new very-low-noise, high-input-impedance probe developed to make non-contact measurements of electrical potentials generated by currents flowing in the human body. With a noise level of 2 µV Hz-1/2 at 1 Hz, down to 0.1 µV Hz-1/2 at 1 kHz, and an operational bandwidth from 0.01 Hz to 100 KHz, this probe would seem well suited to the detection of a wide range of electrical activity in the body
Abstract: Low frequency noise performance is the key indicator in determining the signal to noise ra...
This paper reports the design improvement of a circuit for monitoring the quality of contact of un-g...
Electrical conductivity of blood at low frequencies is fundamental for medical electromagnetic appli...
In this paper we describe a new approach to the detection of human body electrical activity which ha...
We describe the displacement current (electric potential) sensor for use in the non-invasive detecti...
This paper describes a new low-cost, low-noise displacement current sensor developed for non-contact...
In this letter, we demonstrate the use of very high performance, ultrahigh impedance, electric poten...
In a recent paper on a displacement current sensor for contactless detection of bio-activity related...
In this paper, we propose a simple and relative electrode contact monitoring method. By exploiting t...
This paper describes a non-contact and real-time measurement technique of human body potential using...
This research develops a non-contact bio-potential sensor which can quickly respond to input transie...
For the advent of pervasive bio-potential monitoring, it will be necessary to utilize a combination ...
An advanced current measure probe is described for biological applications. Singular points on the b...
An advanced current measure probe is described for biological applications. Singular points on the b...
Over the last few years, increasing attention has been paid to the research field of remote detectio...
Abstract: Low frequency noise performance is the key indicator in determining the signal to noise ra...
This paper reports the design improvement of a circuit for monitoring the quality of contact of un-g...
Electrical conductivity of blood at low frequencies is fundamental for medical electromagnetic appli...
In this paper we describe a new approach to the detection of human body electrical activity which ha...
We describe the displacement current (electric potential) sensor for use in the non-invasive detecti...
This paper describes a new low-cost, low-noise displacement current sensor developed for non-contact...
In this letter, we demonstrate the use of very high performance, ultrahigh impedance, electric poten...
In a recent paper on a displacement current sensor for contactless detection of bio-activity related...
In this paper, we propose a simple and relative electrode contact monitoring method. By exploiting t...
This paper describes a non-contact and real-time measurement technique of human body potential using...
This research develops a non-contact bio-potential sensor which can quickly respond to input transie...
For the advent of pervasive bio-potential monitoring, it will be necessary to utilize a combination ...
An advanced current measure probe is described for biological applications. Singular points on the b...
An advanced current measure probe is described for biological applications. Singular points on the b...
Over the last few years, increasing attention has been paid to the research field of remote detectio...
Abstract: Low frequency noise performance is the key indicator in determining the signal to noise ra...
This paper reports the design improvement of a circuit for monitoring the quality of contact of un-g...
Electrical conductivity of blood at low frequencies is fundamental for medical electromagnetic appli...