Electrocardiógrafo Inalámbrico Implementando Módulos de 

Transmisión ZigBee y Paneles Solares

CONFERENCISTA:

Sergio Sánchez Sanjuan 

Estudiante de Ingenierìa

Universidad Sergio Arboleda, sede Bogotá

ABSTRACT:

The work is for the design and implementation of an electrocardiograph that deliver cardiac signals wirelessly transmitted using ZigBee technology powered by solar panels using the Labview control software. The importance of this project is to shorten the patient's diagnosis by the doctor during his way to the hospital through the transmission of the cardiac signal wirelessly to be displayed in real time. This will give the doctor more time to analyze the patient before arrival at hospital. Likewise, the solar panel feeding allows the use of irradiation from the sun, to turn the use of an optimum voltage source for powering the circuit and making it more portable electrocardiograph through a feeding system composed of DC / DC converters which adjust the input potential to optimum potential of each subsystem, which in our case requires +/- 5V bias for the acquisition system of the cardiac signal and 3.3V for the wireless transmission stage. Between the results achieved is the design of the power supply together with the cardiac signal obtained analogously pure by LabView Software and wireless transmission by XBee modules.

FECHA: miércoles 15 de agosto de 2012
HORA: 6:00 p.m.
SALÓN: F-503