Seguridad y la instrumentación electrónica
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2018-04-05
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Universidad Nacional de Educación Enrique Guzmán y Valle
Abstract
El trabajo de investigación desarrollamos que la electrónica hace referencia a los electrones que son partículas esenciales de los átomos para la formación de energía. Por consiguiente, los circuitos permiten la regulación de la corriente para el proceso y el control de la información eléctrica. Todo sistema eléctrico está formado por sensores, los cuales transforman señales físicas en señales de corriente.
Para el conocimiento preciso de la dinámica energética, fue preciso revisar la ley de Ohm para identificar la magnitud de energía que transita a través de los conductores proporcionales. Esta propuesta determina que la energía es un mecanismo potencial que sirve para desempeñar cualquier función operativa. Según la física, aquella fuerza no se puede generar, pero tampoco se puede disipar, únicamente se convierte y diversifica en diferentes modalidades.
El consumo energético se puede cuantificar por medio de los Joules por segundo. Esta se mide por los Watts que se utilizan en energía. Asimismo, respecto a la manipulación de la corriente por los seres humanos, se debe reconocer que el contacto desproporcionado con la fuerza eléctrica puede generar daños irreversibles en la condición de un organismo. Es de suma relevancia analizar los efectos cualitativos de la corriente, que, en primera instancia, precisa la peligrosidad de los riesgos eléctricos. De manera que, se propone la toma de medidas responsables frente a cualquier instalación, puesto que permite afianzar la seguridad de los individuos.
The research work we develop that electronics refers to electrons that are essential particles of atoms for the formation of energy. Therefore, the circuits allow regulation of the current for the processing and control of electrical information. Every electrical system is made up of sensors, which transform physical signals into current signals. For the precise knowledge of the energy dynamics, it was necessary to review Ohm's law to identify the magnitude of energy that passes through the proportional conductors. This proposal determines that energy is a potential mechanism that serves to perform any operational function. According to physics, that force cannot be generated, but neither can it be dissipated, it only becomes and diversifies into different modalities. Energy consumption can be quantified by means of Joules per second. This is measured by the Watts that are used in energy. Likewise, regarding the manipulation of the current by human beings, it must be recognized that disproportionate contact with the electrical force can cause irreversible damage to the condition of an organism. It is extremely important to analyze the qualitative effects of the current, which, in the first instance, specifies the danger of electrical risks. So, it is proposed to take responsible measures in front of any installation, since it allows to strengthen the security of individuals.
The research work we develop that electronics refers to electrons that are essential particles of atoms for the formation of energy. Therefore, the circuits allow regulation of the current for the processing and control of electrical information. Every electrical system is made up of sensors, which transform physical signals into current signals. For the precise knowledge of the energy dynamics, it was necessary to review Ohm's law to identify the magnitude of energy that passes through the proportional conductors. This proposal determines that energy is a potential mechanism that serves to perform any operational function. According to physics, that force cannot be generated, but neither can it be dissipated, it only becomes and diversifies into different modalities. Energy consumption can be quantified by means of Joules per second. This is measured by the Watts that are used in energy. Likewise, regarding the manipulation of the current by human beings, it must be recognized that disproportionate contact with the electrical force can cause irreversible damage to the condition of an organism. It is extremely important to analyze the qualitative effects of the current, which, in the first instance, specifies the danger of electrical risks. So, it is proposed to take responsible measures in front of any installation, since it allows to strengthen the security of individuals.
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Cotera Castro, J. L. (2018). Seguridad y la instrumentación electrónica (Monografía de pregrado). Universidad Nacional de Educación Enrique Guzmán y Valle, Lima, Perú.