Edición N°21 – Artículo 05
Verificación de las leyes de Kirchhoff en un circuito mixto real o en simulación para evitar el daño de un multímetro
Verify Kirchhoff's laws in a real mixed-signal circuit or in a simulation to prevent damage to a multimeter
Autor: Robert Alexander Coronel Carchipulla (Unidad Educativa Particular Sudamericano)
Resumen
En este trabajo se propone el diseño y análisis de un circuito eléctrico mixto con el objetivo de verificar las leyes de Kirchhoff mediante un práctica de laboratorio de robótica. Este circuito incluirá resistencias en serie y paralelo, y se utilizarán herramientas básicas como el multímetro digital o simulaciones prácticas para realizar mediciones de voltaje y corriente.
A través de este estudio, se comprobará que las corrientes que entran y salen de un nodo son iguales, y que en una malla donde están conectados los nodos, la caída de tensión total es la misma que la tensión total. Este proyecto permitirá una mejor comprensión del análisis de circuitos eléctricos utilizando principios fundamentales de la electricidad en la física.
Palabras clave: OpenClaw, leyes de Kirchhoff, circuito, simulaciones, voltaje, resistencias en serie, corriente, nodos y mallas.
Abstract
This paper proposes the design and analysis of a mixed electrical circuit with the goal of verifying Kirchhoff’s laws through a robotics lab experiment. This circuit will include resistors connected in series and in parallel, and basic tools such as a digital multimeter or practical simulations will be used to take voltage and current measurements.
Through this study, it will be demonstrated that the currents entering and leaving a node are equal, and that in a mesh where the nodes are connected, the total voltage drop is equal to the total voltage. This project will provide a better understanding of electrical circuit analysis using fundamental principles of electricity in physics.
Keywords: OpenClaw, Kirchhoff’s laws, circuits, simulations, voltage, resistors in series, current, nodes, and meshes.
Edición N°21
Fecha de publicación: 02 octubre del 2026.
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