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Title: Voltage and Current Dividers Description: Explanatory video on voltage and current dividers and the calculation of voltages and currents in them. Marín-Roig Ramón, J. (2017). Voltage and Current Dividers. http://hdl.handle.net/10251/84310 Automatic description: In this video, the Electronic Engineering professor offers a lesson on two basic types of circuits known as voltage dividers and current dividers. The purpose is to teach how to identify, solve, and calculate voltages and currents within them. It is explained that real-life circuits are simplified to models using these dividers to find the relationships between voltages and currents in the circuit's resistances. The voltage divider is detailed as a voltage source in series with several resistors, and it is taught that the voltage across any of these resistors is calculated by multiplying the current flowing through the circuit by the specific resistance. Additionally, it is shown that the current in a voltage divider is determined by dividing the source voltage by the sum of the series resistances. Regarding the current divider, composed of current sources and resistors in parallel, it is clarified that the current in any of the branches is calculated by dividing the common voltage by the resistance of interest. It is concluded that the current in a current divider is the conductance of a resistor divided by the sum of all the conductances multiplied by the source current. The video emphasizes the importance of signs in Ohm's law calculations and provides practical examples to illustrate the application of the formulas. Finally, it emphasizes the ability to identify these circuits and remember the correct application of signs to obtain accurate results when solving circuit problems. Author: Marín-Roig Ramón José Polytechnic University of Valencia (UPV): https://www.upv.es More videos at: / valenciaupv Access our MOOCs: https://upvx.es #Divisor #voltage #current #ELECTRONIC TECHNOLOGY #3307 - Electronic Technology

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