By Giorgio Rizzoni
Rizzoni is designed for the sophomore/junior point, advent to electric Engineering path required for non-EE majors. the main regularly occurring e-book for this direction, Rizzoni introduces non-majors to the 3 easy parts of electric engineering: circuits, electronics, and electromechanics. the second one version keeps the culture of targeting the subjects and problems with curiosity to the non-electrical engineering pupil. to keep up scholar curiosity in those themes, Rizzoni presents various hyperlinks among electric engineering and different engineering fields.
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Additional resources for Principles and Applications of Electrical Engineering
48 Definition of a loop Mesh A mesh is a loop that does not contain other loops. Meshes are an important aid to certain analysis methods. 48, the circuit with loops 1, 2, and 3 consists of two meshes: loops 1 and 2 are meshes, but loop 3 is not a mesh, because it encircles both loops 1 and 2. 48 is also a one-mesh circuit. 49 illustrates how meshes are simpler to visualize in complex networks than loops are. Network Analysis The analysis of an electrical network consists of determining each of the unknown branch currents and node voltages.
It is appropriate at this stage to formally define the elements of the electrical circuit; the definitions that follow are part of standard electrical engineering terminology. Branch A branch is any portion of a circuit with two terminals connected to it. 45). In practice, any circuit element with two terminals connected to it is a branch. 45 Definition of a branch DC Measurements with the Digital MultiMeter (Courtesy: Hewlett-Packard) Digital multimeters (DMMs) are the workhorse of all measurement laboratories.
The polarity of the voltage across the source and the direction of the current through it indicate that the voltage source is doing work in moving charge from a lower potential to a higher potential. On the other hand, the load is dissipating energy, because the direction of the current indicates that charge is being displaced from a higher potential to a lower potential. To avoid confusion with regard to the sign of power, the electrical engineering community uniformly adopts the passive sign convention, which simply states that the power dissipated by a load is a positive quantity (or, conversely, that the power generated by a source is a positive quantity).