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In this paper, an effective simple method to calculate the optimal value of the Inductance of Sine and Cosine Shaped Spiralinductors by an analytical model is proposed. The process involves the segmentation of sine and cosine shape into rectangular segments and the self and mutual inductances are predicted for each segments and then summed up. The effect of positive, negative and parallel segments are included in mutual inductance calculation to achieve the maximum accuracy in results. The derived expressions are implemented in a computer program and test parameters are provided through graphical user interface. The inductors are considered for the various values of length, width, thickness and height of design parameters and are analysed. The computed results are then compared with experimental measurements and it is found to be in ver y good agreement. This method is very helpful to calculate the inductances in very short time when compared with Finite element and measurement methods.

revista técnica de la facultad de ingeniería. universidad del zulia/revista técnica de la facultad de ingeniería

A Simple Analytical Method for Calculating the Optimal Value of Inductance of Sine and Cosine Shaped Spiral Inductors and Its Analysis using ANOVA Method