By John P. Uyemura
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Extra info for A First Course in Digital Systems Design: An Integrated Approach
Eddy currents are induced as the ﬂux changes, thereby causing added loss. A saturable core model that utilizes the PSpice subcircuit feature is available . The saturable core subcircuit is capable of simulating nonlinear transformer behavior including saturation, hysteresis, and eddy current losses. To make the model even more useful, it has been parameterized. This is a technique that allows the characteristics of the core to be determined via the speciﬁcation of a few key parameters. At the time of the simulation, the speciﬁed parameters are passed into the subcircuit.
This is a property that is useful for modeling the operation of DC-to-DC converters. The SPICE subcircuit for the ideal transformer is sometimes called XFMR. The TURNS subcircuit performs a similar function with the exception that the Ratio parameter is equal to 1/NUM (the number of turns). The SPICE equivalent circuit is shown in Fig. 5 The ideal transformer (XMFR or TURNS) model allows operation at DC and the addition of magnetizing and leakage inductances, as well as a saturable core, in order to make a complete transformer model.
29 Netlist for a 55121 MPP core. through the “core” while the percent permeability and magnetizing force are monitored and displayed in Fig. 30. Actual data points are plotted as dots, while the calculated results are plotted using line style. An AC impedance plot is also performed (Fig. 31). 4 µH. The percent permeability versus magnetizing force curve was integrated and multiplied by the initial permeability . The resulting graph is the DC B-H curve shown in Fig. 32. The curve shows a maximum ﬂux density of approximately 7500 G, which agrees with the speciﬁed value of 7000 G.
A First Course in Digital Systems Design: An Integrated Approach by John P. Uyemura