converter bias 38 fig1 is calculated from the memory device voltage configuration 58 and the respective commands are sent via the low speed bus 22 to a dac 30 for the generation of the power converter bias 38 the method of implementing memory module voltage adjustments is illustrated in fig5 with further reference to the specific elements of fig1 initially computer 10 and the individual components such as processor 12 undergo power on processes according to an exemplary embodiment of the present invention power is applied to the various components of computer 10 with a default voltage configuration 68 in an act 70 providing an initial bias or conditions for directing power converter 28 to generate memory operating voltage 36 to facilitate adequate voltage to the nonvolatile memory during a configuration process fig1 illustrates one embodiment in which such an application of default voltage may occur as illustrated in fig1 the default voltage configuration 68 may be applied directly to power converter 28 causing the generation of a default voltage to be present at memory operating voltage 36 alternatively a default voltage configuration 68 may be applied as illustrated in the dashed lines of fig1 to the dac 30 in such an initialization configuration system memory 20 allows voltage to be applied to the nonvolatile memory 52 fig2 in order to enable the reading of.