Abstract: Methods adapted for digital-to-analog conversion compensation and systems are described. In a compensation method, inputs of a digital-to-analog converter (DAC) are adjusted to provide an even number inputs for the DAC. Further, one or more analog input signals are converted to generate one or more corresponding digital output signals. The one or more digital output signals are compensated to compensate for the adjustment of the inputs of the DAC.

Abstract: Methods adapted for digital-to-analog conversion compensation and systems are described. In a compensation method, inputs of a digital-to-analog converter (DAC) are adjusted to provide an even number inputs for the DAC. Further, one or more analog input signals are converted to generate one or more corresponding digital output signals. The one or more digital output signals are compensated to compensate for the adjustment of the inputs of the DAC.

Abstract: The present invention relates to a device with integrated capacitance structure has at least one first and an adjacent second rewiring plane, each of which comprises at least one first partial structure and a second partial structure, which is different from the first partial structure, the second partial structure in each case substantially surrounding the first partial structure, and the first partial structure of the first rewiring plane being electrically connected to the second partial structure of the second rewiring plane and the second partial structure of the first rewiring plane being electrically connected to the first partial structure of the second rewiring plane and forming different poles of the capacitance structure.

Abstract: Device with integrated capacitance structure The present invention relates to a device with integrated capacitance structure has at least one first and an adjacent second rewiring plane, each of which comprises at least one first partial structure and a second partial structure, which is different from the first partial structure, the second partial structure in each case substantially surrounding the first partial structure, and the first partial structure of the first rewiring plane being electrically connected to the second partial structure of the second rewiring plane and the second partial structure of the first rewiring plane being electrically connected to the first partial structure of the second rewiring plane and forming different poles of the capacitance structure.