Abstract: The present invention relates to a circuit arrangement for processing a dual-rail signal, comprising data inputs for feeding at least one dual-rail data input signal, and respective data outputs for outputting a dual-rail data output signal using the at least one dual-rail data input signal. The circuit arrangement is designed in such a way that a dual-rail output signal with physical values corresponding to the physical values of the data input of the dual-rail data input signal is output at the data outputs when the dual-rail data input signal is fed to the data inputs with the same physical values for at least one signal pair.

Abstract: A memory element having a first and second logic components, each having a first input, a second input, and an output. The first input of each of the logic components is connected to the output of the other logic component. The second inputs of each of the logic components are connected to a control line. The first and second logic components are embodied such that when a control signal having a first level is applied to the control line at the respective output, a signal is output which has an output level that is inverted with respect to the level of the signal present at the respective first input, and when a control signal having a second level is applied to the control line at the respective output, a signal is output which has a predetermined level independent of the level of the signal present at the respective first input.

Abstract: A memory element having a first and second logic components, each having a first input, a second input, and an output. The first input of each of the logic components is connected to the output of the other logic component. The second inputs of each of the logic components are connected to a control line. The first and second logic components are embodied such that when a control signal having a first level is applied to the control line at the respective output, a signal is output which has an output level that is inverted with respect to the level of the signal present at the respective first input, and when a control signal having a second level is applied to the control line at the respective output, a signal is output which has a predetermined level independent of the level of the signal present at the respective first input.

Abstract: The present invention relates to a circuit arrangement for processing a dual-rail signal, comprising data inputs for feeding at least one dual-rail data input signal, and respective data outputs for outputting a dual-rail data output signal using the at least one dual-rail data input signal. The circuit arrangement is designed in such a way that a dual-rail output signal with physical values corresponding to the physical values of the data input of the dual-rail data input signal is output at the data outputs when the dual-rail data input signal is fed to the data inputs with the same physical values for at least one signal pair.