Abstract: A micromechanical sensor system with a micromechanical structure and with a control and sensing device. The micromechanical sensor system is configured for repeatedly generating and outputting sensor measured values at a specified output data rate, and at an output of the micromechanical sensor system. During a first part of an output time interval, the control and sensing device realizes an energy-saving operating mode, and, for generating the sensor measured values, the micromechanical structure is controlled and/or its position or configuration is sensed by the control and sensing device during the output time interval. Temporally after the first part of the output time interval and as part of the measurement time interval, during a preparation or downtime interval, the generation of the sensor measured values is prepared. The duration of the preparation or downtime interval and/or the first part of the output time interval is changeable or adaptable.

Abstract: A method for writing to a non-volatile electronic memory with data words and assigned pieces of index information. The non-volatile electronic memory is initially filled exclusively with empty data frames. The empty data frames are overwritable with multi-data frames and/or individual data frames. A multi-data frame includes a selectable number of sequentially stored data words, and a multi-data frame header. A frame-type marker, the number of data words, and a selectable start index are stored in the multi-data frame header so that each data word is assignable a unique index value from an index interval by incrementing or decrementing. An individual data frame includes one data word and an individual data frame header. A frame-type marker and a selectable index value for the one data word of the individual data frame are stored in the individual data frame header.

Abstract: A method for writing to a non-volatile electronic memory with data words and assigned pieces of index information. The non-volatile electronic memory is initially filled exclusively with empty data frames. The empty data frames are overwritable with multi-data frames and/or individual data frames. A multi-data frame includes a selectable number of sequentially stored data words, and a multi-data frame header. A frame-type marker, the number of data words, and a selectable start index are stored in the multi-data frame header so that each data word is assignable a unique index value from an index interval by incrementing or decrementing. An individual data frame includes one data word and an individual data frame header. A frame-type marker and a selectable index value for the one data word of the individual data frame are stored in the individual data frame header.