Micromechanical component for a sensor and/or microphone device

A production method for a micromechanical component for a sensor and/or microphone device, comprising the following steps:

• suspending a first actuator electrode via at least one first suspension structure on an at least regionally deformable first layer in such a way that the first actuator electrode is adjustable in relation to a housing structure;
• fastening a first stator electrode on and/or in the housing structure;
• developing a first electrical contacting for the first actuator electrode and the first stator electrode in such a way that a first measuring signal is able to be tapped with regard to a first voltage or capacitance applied between the first actuator electrode and the first stator electrode;
• developing a second electrical contacting for a second actuator electrode and the first stator electrode or a second stator electrode fixed in place on and/or in the housing structure in such a way that a second measuring signal is able to be tapped with regard to a second voltage or capacitance applied between the second actuator electrode and the first stator electrode or between the second actuator electrode and the second stator electrode;
• situating the second actuator electrode on a side of the first actuator electrode facing away from the first layer by suspending the second actuator electrode via at least one second suspension structure on the first actuator electrode and/or an at least regionally deformable second layer, which lies on a side of the second actuator electrode facing away from the first actuator electrode, such that the second actuator electrode is adjustable in relation to the housing structure,
• wherein the first stator electrode is situated between the first actuator electrode and the first layer, and the at least one first suspension structure is guided through at least a first opening developed in the first stator electrode, and the second electrical contacting is developed in such a way that the second measuring signal is able to be tapped with regard to the second voltage or capacitance applied between the second actuator electrode and the second stator electrode.