What type of component is typically found in the stator of a single-phase motor?

The stator of a single-phase motor is primarily composed of the stator windings, which are essential for producing the magnetic field required for the motor's operation. These windings consist of coils of wire arranged in a specific configuration around the stator. When alternating current flows through these coils, it generates a rotating magnetic field that interacts with the rotor, causing it to turn and thereby producing mechanical output.

In the context of motor functions, the stator windings play a crucial role in establishing the electrical characteristics necessary for single-phase operation. They are typically set up in a manner that can produce a phase separation, necessary for starting and running the motor effectively.

The other options refer to components that are either not used in single-phase motor design, such as armature windings and commutators, which are more common in direct current motors or in specific types of polyphase motors. Power transducers, while they may be used in conjunction with motors for measuring or controlling power metrics, are not a component of the motor's stator itself. Thus, the presence of stator windings is a defining characteristic of the stator in single-phase motors, confirming it as the correct answer.