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Thermal elements like thermistors provide feedback based on the temperature, which is used to control heating or cooling systems. They ensure the system maintains a set temperature.

Inductors provide feedback that opposes changes in current, influencing the system's response to a change in the load or supply. In feedback loops, they can filter noise and protect against surges.

Acoustic elements like microphones convert sound into electrical signals, used for feedback in systems that require sound quality control, such as audio amplifiers.

Resistors provide proportional feedback to the input signal by generating a voltage drop proportional to the current. This simple linear relationship is used for controlling signal levels in the feedback loop.

Force sensors, such as strain gauges, provide feedback proportional to the force applied, enabling control systems to adjust and regulate pressure or force, such as in automated packing systems.

Magnetic elements such as Hall effect sensors provide feedback based on magnetic field changes, used to control motor speed or position in a feedback loop.

Optical encoders provide digital feedback on position or speed by turning rotational or linear motion into a series of electrical pulses, used in systems that require precise control of motion.

Capacitors provide feedback that is frequency-dependent, offering high impedance to low-frequency signals and low impedance to high-frequency signals. In feedback loops, they're used to stabilize systems by filtering out noise or shaping the frequency response.

Piezoelectric elements generate a voltage when mechanically stressed and vice versa, which can be used to provide precise control of position, speed, or force in a feedback loop.