M4.3 Cat A - Servomechanisms - Inductive Transmitters

When using an inductive transmitter for measuring position, what are two main elements?

• Sensor and target

• Transmiter and data logger

• Power supply and ground connection

What is the primary function of an inductive transmitter in position measurement?

• To store electrical energy

• To amplify sound waves

• To convert mechanical movement into electrical signals

Which component in an inductive transmitter system is responsible for detecting changes in position?

• Power supply

• Sensor

• Data logger

In an inductive transmitter, what role does the target play?

• It stores data

• It provides a reference point for position measurement

• It generates electrical signals

What is the effect of a change in inductance in an inductive transmitter system?

• It changes the frequency of the output signal

• It alters the power supply voltage

• It modifies the mechanical structure

Which factor can affect the accuracy of an inductive transmitter?

• Humidity levels

• Color of the target

• Temperature variations

How does an inductive transmitter typically communicate its measurements?

• By mechanical movement

• Via electrical output signals

• Through visual signals

What is a common application of inductive transmitters in industrial settings?

• Temperature control

• Sound amplification

• Position sensing

How does an inductive transmitter detect the presence of a metallic object?

• By measuring changes in capacitance

• By detecting changes in inductance

• By observing changes in resistance

Which of the following is a limitation of inductive transmitters?

• Limited range of detection

• High power consumption

• Inability to detect non-metallic objects