BIOSENSOR

What does LVDT stand for?

• Linear Voltage Detection Transformer

• Linear Variable Differential Transformer

• Longitudinal Variable Distance Transducer

• Linear Voltage Distortion Transmitter

LVDT is a type of:

• A) Capacitive sensor
  

• B) Resistive sensor

• C) Inductive sensor

• D) Optical sensor

LVDTs operate based on the principle of:

• A) Electromagnetic induction

• B) Piezoelectric effect

• C) Capacitance change

• D) Quantum tunneling

The null position of an LVDT refers to:

• A) The position where the output voltage is zero

• B) The position where the output voltage is maximum

• C) The position where the primary and secondary windings are disconnected

• D) The position where the LVDT is most sensitive

LVDTs are often used in applications where:

• A) High-speed measurement is required

• B) Low power consumption is critical
  

• C) Remote sensing is necessary

• D) High temperature environments are common

LVDTs are often used in applications where:

• A) High-speed measurement is required

• B) Low power consumption is critical
  

• C) Remote sensing is necessary

• D) High temperature environments are common

LVDTs are often used in applications where:

• A) High-speed measurement is required

• B) Low power consumption is critical
  

• C) Remote sensing is necessary

• D) High temperature environments are common

LVDTs are inherently:

• Digital sensors

• Analog sensors

• Pneumatic sensors

• Optical sensors

  
  

LVDTs are often used in conjunction with:

• Linear actuators

• Proximity sensors

• Pressure transducers

• Voltage regulators

LVDTs are often used in applications requiring:

• Non-contact measurement
  

• High-speed measurement

• Measurement in harsh environments

• Measurement of static loads only