b) A linear variable displacement transducer (LVDT) senses displacement and indicates a voltage output, which is linear to the input. Figure 1 shows an LVDT setup used for static calibration. It uses a micrometre to apply the known displacement and a voltmeter for the output. i) Suggest the independent, dependent and extraneous variables in this calibration. ii) Indicate the basic functional elements of the device in Figure 1 in the form of block diagram. Micrometer Fixed mounts Connector Excitation voltage in Figure 1 Primary coil LVDT E Output voltage 10.135 Voltmeter Secondary coil Core

b) A linear variable displacement transducer (LVDT) senses displacement and indicates a voltage output, which is linear to the input. Figure 1 shows an LVDT setup used for static calibration. It uses a micrometre to apply the known displacement and a voltmeter for the output. i) Suggest the independent, dependent and extraneous variables in this calibration. ii) Indicate the basic functional elements of the device in Figure 1 in the form of block diagram. Micrometer Fixed mounts Connector Excitation voltage in Figure 1 Primary coil LVDT E Output voltage 10.135 Voltmeter Secondary coil Core

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Related questions

Q: Identify the GD & T datums that make up the primary daturm reference frame

A: Identify the GD & T datums that make up the primary datum reference frame

Q: The potentiometer was initially invented to measure linear displacement of moving objects. Decades…

A: Step 1: Non-contact operation: The electromagnetic induction concept underlies the functioning of…

Q: You need to run some vibrations tests and your lab has an accelerometer (2nd order system) that has…

A: To findWhat are the amplitude errors in (%) and phase shifts (in degrees) expected at the upper end…

Q: The equation for the line drawn in between In( Tm)/(TO-Tm)) and time t is y=0.7x+5 for a temperature…

A: Given Data The equation of line is : y=0.7x+5 Now calculate the time constant of a sensor The…

Q: An 8 bits absolute binary encoder is used to measure the distance traveled by the material in the…

A: Given: The used binary coder for the measurement =8 bits The diameter of shaft d=40 cm=0.4 m The…

Q: F(kN) = x¹ + 2x orce to displacement at 1 cm by dith

Q: 9. A commercial linear analog sensor is used to measure measurable quantity x. To cal linear voltage…

A: A sensor, in its widest sense, is a device, module, machine, or subsystem that detects events or…

Q: Figure 2 shows the waveform of a complex sound. The frequency of its potehitial matched pitch is 500…

A: frequency is the the number of cycles per second A cycle is the time interval in which the pattern…

Q: explains why toyota is a very good company, which uses the following metrics as: Jidoka Andon…

A: Toyota is considered as the most reliable company in the world.The reason behind their success is,…

Q: Given that your application requires high precision measurements, and you have varieties of a sensor…

A: Magnitude ratio is defined as the output signal amplitude to the signal amplitude.

Q: The ratio of the amplitude of the output signal divided by the input signal in a static calibration…

A: In a static calibration, the ratio of the amplitude of the output signal divided by the input signal…

Q: A potentiometer is to be used to measure the voltage Vm as shown above. L is the length of the…

A: a. To make the measurement of unknown voltage Vm The ammeter must show 0A reading For more accuracy…

Q: QUESTION 4 Consider a 2 DOF system shown below. k₁ k₂ non m2 F₁ F kz Find the second natural…

Q: A pressure transducer has a range of +120 mm Hg, a sensitivity of 50 µV/mm Hg/V (excitation) and an…

A: First, we need to calculate the maximum output voltage that the pressure transducer can generate:…

Q: I need help answering questions 4, 5, and 6 pertaining to the print provided below.

A: 4.Coordinate dimension location have boxes around them because it is representation standard of…

Q: Problem 4-1: During a step function calibration, a first-order instrument is exposed to a step…

Q: The sound of these three sound waves is produced by three speakers placed as shown in the following…

A: Given:

Q: Advertised missile performance: Natural Frequency 0.65 a = Angle of attack [rad] q = pitch rate…

Q: from Figure 1, determine the damped natural frequency (ringing frequency) of the pressure…

Q: seconds

Q: I need help filling out this chart. Refer to attached image. Next to each feature control frame,…

A: The chart for the given problem is shown below

Q: According to Hooke's Law, we need to be measuring x (the length of the spring) however our CBR is…

A: For the solution refer below images.

Q: What is resolution of an 16 bit A/D converter when measuring a pressure ranging from o psi to 5,000…

A: Given 16 bit A/D converter Pressure range 0 psi to 5000 psi To find Resolution of the converter

Q: Using the data from the steady state dynamometer test and the given values: J₁ = 2kg - m², . J₂ =…

A: Given: To find: Block diagram Transfer function w2(t) Plot

Concept explainers

Mechanical Drawings

A mechanical drawing is described as a technical drawing created by engineers following standard layout conventions, terminology, interpretation, and many other factors. It is also known as an engineering drawing.

Question

b) A linear variable displacement transducer (LVDT) senses displacement and indicates a
voltage output, which is linear to the input. Figure 1 shows an LVDT setup used for static
calibration. It uses a micrometre to apply the known displacement and a voltmeter for the
output.
i) Suggest the independent, dependent and extraneous variables in this calibration.
ii) Indicate the basic functional elements of the device in Figure 1 in the form of block
diagram.
10
Micrometer
Fixed mounts
Connector
Excitation
voltage
in
Figure 1
Primary coil
xx_w_
LVDT
E
Output
voltage
10.135
Voltmeter
Secondary coil
Core

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 2 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.

Similar questions

How do you transform from ECEF to ECI? I have the r vector in ecef and eci and the modified julian date. How do you use the rotation matrices to get to r_eci. r_ecef = [-1016.215157; 5431.875007; -3174.1]; r_eci = [-2010.4; -5147.4; -3174.1]; MJD = 57923.6666667; % Modified Julian Date
A) Assuming that no inputs are present to a first-order and a second-order systems, mention two fundamental differences between the two systems. B) Determine the damping ratio and natural frequency of the single-loop RLC electrical circuit system shown below. d²1 dI I + R + = dt² dt с L E(t). C) State two distinctions between odd and even functions, and name and sketch a function that's neither odd nor even. D) What is the frequency in Hertz and the amplitude of the 5th term (i.e. the 4th harmonics) of the following signal? 4 2π 10π == - sin TT 4 бп y(t) (² t) + 37 sin (17) 4 + sin 5π (10+) +. 10 10
Subject: Mechanical Measurements
I need help with problems 1, 2, and 3 pertaining to the print provided below.
QUESTION 1 Consider a 2 DOF system shown below. x1 X2 k₁ m2 m1 F F₂ Find the fundamental frequency (in rad/s) for the system shown below. Keep 3 significant digits, use scientific notation, and omit units. Let m1 = 1, m2 = 4, k1 = 5, k2 = 9, and k3 = 1.