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A dynamometer is a device used to measure torque and speed and to vary the load on rotating devices. The dynamometer operates as follows to control the amount of torque:
A hydraulic actuator attached to the axle presses at ire against a rotating flywheel. The greater the displacement of the actuator, the greater the force that is applied to the rotating flywheel. A strain gage load cell senses the force.
The displacement of the actuator is controlled by an electrically operated valve whose displacement regulates fluid flowing into the actuator (D'Souza, 1988).
Draw a functional block diagram of a closed-loop system that uses the described dynamometer to regulate the force against the tire during testing.
Show all signals and systems. Include amplifiers that power the valve, the valve, the actuator and load, and the tire.
(a) Draw the spectrum of the sampled signal and show the baseband and first two positive frequency replications with their end frequency values marked. (Hint: Follow the method outlined in the lecture.)
To become familiar with the configuring and enabling of serial communication transmitter. To configure the microcontroller to receive serial communications from another device.
A prismatically shaped gate placed at the end of a freshwater channel is supported by a pin and bracket at A and rests on a frictionless support at B. The pin is located at a distance 4 h = in. below the center of gravity C of the gate. Determine ..
Computer and software purchases are capital expenditures, even though the expected useful lifetime of computer hardware and software has decreased in recent years because of rapid technological change.
If the closure time for the prototype gates is 20 min, determine the model closure time if the length ratio is (1) 1:50 and (2) 1:100.
The jet engine in Fig admits air at 20°C and 1 atm at (1), where A1 = 0.5 m2 and V1 = 250 m/s. The fuel-air ratio is 1:30. The air leaves section (2) at 1 atm, V2 = 900 m/s, and A2 = 0.4 m2. Compute the test stand support reaction Rx needed.
Carry out a detailed comparison between mechanical, fluid and electrical methods of power generation for a typical aircraft usage
Using Optisystem Software please design and simulate a circuit to determine the kerr effect of a fibre optics cable (580 - 1600nm). Results should be graphs of Power (w) vs Wavelength & Power vs Time (n).
three projects are considered as follows project 1nbspoptimisticexpectedpessimisticinitial
Write down the motion model of the robot as a list or table of eight conditional probabilities of the form p(x'|x, u). Write down the sensor model of the robot as a list or table of four conditional probabilities of the form p(z|x)
Construct the circuit in Multisim using the resistor values you chose and tolerances. Do a screenshot showing how you have set up the tolerances for the resistors.
atch Week 1 Video Lecture 1: Introduction to Virtual Instruments from the weekly content and the video in this lab assignment on "Introduction to Virtual Breadboarding in MultiSIM"
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