Determine the smallest increment of strain hat, Mechanical Engineering

A 16-bit A/D board is arranged to accept voltage signals ranging from -5V to +5V.  The A/D board is used to monitor the output from the Wheatstone bridge shown below.  The strain gage used has a gage factor of 2.15 and a resistance of 120?.  What is the smallest increment of strain hat can be sensed with this arrangement?  Ignore transverse sensitivity and leadwire effects.

196_Determine the Smallest Increment of Strain Hat.png

Posted Date: 4/1/2013 3:48:29 AM | Location : United States







Related Discussions:- Determine the smallest increment of strain hat, Assignment Help, Ask Question on Determine the smallest increment of strain hat, Get Answer, Expert's Help, Determine the smallest increment of strain hat Discussions

Write discussion on Determine the smallest increment of strain hat
Your posts are moderated
Related Questions

how to work cryotron

The EV is to be used for city transportation, it should carry a maximum total load of 325 kg (passengers and cargo). The battery back used will be 365 kg, 44 kilowatt hours lithium

Basic Concep: Proper care and maintenance are essential for trouble free operation and optimum performance of the motorcycle. A quality service at regular intervals ensures that e

Q.   Give the expression for inductance of a ? N ?    turn coil wound on a core having length I cross - sectional area A and magnetic permeability µ. Explain the significance of

Working of Sleeve in Radial drilling machine The sleeve or quill assembly does not revolve but might be slide in its bearing in a direction parallel to its axis. When the slee

Question: The disk 3 shown in the figure rotates at a constant angular velocity w 3 = 2.0 rad/s. A slider in a slot in the disk causes rod 2 to rotate.  When the slider

instant center of direct contact slider

Gun fires - projectile motion: A gun fires a projectile along with a muzzle velocity of 300 m/sec as illustrated in Figure. Find its angle of inclination so that it strikes a

(a) Evaluate the natural frequency of system shown in figure and show that it will be equal to (b) calculate equivalent stiffness of two springs connected in parallel.