Q1) A 100 cm in length cantilever beam subjected to an applied force P. The strain &, at the bottomsurface of the beam has a relation with the applied force F is given by &, = 2 x 10-9P where P changesform (0N to 1000KN). The strain can be measured using a120n strain gauge with gauge factor of 2.Design a measuring device that can read the applied load and feeds the required signal to a computerusing ten bits ADC accuracy. The system should compensate the temperature effects.

Given,εb=2*10-9 P and P changes from 0N to 1000 kNStrain gauge = 120ΩGauge factor = 2

Q1) A 100 cm in length cantilever beam subjected to an applied force P. The strain &, at the bottom surface of the beam has a relation with the applied force F is given by &, = 2 x 10-°P where P changes form (0N to 1000KN). The strain can be measured using a12on strain gauge with gauge factor of 2. Design a measuring device that can read the applied load and feeds the required signal to a computer using ten bits ADC accuracy. The system should compensate the temperature effects.

Q1) A 100 cm in length cantilever beam subjected to an applied force P. The strain &, at the bottom surface of the beam has a relation with the applied force F is given by &, = 2 x 10-°P where P changes form (0N to 1000KN). The strain can be measured using a12on strain gauge with gauge factor of 2. Design a measuring device that can read the applied load and feeds the required signal to a computer using ten bits ADC accuracy. The system should compensate the temperature effects.

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter6: Power Flows

Section: Chapter Questions

Problem 6.27P

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