Discussion
An LVDT of sensitivity 20 mV per mm shows an output of 250 mV. The core displacement is
Answer: B
Correct answer: 12.5 mm
\[ \frac{250\ \mathrm{mV}}{20\ \mathrm{mV/mm}} = 12.5\ \mathrm{mm}. \] Dividing by the sensitivity converts output back to input; multiplying instead gives 5000 mm, which is offered here. The sign of the displacement is not recoverable from magnitude alone, which is why an LVDT is used with phase-sensitive detection.
No comment is present. Be the first to comment.
Loading…
Post your comment
Please log in or register to post a comment.
Examination Categories
- SSC Exams
- Banking Exams
- Teaching Exams
- Civil Services Exams
- Railways Exams
- Engineering Recruitment Exams
- Defence Exams
- State Government Exams
- Police Exams
- Insurance Exams
- Nursing Exams
- Other Government Exams
- NRA CET
- PG Entrance Exams
- Campus Placement
- MBA Entrance Exams
- CUET and UG Entrance
- Judiciary Exams
- Regulatory Body Exams
- Software Development