6. A capacitor sensor of three parallel plates, having distance between upper plate and middle plate is 0.6cm and the distance between lower plate and middle plate is 0.4cm, having an area of 28mm. Due to displacement, if upper plate and lower plate are moved towards the middle plate by 3mm, then calculate the following, i. Capacitance between upper and middle plates. ii. Capacitance between lower and middle plates. iii. Net capacitance of the capacitor sensor.

6. A capacitor sensor of three parallel plates, having distance between upper plate and middle plate is 0.6cm and the distance between lower plate and middle plate is 0.4cm, having an area of 28mm. Due to displacement, if upper plate and lower plate are moved towards the middle plate by 3mm, then calculate the following, i. Capacitance between upper and middle plates. ii. Capacitance between lower and middle plates. iii. Net capacitance of the capacitor sensor.

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter19: Capacitors

Section: Chapter Questions

Problem 3RQ: A capacitor uses air as a dielectric and has a capacitance of 3 F. A dielectric material is inserted...

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Styles Voice Sensitivity Editor Reu Paragraph 6. A capacitor sensor of three parallel plates, having distance between upper plate and middle plate is 0.6cm and the distance between lower plate and middle plate is 0.4cm, having an area of 28mm. Due to displacement, if upper plate and lower plate are moved towards the middle plate by 3mm, then calculate the following, i Capacitance between upper and middle plates. it. Capacitance between lower and middle plates. . Net capacitance of the capacitor sensor. United States Time Tibel
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A capacitor sensor of three parallel plates, having distance between upper plate and middleplate is 0.75cm and the distance between lower plate and middle plate is 0.46cm, having an areaof 28mm. Due to displacement, if upper plate and lower plate are moved towards the middleplate by 3mm, then calculate the following,i. Capacitance between upper and middle plates.ii. Capacitance between lower and middle plates. iii. Net capacitance of the capacitor sensor.