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6. i. The capacitor sensors are simple by mechanical design and rugged to generate stable output. A capacitor sensor consists of 3 charged parallel plates have breath of 500 mm. These plates are separated from each other by 7.5 mm. When, the middle plate is moving up by 0.25 mm. Assuming upper and lower plates kept fixed, calculate the following, Length of the capacitor plates, if the total change in capacitance is 1.190 pF a.

6. i. The capacitor sensors are simple by mechanical design and rugged to generate stable output. A capacitor sensor consists of 3 charged parallel plates have breath of 500 mm. These plates are separated from each other by 7.5 mm. When, the middle plate is moving up by 0.25 mm. Assuming upper and lower plates kept fixed, calculate the following, Length of the capacitor plates, if the total change in capacitance is 1.190 pF a.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Q16. i. The capacitor sensors are simple by mechanical design and rugged to generate stable output. A capacitor sensor consists of 3 charged parallel plates have breath of 500 mm. These plates are separated from each other by 7.5 mm. When, the middle plate is moving up by 0.25 mm. Assuming upper and lower plates kept fixed, calculate the following, Length of the capacitor plates, if the total change in capacitance is 1.190 pF Values of Cl and C2. а. b.
Transcribed Image Text:Q16. i. The capacitor sensors are simple by mechanical design and rugged to generate stable output. A capacitor sensor consists of 3 charged parallel plates have breath of 500 mm. These plates are separated from each other by 7.5 mm. When, the middle plate is moving up by 0.25 mm. Assuming upper and lower plates kept fixed, calculate the following, Length of the capacitor plates, if the total change in capacitance is 1.190 pF Values of Cl and C2. а. b.
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