Two ceramic capacitors have the following parameters. One has capacitance C1 and ceramic thickness d1. The other has capacitance C2 and ceramic thickness d2. When the two are connected in parallel, the combination has a capacitance of

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Electromagnetic Field Theory

Two ceramic capacitors have the following parameters. One has capacitance C₁ and ceramic thickness d₁. The other has capacitance C₂ and ceramic thickness d₂. When the two are connected in parallel, the combination has a capacitance of

A) C = d₁ + d₂ B) $${\text{C}} = \frac{{{{\text{d}}_1}{{\text{d}}_2}}}{{{{\text{d}}_1} + {{\text{d}}_2}}}$$ C) C = C₁ + C₂ D) $${\text{C}} = \frac{{{{\text{C}}_1}{{\text{C}}_2}}}{{{{\text{C}}_1} + {{\text{C}}_2}}}$$

Answer & Solution

Correct Answer: Option C

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Two ceramic capacitors have the following parameters One has capacitance C1...

Two ceramic capacitors have the following parameters. One has capacitance C1 and ceramic thickness d1. The other has capacitance C2 and ceramic thickness d2. When the two are connected in parallel, the combination has a capacitance of

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Related Questions on Electromagnetic Field Theory

Two ceramic capacitors have the following parameters. One has capacitance C₁ and ceramic thickness d₁. The other has capacitance C₂ and ceramic thickness d₂. When the two are connected in parallel, the combination has a capacitance of