A pressure transducer, as described in Example 14.1, is to be used in conjunction with a noninverting op-amp circuit. The ideal output voltage is to be +0.10 \(\mathrm{V}\) for a transducer voltage of \(2 \mathrm{mV}\). Determine the minimum open-loop gain required so that the actual output voltage is within 0.1 percent of the ideal.

Data From Example 14.1:-

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Determine the minimum open-loop voltage gain to achieve a particular accuracy. A pressure transducer produces a maximum dc voltage signal of 2 mV and has an output resistance of Rs = 2k2. The maximum dc current from the transducer is to be limited to 0.2 A. An inverting amplifier is to be used in conjunction with the transducer to produce an output voltage of -0.10V for a 2 mV transducer signal. The error in the output voltage cannot be greater than 0.1 percent. Determine the minimum open-loop gain of the amplifier to meet this specification.