Q6. Find the resistance The filter given below is known as an all pass filter. If T(s) is the transfer function v_{out}(s)/v_{in}(s) of the filter where s is the Laplace variable, first find |T(\omega)| and angle T(\omega) , where \omega is the Fourier variable. If the desired phase shift is -30^o ( -30 degrees) at operating frequency of 5\times10^3\text{rad}/\text{s} , what is the value of R if C=10\text{nF} ?

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Q6. Find the resistance The filter given below is known as an all pass filter. I...

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Q6. Find the resistance

The filter given below is known as an all pass filter. If T(s) is the transfer function $v_{out}(s)/v_{in}(s)$ v_{out}(s)/v_{in}(s) of the filter where s is the Laplace variable, first find $|T(\omega)|$ |T(\omega)| and angle $T(\omega)$ T(\omega), where $\omega$ \omega is the Fourier variable. If the desired phase shift is -30^o (-30 degrees) at operating frequency of $5\times10^3\text{rad}/\text{s}$ 5\times10^3\text{rad}/\text{s}, what is the value of R if $C=10\text{nF}$ C=10\text{nF}?