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book Basic Engineering Circuit Analysis 11th Edition by David Irwin ,Robert Nelms cover

Basic Engineering Circuit Analysis 11th Edition by David Irwin ,Robert Nelms

Edition 11ISBN: 978-1118539293
book Basic Engineering Circuit Analysis 11th Edition by David Irwin ,Robert Nelms cover

Basic Engineering Circuit Analysis 11th Edition by David Irwin ,Robert Nelms

Edition 11ISBN: 978-1118539293
Exercise 35
The circuit in Fig. P12.76 is a dual-T notch filter. It has an advantage over the filter in Example 12.21 in that it contains no inductors, which tend to be bulky and heavy. Derive the transfer function for this filter and verify your work for the component values C = 100 nF and R = 1590 .
The circuit in Fig. P12.76 is a dual-T notch filter. It has an advantage over the filter in Example 12.21 in that it contains no inductors, which tend to be bulky and heavy. Derive the transfer function for this filter and verify your work for the component values C = 100 nF and R = 1590 .     Figure P12.76  Example 12.21
Figure P12.76
Example 12.21
The circuit in Fig. P12.76 is a dual-T notch filter. It has an advantage over the filter in Example 12.21 in that it contains no inductors, which tend to be bulky and heavy. Derive the transfer function for this filter and verify your work for the component values C = 100 nF and R = 1590 .     Figure P12.76  Example 12.21
The circuit in Fig. P12.76 is a dual-T notch filter. It has an advantage over the filter in Example 12.21 in that it contains no inductors, which tend to be bulky and heavy. Derive the transfer function for this filter and verify your work for the component values C = 100 nF and R = 1590 .     Figure P12.76  Example 12.21
Explanation
Verified
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Consider Figure P12.64 from the text boo...

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Basic Engineering Circuit Analysis 11th Edition by David Irwin ,Robert Nelms
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