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Resistively Terminated Active RC Ladder

IETE Journal of Research, 1975
An active RC ladder network terminated in resistances at both the input and output ends has been proposed. The design is made simpler by choosing equal values for each type of the element. The method has been illustrated in the case of third order lowpass Chebyshev polynomial.
Dhirendra Kumar Jha   +1 more
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On geometric progression ladder RC networks

Proceedings of the IEEE, 1975
The possibility of an approach to the analysis of nonrecurrent RC ladder networks by means of recurrent RCG ladder networks is presented.
B.B. Bhattacharyya, M.N.S. Swamy
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RC active ladder networks

Proceedings of the Institution of Electrical Engineers, 1965
A new RC active synthesis method is proposed, the active units used being negative-impedance convertors (n.i.c.s.). Any driving-point immittance, specified as a rational function with real coefficients, may be realised by an RC active ladder structure. These results can also be adapted to the realisation of arbitrary (rational) transfer functions.
J. Gorski-Popiel, A.J. Drew
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Delay time bounds for RC ladder networks

IEEE Transactions on Circuits and Systems I: Fundamental Theory and Applications, 1996
For an n-cell RC ladder network with capacitive load, we define the delay time as a global switching time, and we find upper and lower bounds for it.
C.A. Marinov, P.N. Shivakumar
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Realization of maximum-gain RC ladder networks

IEEE Transactions on Circuit Theory, 1970
This correspondence presents a method for the realization of a maximum gain RC ladder with prescribed z_{11} and z_{12} parameters. The quantities R_{max}/R_{min} and C_{max}/C_{min} , which give the permissible spread on the element values, are also investigated as design parameters.
L. Degan, H. Ruston
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RC ladder realizations with equal‐valued capacitors

International Journal of Circuit Theory and Applications, 1976
AbstractThe synthesis of RC low‐pass ladder networks with equal‐valued capacitors is studied. By using congruence transformation, a systematic method is advanced to generate an equivalent two‐port in which as many capacitor values as possible are equalized.
Adel Ali, H. K. Kim
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Cost function minimization in RC ladder networks

IEEE Transactions on Circuits and Systems, 1976
For a canonic RC ladder network realized from specified two-port parameters, a proper transformation is applied so as to generate a family of equivalent networks in which the total resistance, total capacitance, and the gain vary continuously with respect to a single variable.
null Hyong Kim, A. Ali
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Comments on "Delay time bounds for RC ladder networks"

IEEE Transactions on Circuits and Systems I: Fundamental Theory and Applications, 1998
Summary: The results in \textit{C. A. Marinov} and \textit{P. N. Shivakumar} [ibid. 43, 613-614 (1996)] concerning upper and lower bounds for the delay time for an \(n\)-cell RC ladder network with capacitive load are improved.
Chen, Xiaohong   +3 more
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