Results 131 to 140 of about 70,053 (150)
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An Approach to Energy Consumption Modeling in RC Ladder Circuits
2002In this communication, an approach to analytically estimate the energy consumption in RC ladder circuits is proposed. Effect of the input rise time on energy dissipated is modeled by assuming a ramp input. The approach is based on an exact analysis of energy dissipated by the network for asymptotic values of the input rise time.
M. ALIOTO, PALUMBO, Gaetano, M. POLI
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A Note on the Ladder Development of RC-Networks
Proceedings of the IRE, 1952Darlington and Cauer have described a useful way of synthesizing a lossless two-terminal-pair network from a single driving-point impedance and a knowledge of the zeros of transmission. The procedure involved has a good deal of similarity to the Brune process of synthesis, and can readily be extended to RL and RC networks provided the zeros of ...
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Evaluation of energy consumption in RC ladder circuits driven by a ramp input
IEEE Transactions on Very Large Scale Integration (VLSI) Systems, 2004In this paper, the energy consumption of RC ladder networks, which can represent chains of transmission gate or long wire interconnections, is modeled. Their energy dependence on the input rise time is analyzed by assuming a ramp input waveform. Since the analysis can be carried out in a straightforward manner only for very simple RC ladder networks ...
M. ALIOTO, PALUMBO, Gaetano, M. POLI
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High precision RC-oscillator using R-2R ladder for digital calibration
2016 XXV International Scientific Conference Electronics (ET), 2016This paper presents a fully integrated RC-type relaxation oscillator with high precision over supply, temperature and process calibration by trimming, achieving 50ppm/°C maximum temperature coefficient and 1% final accuracy in the operating range.
Vesselina Atanasova Barzinska +1 more
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Active synthesis of all-pole transfer functions with recurrent canonic RC ladders
IEEE Transactions on Circuit Theory, 1971A synthesis procedure for any all-pole transfer function with strictly positive coefficients is presented. The procedure utilizes an RC ladder with an ideal unity gain amplifier.
D. Hazony, U. Kerry
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Accuracy and boundary condition independence of Cauer RC ladder compact thermal models
Microelectronics Journal, 2013Abstract This paper presents an experimental study aimed at the investigation of the influence of variable boundary conditions on the element values of compact thermal models. These models are generated from the time constant spectra of thermal responses in the form Cauer RC ladders in such a way that their individual components might have some ...
M. Janicki +3 more
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The limitations of RC ladder networks as process simulators
Proceedings of the IEE Part B: Electronic and Communication Engineering, 1962A definition of controllability in terms of the attenuation/phase relationship at zero frequency is used to derive a formula for the controllability of an n-stage RC ladder network. Formulae are obtained for networks satisfying the condition of least controllability under various sets of constraints.
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Optimal transfer-function synthesis of RC ladders-Lumped and distributed
IEEE Transactions on Circuits and Systems, 1974The following optimal synthesis problems for lumped and distributed RC ladder networks are solved explicitly: 1) transfer admittance synthesis with minimum total shunt capacitance; 2) transfer impedance synthesis with minimum total series resistance; and 3) opencircuit voltage transfer-function synthesis with minimum total resistance-total capacitance ...
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Cascade synthesis of distributed networks by lumped ladder RC equivalents
IEEE Transactions on Circuit Theory, 1970This paper suggests a new presentation for the transmission-line networks. In the same way as Richards' presentation, in which the frequency transformation t = tanh sT was used to convert a class of transmission-line networks into lumped networks consisting of L, C, and unit elements, the frequency transformation q = sinh' sT is now used for converting
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Continuous gain adjustment of RC low-pass ladder networks through congruent transformation
IEEE Transactions on Circuits and Systems, 1975Through a simple congruent transformation, it is shown that the open-circuit voltage gain of a given RC low-pass ladder network can be continuously and exactly adjusted to a desired value within the upper and lower bounds while at the same time keeping the driving point impedance invariant.
A. Ali, H. Kim
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