Results 261 to 270 of about 152,037 (291)
Some of the next articles are maybe not open access.
1996
The filters we have studied in the two previous chapters are primarily based on the assumption that they are to be implemented in discrete or hybrid forms - thick-film or thin-film. Although the op amp may be fabricated in integrated-circuit (IC) form (sometimes in groups), it is actually treated as a separate entity for our purposes.
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The filters we have studied in the two previous chapters are primarily based on the assumption that they are to be implemented in discrete or hybrid forms - thick-film or thin-film. Although the op amp may be fabricated in integrated-circuit (IC) form (sometimes in groups), it is actually treated as a separate entity for our purposes.
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2014
This chapter introduces SC circuits. A brief description is given for the main building blocks of a SC filter (operational amplifiers, switches, capacitors, and non-overlapping clock phases). A few examples of SC resistor emulation circuits are presented along with their equivalent resistance. Two examples of SC integrators are also shown, one with the
Hugo Alexandre de Andrade Serra +1 more
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This chapter introduces SC circuits. A brief description is given for the main building blocks of a SC filter (operational amplifiers, switches, capacitors, and non-overlapping clock phases). A few examples of SC resistor emulation circuits are presented along with their equivalent resistance. Two examples of SC integrators are also shown, one with the
Hugo Alexandre de Andrade Serra +1 more
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2022 IEEE Custom Integrated Circuits Conference (CICC), 2022
David J. Allstot +2 more
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David J. Allstot +2 more
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20th Annual IEEE Power Electronics Specialists Conference, 1990
A novel technique for building active filters using switched-capacitor (SC) circuits is proposed. The principle of operation, methods of control, and analysis and design of a typical SC filter are presented. To assess its effectiveness, the technique is used to control input current harmonics in a phase-controlled converter. It is shown that by using a
P. Mehta, M. Darwish, T. Thomson
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A novel technique for building active filters using switched-capacitor (SC) circuits is proposed. The principle of operation, methods of control, and analysis and design of a typical SC filter are presented. To assess its effectiveness, the technique is used to control input current harmonics in a phase-controlled converter. It is shown that by using a
P. Mehta, M. Darwish, T. Thomson
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2019
It is rare that a new discipline can be traced back to the publication of a single paper. Information theory is such a discipline. Another, although less dramatic, is the discipline of switched capacitors. In a 1977 paper by Hosticka, Broderson, and Grey of Berkeley University entitled “MOS Sampled-Data Recursive Filters Using State-Variable Techniques,
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It is rare that a new discipline can be traced back to the publication of a single paper. Information theory is such a discipline. Another, although less dramatic, is the discipline of switched capacitors. In a 1977 paper by Hosticka, Broderson, and Grey of Berkeley University entitled “MOS Sampled-Data Recursive Filters Using State-Variable Techniques,
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2016
The elusive goal of the lossless charge transfer from one circuit node to another has been the main focus of analog sampled-data processing starting from the bucket brigade and CCD to switched-capacitor circuits. Opamp with capacitive feedback is the most accurate analog component that can sample and amplify signal with highest accuracy.
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The elusive goal of the lossless charge transfer from one circuit node to another has been the main focus of analog sampled-data processing starting from the bucket brigade and CCD to switched-capacitor circuits. Opamp with capacitive feedback is the most accurate analog component that can sample and amplify signal with highest accuracy.
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A switched-capacitor adaptive lattice filter
IEEE Transactions on Acoustics, Speech, and Signal Processing, 1983Integration of an adaptive lattice filter in MOS-LSI technology is described. The architecture is designed to optimally exploit the advantages of analog and digital approaches. Switched-capacitor techniques are used for filtering and digital circuitry is used to perform the adaption.
R.D. Fellman, R.W. Brodersen
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A Quadrature Switched Capacitor Power Amplifier
IEEE Journal of Solid-State Circuits, 2016This paper presents an all-digital class-G quadrature switched-capacitor power amplifier (Q-SCPA) implemented in 65 nm CMOS. It combines in-phase ( I ) and quadrature ( Q ) signals on a shared capacitor array. The I / Q signals are digitally weighted and combined in the charge domain.
Wen Yuan 0004 +4 more
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An interference-insensitive switched-capacitor CDC
2017 Eleventh International Conference on Sensing Technology (ICST), 2017A new interference-insensitive Switched Capacitor (SC) Capacitance-to-Digital Converter (CDC) is presented in this paper. The insensitivity is achieved by the conversion mechanism itself. It is a combination of a SC relaxation oscillator and an integrating type analog-to-digital converter whose integration time is made an integer multiple of the time ...
Lakshmi Areekath, Boby George
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2006
In this chapter, some trade-offs to be faced by an SC circuit designer are proposed. SC technique gained a large popularity in the past and it seems to be mature to be able to give excellent response for the future requirements of mixed-signal systems. However, the actual trends towards scaled-down technology, low-voltage and/or high-frequency systems ...
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In this chapter, some trade-offs to be faced by an SC circuit designer are proposed. SC technique gained a large popularity in the past and it seems to be mature to be able to give excellent response for the future requirements of mixed-signal systems. However, the actual trends towards scaled-down technology, low-voltage and/or high-frequency systems ...
openaire +1 more source

