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Abstract: Scaling a fault-tolerant quantum computer to millions of qubits required for running a practical algorithm is a daunting challenge. Silicon spin qubits are a potential technology for the scalable implementation of quantum computers thanks to their transistor-like footprint and compatibility with industrial silicon manufacturing.
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Members: Free | IEEE Members: $8.00 | Non-members: $15.00SSCS
Abstract: Scaling a fault-tolerant quantum computer to millions of qubits required for running a practical algorithm is a daunting challenge. Silicon spin qubits are a potential technology for the scalable implementation of quantum computers thanks to their transistor-like footprint and compatibility with industrial silicon manufacturing.
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Members: Free | IEEE Members: $11.00 | Non-members: $15.00SSCS
Abstract: Silicon photonics systems integrate photonic components such as optical waveguides, couplers, resonators, photodetectors, etc. along with electronic components on the same silicon chip to realize high-bandwidth, high-density, and low-power communication via wavelength-division multiplexing (WDM).
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Members: Free | IEEE Members: $11.00 | Non-members: $15.00SSCS
Abstract: High performance fractional-N phase-locked loops (PLLs) are essential elements of any advanced electronic systems. In recent years, both analog and all-digital PLLs employing sampling or sub-sampling phase detector have gained popularity and demonstrated below 100-fs integrated jitter and superior figure-of-merit. This talk focuses on this PLL architecture and elaborates the advanced design techniques to achieve low jitter, low fractional spurs, and low power operation.
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Members: Free | IEEE Members: $8.00 | Non-members: $15.00SSCS
Abstract: High performance fractional-N phase-locked loops (PLLs) are essential elements of any
advanced electronic systems. In recent years, both analog and all-digital PLLs employing sampling or sub-sampling phase detector have gained popularity and demonstrated below 100-fs integrated jitter and superior figure-of-merit. This talk focuses on this PLL architecture and elaborates the advanced design techniques to achieve low jitter, low fractional spurs, and low power operation.
More
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Members: Free | IEEE Members: $11.00 | Non-members: $15.00SSCS
Abstract: Silicon photonics systems integrate photonic components such as optical waveguides, couplers, resonators, photodetectors, etc. along with electronic components on the same silicon chip to realize high-bandwidth, high-density, and low-power communication via wavelength-division multiplexing (WDM).
More
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Members: Free | IEEE Members: $8.00 | Non-members: $15.00SSCS
Abstract: Accurate measurement of certain chemicals and biological substances is essential for health care and biomanufacturing. Electrochemical sensing methods are particularly useful for this purpose because they are cost-effective, can be made very small, and provide real-time data. Technologies such as pH and ion-sensitive sensors that are integrated into standard CMOS platforms (the technology used for constructing integrated circuits) have shown to be effective.
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Members: Free | IEEE Members: $8.00 | Non-members: $15.00SSCS
Abstract:�Accurate measurement of certain chemicals and biological substances is essential for health care and biomanufacturing. Electrochemical sensing methods are particularly useful for this purpose because they are cost-effective, can be made very small, and provide real-time data. Technologies such as pH and ion-sensitive sensors that are integrated into standard CMOS platforms (the technology used for constructing integrated circuits) have shown to be effective.
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Members: Free | IEEE Members: $11.00 | Non-members: $15.00SSCS
Abstract: Bipolar-CMOS-DMOS (BCD) technologies enable applications of high industrial interest, whereby high-voltage and highpower circuits are combined with high-density digital logic on a single die, as in (audio) power amplifiers and switch-mode power supplies (SMPS). This tutorial addresses challenges of BCD design that are not usually encountered when designing in standard CMOS, e.g.
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Members: Free | IEEE Members: $25.00 | Non-members: $40.00SSCS
Abstract: Bipolar-CMOS-DMOS (BCD) technologies enable applications of high industrial interest, whereby high-voltage and highpower circuits are combined with high-density digital logic on a single die, as in (audio) power amplifiers and switch-mode power supplies (SMPS). This tutorial addresses challenges of BCD design that are not usually encountered when designing in standard CMOS, e.g.
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Members: Free | IEEE Members: $10.00 | Non-members: $20.00SSCS