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A 9-GHz Low-In-Band Noise Sub-Sampling-Chopper PLL With Charge-Share Canceling Technique

A 9-GHz Low-In-Band Noise Sub-Sampling-Chopper PLL With Charge-Share Canceling Technique 150 150

Abstract:

This article presents a low-jitter sub-sampling chopper phase-locked loop (SS-CPLL) that incorporates a novel chopping charge pump (C-CP) to mitigate 1/f noise in short-channel devices operating at a low supply voltage of 0.75 V. A charge-share cancellation technique is introduced to suppress ripple generated by residual charge from the previous reference …

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A 9-GHz Low-In-Band Noise Sub-Sampling-Chopper PLL With Charge-Share Canceling Technique

A 9-GHz Low-In-Band Noise Sub-Sampling-Chopper PLL With Charge-Share Canceling Technique 150 150

Abstract:

This article presents a low-jitter sub-sampling chopper phase-locked loop (SS-CPLL) that incorporates a novel chopping charge pump (C-CP) to mitigate 1/f noise in short-channel devices operating at a low supply voltage of 0.75 V. A charge-share cancellation technique is introduced to suppress ripple generated by residual charge from the previous reference …

View on IEEE Xplore

A 9-GHz Low-In-Band Noise Sub-Sampling-Chopper PLL With Charge-Share Canceling Technique

A 9-GHz Low-In-Band Noise Sub-Sampling-Chopper PLL With Charge-Share Canceling Technique 150 150

Abstract:

This article presents a low-jitter sub-sampling chopper phase-locked loop (SS-CPLL) that incorporates a novel chopping charge pump (C-CP) to mitigate 1/f noise in short-channel devices operating at a low supply voltage of 0.75 V. A charge-share cancellation technique is introduced to suppress ripple generated by residual charge from the previous reference …

View on IEEE Xplore

A 9-GHz Low-In-Band Noise Sub-Sampling-Chopper PLL With Charge-Share Canceling Technique

A 9-GHz Low-In-Band Noise Sub-Sampling-Chopper PLL With Charge-Share Canceling Technique 150 150

Abstract:

This article presents a low-jitter sub-sampling chopper phase-locked loop (SS-CPLL) that incorporates a novel chopping charge pump (C-CP) to mitigate 1/f noise in short-channel devices operating at a low supply voltage of 0.75 V. A charge-share cancellation technique is introduced to suppress ripple generated by residual charge from the previous reference …

View on IEEE Xplore

A 92.3%-Efficiency Switching-Mode Dual-Output Regulating Rectifier With Improved Link Adaptability for Wireless Power Transfer

A 92.3%-Efficiency Switching-Mode Dual-Output Regulating Rectifier With Improved Link Adaptability for Wireless Power Transfer 150 150

Abstract:

This article presents a 6.78-MHz switching-mode wireless power transfer (WPT) receiver (RX) with single-stage dual-output regulation and improved adaptability to link variations for biomedical applications. Based on a modified voltage doubler topology, it optimally transitions between voltage mode (VM) and resonant current mode (RCM) to extend the WPT range without …

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Outgoing and Incoming AdCom Members!

Outgoing and Incoming AdCom Members! 870 489 211124

SSCS thanks the following outgoing Administrative Committee members for their service:

  • VP of Education: Ali Sheikholeslami
  • Members-at-Large: Danielle Griffith, Chulwoo Kim, Yusuke Oike, Woogeun Rhee, and Farhana Sheikh
  • Region 8 Representative: Bram Nauta
  • Awards Committee Chair: John Corcoran
  • Chair of the Technical Committee on the Open-Source Environment (TC-OSE): Boris Murmann
  • JSSC Editor-in-Chief Dennis Sylvester, who will be stepping down in the summer.

We welcome the following incoming Administrative Committee members:

  • VP of Education: Filip Tavernier
  • Members-at-Large: Ping-Hsuan Hsieh, Zeynep Lulec, Danilo Manstretta, Kenichi Okada, Maurits Ortmanns (terms through 2027), and Minoru Fujishima (term through 2026)
  • Awards Chair: Kenneth O
  • Associate VP of Membership and and Student Engagement Ad Hoc Chair: Farhana Sheikh
  • Region 8 Representative: Eugenio Cantatore
  • TC-OSE Chair: Mehdi Saligane
  • JSSCC Editor-in-Chief: Boris Murmann, who will be assuming that role in the summer.

Guest Editorial 2024 Custom Integrated Circuits Conference

Guest Editorial 2024 Custom Integrated Circuits Conference 150 150

Abstract:

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Guest Editorial 2024 Custom Integrated Circuits Conference

Guest Editorial 2024 Custom Integrated Circuits Conference 150 150

Abstract:

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Guest Editorial 2024 Custom Integrated Circuits Conference

Guest Editorial 2024 Custom Integrated Circuits Conference 150 150

Abstract:

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