Rambus Inc.

Invensense, Inc.

Richelle L Smith

Carl William Werner

Masum Hossain

Roxanne T Vu

Ming He

Jialin Liu

A communication system comprises a transmitter and a receiver that communicate differential phase modulated data over a wireline channel pair. The transmitter encodes data symbols by generating first and second data signals with differentially phase shifted signal transitions with respect to one another. The receiver receives the first data signal and the second data signal and samples the first data signal based on a signal transition timing of the second data signal to generate a first output data symbol. The receiver furthermore samples the second data signal based on signal transition timing of the first data signal to generate a second output data symbol.

Phase modulated data link for low-swing wireline applications

Implementation of large temperature-insensitive resistance in CMOS using short-duty-clock cycle is provided herein. Operations of a method can comprise boosting a resistance level of a switched-resistor circuit to a defined resistance level. The boosting can comprise using a short-duty-cycle clock to facilitate the boosting. Also provided is a sensor system that can comprise a short-duty-cycle clock and a switched-resistor circuit. The short-duty cycle clock boosts a resistance level of the switched-resistor circuit to a defined resistance level.

Implementing process, voltage, and/or temperature-insensitive resistance in complementary metal-oxide-semiconductors using a short-duty-clock cycle

The embodiments herein describe technologies of an amplifier circuit that is designed for wideband communication with superconductive components in cryogenic applications, including Josephson Junction integrated circuits, operating in a cryogenic temperature domain (e.g., 4K). The amplifier circuit operates in a temperature domain (e.g., 77K) that is higher than the cryogenic temperature domain of the superconductive components.

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Los Altos, CA, United States of America

Richelle L Smith