Presenter Information

Shea Smith, Brigham Young University

Location

Virtual

Start Date

5-10-2021 10:05 AM

End Date

5-10-2021 10:15 AM

Description

A 28nm 0.1V 10-bit 2kS/s time domain ADC design is proposed. This design opens the doors to both low supply and low power space sensors and instruments. Due to the stringent voltage supply, unique challenges arise that are met with innovation in the sample switch and the quantizer design. These components of the ADC architecture are optimized to perform successfully at a 0.1V supply with a sample rate suitable for most sensor applications.

Available for download on Tuesday, May 10, 2022

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May 10th, 10:05 AM May 10th, 10:15 AM

Ultra-Low Power ADCs for Space Sensors and Instruments

Virtual

A 28nm 0.1V 10-bit 2kS/s time domain ADC design is proposed. This design opens the doors to both low supply and low power space sensors and instruments. Due to the stringent voltage supply, unique challenges arise that are met with innovation in the sample switch and the quantizer design. These components of the ADC architecture are optimized to perform successfully at a 0.1V supply with a sample rate suitable for most sensor applications.