A highly programmable sensor network interface with multiple sensor readout circuits

Jichun Zhang

doi:10.1109/ICSENS.2003.1279041

A highly programmable sensor network interface with multiple sensor readout circuits

2024-10-22

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Prasanna Balasundaram

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Andrew J. Mason

DOI：10.1109/ICSENS.2003.1279041

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This paper presents a Universal Micro-Sensor Interface (UMSI) chip that significantly expands the capability of previously reported generic interface circuits. It implements a new power-conservative network-capable sensor bus integrates programmable readout circuits for multiple signal modes, and includes a standard interface for application-specific peripherals. Up to 255 UMSI chips can be connected in a microsystem and each UMSI can interface with up to 8 capacitive, resistive, and/or voltage output devices. Fabricated in 0.5 mum CMOS process with a 2.22mm x 2.22mm die size, the chip dissipates from 40muW to 13.5mW (depending on configuration) from a 3 V power supply. It supports several power management features and enables a new class of highly adaptive battery-powered microsystems capable of automatic reconfiguration in the field.

A highly programmable sensor network interface with multiple sensor readout circuits

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