A low power interface circuit for resistive sensors with digital offset compensation
EM Boujamaa, B Alandry, S Hacine… - Proceedings of 2010 …, 2010 - ieeexplore.ieee.org
This paper presents an innovative conditioning and read-out interface for resistive MEMS
sensors. The proposed structure includes a digital offset compensation for robustness to
process and temperature variations. Simulation results demonstrate an impressive
resolution to power consumption ratio and a good immunity to environmental parameters.
Experimental results finally demonstrate the efficiency of this promising read-out
architecture.
sensors. The proposed structure includes a digital offset compensation for robustness to
process and temperature variations. Simulation results demonstrate an impressive
resolution to power consumption ratio and a good immunity to environmental parameters.
Experimental results finally demonstrate the efficiency of this promising read-out
architecture.
[PDF][PDF] A Low Power Interface Circuit for Resistive Sensors with Digital Offset Compensation
This paper presents an innovative conditioning and read-out interface for resistive MEMS
sensors. The proposed structure includes a digital offset compensation for robustness to
process and temperature variations. Simulation results demonstrate an impressive
resolution to power consumption ratio and a good immunity to environmental parameters.
Experimental results finally demonstrate the efficiency of this promising read-out
architecture.
sensors. The proposed structure includes a digital offset compensation for robustness to
process and temperature variations. Simulation results demonstrate an impressive
resolution to power consumption ratio and a good immunity to environmental parameters.
Experimental results finally demonstrate the efficiency of this promising read-out
architecture.
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