多轴MEMS加速度计建模:SPICE宏建模功能分析

Radhika Malpotra, Tanuj Chauhan, Alok Tripathi
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引用次数: 0

摘要

MEMS元件已经渗透到生活的各个领域,从游戏、智能手机到家庭自动化。复杂MEMS的设计和实现已经变得非常繁琐。本文介绍了基于PICE的三轴加速度计的宏观建模。该模型还与市售的数字加速度计ADXL350进行了比较。该模型的映射与上述芯片具有功能粘附性。本文将利用PSpice开发加速度计的宏观模型。加速度计的建模包括各种模块,如电源管理、3轴传感器、传感电子、ADC、控制和中断逻辑和串行I/O。这种建模风格使我们能够开展基于MEMS的系统设计,并对电气或机械设计有深入的了解。
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Modeling of multiple axis MEMS accelerometer: SPICE macro modeling for functional analysis
MEMS elements have been penetrating in each segment of life, ranging from gaming, smartphones to home automation. Design and implementation of complex MEMS has become tedious. The paper describes macro modeling of 3-axis accelerometer based on S PICE. The model was also compared to a commercially available digital accelerometer ADXL350. The mapping of this model was in functional adherence to chip mentioned above. In this paper we will develop macro model of accelerometer using PSpice. Modeling of accelerometer comprises of various blocks such as power management, 3-axis sensor, sense electronics, ADC, control and interrupt logic and serial I/O. This style of modeling enables us to embark on MEMS based system design having in depth knowledge of either electrical or mechanical design.
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