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用于振动主动控制的DSP系统设计与实现
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2009-08-15
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本文采用TMS320F2812 数字信号处理器为核心器件， 利用器件本身集成的多路 A/D 通道采集结构振动响应数据，并通过可编程逻辑器件EPM7128SQC100 与多路D/A 转换芯片DAC7724 连接，输出控制信号用于振动的主动控制，实现了多输入多输出分布式智能结构振动主动控制系统，完成了该系统软硬件的设计与实现。
关键词：DSP; 智能结构; 振动主动控制;
Abstract: In this paper，DSP TMS320F2812, as the core device, acquires structural vibration response data by itself A/D peripheral, and provides output control signals for active vibration through the multi-channels D/A converter DAC7724, which interfaced with the complex programmable logic device EPM7128SQC100.The smart structure active vibration control system have satisfied the request of MIMO (Multiple Inputs Multiple Output) and distributed control. And the whole system’s hardware and software design and implementation is given.
Key Words: DSP; Smart Structure; Active Vibration Control;
关键词：DSP; 智能结构; 振动主动控制;
Abstract: In this paper，DSP TMS320F2812, as the core device, acquires structural vibration response data by itself A/D peripheral, and provides output control signals for active vibration through the multi-channels D/A converter DAC7724, which interfaced with the complex programmable logic device EPM7128SQC100.The smart structure active vibration control system have satisfied the request of MIMO (Multiple Inputs Multiple Output) and distributed control. And the whole system’s hardware and software design and implementation is given.
Key Words: DSP; Smart Structure; Active Vibration Control;
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