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    • 4. 发明授权
    • Fully parallel multi-channel demodulator
    • 全并行多通道解调器
    • US07388932B1
    • 2008-06-17
    • US10335209
    • 2002-12-30
    • WeiMin ZhangVladimir RadionovRoger StenersonBin-Fan LiuYu Kou
    • WeiMin ZhangVladimir RadionovRoger StenersonBin-Fan LiuYu Kou
    • H03K9/00
    • H04L27/0012H04L1/004H04L7/0079H04L25/03006
    • An improved multi-channel demodulator is provided. The improved demodulator includes an automatic gain control, a data buffer and a demodulation engine. Data from various RF channels are processed by the automatic gain control in order to keep the data at their respective constant levels. Output from the automatic gain control is passed to the data buffer for storage. Corresponding data from a selected channel is then processed by the demodulation engine. The improved demodulator is able to operate in any one of three operating modes, namely, a data processing mode, a channel switching mode and a waiting mode. In the data processing mode, the demodulation engine processes the channel data that is currently loaded into the demodulation engine. In the channel switching mode, the demodulation engine stores the current channel data into the data buffer and retrieves and loads channel data from another channel for processing. In addition, status and history information relating to the current channel data is stored into a channel status memory and status and history information relating to the next channel to be processed is retrieved from the channel status memory. In one exemplary aspect, in order to reduce the channel switching time, status and history information relating to the next channel to be processed is preloaded during the previous data processing mode. In the waiting mode, the demodulation engine awaits further processing instructions to decide whether to enter into either the data processing mode or the channel switching mode.
    • 提供改进的多通道解调器。 改进的解调器包括自动增益控制,数据缓冲器和解调引擎。 来自各种RF信道的数据由自动增益控制处理,以便将数据保持在它们各自的恒定水平。 自动增益控制的输出传递到数据缓冲区进行存储。 然后由解调引擎处理来自选定信道的对应数据。 改进的解调器能够以三种操作模式中的任一种操作,即数据处理模式,信道切换模式和等待模式。 在数据处理模式中,解调引擎处理当前加载到解调引擎中的信道数据。 在信道切换模式中,解调引擎将当前信道数据存储到数据缓冲器中,并从另一个信道检索和加载信道数据进行处理。 此外,与当前频道数据相关的状态和历史信息被存储到频道状态存储器中,并且从频道状态存储器检索与要处理的下一频道有关的状态和历史信息。 在一个示例性方面,为了减少频道切换时间,在先前的数据处理模式期间预先加载与要处理的下一频道相关的状态和历史信息。 在等待模式中,解调引擎等待进一步的处理指令来决定是进入数据处理模式还是进入信道切换模式。