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    • 2. 发明申请
    • DATA ACQUISITION SYSTEM AND METHOD FOR A SPECTROMETER
    • 数据采集​​系统和方法
    • WO2008008867A2
    • 2008-01-17
    • PCT/US2007/073308
    • 2007-07-12
    • LECO CORPORATIONMASON, Michael, C.WILLIS, Peter, M.WHEELER, Mark, R.ARTAEV, Viatcheslav, B.PITZ, Julie, R.
    • MASON, Michael, C.WILLIS, Peter, M.WHEELER, Mark, R.ARTAEV, Viatcheslav, B.PITZ, Julie, R.
    • H01J49/00
    • H01J49/0036H01J49/40
    • A data acquisition system (20) and method are described that may be used with various spectrometer systems (10). The data acquisition system may include an ion detector (42) and a processing circuit. The processing circuit may include an initial processing module (22) and a spectra processing module (26). According to one embodiment, the spectra processing module generates stick spectra and supplies the stick spectra to an external processor (27). The stick spectra comprise a peak intensity, resolution, and a location in the spectra for each detected peak. The initial processing module may contiguously sample the ion detection signals at a rate matched to the capabilities of the ion detector (up to at least 1.5 GHz) over a full spectral range. The spectra processing module may receive the processed signals and generate spectra from the processed signals at a rate matched to the time response of the separation techniques (up to 200 spectra/second).
    • 描述了可以与各种光谱仪系统(10)一起使用的数据采集系统(20)和方法。 数据采集​​系统可以包括离子检测器(42)和处理电路。 处理电路可以包括初始处理模块(22)和光谱处理模块(26)。 根据一个实施例,光谱处理模块产生棒光谱并将棒光谱提供给外部处理器(27)。 棒状光谱包括每个检测峰的峰强度,分辨率和光谱中的位置。 初始处理模块可以在完全光谱范围内以与离子检测器的能力(至多1.5GHz)匹配的速率连续地对离子检测信号进行采样。 光谱处理模块可以接收经处理的信号并且以与分离技术的时间响应(多达200个光谱/秒)匹配的速率从处理的信号产​​生光谱。
    • 4. 发明申请
    • DATA ACQUISITION SYSTEM AND METHOD FOR A SPECTROMETER
    • 用于光谱仪的数据采集系统和方法
    • WO2008008867A3
    • 2008-09-04
    • PCT/US2007073308
    • 2007-07-12
    • LECO CORPMASON MICHAEL CWILLIS PETER MWHEELER MARK RARTAEV VIATCHESLAV BPITZ JULIE R
    • MASON MICHAEL CWILLIS PETER MWHEELER MARK RARTAEV VIATCHESLAV BPITZ JULIE R
    • G06F19/00
    • H01J49/0036H01J49/40
    • A data acquisition system (20) and method are described that may be used with various spectrometer systems (10). The data acquisition system may include an ion detector (42) and a processing circuit. The processing circuit may include an initial processing module (22) and a spectra processing module (26). According to one embodiment, the spectra processing module generates stick spectra and supplies the stick spectra to an external processor (27). The stick spectra comprise a peak intensity, resolution, and a location in the spectra for each detected peak. The initial processing module may contiguously sample the ion detection signals at a rate matched to the capabilities of the ion detector (up to at least 1.5 GHz) over a full spectral range. The spectra processing module may receive the processed signals and generate spectra from the processed signals at a rate matched to the time response of the separation techniques (up to 200 spectra/second).
    • 描述了可以与各种光谱仪系统(10)一起使用的数据采集系统(20)和方法。 数据采集​​系统可以包括离子检测器(42)和处理电路。 处理电路可以包括初始处理模块(22)和光谱处理模块(26)。 根据一个实施例,光谱处理模块产生光谱并将光谱光谱提供给外部处理器(27)。 棒光谱包括峰强度,分辨率和光谱中每个检测到的峰的位置。 初始处理模块可以以与全部光谱范围内的离子检测器的能力(高达至少1.5GHz)相匹配的速率连续地对离子检测信号进行采样。 光谱处理模块可以接收经处理的信号并且以与分离技术的时间响应匹配的速率(至多200个光谱/秒)从经处理的信号生成光谱。