Provides a 6dB-per-octave rolloff filter at 115Hz.

提供一个115赫兹时每八度6分贝的移滤波器。

For general exploringobjects requirement, narrow pulse signal with tens millimicro second to millimicrosecond has the frequency spectrum from DC to thousands MHz.

按照对地目标探测的一般需要,通常用纳秒到十纳秒量级的电磁探测窄脉冲,信号谱具有从流到千兆赫兹的宽带。

Adopting Intel Dynamic Processor only designed for Ultraportable Mobile Computing Device by Intel, their basic frequency is 1.6G Hz with average power 2.5W.

该产品用了英特尔专为超便携型移动计算设备所设计的凌动处理器,主为1.6G赫兹,平均功耗为2.5瓦。

The best clocks now scan a one-hertz-wide sweet spot to find its exact center, plus or minus one millihertz, in every single measurement—despite the Heisenberg limits.

尽管有海森堡限制的存在，目前最好的时钟每次测量时扫描一赫兹宽的「好球区」，以找出确实的中心，误差只有一毫赫兹。

Provides a 6dB-per-octave rolloff filter at 115Hz.

提供个115赫兹时每八度6低频上移滤波器。

For general exploringobjects requirement, narrow pulse signal with tens millimicro second to millimicrosecond has the frequency spectrum from DC to thousands MHz.

按照对地目标探测般需要,通常用纳秒到十纳秒量级电磁探测窄脉冲,信号频谱具有从直流低频直到千兆赫兹宽带。

Adopting Intel Dynamic Processor only designed for Ultraportable Mobile Computing Device by Intel, their basic frequency is 1.6G Hz with average power 2.5W.

该产品用了英特尔专为超便携型移动计算设备所设计凌动处理器,主频为1.6G赫兹,平均功耗为2.5瓦。

The best clocks now scan a one-hertz-wide sweet spot to find its exact center, plus or minus one millihertz, in every single measurement—despite the Heisenberg limits.

尽管有海森堡限制存在，目前最好时钟每次测量时都直接赫兹宽「好球区」，以找出确实中心，误差只有毫赫兹。

Provides a 6dB-per-octave rolloff filter at 115Hz.

提供一个115赫兹时八度6分贝的低频上移滤波。

For general exploringobjects requirement, narrow pulse signal with tens millimicro second to millimicrosecond has the frequency spectrum from DC to thousands MHz.

对地目标探测的一般需要,通常用纳秒到十纳秒量级的电磁探测窄脉冲,信号频谱具有从直流低频直到千兆赫兹的宽带。

Adopting Intel Dynamic Processor only designed for Ultraportable Mobile Computing Device by Intel, their basic frequency is 1.6G Hz with average power 2.5W.

该产品用了英特尔专为超便携型移动计算设备所设计的凌动处理,主频为1.6G赫兹,平均功耗为2.5瓦。

The best clocks now scan a one-hertz-wide sweet spot to find its exact center, plus or minus one millihertz, in every single measurement—despite the Heisenberg limits.

尽管有海森堡限制的存在，目前最好的时测量时都直接扫描一赫兹宽的「好球区」，以找出确实的中心，误差只有一毫赫兹。

Provides a 6dB-per-octave rolloff filter at 115Hz.

提供一个115赫兹时每八度6分贝的低频上移滤波器。

For general exploringobjects requirement, narrow pulse signal with tens millimicro second to millimicrosecond has the frequency spectrum from DC to thousands MHz.

按照对地目标探测的一般需要,通常用到量级的电磁探测窄脉冲,信号频谱具有从直流低频直到千兆赫兹的宽带。

Adopting Intel Dynamic Processor only designed for Ultraportable Mobile Computing Device by Intel, their basic frequency is 1.6G Hz with average power 2.5W.

该产品用了英特尔专超便携型移动计算设备所设计的凌动处理器,主频1.6G赫兹,平均2.5瓦。

The best clocks now scan a one-hertz-wide sweet spot to find its exact center, plus or minus one millihertz, in every single measurement—despite the Heisenberg limits.

尽管有海森堡限制的存在，目前最好的时钟每次测量时都直接扫描一赫兹宽的「好球区」，以找出确实的中心，误差只有一毫赫兹。

Provides a 6dB-per-octave rolloff filter at 115Hz.

提供一个115赫兹时每八度6分贝的低频上移滤波器。

For general exploringobjects requirement, narrow pulse signal with tens millimicro second to millimicrosecond has the frequency spectrum from DC to thousands MHz.

按照对地目标探测的一般需要,通常用纳秒到十纳秒量级的电磁探测窄脉冲,信号频谱有直流低频直到千兆赫兹的宽带。

Adopting Intel Dynamic Processor only designed for Ultraportable Mobile Computing Device by Intel, their basic frequency is 1.6G Hz with average power 2.5W.

该产品用了英特尔专为超便携型移动计算所计的凌动处理器,主频为1.6G赫兹,平均功耗为2.5瓦。

The best clocks now scan a one-hertz-wide sweet spot to find its exact center, plus or minus one millihertz, in every single measurement—despite the Heisenberg limits.

尽管有海森堡限制的存在，目前最好的时钟每次测量时都直接扫描一赫兹宽的「好球区」，以找出确实的中心，误差只有一毫赫兹。

Provides a 6dB-per-octave rolloff filter at 115Hz.

提供一个115赫兹时每八度6分贝的低频上移滤波器。

For general exploringobjects requirement, narrow pulse signal with tens millimicro second to millimicrosecond has the frequency spectrum from DC to thousands MHz.

按照对地目标探测的一般需要,通常用到十级的电磁探测窄脉冲,信号频谱具有从直流低频直到千兆赫兹的宽带。

Adopting Intel Dynamic Processor only designed for Ultraportable Mobile Computing Device by Intel, their basic frequency is 1.6G Hz with average power 2.5W.

该产品用了英特尔专为超便携型移动计算设备所设计的凌动处理器,主频为1.6G赫兹,平为2.5瓦。

The best clocks now scan a one-hertz-wide sweet spot to find its exact center, plus or minus one millihertz, in every single measurement—despite the Heisenberg limits.

尽管有海森堡限制的存在，目前最好的时钟每次测时都直接扫描一赫兹宽的「好球区」，以找出确实的中心，误差只有一毫赫兹。

Provides a 6dB-per-octave rolloff filter at 115Hz.

提供个115兹时每八6的低频上移滤波器。

For general exploringobjects requirement, narrow pulse signal with tens millimicro second to millimicrosecond has the frequency spectrum from DC to thousands MHz.

按照对地目标探测的般需要,通常用纳秒到十纳秒量级的电磁探测窄脉冲,信号频谱具有从直流低频直到千兆兹的宽带。

Adopting Intel Dynamic Processor only designed for Ultraportable Mobile Computing Device by Intel, their basic frequency is 1.6G Hz with average power 2.5W.

该产品用了英特尔专为超便携型移动计算设备所设计的凌动处理器,主频为1.6G兹,平均功耗为2.5瓦。

The best clocks now scan a one-hertz-wide sweet spot to find its exact center, plus or minus one millihertz, in every single measurement—despite the Heisenberg limits.

尽管有海森堡限制的存在，目前最好的时钟每次测量时都直接扫兹宽的「好球区」，以找出确实的中心，误差只有毫兹。

Provides a 6dB-per-octave rolloff filter at 115Hz.

提供一个115赫兹每八度6分贝低频上移滤波器。

For general exploringobjects requirement, narrow pulse signal with tens millimicro second to millimicrosecond has the frequency spectrum from DC to thousands MHz.

按目标探测一般需要,通常用纳秒到十纳秒量级电磁探测窄脉冲,信号频谱具有从直流低频直到千兆赫兹宽带。

Adopting Intel Dynamic Processor only designed for Ultraportable Mobile Computing Device by Intel, their basic frequency is 1.6G Hz with average power 2.5W.

该产品用了英特尔专为超便携型移动计算设备所设计凌动处理器,主频为1.6G赫兹,平均功耗为2.5瓦。

The best clocks now scan a one-hertz-wide sweet spot to find its exact center, plus or minus one millihertz, in every single measurement—despite the Heisenberg limits.

尽管有海森堡限制存在，目前最好每次测量都直接扫描一赫兹宽「好球区」，以找出确实中心，误差只有一毫赫兹。

Provides a 6dB-per-octave rolloff filter at 115Hz.

提供一个115赫兹时每八度6分贝低上移滤波器。

For general exploringobjects requirement, narrow pulse signal with tens millimicro second to millimicrosecond has the frequency spectrum from DC to thousands MHz.

按照对地目标探测一般需要,通常用纳秒到十纳秒量级电磁探测窄脉冲,信具有从直流低直到千兆赫兹宽带。

Adopting Intel Dynamic Processor only designed for Ultraportable Mobile Computing Device by Intel, their basic frequency is 1.6G Hz with average power 2.5W.

该产品用了英特尔专为超便携型移动算设备所设动处理器,主为1.6G赫兹,平均功耗为2.5瓦。

The best clocks now scan a one-hertz-wide sweet spot to find its exact center, plus or minus one millihertz, in every single measurement—despite the Heisenberg limits.

尽管有海森堡限制存在，目前最好时钟每次测量时都直接扫描一赫兹宽「好球区」，以找出确实中心，误差只有一毫赫兹。