英语翻译关于用芯片进行电压转换、用芯片进行恒流源设计、电池充电电路的.类似的都可以.英文一万字左右,没有中文翻译的话,有
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英语翻译
关于用芯片进行电压转换、用芯片进行恒流源设计、电池充电电路的.类似的都可以.英文一万字左右,没有中文翻译的话,有英文原文也可以.
关于用芯片进行电压转换、用芯片进行恒流源设计、电池充电电路的.类似的都可以.英文一万字左右,没有中文翻译的话,有英文原文也可以.
The MWC can operate with as few as p = 2N channels and with a sampling rate fs = 1
/T > B on each channel,
so that it approaches the minimal rate of 2NB.Advanced configurations enable additional hardware savings by
collapsing the number of branches p by a factor of q at the expense of increasing the sampling rate of each channel
by the same factor [109].The choice of periodic functions pi(t) is flexible:The highest Dirac frequency needs
to exceed fmax.In principle,any periodic function with high-speed transitions within the period T can satisfy
this requirement.One possible choice for pi(t) is a sign-alternating function,with M = 2L + 1 sign intervals
within the period T [109,161].Imperfect sign alternations are allowed as long as periodicity is maintained [9].
This property is crucial since precise sign alternations at high speeds are extremely difficult to maintain,whereas
simple hardware wirings ensure that pi(t) = pi(t + Tp) for every t 2 R.The waveforms pi(t) need low mutual
correlation in order to capture different mixtures of the spectrum.Popular binary patterns,e.g.,the Gold or Kasami
sequences,are especially suitable for the MWC [161].Another important practical design aspect is that the lowpass
filter h(t) does not have to be ideal.A nonflat frequency response can be compensated for in the digital domain,
using the algorithm developed in [162].
再问: �����ˣ���Ȼ����ô��ϣ������ǰѷ������ˡ�
/T > B on each channel,
so that it approaches the minimal rate of 2NB.Advanced configurations enable additional hardware savings by
collapsing the number of branches p by a factor of q at the expense of increasing the sampling rate of each channel
by the same factor [109].The choice of periodic functions pi(t) is flexible:The highest Dirac frequency needs
to exceed fmax.In principle,any periodic function with high-speed transitions within the period T can satisfy
this requirement.One possible choice for pi(t) is a sign-alternating function,with M = 2L + 1 sign intervals
within the period T [109,161].Imperfect sign alternations are allowed as long as periodicity is maintained [9].
This property is crucial since precise sign alternations at high speeds are extremely difficult to maintain,whereas
simple hardware wirings ensure that pi(t) = pi(t + Tp) for every t 2 R.The waveforms pi(t) need low mutual
correlation in order to capture different mixtures of the spectrum.Popular binary patterns,e.g.,the Gold or Kasami
sequences,are especially suitable for the MWC [161].Another important practical design aspect is that the lowpass
filter h(t) does not have to be ideal.A nonflat frequency response can be compensated for in the digital domain,
using the algorithm developed in [162].
再问: �����ˣ���Ȼ����ô��ϣ������ǰѷ������ˡ�
英语翻译关于用芯片进行电压转换、用芯片进行恒流源设计、电池充电电路的.类似的都可以.英文一万字左右,没有中文翻译的话,有
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