事实上，生产力的概念本身就是时钟的副产品：一旦工作表现与统一的时间单位可以联系起来，工作就永远都不一样了。
Indeed, the very notion of productivity is a by-product of the clock: once one can relate performance to uniform time units, work is never the same.
每个处理器内每组三个水平方框显示了在指定的时钟周期内，三个执行单位是如何被使用的。
Each set of three horizontal boxes within each processor shows how the three execution units are being used during a given clock cycle.
垂直组表明在一段时间内（多个时钟周期期间）利用了三个执行单位。
The vertical sets indicate the utilization of the three execution units over time (during multiple clock cycles).
对于数据和时钟脉冲列之间的相关延迟的模拟，以0.1微秒为递增单位增加到3.1微秒。
Simulation of relative delays between Data and Clock pulse trains in 0.1 microseconds increments to 3.1 microseconds.
所谓时钟计时，就是以秒，分，时为单位进行的计时，广泛应用于日常生活。
The so-called clock time, in seconds, minutes, when the time for the units, widely used in daily life.
它以CCD读出时钟周期为单位调节曝光时间，提高了系统的响应速度和对外界的适应能力。
The method takes the CCD read clock as the unit to adjust the exposure time. It improves the system's responsiveness and ability to adapt to the outside world.
他由一个8位6502CPU（不支持整数模式，也被称为BCD），DMA传输单元，伪音频处理单元，1/12时钟分频器，以及1位逻辑单位的地址译码。
It consists of an 8-bit 6502 CPU (without support for decimal mode, also known as BCD), DMA transfer unit, pseudo audio processing unit, 1/12 clock divider, and a bit of logic for address decoding.
用二相时钟设计了对寄生电容低灵敏的开关电容单位延时器、负比例器和加法器。
Electric discharge characterized by a cathode fall that is small compared with that in a glow discharge.
用二相时钟设计了对寄生电容低灵敏的开关电容单位延时器、负比例器和加法器。
Electric discharge characterized by a cathode fall that is small compared with that in a glow discharge.
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