在 中文 中使用 的开关频率 的示例及其翻译为 英语
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非常高的开关频率，确定的响应特性.
更高的开关频率意味着较小的噪声。
Higher switching frequencies mean less noise.尽量减少冷库门的开关频率。
Minimize the switching frequency of cold storage doors.较高的开关频率允许使用一个较小的电感器(和输入和输出滤波电容器)的？
In general, higher switching frequency allows the use of a smaller-inductor(and input- and output-filter capacitors).此外，由于其支持电源电路中更高的开关频率，电源产品可实现整体尺寸缩小和效率的提高。
In addition, because it supports a higher switching frequency in power supply circuits, power supplies can achieve improvements in overall size and efficiency.Combinations with other parts of speech
更高的开关频率将减小元件尺寸，从而减小成本、系统尺寸和重量；.
Higher switching frequencies will decrease component size, allowing reductions in cost, size, and weight;比如SiC的开关频率一般为10KHz~10MHz，且还在发展中;
For example, the switching frequency of SiC is generally 10KHz~10MHz, and it is still developing;所以，他们响应的时间非常快，可以实现非常高的开关频率。
Thus, their response time is considerably faster,resulting in very high switching frequencies.当今半导体正在迅速发展，功率器件的开关频率更快，从而提高了驱动电机的性能。
Today's semiconductors are developing rapidly and the power component switching frequency is much faster, improving the performance of the drive motor.因此，其响应时间要快得多，从而拥有非常高的开关频率。
Thus, their response time is considerably faster,resulting in very high switching frequencies.LM3495的开关频率为200kHz~1.5MHz，可将其同步以降低辐射系统噪声。
The LM3495 has a 200 kHz to 1.5 MHz switching frequency that can be synchronized to reduce radiated system noise.当滤波器断开时，变频器的开关频率不能超过4kHz。
CAUTION When the filters are disconnected, the drive switching frequency must not exceed 4 kHz.LT8645S的开关频率可以在200kHz到2.2MHz范围内进行编程，并且在整个频率范围内都支持同步。
The LT8645S's switching frequency can be programmed from 200 kHz to 2.2 MHz and synchronized throughout this range.出现这一相移是因为全桥的开关频率高于串联谐振电路的谐振频率。
This phase shift occurs because the switching frequency of the full bridge is above the resonant 在这样的开关频率及其四相交错模式下，GB350的最终输出频率为2.4MHz。
With such a switching frequency and its four-phase interleave mode, the GB350 has a resultant output 随着数字信号处理器DSP的发展，使数字式的开关电源能达到较高的开关频率。
With the development of DSP of digital signal processor,the digital 在高达100kHz的开关频率和低于100°C的结温下，这些二极管的性能与碳化硅二极管非常接近。
For switching frequencies up to 100 kHz, and junction temperature below 100 °C, the performance of these diodes is very close to that of silicon-carbide diodes.由于非常高的开关频率，可以在调光时调制整个转换器，而不会引起可见的闪烁。
Since the switching frequency is very high,更高的开关频率意味着较小的噪声。
控制部分提供PWM(脉宽调制)以确定功率晶体管的开关频率和变换器(逆变器)相转换的定时。
The control section provides pwm(pulse width modulation)to determine the power transistor switching frequency and converter(Inverter) commutation timing.如前所述，实现更高的效率要求大量的创新型设计方法，其中之一是实现更高的开关频率。
As mentioned earlier, getting higher efficiencies requires a lot of innovative design methods,one of which is going to higher switching frequencies.为了适应特定的MRI，B0，B1和RF规格，GB350的基本开关频率为600kHz。
To accommodate the specific MRI, B0, B1 and RF specifications that it 这些器件具有较低的损耗，通常可以在较高的电流和开关频率下工作。
These devices have lower losses andcan typically be operated at higher currents and switching frequencies.降低开关频率，可以减小单位时间内的开关?
Reducing the switching frequency can reduce 由于大振幅和小的开关时间，这些数字信号包含了大量的独立于开关频率的高频分量。
Due to 所有的电源都以固定的开关频率运行，包括PI类型的输入过滤器。
All units operate at a fixed switching frequency and including PI type input filters.所有元件都以固定的开关频率工作，包括输入滤波器（Pi或C类型）。
All units operate at a fixed switching frequency and including input filters(Pi or C types).是什么限制了开关频率的提升呢?
What restricts the increase of switching frequency?有的厂家宣称降低开关频率可以扩容，就是这个道理。
Some manufacturers claim that reducing the switching frequency can be expanded, which is 有的厂家宣称降低开关频率可以扩容，就是这个原理。
Some manufacturers claim that reducing the switching frequency can be expanded, which is 
