| 1. | Supplies current context information to configuration - section handlers in asp . net applications
向asp . net应用程序中的配置节处理程序提供当前上下文信息。 |
| 2. | The transient power supply current ( iddt ) testing can detect some faults undetectable by any other test method , and increase fault coverage
瞬态电流测试方法可以测试一些其他测试方法无法检测的故障，进一步提高故障覆盖率。 |
| 3. | The on - resistance of the synchronous rectifier is as low as 0 . 4 ? . it has a very high efficiency even in the light load thanks to its low quiescent supply current
整个芯片具有极低的静态电流,使得此芯片即使在轻载的时候也有很高的效率。 |
| 4. | At light loads , this converter works in skip - cycle mode to improve the efficiency . when it is shut down , the supply current is less than 0 . 1 a
在论文中,作者首先阐述了电流模式dc - dc变换器的基本原理和关键技术,指明了整体电路设计的理论依据。 |
| 5. | The system uses micro - work designs ; the total supplied current is not beyond 300 a , which makes it possible that one 5ah li - cell can be used about 2 years
整个系统采用微功耗设计，电源供给的总电流不超过300 a ，使得一节5ah的锂电池可以持续使用2年。 |
| 6. | It is also widely available , cheap , resistant to rfi , and quite remarkably noise free , since it has low output dv / dt and does not generate a supply current pulse
优点是应用广泛、价格便宜、抗射频干扰（ rfi ） ，而且噪声相当低（得益于输出压摆率低，不会产生开关电流） 。 |
| 7. | Based on experimental results , this paper came up with a method to estimate the average dynamic power supply current by counting the weighting logical transitions in the circuit
根据实验结果，本文提出一种根据cmos电路中加权逻辑跳变数来估计整个电路平均动态电流大小的方法。 |
| 8. | The dynamic power supply current ( iddt ) is a new window through which we can observe the switching activities in digital circuits . iddt testing methods make possible further increasing the fault coverage
动态电流提供了一个观测电路内部开关性能的新的窗口，动态电流测试方法为进一步提高故障覆盖率提供了可能。 |
| 9. | By exploring the characters of dynamic power supply currents of digital circuits using spice , this paper analyzed the relation between iddt and the switching activities when a circuit changes from one logical state to another
本文通过spice实验研究数字电路动态电流的特性，分析了数字电路的动态电流与电路逻辑状态转变之间的关系。 |
| 10. | This makes low - voltage / low supply current operation critical ; at the same time , however , accuracy and precision requirements have forced ic manufacturers to meet the challenge of “ doing more with less ” in their amplifier designs
这样，用低电压、低电流工作的问题就更加突出，与此同时,精确性和精确度的要求又迫使ic制造者在做放大器设计时，将不得不接受种种取舍的挑战。 |
