高闪点，就算是高电流量电蚀也极为安全。
High flash point which ensures a safety working environment even under high current erosion operation.
特点：高电流，低电压。
高闪点，就算是高电流量电蚀也极为安全。
High flash point which ensures a safety working environment even under high current erosion operations.
碳纳米管排列有高电流容量，并能使高功率获得低电阻。
Carbon nanotube arrays have high current capacities and enable high power gain at low impedances.
低阻抗、高电流。
CE电路得到广泛的使用，因为它能获得高电压增益和高电流增益。
The ce circuit is widely favored since it can be designed for good voltage and current gains.
高定格电流以适为高电流电路板。设计特殊导针来预防开路。
High rated current for High current circuits. Designed by special lead wire to prevent open circuit failure.
在这个时候会输出一个高电流，而这个时候电池阻抗会被电压测定。
During this time, a high current is applied and voltage measured to determine the impedance of the battery.
CE电路得到广泛的使用，因为它能获得高电压增益和高电流增益。
Thee ce circuit is widely favored since it can be designed for good voltage and current gains.
这有利于使得照明设备对大功耗特别是在高电流试验条件下具有鲁棒性。
This is advantageous for making the lighting device robust to large power dissipation, especially under high current testing conditions.
使用陶瓷纸作电极的电池也因此能够快速充电，但在高电流密度时同样会快速放电。
Batteries with ceramic paper electrodes could therefore be charged quickly, but also discharged quickly to allow for high current densities.
当过热或者高电流或电压脉冲导致触点焊接在一起时，就会发生接触故障，形成短路。
Contact failure can occur when excessive heat or a high current or voltage pulse causes the contacts to weld together, resulting in short circuits.
各种直流，脉动，高频较大电流场合，广泛应用于要求高频率，高电流，高稳定性的电器。
Used in all kinds of direct current, impulse, high frequency and heavy current occasions, widely used in electric appliance that require high frequency, heavy current and high stability.
必要时，还可以通过5 个通用I/O插脚和4 个高电流输出插脚增加更多的子板。
Additional daughterboards can be added if necessary through five general-purpose I/O pins and four high-current output pins.
该类产品适用于各种领域的线路板测试， 光板，实板，高电流， 高频率，BGA测试。
These products are unique for general testing, for high current, for high frequency, for wire harness as well as for BGA testing.
在高温、高电流运行的情况下，单相电机都受到一个内置式、自动重置热过载保护装置的保护。
Single phase motors are protected against both high operating temperatures and high current by a built in, automatically resetting thermal overload.
采用螺纹连接和卡口连接技术，具有高可靠性，承载高电流，具有高强度耐用的特点，能在严酷的环境中使用。
Thread coupling and bayonet coupling connect technique, known for their supreme reliability, high power carrying capacity, inherent ruggedness and capacity to withstand extreme harsh environment.
由收费在高电流，直到温度达到某一点，然后切换到较低的电流，直到收费，是完整的，我们可以得到解决此限制。
By charging at a high current until the temperature reaches a certain point, and then switching to a lower current until the charge is complete, we can get around this limitation.
即使待测器件(DUT)从待机状态(低电流)到射频发射状态(高电流)进行快速跳变，它们也能够提供稳定的电压输出。
Even though the device (DUT) is rapidly varying from standby mode (low current) to the RF transmit state (high current), they are also capable of providing stable voltage output.
通常这种热-电转化方式是利用热电偶实现的。 热电偶由两层不同的金属构成，其中一层比另一层温度高时就在两层金属间产生电流。
The usual way to do this is with a thermocouple—a sandwich of two metals that produce a current when one side of the sandwich is hotter than the other.
它使用“高阻抗”传感器来测量信号，而不是制图电流。
It does so by measuring the signal without drawing current, using "high impedance" sensors.
当然，使用这么高的速度给电池充电，我们最终不可避免将面临提供大电流的问题。
Of course, that ultimately pushes us up against the issue of supplying sufficient current in the short time frames needed to charge the battery this fast.
纳米天线生成的电流频率大约是其300倍高。
The frequency of the current from the nantennae is around 300 times higher.
所以在构建测试夹具和进行弱电流及高阻抗连接时，尽量减少绝缘体之间及导体之间的接触也是很重要的。
Therefore, it's important to minimize contact between insulators as well as conductors in constructing test fixtures and connections for low current and high impedance.
所以在构建测试夹具和进行弱电流及高阻抗连接时，尽量减少绝缘体之间及导体之间的接触也是很重要的。
Therefore, it's important to minimize contact between insulators as well as conductors in constructing test fixtures and connections for low current and high impedance.
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