| 1. | Each logic family has a "unit load expressed in milliamperes. "
各类逻辑电路都有一个用毫安表示的“单位负载。” |
| 2. | Current passing thermal resistance not over 5 milliampere
通过热电阻中的测量电流最大不超过5毫安。 |
| 3. | Teletypewriter 20 - ma current loop
电传打字机20毫安电流回路 |
| 4. | Each logic family has a " unit load expressed in milliamperes .
各类逻辑电路都有一个用毫安表示的“单位负载。 ” |
| 5. | Measured at applied forward current of 10ma , reverse current 1 . 0ma , reverse voltage of 6 . 0 voltage and rl = 100 ohms
测试条件:提供10毫安顺向电? , 6伏等逆向偏压与100欧姆负载电阻,并于逆向电?回覆至1毫时?得的时间 |
| 6. | This arrangement lets an op - amp capable of driving a few tens of milliamps control an amp or so of current across the pass transistor
这样的安排可以让一个运放有几十毫安的驱动能力来控制一个放大器或者控制调整管的电流。 |
| 7. | You cannot switch thebutton to the faster level directly from the stop status to keep the voltage jump within usb limits ( 500ma ) during motor start up
为了保证吸尘器电机启动时电压波动在usb接口限制的范围（ 500毫安）内，不能直接将开关从停止位置打到快速档。 |
| 8. | Edit : i checked the overcharged cell temperatures with an ir thermometer : 127f . now being over 4000 ma * h , i pulled them from the charger to reduce the damage to my cells
我用红外线温度计测量过充了的电池温度： 127华士度。由于已经过充4000毫安时的容量，我把它们从充电器里取出以减少对电池的损伤。 |
| 9. | Following instructions , i programmed each bay to refresh / analyze . . . charge at 800 ma and discharge at 200 ma . since these cells were already charged , the charging went quickly , and terminated properly
按照说明书的指示，我把每条槽都设定是“擦新” “分析” 。 。 。以800毫安电流充电，然后200毫安电流放电。由于这些电池已经充好电，所以很快就再次充好，并且自动停充。 |
| 10. | Test of power grounding : receive the command , then begin to open , read the 24th route data from the power screen moulding board after 8 second of open stabilization . the result can send automatically , the data enter into the respond cache ( differentiate rate is 1k second )
电源对地漏流的测试：收到命令，进行开出，在开出稳定后（ 4秒） ，读入电源屏模入板第24路数据，结果自主发送，数据进入应答缓存（分辨率1毫安） 。 |
