milliampere rating
毫安额定值
milliampere measurement
毫安测量
milliampere scale
毫安刻度
milliampere range
毫安范围
milliampere output
毫安输出
milliampere input
毫安输入
milliampere limit
毫安限制
milliampere capacity
毫安容量
milliampere flow
毫安流量
milliampere value
毫安值
the device operates at a current of 500 milliampere.
该设备的工作电流为500毫安。
measuring the current in milliampere is crucial for safety.
以毫安为单位测量电流对安全至关重要。
this battery can deliver a maximum of 1000 milliampere.
该电池的最大输出为1000毫安。
the charger provides a steady current of 200 milliampere.
该充电器提供稳定的200毫安电流。
we need to limit the current to 50 milliampere for this circuit.
我们需要将该电路的电流限制在50毫安。
check the specifications to see the milliampere rating.
查看规格以了解毫安额定值。
the sensor operates efficiently at 10 milliampere.
该传感器在10毫安下高效运行。
adjust the output to maintain a constant milliampere flow.
调整输出以保持恒定的毫安流。
too much milliampere can damage the circuit.
过多的毫安会损坏电路。
understanding milliampere is essential for electronics students.
理解毫安对于电子学生至关重要。
milliampere rating
毫安额定值
milliampere measurement
毫安测量
milliampere scale
毫安刻度
milliampere range
毫安范围
milliampere output
毫安输出
milliampere input
毫安输入
milliampere limit
毫安限制
milliampere capacity
毫安容量
milliampere flow
毫安流量
milliampere value
毫安值
the device operates at a current of 500 milliampere.
该设备的工作电流为500毫安。
measuring the current in milliampere is crucial for safety.
以毫安为单位测量电流对安全至关重要。
this battery can deliver a maximum of 1000 milliampere.
该电池的最大输出为1000毫安。
the charger provides a steady current of 200 milliampere.
该充电器提供稳定的200毫安电流。
we need to limit the current to 50 milliampere for this circuit.
我们需要将该电路的电流限制在50毫安。
check the specifications to see the milliampere rating.
查看规格以了解毫安额定值。
the sensor operates efficiently at 10 milliampere.
该传感器在10毫安下高效运行。
adjust the output to maintain a constant milliampere flow.
调整输出以保持恒定的毫安流。
too much milliampere can damage the circuit.
过多的毫安会损坏电路。
understanding milliampere is essential for electronics students.
理解毫安对于电子学生至关重要。
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