nanoampere measurement
纳安培测量
nanoampere range
纳安培范围
nanoampere current
纳安培电流
nanoampere precision
纳安培精度
nanoampere scale
纳安培刻度
nanoampere sensor
纳安培传感器
nanoampere output
纳安培输出
nanoampere input
纳安培输入
nanoampere circuit
纳安培电路
nanoampere level
纳安培水平
the circuit operates at a current of just a few nanoamperes.
该电路的工作电流仅为几纳安。
measuring in nanoamperes can be crucial for sensitive applications.
在纳安级别进行测量对敏感应用至关重要。
the device's power consumption is measured in nanoamperes.
该设备的功耗以纳安为单位进行测量。
engineers often work with signals in the nanoampere range.
工程师们经常处理纳安范围内的信号。
we need to calibrate the meter to read nanoamperes accurately.
我们需要校准仪表，以准确读取纳安。
the sensor's output is typically in nanoamperes.
传感器的输出通常以纳安为单位。
in low-power applications, nanoamperes are the standard measurement.
在低功耗应用中，纳安是标准测量单位。
understanding nanoampere levels is essential for circuit design.
了解纳安水平对电路设计至关重要。
the nanoampere range allows for precise control of electrical devices.
纳安范围允许对电气设备进行精确控制。
some biosensors operate effectively at nanoampere currents.
一些生物传感器在纳安电流下有效工作。
nanoampere measurement
纳安培测量
nanoampere range
纳安培范围
nanoampere current
纳安培电流
nanoampere precision
纳安培精度
nanoampere scale
纳安培刻度
nanoampere sensor
纳安培传感器
nanoampere output
纳安培输出
nanoampere input
纳安培输入
nanoampere circuit
纳安培电路
nanoampere level
纳安培水平
the circuit operates at a current of just a few nanoamperes.
该电路的工作电流仅为几纳安。
measuring in nanoamperes can be crucial for sensitive applications.
在纳安级别进行测量对敏感应用至关重要。
the device's power consumption is measured in nanoamperes.
该设备的功耗以纳安为单位进行测量。
engineers often work with signals in the nanoampere range.
工程师们经常处理纳安范围内的信号。
we need to calibrate the meter to read nanoamperes accurately.
我们需要校准仪表，以准确读取纳安。
the sensor's output is typically in nanoamperes.
传感器的输出通常以纳安为单位。
in low-power applications, nanoamperes are the standard measurement.
在低功耗应用中，纳安是标准测量单位。
understanding nanoampere levels is essential for circuit design.
了解纳安水平对电路设计至关重要。
the nanoampere range allows for precise control of electrical devices.
纳安范围允许对电气设备进行精确控制。
some biosensors operate effectively at nanoampere currents.
一些生物传感器在纳安电流下有效工作。
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