The picoammeter reads the current at the last dynode, which is equal to the anode current minus the current flowing to the previous dynode.

皮计在最后一个倍增管电极处读取电，此电等于阳极电过前一个倍增管电极的电。

The big disadvantage is the loss of accuracy and resolution, but some digital picoammeters combine accuracy and dynamic range by combining autoranging and digital log conversion.

这种方法，较大的缺是损失了准确度和分辨率。然而，也有些数字式皮，用自动量程和数字对数变换的方法，这可将准确和宽动态范围结合了起来。

The picoammeter reads the current at the last dynode, which is equal to the anode current minus the current flowing to the previous dynode.

皮安计在最后一个倍增管电极处读取电流，此电流等于阳极电流减去流过前一个倍增管电极的电流。

The big disadvantage is the loss of accuracy and resolution, but some digital picoammeters combine accuracy and dynamic range by combining autoranging and digital log conversion.

这种方法，较大的缺是损失了准确度和分辨率。然而，也有些数字式皮安表，采用自动量程和数字对数变换的方法，这可将准确和宽动态范围结合了起来。

The picoammeter reads the current at the last dynode, which is equal to the anode current minus the current flowing to the previous dynode.

皮安计在最后一个倍增管电极处读取电流，此电流等于阳极电流减去流过前一个倍增管电极的电流。

The big disadvantage is the loss of accuracy and resolution, but some digital picoammeters combine accuracy and dynamic range by combining autoranging and digital log conversion.

这种方法，较大的缺是损失了准确度和辨率。然而，也有些数字式皮安表，采用自动量程和数字对数变换的方法，这可将准确和宽动态范围结合了起来。

The picoammeter reads the current at the last dynode, which is equal to the anode current minus the current flowing to the previous dynode.

皮安计在最后一个倍增管电极处读取电流，此电流等于阳极电流减去流过前一个倍增管电极的电流。

The big disadvantage is the loss of accuracy and resolution, but some digital picoammeters combine accuracy and dynamic range by combining autoranging and digital log conversion.

这种方法，较大的缺是损失了准确度和分辨率。然而，也有些数字式皮安表，采用自动量程和数字对数变换的方法，这可将准确和宽动态范围结合了起来。

The picoammeter reads the current at the last dynode, which is equal to the anode current minus the current flowing to the previous dynode.

皮安计在最后一个倍增管电处读取电流，此电流等电流减去流过前一个倍增管电的电流。

The big disadvantage is the loss of accuracy and resolution, but some digital picoammeters combine accuracy and dynamic range by combining autoranging and digital log conversion.

这种方法，较大的缺是损失了准确度和分辨率。然而，也有些数字式皮安表，采用自和数字对数变换的方法，这可将准确和宽态范围结合了起来。

The picoammeter reads the current at the last dynode, which is equal to the anode current minus the current flowing to the previous dynode.

皮安计在最倍增管电极处读取电流，此电流等于阳极电流减去流过前倍增管电极的电流。

The big disadvantage is the loss of accuracy and resolution, but some digital picoammeters combine accuracy and dynamic range by combining autoranging and digital log conversion.

这种方法，较大的缺是损失了准度分辨率。然而，也有些数字式皮安表，采用自动量程数字对数变换的方法，这可将准动态范围结合了起来。

The picoammeter reads the current at the last dynode, which is equal to the anode current minus the current flowing to the previous dynode.

皮安计在最后一管电极处读取电流，此电流等于阳极电流减去流过前一管电极的电流。

The big disadvantage is the loss of accuracy and resolution, but some digital picoammeters combine accuracy and dynamic range by combining autoranging and digital log conversion.

这种方法，较大的缺是损失了准确度和分辨率。然而，也有字式皮安表，采用自动量程和字对变换的方法，这可将准确和宽动态范围结合了起来。

The picoammeter reads the current at the last dynode, which is equal to the anode current minus the current flowing to the previous dynode.

皮安计在最后一个倍增管极处读，此等于阳极减去过前一个倍增管极的。

The big disadvantage is the loss of accuracy and resolution, but some digital picoammeters combine accuracy and dynamic range by combining autoranging and digital log conversion.

这种方法，较大的缺是损失了准确度和分辨率。然而，也有些字式皮安表，采用自动量程和字对的方法，这可将准确和宽动态范围结合了起来。

The picoammeter reads the current at the last dynode, which is equal to the anode current minus the current flowing to the previous dynode.

皮安计在最后一个倍增管电极处读取电流，此电流等于阳极电流减去流过前一个倍增管电极的电流。

The big disadvantage is the loss of accuracy and resolution, but some digital picoammeters combine accuracy and dynamic range by combining autoranging and digital log conversion.

这种方法，较大的缺是损失了准确度和辨率。然而，也有些数字式皮安表，采用自动量程和数字对数变换的方法，这可将准确和宽动态范围结合了起来。