UC知道大哥大姐帮帮忙 翻译
来源：百度知道 编辑：UC知道 时间：2024/05/09 06:40:49
Fig. 3 shows the measured Vo and the current through the
signal line versus at 77 K for a typical sample in a DC
test with a 1 load resistor. Clearly as surpasses 2.8 V,
and curves show a sudden drop, and is clamped below
2.5 V and is limited below 2.2 A at the same time. Beyond
the limit point, the HTS film becomes a normal-state metal with
finite resistance, which dissipates the excess power.
To make the data more clear, in Fig. 4 we plot the input power
, output power , , and the resistance of the signal
path in CPW device all together for different testing
biases. The x-axis is the sequential number (SN) of the test.
signal line versus at 77 K for a typical sample in a DC
test with a 1 load resistor. Clearly as surpasses 2.8 V,
and curves show a sudden drop, and is clamped below
2.5 V and is limited below 2.2 A at the same time. Beyond
the limit point, the HTS film becomes a normal-state metal with
finite resistance, which dissipates the excess power.
To make the data more clear, in Fig. 4 we plot the input power
, output power , , and the resistance of the signal
path in CPW device all together for different testing
biases. The x-axis is the sequential number (SN) of the test.
图。 3显示测量VO的，以及目前通过
信号线，银两在77 K中的一个典型样本，在直流
测试1负载电阻器。显然，作为超越2.8五，
与曲线呈现突然下降，是钳制下面
2.5 V和有限低于2.2 ，在同一时间举行。超越
极限点，高温超导薄膜，成为一个正常国家与金属
有限抵抗，其中消散过剩电力。
为了使数据更加清晰，在图。 4我们的阴谋输入功率
，输出功率，以及耐药性的信号
路在波导器件都在一起，为不同的测试
种种偏见。 X轴是顺序号（ SN ）的考验
不好意思，是机器翻译的，凑合看吧