negative capacitance amplifier 负输入电容放大器
negative capacitance circuit 负电容
negative capacitance compensation 负电容补偿
negative-input capacitance amplifier 负输入电容放大器
negative e capacitance amplifier 负输入电容放大器
The experimentalresults show that negative capacitance phenomenons exist in mostsemiconductor LEDs.3. We presented a judgement experiment that testified the existence of thenegative capacitance phenomenon in LEDs.4.
3.给出了判定性实验,确认了发光二极管中的负电容现象是真实存在的。
参考来源 - 半导体发光二极管负电容的实验研究·2,447,543篇论文数据，部分数据来源于NoteExpress
A negative capacitance effect in LDs is also observed under larger voltages or lower frequencies.
此外还观察到，在较低的测试频率和较大的正向电压下，激光二极管的结电容具有负值。
The negative capacitance effect was not from the phase of the current - voltage change, but from the capacitor resonant.
其负电容效应并不是来自于电流-电压的相位变化，而是来自于电容谐振。
Results the result of experiments shows that: although the negative capacitance compensation technique can't let the output impedance approach to infinite, it can improve it obviously.
结果：由实验结果发现，负电容补偿技术虽然无法使恒流源输出阻抗值趋于无穷，但是可使其阻抗值明显增大。
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