论文标题
创建有效库珀对质谱的科学仪器
Scientific instrument for creation of effective Cooper pair mass spectroscopy
论文作者
论文摘要
我们描述了创建有效库珀对光谱法的电子仪器。建议的光谱法需要研究电场对裂解超导体表面的影响。电子仪器重新等级低噪声放大器，具有10 $^6 $振幅扩增，我们以前用于研究Johnson-Nyquist和Schottky噪声。非特异性放大器之后是基于一般阻抗转换器拓扑的示意图高Q可调节过滤器，这也是创新的设备。该设备的工作基于操作放大器的曼哈顿方程。最终非特异性放大后，总扩增可以超过10 $^9 $，并且在这种方式中，可以可靠地检测到亚纳米伏特信号。简而言之，观察到凝结物理学中的新效果会导致新一代电子设备的创造。
We describe electronic instruments for creation of effective Cooper pair spectroscopy. The suggested spectroscopy requires study of electric field effects on the surface of cleaved superconductors. The electronic instrument reacquires low noise amplifier with 10$^6$ amplitude amplification which we have formerly used for study of Johnson-Nyquist and Schottky noises. The nonspecific amplifier is followed by high-Q tunable resonance filter based on schematics of general impedance converter topology which is also and innovative device. The work of the device is based on the Manhattan equation of operational amplifier. After a final nonspecific amplification the total amplification can exceed 10$^9$ and in such a way sub-nano-volt signals can be reliably detected. In short the observation of new effects in condensed matter physics leads to creation of new generation of electronic equipment.
