1) superconducting amplifier
超导放大器
2) superconducting amplifier
超导电放大器
3) superconductive parametric amplifier
超导参量放大器
4) ultra fast amplifier
超速放大器
5) ultra-magnifier
超磁放大器
6) waveguide amplifier
波导放大器
1.
Novel formulas to analyze the gain characteristics of Er3+/Yb3+ co-doped waveguide amplifiers(EYCDWA)are derived from the rate equations and the light propagation equations under the uniform dopant and steady-state conditions,neglecting the amplified spontaneous emission and introducing initial energy transfer efficiency.
在忽略放大自发辐射(ASE)及均匀掺杂和稳态的情况下,在初始能量转移效率的基础上从速率方程和传输方程出发,推导出了用于分析铒镱共掺波导放大器(EYCDWA)的新公式。
2.
The Er~(3+) doped waveguide amplifier is another promising one after the successful development of the Er~(3+) doped fiber amplifier and the semiconductor optical amplifier.
本文首先介绍了波导放大器和微环谐振器的发展历程、研究现状和实际应用,阐述了器件的结构及原理和工艺制作技术。
3.
Simulated results show that the output power gain of this device is much larger than those of the Er~(3+) /Yb~(3+) co-doped straight waveguide amplifier with the same waveguide length.
模拟结果表明,与同等长度的直条形铒镱共掺波导放大器相比,该器件可获得更高的信号光增益,选取P_(p0)=8mW,P_(s0)=36。
补充资料：超导
在一定温度下导体电阻和导体内磁感强度突然变为零的现象。具有零电阻性和完全抗磁性的导体称超导体。导体从正常态过渡到超导态时的温度叫做临界温度或转变温度。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条