qcls 通信 参数 QCLS(Quantum Communication Link Service)是一种基于量子通信的通信协议,旨在实现安全、可靠的通信链接。它主要用于安全密钥分发、量子隐形传态等应用场景。 以下是QCLS通信的一些参数: 1. 通信速率:QCLS通信的速率取决于多种因素,包括信道质量、噪声水平、纠缠光子数等。一般来说,QCLS通信的速率比...
型号 LS-6520X-54QC-EI 主要参数 产品类型 万兆以太网交换机 应用层级 三层 传输速率 10/100/1000/10000Mbps 交换方式 存储-转发 背板带宽 2.56Tbps/23.04Tbps 包转发率 1080Mpps 端口参数 端口结构 模块化 端口数量 50个 端口描述 48个1/10GE SFP+光接口,2个QSFP+光接口 控制端口 1个console,1个管理用...
QCLs: More Light, Less Heat - Northwestern UniversityCenter for Quantum DevicesAbout Us
Designed for OEM customers, Thorlabs' D-Mount Distributed Feedback Quantum Cascade Lasers (QCLs) are our most compact mid-IR lasers. Like ourD-mount FP lasers, which feature a cavity length of either 6.0 mm or 7.5 mm, this D-mount DFB laser has an emission height of 2.6 mm, as measur...
3.40 µm CWL Related Items Other Laser Diodes High Power Mounts Fabry-Perot Mid-IR Lasers AR-Coated IR Aspheric Lenses Turnkey MIR Laser Systems LD / TEC Controller for QCLs Alignment Tools Nanosecond Pulsed Laser Systems MIR Supercontinuum Source ...
Accessible wavelength coverage of QCLs down to 3 µm and up to ≈17 µm Temperature controlled wavelength tunability through MWIR for UniMir line Built-in thermoelectric cooler for temperature control and stabilization High agility and capability to respond to custom demands Fully customizable activ...
of Hudson, N.H., and Q-On of Vienna, Austria, announced they will work together to develop and manufacture quantum cascade lasers (QCLs). Q-On has taken over the design and processing of wafers, and Laser Components is responsible for production, testing, integration and packaging of its ...
Quantum cascade lasers (QCLs), and methods of manufacture of QCLs, comprising an active portion. In some embodiments, the active portion can comprise: a plurality of tensiley strained quantum barrier layers, each comprising GayIn1-yAs; and a plurality of compressively strained quantum well layer...
qcls网络量子级联激光器;量子流激光;带间 网络释义 1. 量子级联激光器 •激光器:远红外分子气体激光器,P型锗激光器,太赫兹量子级联激光器(QCLs)。•下变频器和非线性光学源:光学整流,差…www.thznetwork.org.cn|基于41个网页 2. 量子流激光 我们目前有许多项目,其中就包括量子流激光(QCLs),但是问题是量...
The second part of the analysis concerned the spatial parameters of QCLs radiation. Knowledge of spatial characteristics of emission is vital for FSO optics construction. To characterize spatial properties of beams, far-field patterns of emission were registered. Finally, the obtained results made it...