Spectroscopic Software快速入门Version 5I 26031© 2004 BRUKER OPTIK GmbH, Rudolf-Plank-Straße 27, D-76275 Ettlingen, The text, figures, and programs have been worked out with the utmost care. However, we do not acceptlegal responsibility or any liability for either incorrect statements which may remain or theirconsequences. The following publication is protected by copyright. All rights reserved. No part of thispublication may be reproduced in any form by photocopy, microfilm or other procedures or transmittedin machine language, in particular for data processing systems, without our prior written authorization.The rights to distribution and to broadcasting as well as the rights to communication to the public arealso reserved. The software and hardware descriptions referred to in this manual are in many casesregistered trademarks and as such are subject to legal requirements.This manual is the original documentation for the OPUS spectroscopic software.Bruker Optik GmbHOPUS - GettingStarted11启动OPUS安装OPUS前，请阅读所提供的文件。将OPUS光盘放入光盘驱动器中。通常安装程序会自动运行。如果Windows的“自动运行”被禁止，则必须用 Windows 资源管理器, 并选择光盘驱动器， 运行安装程序。 该程序将引导你安装，只要按提示做就行了。安装结束时程序会问是否要重新启动计算机。注意需要重新启动计算机,以便完成安装过程。有时安装一些其它部件时也可能会问该问题。在OPUS安装完成之前不必重新启动！安装结束后，OPUS图标将被加到 Windows 开始菜单中。 用鼠标单击OPUS 图标可进入该程序。在登录窗口从下拉列表中选出你的用户名。OPUS提供独立分级的用户帐号系统。如果是第一次运行OPUS，用户名下拉表中有两个事先定义的用户记录，Default和Administrator；可任选一个。Figure 1: Windows Start Menu启动OPUS
© 2018 SIGLENT TECHNOLOGIES | 1Testing Open Socket Communications Using PuTTYOctober 19, 2017Many instruments include the ability to be controlled via a remote connection to a computer using anEthernet connection. In many cases, these instruments require a special software library that can helpestablish and maintain the communications link between the instrument and controlling computer. Thiscan be annoying for a few reasons… the software library is likely to occupy a large amount of space on thecontrolling computer and is also required on any computer that is being used to control the instrument. Ina remote networking application where multiple user’s may want access to a test instrument, this cancause support and installation headaches.Luckily, there are a few solutions that can help. In this application note, we are going to discuss using opensocket communication techniques using an open source communication tool called PuTTY with a SIGLENTSSA3032X spectrum analyzer.What are open sockets and why use them?Within the context of Ethernet/LAN connections, sockets are like mailboxes. If you want to deliverinformation to a specific place, you need to be sure that your information is delivered to the correctaddress.In the context of test instrumentation, an open socket is a fixed address (or port number) on theEthernet/LAN bus that is dedicated to process remote commands.Open sockets allow remote computers to simply use existing raw Ethernet connections for communicationswithout having to add additional libraries (VISA or similar) that require additional storage space andprocessing overhead.Programs that utilize sockets for LAN communication tend to take up less memory and operate morequickly.PuTTYPuTTY is an open source software tool that provides a number of simple communication links (RAW, Telnet,SSSH, Serial, and others). It is available for free and there are a number of versions available for popularoperating systems.You can download as well as learn more here: /In this example, we are using PuTTY to verify the raw LAN connection is working properly. It is quite asimple program that does not allow for very complex operation (sequences, converting data sets/strings,etc..). If you require more complex functionality, software platforms like Python, .NET, C#, LabVIEW, etc..can be used to control the instrument using a similar open socket connection.ConfigurationIn this test, we are using the most current revision of the SIGLENT SSA3032X Spectrum Analyzer firmware
Visibility
>WHAT JUST HAPPENED?® (WJH) telemetry dramatically reduces mean time to issue resolution by providing answers to: When, What, Who, Where and Why >Hardware-accelerated histograms track and summarize queue depths at sub-microsecond granularity >Inband Network Telemetry (INT)-ready hardware >Streaming Telemetry >Up to 256K shared forwarding entriesPerformance
>Fully shared packet buffer provides a fair, predictable and high bandwidth data path >Consistent and low cut-through latency >Intelligent hardware-accelerated data movement, congestion management and load balancing for RoCE and Machine learning applications that leverage GPUDirect® >Best-in-class VXLAN scale—6X more tunnels and tunnel endpointsAgility
>Comprehensive Layer-2, Layer-3 and RoCE >Advanced network virtualization with high performance single pass VXLAN routing and IPv6 segment routing >Programmable pipeline >Deep Packet Inspection – 512B deepThe NVIDIA® Spectrum™ SN2000 series switches are the 2nd generation of NVIDIA switches, purpose-built for leaf/spine/super-spine datacenter applications. Allowing maximum flexibility, SN2000 series provides port speeds spanning from 1 to 100GbE, with a port density that enables full rack connectivity to any server at 1/20/25/40/50/100GbE speeds. In addition, the uplink ports allow a variety of blocking ratios to suit any application requirement.
NOTICE
MARQUE: TANGENT
REFERENCE: SPECTRUM X4 BLANC X2
CODIC: 4125690
Spectrum X4
User’s manualmode d’emploI
Avant tout, permettez nous de vous remercier d’avoir acheté des enceintes Tan- gent. Vous venez
d’acquérir l’une des meilleures enceintes hi-fi et nous espérons que vous jouïrez du son qu’elles offrent
pendant de nombreuses années. Le mode d’emploi suivant vous permettra d’obtenir toute la satisfaction
musicale que vous attendez des enceintes Tangent. Avant de procéder à l’installation et au branche-
ment, nous vous recommandons de lire attentivement cette notice.
compatIBIlIté de l’amplIfIcateur/puIssance d’utIlIsatIon
Vous pouvez relier vos enceintes Tangent à tout amplificateur de bonne qualité d’une puissance de 4
à 8 Ohms. Vous devez savoir que des amplificateurs de faible puissance continuellement soumis à un
