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PROTECTION OF BRIDGES AGAINST EXTREME EVENTS
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Its lower frequency is 50 MHz because of the decreased inductance of the RFCs as the frequency decreases, as well as the PIN diode s carrier lifetime limitations. A reverse bias on the off arm is not required, except to slightly improve harmonic distortion levels. It is recommended by HP (Agilent) that a 40-mA bias current be used to switch on the PINs in order to improve the output distortion levels. However, 15-mA forward bias is sufficient to switch the diodes on with minimal, but not optimal, distortion of the signal. For switching low-level amplitude input signals from a receiver, BIAS 1 and BIAS 2 need only be 5 and 0 V. For higher power signals, the bias should be 5 V (on) and 5 V (off). R is the current-limiting series PIN switch resistor for each diode pair. 1. RFC 2. CB 3. R 500 ohms (XL) at fr. CC 1 ohm (XC) at fr. DC bias 0.9 80 mA
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Figure 1.31 The formation of the N channel in an E-MOSFET s substrate by a positive gate voltage.
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Protocol Data Unit (PDU) sent to the IUT. PDU expected from the IUT. Time frame in which the IUT must respond. What the IUT must do to get a Pass verdict. How the IUT can get a verdict of Fail or Inconclusive.
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Another case where RPR may not be required is where the Ethernet packets are already traveling over traditional or next-generation SONET/SDH networks. Restoration, Fairness, QoS, and OAM benefits of RPR are not required since the operation of SONET/SDH transport already provides these characteristics, albeit by different and less efficient methods. These networks are quite common and indeed most data traffic currently traverses these networks. One of the objectives in creation of the RPR protocol was to provide these characteristics in a pure packet transport network.
Special effects
In a PC-based computing environment, the corporate information is susceptible to loss or to theft when it is stored on hard drives of individual PCs and servers distributed throughout the enterprise. An application delivery infrastructure enables all corporate information and virtual desktops to be housed in corporate data centers where it is secure, managed, backed up, and redundant. Network entry points to the central data center(s) are limited, thereby reducing the vulnerability that accompanies access to the corporate network through servers located in remote offices. Security is addressed more thoroughly in 8. TIP: Here is an important question to ask when comparing Citrix Application Delivery with traditional PC-based computing: Do you want your corporate data sitting on hard drives of individual PCs and servers distributed throughout your enterprise, or do you want it all to reside at your corporate data center, where it is protected, backed up, redundant, and managed in a secure environment
S C1 T U C2
Figure 6.1 AASHTO recommended legal loads.
Part
The following two sections will discuss how to upgrade the software on the appliance; subsequent sections will discuss how to control the bootup process as well as entering a new license key for purchased features.
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he purpose of the infrastructure discussed so far in this book is to provide software applications to users. Whether these applications automate the organization (say, using ERP, MRP, or CAD/CAM), provide recordkeeping and documentation for the organization (with such things as accounting applications, word processors, spreadsheets, document management, and so on), or allow the organization to communicate effectively (through e-mail, printing, file sharing, or presentation software), applications have become critical to a vast majority of organizations and their users. Without applications, there is no need for IT infrastructure of any kind. Because all enterprise organizations (as well as a large majority of small and midsized businesses) today have applications that fill these needs, the debate comes down to how to most effectively and cost-efficiently build an IT infrastructure that provides these applications to users that need them. Additionally, many organizations, as they have grown and become more diverse, desire to deploy these applications to a wider set of users with fewer constraints. At the core of the access platform value statement is providing these applications to users anytime, anyplace, from any device. Of course it goes without saying that the users must be able to run the applications without delay, slowness, or problems, and with the latest base of available features. We have made the argument throughout this book that the Citrix Application Delivery System succeeds at all of these far more efficiently than standard client/server computing. There is one large caveat though the applications have to work in the XenApp environment. If the applications do not run as well, or better, in a XenApp environment as they do from a desktop PC, then the Citrix Application Delivery projects will fail. With this said, it is obvious that application installation and configuration is the fulcrum upon which any access platform project will swing from success to failure. Several times we have discussed building a pilot or test environment prior to making any significant investment in a Terminal Services/XenApp infrastructure. The most significant reason for the test environment is to ensure that an organization s applications run effectively. Chances are good that most, if not all, of your applications will run in a Terminal Server/XenApp environment. However, there are still older applications, or poorly written ones, that remain at the core of many organizations. The success of any application delivery platform project depends largely on whether these applications can be fixed, upgraded or replaced, run in hybrid mode (run locally on some users machines while all other applications are run from the Terminal Servers) for a period of time, or relegated to a kiosk where users access them as needed. If none of these are an option, the project simply can t go forward. Probably the single most significant reason to consider Citrix XenApp 4.5 is the improved Application Isolation Environment (AIE) feature with Application Streaming, which provides the necessary tools to fix many of the rogue and poorly written applications. It is this new feature set that allows many organizations that previously could not utilize XenApp effectively to now move forward with a full enterprise strategy. This chapter focuses on how applications are installed in a XenApp environment, the use of the Application Isolation features of Citrix XenApp 4.5, the applications require-
Figure 6-57 A grid in the Standard client provides almost all the same features as the Professional client, but many of the actions are performed in different ways.
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