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18.3 NOISE Noise inherently exists in either the active or passive parts of an RF circuit. In the micro electrical world, the charge amount of the main electric carriers, electrons, and the positive-charged holes is not a continuous quantity, and the motion of the carriers is a chaotic or random process in the time domain. The macro parameter, which describes the random process, always contains two portions. One represents its average value, while the other represents its random uctuation from its average value. The random uctuation can be described by its root-square-mean value or variance. For example, the electric current always contains two portions. One is the current with its average value that we are familiar with. The other is the noise current that is always neglected in elds where such a tiny uctuation of current is not important. In the electronic circuit design eld, the random uctuation of the charge carriers is one of the main noise sources and should never be neglected. Noise current, noise voltage, and noise power are some of the most important parameters in the performance of a block or a system. In a circuit or a system, another noise source is its outside environment. When a signal is transported or operated in a circuit block or system, it is inevitably interfered with or imposed on by the noise which radiates from other blocks or systems. This topic is outside limited topics of this book and will not be discussed here;

You can add an unlimited number of icons to the Quick Launch area of the taskbar. However, if you add more than three icons to this area, they become hidden behind the double-arrow << section of this tool. Therefore, choose only those applications or programs that you consider to be the most important or most useful to your daily activities.

11 For the case of cooperative broadcasting, the rst problem is easy (since all nodes participate in the transmission), but the determination of the correct order of node participation is NP-hard.

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Component patterns ...............................................................................................404 In-context reference update holders ........................................................................405 Smart Fasteners .......................................................................................................405 Hole Series ..............................................................................................................405 Using SpeedPaks ...............................................................................................................406 Using Ghosts ...........................................................................................................408 Sharing Self-contained Data ....................................................................................408 Using SpeedPak with drawings ...............................................................................408 Using Subassemblies .........................................................................................................408 Creating subassemblies from existing parts .............................................................409 Insert a new subassembly ..............................................................................410 Dissolving subassemblies ...............................................................................410 Organizing for performance ....................................................................................410 Solving mates ................................................................................................410 Flexible subassemblies...................................................................................411 Legacy data....................................................................................................412 Organizing for the BOM ..........................................................................................412 Grouping subassemblies by relative motion ............................................................412 Organizing groups of purchased components .........................................................413 Depicting an assembly process ................................................................................414 Item numbering ............................................................................................414 Individual steps .............................................................................................414 Patterning considerations ........................................................................................415 Using Folders ....................................................................................................................415 Creating folders in the FeatureManager ...................................................................415 Add To New Folder .......................................................................................415 Create New Folder ........................................................................................416 Adding items to existing folders ..............................................................................416 Reordering items in the tree ....................................................................................417 Working with Tree Display Options .................................................................................417 Show feature names and descriptions ......................................................................418 Show component and config names and descriptions .............................................418 Using names other than the part filename in the assembly FeatureManager ............418 Viewing features, mates, and dependencies .............................................................420 Finding Useful Assembly Tools .........................................................................................421 Using Sensors ..........................................................................................................421 Using the AssemblyXpert ........................................................................................422 Tutorial: Managing the FeatureManager ............................................................................423 Summary ..........................................................................................................................424

81. 82.

Figure 1-3: Optimization Theory explains that each optimization technique is dependent upon, and enabled by, other optimization techniques.

n Print out-of-date drawing views with crosshatch: The available options are Prompt, Always, and Never. Out-of-date drawing views happen when a model changes, but the drawing has not yet been rebuilt to reflect the changes. n Detail view scaling: This option controls the default scale at which detail views will be created. This is most commonly set as shown. n Custom property used as Revision: This option controls which custom property is used to drive the Revision Table. n Keyboard movement increment: You can nudge drawing views and annotations by pressing an arrow key on the keyboard. This setting controls the distance.

CS-2 services are a superset of CS-1 (see Table 18.3-2 for examples of the additional services). They are built around an extensive set of service features such as user authentication (UAUT), handover (HOV), radio paging (RPAG), and call retrieve (CRET). CS-2 services are supported by the same interface types as CS-1 but require additional FEs: SMF, IAF, and CUSF.

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1. Find your SolidWorks installation directory. By default, this directory is C:\Program Files\SolidWorks. 2. Create a folder called Macros in the SolidWorks directory and put the rectangle. swp macro in it. 3. Open SolidWorks. 4. Create a new blank part document. 5. Press Ctrl+T to access the Customize dialog box. 6. Click the Keyboard tab. 7. In the Search For text box, type rectangle. 8. Click in the Shortcut column next to the listing with the Category of Macros, and press R. 9. Click OK to exit the Customize dialog box.

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