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Quick Tips appear in the pop-up window in the lower-right corner of the graphics window. They can change as you work so that they are sensitive to the context in which you are working. They are a great way for new users or infrequent users to learn or be reminded of the next steps available to them. You can activate and deactivate Quick Tips by clicking the question mark icon in the lower-right corner of the SolidWorks window on the status bar. Figure 2.28 shows the Quick Tips window in action.
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FIGURE 14.17 The finished explode
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(c) Direct-Injection Clamp. For applications where a CDN cannot be inserted, direct injection may be used. The disturbing signal from the test network is injected onto the shield of cables and coax with a 100- resistor. When using this test method, a decoupling circuit shall be inserted as close as possible to the injection point. For simple shielded-cable configurations, the decoupling circuit and 100- resistors may be provided into one assembly. This combination network may be installed into a CDN designed specifically for a particular shielded-cable configuration. (d) Clamp Injection. When a clamp injection device is provided, the coupling and decoupling functions are separated. Coupling is achieved by a clamp-on unit while the common-mode impedance and decoupling functions are established at the auxiliary equipment (AE). When an EM clamp or current clamp is used, the procedures in the test standard must be carefully followed as certain restrictions on calibration and operation exist. When using clamp injection, the resulting injected current on the cables must be monitored and corrected using a second current probe. The opening of the clamp is recommended to be between 2.5 and 4 cm in diameter, or large enough for the biggest cable to be tested. (e) EM Clamp. The EM clamp is another version of clamp injection. This unit is located over the cable to be tested. Both electric and magnetic fields are injected into the cable under test. This is a different test from the current or clamp injection, where only one type of electromagnetic field is provided. The test setup for the EM clamp is provided in Figure 6.15. (f) Bulk Current Injection Probe. This probe injects currents equally into the cables on both sides of the device. This may permit for more radiation from longer cable runs toward the ancillary equipment. A problem with BCI is that the injected power has no directionality; it both stresses AE as much as it tests the EUT. If the ancillary equipment is susceptible, it can be protected by fixing a clip-on ferrite core 200 mm or more in length to the AE side of the BCI transducer. Doing BCI testing inside a shielded room and placing the AE outside the shield room, or running interconnections through filtered bulkhead connectors in the wall of the room is one way to protect AE. (g) Current Probe. A current probe establishes magnetic field coupling to the cable being tested, similar to clamp injection. When using a current probe,
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Part VII: Working with Specialized Functionality
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Process Area 1 Specific Goals Specific Practices Commitment To Perform
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Figure 13-5: Pop-up help for a new BinaryReader instance Now you need to determine what a System.IO.Stream is. If you go back to the SDK, you will find that the BinaryReader has a constructor definition that looks like this: [Visual Basic] Public Sub New( _ ByVal input As Stream _ ) The Stream parameter has a hyperlink to the FileStream class. When you click the hyperlink, you are taken to a new listing of the FileStream class namespace, which defines its classes and the members of its classes. By reading the SDK documentation on each of the classes, you can determine that in order to successfully read the file, you need to create a new FileStream that will point to the physical file name, and then pass that FileStream handle to the BinaryReader instance that was created. This is how you can come up with code that looks like this: Dim fs As New FileStream("C:\mymusic.mp3", _ FileMode.Open) Dim br As New BinaryReader(fs) It sounds like a lot of work, but the functionality and organization of the namespaces will make sense to you once you start using them more. In general, the namespaces and classes as defined by the SDK are named in a logical fashion, and in the SDK help, there are hyperlinks everywhere to assist you in getting from point A to point B very quickly, which makes learning the functionality of the classes fairly simple. By studying the implementation of the namespaces and classes and their respective members in the framework, you will have a good idea of how to proceed with the creation of your own namespaces, and how to avoid the name collisions that were mentioned earlier in the chapter.
36 Recovery Planning
Problem 2E
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