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This method is shown in the test standard IEC/EN 61000-4-5 for shielded lines The surge is effectively applied longitudinally along the shield by coupling it directly to the EUT at one end of a noninductively bundled 20-m-long cable with the farthest end grounded This test is carried out with no series resistor The surge current in the cable shield will be limited to several hundred amperes Due to the number of possible configurations possible for test setup, refer to IEC/EN 61000-4-5 [5] for details These configurations include capacitive coupling for AC/DC power (all lines to lines, lines to earth), three-phase alternating current, unshielded interconnect lines (generator output earthed, coupling capacitors, and arresters), and unshielded symmetrically operated lines (telecommunication lines, via arresters) Surge testing can be performed in any location Use of a shielded enclosure is not mandatory or discouraged.

Optional in lieu of tracking generator Appropriate length of 50- coaxial cable Accept screen print data from EMC analyzer 50 /50 H 1500- circuit 50 output, 0.150 30 MHz frequency response, or other frequency range of interest

The effective capacity of coax cable depends on several factors, including the gauge of the center conductor, the nature of the dielectric insulation, the length of the circuit, and the spacing of ampli ers and other intermediate devices. Because the bandwidth available over coax is very signi cant in comparison to twisted pair, it often was used in high-capacity applications, such as data and image transmission. Note the following examples of coax standards for classic Ethernet LANs; 10Base5 involves a much more substantial cable, with a thicker center conductor than 10Base2:

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The Is operator compares two object types and tests whether they are the same, always returning a Boolean value. The usage is Result = objectX Is objectY The only way to get a True value back from the comparison is if the objects refer to the same object. If there are two objects that are of the same type but do not refer back to the same object, that is, the object was not created from that object, the result is always False. Here is a summary of examples using the Is operator: Dim x As System.String Dim y As New Object() Dim v As Object v=y Console.Write(v Is y) ' Returns True Console.Write(x Is y) ' Returns False

Signal Reconstruction. By an inverse Fourier transform of W zz( t, ) with W respect to W we obtain the function

Appendix B provides greater detail on actual test procedures and equipment setup Testing at Both High and Low Levels Depending on system design, an upset can occur at any level of stress testing Testing solely at maximum levels as specified by the test standard may provide inclusive results A fraction of the maximum test level needs to be applied, increasing in value until the maximum value is reached Typically, surge tests start at 500 V and increase in 500-V steps up to the maximum voltage level One can apply a higher surge level to ascertain the breaking point of the system if desired When surge protective devices (SPDs) are provided, it is recommended that tests be performed at stress levels both below and above the rated values of the SPD.

Table 13.2 (Continued) SERVICE systat FUNCTION Designed to provide status information about a host, this is considered a potential security hazard. These services allow remote users to use the talk command and have a realtime conversation, similar to chat, with a user on another host. It is considered a security hazard. This service allows remote users to transfer files from a host without requiring a login. It is used primarily by X terminals and routers and is considered insecure. We recommend disabling the service. This is used for clock synchronization. This allows remote users to transfer files to and from a host using the UUCP protocol. SUGGESTION Disable.

1 0.9 Probability (Error > Abscissa) 0.8 0.7 0.6 0.5 0.4 0.3 0.2 0.1

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