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Folded Dipole A folded dipole antenna is a /2, center-fed antenna constructed of two parallel wires with their ends connected together (Fig 27-2B) The feed-point impedance of the folded dipole is a pure resistance of approximately 290 This makes the folded dipole ideal for use with high-impedance, parallelwire transmission lines in applications where gain and directivity are not especially important Half-Wave Vertical A radiator measuring /2 can be stood up, fed at the base (the bottom end) against an earth ground with a transmatch or antenna tuner designed for high impedances, and connected to a radio by a coaxial cable feed line This type of antenna is an efficient radiator even in the presence of considerable loss resistance, because the radiation resistance is extremely high Zepp A zeppelin antenna, also called a zepp, is a /2 radiator, fed at one end with a /4 section of openwire line (Fig 27-2C) The impedance at the feed point is an extremely high, pure resistance At the transmitter end of the line, the impedance is a low, pure resistance A zeppelin antenna can operate well at all harmonics of the design frequency If an antenna tuner, also called a transmatch, is available to tune out reactance, the feed line can be of any length Feed-line radiation can be minimized by carefully cutting the radiator to /2 at the fundamental frequency, and by using the antenna only at this frequency or one of its harmonics Zepp antennas are rarely used at frequencies above 30 MHz, except when modified to form a J pole J Pole A zepp can be oriented vertically, and the feed line placed so it lies in the same line as the radiating element This antenna, called a J pole, radiates equally well in all horizontal directions The J pole is used as a low-budget antenna at frequencies from approximately 10 MHz up through 300 MHz It is, in effect, a /2 vertical fed with an impedance matching section consisting of a length of transmission line measuring /4 It does not require any radials, and this makes it convenient in locations where space is at a premium Some radio amateurs hang long J poles, cut for 35 MHz or 18 MHz, from kites or heliumfilled balloons Such antennas work well, but they are dangerous if they are not properly tethered to prevent them from breaking off and flying away, or if they are placed where they might fall on power lines They can develop considerable electrostatic charge, even in clear weather They are deadly if flown in or near thunderstorms.

In this mode of regular backups and log shipping, you can continue to take regular tables-only filegroup backups of the primary database while still fully restoring transaction log backups against a standby database that has been initialized from a full backup If log shipping ever breaks, take an ad hoc full backup to re-initialize the log shipping standby database..

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Summary

where Lft represents /4 in feet, fo represents the frequency in megahertz, and v represents the velocity factor If the length is expressed in meters as Lm, then the formula is: Lm = 75v/fo For a typical wire conductor, v = 095 (95 percent); for metal tubing, v can range down to approximately 090 (90 percent) A /4 antenna must be operated against a low-loss RF ground The feed-point impedance over perfectly conducting ground is approximately 37 This represents radiation resistance in the absence of reactance, and provides a reasonable impedance match to most coaxial transmission lines

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You have much to gain from eliminating index data from backups by the method described in this chapter. Reductions in disk space required to store backups, time taken to process routine backups, and also energy consumed in the process, are all real, tangible benefits. As with many other technology choices, these advantages need to be weighed against the inconvenience of a slightly more complex and time-consuming restore process in the event that a database needs to be fully reconstructed from backup. In many cases, though, restoration of backups is only performed for ad hoc extraction of historical data, in which case using this technique makes the restoration process faster, allowing quicker recovery of data. Another benefit is that the reduction in size of backup files from this technique also allows for more copies of historical backups to be maintained. Although this might not be of significant value with smaller databases, with larger databases it could

make the difference between being able to store a second backup file rather than only a single full database backup. Perhaps Microsoft might consider including a feature that allows backups to be taken of table data only, without requiring updates to the system schema, in a future release of SQL Server. Such a feature might even extend to filtering log backups to contain only table-related entries so that log shipping standby servers can be kept in a tables-only state without needing to copy all transaction log entries (including unnecessary index entries) during log shipping. Although some might consider the updates to system catalogs or increased time required to restore a database as unacceptable, the benefits gained every day in disk space, backup processing time, and energy saved should outweigh these issues in many cases.

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