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The 110 system also offers a number of clip-on adapters that connect adapter jacks, cables, and other devices to the front of a 110C connecting block Few, if any, of these are really practical for the orderly, structured wiring approach we have advocated for LAN wiring In most cases, these adapters cannot be used for higher categories of operations, such as Category 5e/6 However, they are handy for testing, as you can easily adapt cable scanners and other testers to the block wiring The design of 110 wiring blocks makes direct wall mounting, without a backboard, somewhat easier This is due to the multiple rows of index strips that are an integral part of the wiring block A 300-pair block could be mounted all at once, whereas the 66 block equivalent would require mounting at least six separate blocks That would require a lot of wall anchors to mount to a hollow wall However, we are not at all advocating abandoning the backboard It is a part of the recommended standards for TRs, and is a very convenient way to provide a structurally sound mounting for many wiring components Relay rack and equipment mounting options are also available for 110 system wiring blocks These methods are very good for large installations with the need for significant wire management The wiring color codes were covered in detail in the earlier section on 66 blocks and are identical for the 110-block system The length of the horizontal index strips, on which the connecting blocks mount, are the same 50 wiring positions as the 66 block However, the 110 system has the added advantage of placing color coding on some of the 110 components, to make placing the wires much easier When you get to a very large installation, this can be quite an advantage, as it can also be used to visually inspect the terminations for correct routing Type 66M Connecting Blocks The original workhorse of telecommunications termination is the type 66 connecting block, shown in Fig 74 This style of termination block has been around for decades, and its use in the telephone industry is pervasive There are several types of 66 blocks, but the most common is the 66M150 This block has 50 horizontal rows of wire termination contacts, with four bifurcated contact prongs in each row (Bifurcated means the contact is split in two, so that the wire can be held in place by the bifurcated fingers of the contact) Each contact unit is called a clip, and the contact clips in this style of block each have two prongs, stamped from the same piece of metal The four contact prongs in each row are paired 1-2, 3-4, with each pair of contacts electrically and mechanically connected Figure 75 shows a cutaway view of one contact row Some varieties of the 66M block have four common contacts in.

When an object s reference count reaches zero, the runtime calls the object s dealloc method to deallocate the object As with retain, if the runtime doesn t find a dealloc method, it moves up the inheritance hierarchy until it finds one If no dealloc method is found, the runtime calls NSObject s dealloc method and the object is deallocated so the memory can be reclaimed You ve already seen how alloc, release, and dealloc work; you allocate memory for an object and assign it a reference count of one using the alloc method, and you decrement the reference count by one when calling release When an object s reference count reaches zero, the program calls NSObject s dealloc method

Figure 41 The theoretical isotropic radiator (center dot) takes up no space and has an Ideal spherical radiation pattern (outer circle)

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FIGURE 74 The original workhorse of telecommunications wiring termination is the type 66 connecting block (Courtesy of The Siemon Company)

Figure 10-29

This theoretical antenna employs an isotropic radiator having no depth, width, or height and is used only as a reference to calculate antenna performance gain or loss expressed in decibels as dBi or decibels relative to an isotropic radiator Your neighbors and most environmentalists would really appreciate isotropic radiators if they existed

each row, while others have four totally independent contacts in each row, so be careful what you use Connectorized 66 blocks with 50-pin connectors are also available, as shown in Fig 76 These blocks are usually manufactured with clips and may have a wirewrap post protruding from the bottom of the clip When the assembly is manufactured, a wire is wire-wrapped to each post on each clip with the other end connected to a 50-pin telco connector mounted on the side of the bracket The connector may be either male or female The contact pins of

Figure 10-30

(continued)

FIGURE 75 The four contacts of a 66-block contact row are paired, 1-2, 3-4, with each pair of contacts electrically and mechanically connected

Figure 10-31

Because there is little need to do so, and it is nearly impossible to achieve this spherical radiation pattern, most antennas are based on a simple dipole an antenna made of two equal elements, one pointed up and the other pointed down The signal radiation pattern from a dipole is nearly spherical, with slight dimples of little or no radiation directly above and below the tips of the elements envisioned as two circles of signal radiation emanating from the center of the dipole radiator Dipoles may also be set horizontally, as in the case of long-wire antennas A dipole is the typical real-world reference antenna from which measurements and antenna gain, expressed as dBd or decibels referenced to a dipole (see Figure 42)

Figure 10-32

FIGURE 76 Connectorized 66 blocks with 50-pin connectors are also available (Courtesy of The Siemon Company)

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Dipoles are fine in many applications, but more often, vertical antennas have an underlying counterpoise or ground-plane surface, causing the signal to radiate in a semicircular pattern above the ground or horizon plane beneath it This design is more practical for use on cars and other objects where mounting and supplying signal from the bottom, rather than the center, is more practical (see Figure 43) Antenna purists will argue adamantly about the differences in antenna performance and the theoretical isotropic versus the realistic dipole reference points My view is to make sure that whatever antenna performance numbers you use employ the same reference point dBi or dBd or correct the difference to a reference value of your preference and work from that In reality, we can easily compare a real-world dipole to other antennas, so using dBd as a realworld reference makes more sense than shifting numbers around to dBi because an antenna that performs two, three, five, or ten times

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