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There is a rather exotic property of certain electronic components that you ll sometimes hear or read about. It is called characteristic impedance or surge impedance, and is symbolized Zo. It is a specification of an important property of transmission lines. It can always be expressed as a positive real number, in ohms.

How many feet long is a quarter-wave section of transmission line at 7.05 MHz, if the velocity factor is 0.800 Just use the formula Lft 246v/fo (246 0.800)/7.05 197/7.05 27.9 feet

cells, the first octet of the payload serves as a payload header that contains cell sequence and synchronization information that is required to provision a constant-bit-rate, fully sequenced service AAL1 provides circuit emulation service without dedicating a physical circuit, which explains the need for an end-to-end timing relationship between the transmitter and the receiver AAL5, on the other hand, is designed to provide both Class C and D services, and although it was originally proposed as a transport scheme for connection-oriented data services, it turns out to be more efficient than AAL3/4 and accommodates connectionless services quite well.

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Transmission Lines When it is necessary to get energy or signals from one place to another, a transmission line is required. These almost always take either of two forms, coaxial or two-wire (also called parallel-wire). Cross-sectional renditions of both types are shown in Fig. 15-8. Examples of transmission lines include the ribbon that goes from a television antenna to the receiver, the cable running from a hifi amplifier to the speakers, and the set of wires that carries electricity over the countryside. Factors Affecting Zo The Zo of a parallel-wire transmission line depends on the diameter of the wires, on the spacing between the wires, and on the nature of the insulating material separating the wires. In general, the Zo

Many types of antennas exhibit resonant properties. The simplest type of resonant antenna, and the only kind that will be mentioned here, is the center-fed, half-wavelength dipole antenna (Fig. 17-14). The length Lft, in feet, for a 1/2-wave dipole at a frequency of fo MHz is given by the following formula: Lft 468/fo This takes into account the fact that electromagnetic fields travel along a wire at about 95 percent of the speed of light. If Lm, is specified in meters, then Lm 143/fo

A half-wave dipole has a purely resistive impedance of about 70 at resonance. This is like a series-resonant RLC circuit with R 70 . A half-wave dipole is resonant at all harmonics of its fundamental frequency fo. The dipole is a full wavelength long at 2fo; it is 3/2 wavelength long at 3fo; it is two full wavelengths long at 4fo and so on. At fo and odd harmonics, that is, at fo, 3fo, 5fo and so on, the antenna behaves like a series-resonant RLC circuit with a fairly low resistance. At even harmonics, that is, at 2fo, 4fo, 6fo, and so on, the antenna acts like a parallel-resonant RLC circuit with a high resistance. But, you say, there s no resistor in the diagram of Fig. 17-14! Where does the resistance come from This is an interesting phenomenon that all antennas have. It is called radiation resistance, and is a crucial factor in the design of any antenna system. When electromagnetic energy is fed into an antenna, power flies away into space as radio waves. This is a form of true power. True power is always dissipated in a resistance. Although you don t see any resistor in Fig. 17-14, the radiation of radio waves is, in effect, power dissipation in a resistance. For details concerning the behavior of antennas, a text on antenna engineering is recommended. This subject is vast and many faceted. Some engineers devote their careers exclusively to antenna design and manufacture.

To guard against the possibility of errors, AAL5 has an 8-octet trailer appended to the user data that includes a variable size pad field used to align the payload on 48-octet boundaries, a 2-octet control field that is currently unused, a 2-octet length field that indicates the number of octets in the user data, and, finally, a 4-octet CRC that can check the integrity of the entire payload AAL5 is often referred to as the Simple and Easy Adaptation Layer (SEAL), and it may find an ideal application for itself in the burgeoning Internet arena Recent studies indicate that TCP/IP transmissions produce comparatively large numbers of small packets that tend to be around 48 octets long That being the case, AAL5 could well transport the bulk of them in its user data field.

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