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The better a substance conducts, the less its resistance; the worse it conducts, the higher its resistance. Electricians and electrical engineers sometimes prefer to speak

Power and the watt 29 about the conductance of a material, rather than about its resistance. The standard unit of conductance is the siemens, abbreviated S. When a component has a conductance of 1 S, its resistance is 1 ohm. If the resistance is doubled, the conductance is cut in half, and vice-versa. Therefore, conductance is the reciprocal of resistance. If you know the resistance in ohms, you can get the conductance in siemens by taking the quotient of 1 over the resistance. Also, if you know the conductance in siemens, you can get the resistance in ohms by taking 1 over the conductance. The relation can be written as: siemens ohms 1/ohms, or 1/siemens

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17. As an inductor core material, air (a) has excellent efficiency. (b) has high permeability. (c) allows large inductance to exist in a small volume. (d) has permeability that can vary over a wide range. 18. At a frequency of 400 Hz, which is in the AF range, the most likely form for an inductor would be (a) air-core. (b) solenoidal. (c) toroidal. (d) transmission-line. 19. At a frequency of 95.7 MHz, which is in the frequency-modulation (FM) broadcast band and is considered part of the very high frequency (VHF) radio spectrum, a good form for an inductor would be (a) air-core. (b) pot core. (c) either (a) or (b). (d) neither (a) nor (b). 20. A transmission-line inductor made from coaxial cable having velocity factor of 0.66 and working at 450 MHz, which is in the ultrahigh frequency (UHF) radio spectrum, should, in order to measure less than 1 4 electrical wavelength, be cut shorter than (a) 16.7 m. (b) 11 m. (c) 16.7 cm. (d) 11 cm.

In the same way that carrier systems evolved from analog to digital transmission, cellular telephony systems have evolved from analog, FDMA-based access schemes to digital access Two schemes show the most promise The first, Time-Division Multiple Access (TDMA), resembles FDMA in that it divides the available frequency spectrum into channels That, however, is where the resemblance ends In TDMA, each of the analog channels carries telephone circuits that are time division multiplexed; that is, they share access to the channel As in FDMA, a control channel is reserved for communication between the network and mobile users The biggest advantage that TDMA systems have over FDMA systems is that they support significantly more users If each channel is divided into four time slots, then the system capacity is quadrupled Although TDMA electronics are significantly more complex, the fact that they are digital means that they can easily evolve as technology advances.

Smaller units of conductance are often necessary A resistance of one kilohm is equal to one millisiemens If the resistance is a megohm, the conductance is one microsiemens You ll also hear about kilosiemens or megasiemens, representing resistances of 0001 ohm and 0000001 ohm (a thousandth of an ohm and a millionth of an ohm) respectively Short lengths of heavy wire have conductance values in the range of kilosiemens Heavy metal rods might sometimes have conductances in the megasiemens range As an example, suppose a component has a resistance of 50 ohms Then its conductance, in siemens, is 1 50, or 002 S You might say that this is 20 mS Or imagine a piece of wire with a conductance of 20 S Its resistance is 1/20, or 005, ohm.

learned about. Resistance slows the flow of ac or dc charge carriers (usually electrons) by brute force. Inductance impedes the flow of ac charge carriers by temporarily storing the energy as a magnetic field. Capacitance, about which you ll learn in this chapter, impedes the flow of ac charge carriers by temporarily storing the energy as an electric field.

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