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On resistors with axial leads (wires that come straight out of both ends), the first, second, third, fourth, and fifth bands are arranged as shown in Fig 6-12A On resistors with radial leads (wires that come off the ends at right angles to the axis of the component body), the colored regions are arranged as shown in Fig 6-12B The first two regions represent numbers 0 through 9, and the third region represents a multiplier of 10 to some power (For the moment, don t worry about the fourth and fifth regions) Refer to Table 6-1 Suppose you find a resistor whose first three bands are yellow, violet, and red, in that order Then the resistance is 4700 Read yellow = 4, violet = 7, red = 100 As another example, suppose you find a resistor with bands of blue, gray, orange.

Problem 17-5

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A circuit has an absolute-value impedance of 50 , purely resistive. What is the power factor Here, R Z 50. Therefore, PF R/Z 50/50 1 100 percent.

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Refer to Table 6-1 and determine blue = 6, gray = 8, orange = 1000 Therefore, the value is 68,000 = 68 k The fourth band, if there is one, indicates tolerance If it s silver, it means the resistor is rated at 10% If it s gold, the resistor is rated at 5% If there is no fourth band, the resistor is rated at 20% The fifth band, if there is one, indicates the maximum percentage that the resistance can be expected to change after 1000 hours of use A brown band indicates a maximum change of 1% of the rated value A red band indicates 01% An orange band indicates 001% A yellow band indicates 0001% If there is no fifth band, it means that the resistor might deviate by more than 1% of the rated value after 1000 hours of use..

cost, and spotty availability, its deployment has been erratic at best. In market areas where providers have made it available at reasonable prices, it has been quite successful. Furthermore, it is experiencing something of a renaissance today because of DSL s failure to capture the market. ISDN is tested, well understood, available, and fully functional. It can offer 128 Kbps of bandwidth right now, whereas DSL s capability to do so is less certain. More on DSL later.

Sometimes you ll get data that tells you the resistance and reactance components in a circuit. To calculate the power factor from this, you can either find the phase angle and take its cosine, or find the absolute-value impedance and take the ratio R/Z.

color-code bands on a resistor with axial leads. At B, locations of color code designators on a resistor with radial leads.

Problem 17-6

The typical non-ISDN local loop is analog. Voice traffic is carried from an analog telephone to the central office using a frequency-modulated carrier. Once at the CO, the signal is typically digitized for transport within the digital network cloud. On the one hand, this is good because it means that the overall transmission path has a digital component. On the other hand, the loop is still analog and, as a result, the true promise of an end-to-end digital circuit cannot be realized. The circuit is only as good as the weakest link in the chain, and the weakest link is clearly the analog local loop. In ISDN implementations, local switch interfaces must be modified to support a digital local loop. Instead of using analog frequency modulation to represent voice or data traffic carried over the local loop, ISDN digitizes the traffic at the origination point, either in the voice set itself or in an adjunct device known as a terminal adapter (TA). The digital local loop then uses time division multiplexing to create multiple channels over which the digital information is transported and that provide for a wide variety of truly integrated services.

Table 6-1.

A circuit has a resistance of 50 and a capacitive reactance of 30 . What is the power factor Use the cosine method. The tangent of the phase angle is equal to X/R. Therefore, the phase angle is arctan (X/R) arctan ( 30/50) arctan ( 0.60) 31 degrees. The power factor is the cosine of this angle; PF cos ( 31) 0.86 86 percent.

The color code for the first three bands that appear on fixed resistors. See text for discussion of the fourth and fifth bands.

The Basic Rate Interface (BRI)

Problem 17-7

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