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Cascading Style Sheets 2.0 Programmer's Reference line-height line-height modifies the height of the inline boxes which make up a line of text.
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Transmitters A transmitter is a complex system that contains a large number of electronic and optical components and circuits, as was shown in Figure 22.2. It is placed at the originating end of a fiber optic link and usually is kept under controlled temperature and other environmental parameters inside a building. A simple block diagram for a transmitter used in a TDM network was shown in Figure 22.3 part (a). The input to the transmitter is an electrical signal that contains the information to be carried through the network. This signal is used to modulate the optical source inside the transmitter. The modulation can take one of three forms: 1. For relatively low data rates (less than 622 Mbps), the laser source can be directly modulated by applying the input signal to an electrode on the laser that controls the light output. 2. Higher data rates (above 622 Mbps), require an external modulator, which can be a separate optical component following the laser. 3. The modulator can be integrated with the laser chip itself. The modulated light signal is, therefore, an electromagnetic signal that has a very high center frequency (approximately 200 THz) with a modulation (amplitude, frequency, or phase) rate equal to the input (information) electrical signal. This modulated signal then is passed through an optical isolator, a unidirectional device that allows light to go from the laser toward the fiber but rejects any signal coming from the opposite direction. This isolator is important because it protects the laser from being damaged by undesired reflections. The modulated optical signal then is passed through an optical amplifier (semiconductor or fiber amplifier) to compensate for the losses from the modulator and the isolator. The amplified signal is coupled to the optical fiber using a standard optical connector or a pigtail connection. The term laser stands for light amplification by stimulated emission of radiation. This section s focus is on semiconductor laser diodes (LDs). Because of their small size, high efficiency and reliability, and excellent control of wavelength, power, and spectrum characteristics, they are being used routinely in FO systems. Because laser light output is coherent, LDs are used for applications requiring high data rates (in excess of 100 Mbps). On the other hand, the incoherent nature of the output signal from light-emitting diodes (LEDs) limits their applications to data rates of less than 100 Mbps. While the structure and the fabrication process of LEDs and LDs are similar, their light output characteristics are quite different.
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The key phrase to remember in switching from an exponential equation to a loagrithmic equation and vice versa is "a logarithm is an exponent." The logarithm of something is a number and that number is the exponent of e.
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Copyright 2003 by The McGraw-Hill Companies, Inc. Click Here for Terms of Use.
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This program produces the following output:
The past century has seen tremendous growth in the need for broadband networks as the demand for broadband access has increased significantly. We have also witnessed the growing need for untethered communications as our dependency on information in our day-to-day life has grown. With the proliferation of portable computing, communication, and entertainment devices, the need for untethered communication is expected to skyrocket. In the developed parts of the world, the demand for broadband communication has mostly been met by newer technologies making use of existing infrastructure such as copper wires. Demand has also been met by the use of newer infrastructure, such as fiber-optic cables. However, the reach of these infrastructures is not ubiquitous, partly because such ubiquity is not commercially feasible. Additionally, even for those with access to the infrastructure, these technologies are limited in their ability to deliver users mobile and nomadic communication needs. In parts of the populous world with undeveloped communication infrastructure, growth in bandwidth demand is no less intense. However, delivering bandwidth by deploying wired infrastructure in these parts of the world is equally cost prohibitive. Broadband Wireless Access (BWA) technology has been seen as the technology that can meet the broadband needs of much of the world. It is expected to meet the broadband needs of nomadic and mobile users always hungry for more bandwidth. It is also expected to serve as a medium to deliver broadband communication to populations without access to wired broadband services. Even for the masses with other means of broadband access, it creates an opportunity for alternate carriers to enter a market even if they do not have access to the wired infrastructure. WiMAX is a BWA technology that has gained a very wide acceptance among major broadband service providers and equipment manufactures. Because of its technical soundness and its wide acceptance in the industry, it is poised to be the most widely deployed BWA in the world.
ch = read_port (); assert(!(ch & 128)); /* check bit 8 */
SomeOp<int> intDel = Reflect; // Error!
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