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Inside Network Source Address 10.0.1.11 50000 23 49000 Destination Address 172.26.26.50 Source Port Destination Port Initial Sequence No. ACK 10.0.1.11 Flag Part 1 Part 4 172.26.26.50 10.0.1.11 23 50000 IP Header TCP Header 90000 49001 SYN/ACK SYN

The data center is the heart of an enterprise application delivery platform. Not only are most applications and corresponding data hosted in the data center, but in server-side application and desktop virtualization environments, 100 percent of the hosted application processing occurs within the data center as well. The major data center components include the XenApp farm, virtual desktop servers, file servers and/or network-attached storage (NAS) or storage area network (SAN) systems, other application servers, host systems, a fast server backbone, and a backup system. Figure 1-4 shows a sample data center running an enterprise application delivery environment.

For a series LC circuit, the differential equation describing the voltage across the capacitor is LC d 2vC + vC = 0 dt 2

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portable, battery life has been extended as well as a reduction in weight Years ago, climbing a pole and carrying an SLM was hard work Presentday meters produced by such manufacturers as Sencore, Wavetek, and Sadelco, to name a few, are a bit larger than a hand-held digital multimeter Accuracy and usability of current SLMs are excellent Early meters employed a tuning knob and dial to select the channel to be measured Also, a switched attenuator was used to adjust the signal level near the center of the meter movement This attenuator was usually a step attenuator in a number of dB-per-switch positions Also, some instruments needed to be adjusted for frequency response variations for selected frequency bands Present-day meters using chip technology have extremely at responses, and no band calibrating is necessary Most meters used today have batteries that can easily be recharged overnight 7.

Condenser Ef cient condenser operation requires ef cient heat removal from the tubing. Air-cooled condensers utilize metal ns on the tubing and air ow over the ns to remove the heat. The ef ciency of such an arrangement depends on both the temperature of the air and the rate of air ow. A stuffy engine compartment is obviously not a good location for the condenser. Evaporator The evaporator shown has little heat-storage capacity. As a result the compressor will cycle on and off every few minutes. A lot of energy is lost starting the compressor, so the ef ciency is relatively low. A better system encloses the evaporator coil in a holding plate lled with a liquid having a low freezing point. The compressor runs until all of the holding-plate liquid freezes. The holding plate then functions like a block of ice. Properly sized for the refrigerator box, a holding-plate system requires running the compressor just once a day for an hour or so. By running such a system only when the engine is running, all of the considerable load is removed from the boat s batteries. Controls A small temperature-sensing bulb on a capillary tube is attached to the suction end of the evaporator coil. The temperature-dependent pressure in the tube controls the rate of uid ow through the valve, and thus the temperature of the evaporator coil. When the temperature of the refrigerator box rises, a thermostat switches the compressor on to move and compress refrigerant, cooling the box.

The AT&T FT3C lightwave transmission system can be considered as a milestone in the deployment of optical fiber. In addition to providing a showcase high-speed transmission system between B oston and

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