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27.1 OVERALL PERFORMANCE OF A TYPICAL RF RECEIVER Figure 27.1 shows the overall performance of a typical RF receiver. IF output power from the mixer is shown as a function of RF input power coming into the antenna. When the receiver is rst turned on, with no RF signal applied, there is an IF output signal of 2116 dBm. This is the noise oor. It is the RF thermal noise of the receiver that has been downconverted to IF. When the RF input power is then turned on at a power level of 2140 dBm (lefthand edge, Fig. 27.1), there appears to be no IF signal. This is because the downconverted signal is below the downconverted noise oor. As the RF input power is increased to 2122 dBm, the downconverted IF signal just breaks through the noise oor. The RF signal at this point is de ned as the minimum detectable signal (MDS). The receiver is not useful for communication purposes at this point, because the S/N is 0 and therefore a signal cannot be demodulated.

As of version 1.1, BuddyPress comes with nine components. More components are expected in the future as well. The Component Setup panel shown in Figure 24.7 allows you to enable and disable the various modules. In most of the BuddyPress installs I have done, I have kept all nine modules enabled. This is, of course, a personal choice and is subject to the type of community you want to run. Designing and setting up a community is as much a series of business decisions, as it is technical, so choose according to your strategic needs.

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The applications for digital carrier are many. Large user organizations nd digital carrier services to be highly cost effective for local loop access, typically replacing multiple, single-channel PBX trunks. Large corporations nd T/E-carrier effective for private, leased-line networks or access to VPNs. The ability of T/E-carrier to accommodate voice, facsimile, data, video, and image information on an unbiased basis and, therefore, to eliminate or reduce the number and variety of specialized circuits offers great advantage. Internet Service Providers (ISPs) commonly use channelized T/E1 to provide modem-based access to small users requiring channel width of no more than 64 kbps. This channel width is perfect for even the highest speed conventional modems (i.e., V.90 and V.92 at 53.3 kbps upstream), which gain access to the ISP on a dial-up basis through the circuit-switched PSTN. ISPs commonly make use of unchannelized T-carrier (T/E1 or T/E3) for access to an Internet backbone provider. The unchannelized approach is preferred for this application because data typically move between the ISP and the Internet backbone provider using the Frame Relay or ATM protocol, both of which I discuss in 10. Although private leased-line T/E-carrier networks largely have given way to newer LAN internetworking technologies such as Frame Relay and IP networking, embedded T/E-carrier networks continue in place and are expanded at times. Incidentally, Frame Relay and T-carrier naturally coexist. A large number of user organizations now run Frame Relay data over the dedicated, leased-line networks they put in place years ago for PCM-based voice traf c. Also, access to ATM, Frame Relay, and IP networks commonly is accomplished over unchannelized T/E-carrier circuits.

Experiments show that a dose of 14 x 1018 oxygen atoms cm-2 must be implanted to create a continuous buried oxide layer The standard dose which is most common is 18 x 1018 cm-2, and produces a 400-nm-thick buried oxide layer upon annealing At lower implant doses, a skewed Gaussian oxygen profile is obtained When the dose reaches 12-14 x 1018 cm-2, stoichiometric SiO 2 is formed (66 at% of oxygen for 33 at% of silicon), and further implantation does not increase the peak oxygen concentration, but rather broadens the overall profile (ie, the buried oxide layer becomes thicker) This is possible because the diffusivity of oxygen in SiO 2 (1017 cm 2/s at 5000C) is high enough for the oxygen to readily diffuse to the Si-SiO2 interface where oxidation occurs The dose at which the buried oxide starts to form (c 1.

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