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12.1.3.1 The COS-DAD Level For nonfederated databases, the COS-DAD level is exactly the same as COS-DAD for federated databases. Components distribution and deployment are only limited by the LDBMSs within the architecture and restrictions that local systems impose. Once again, the COSs implemented by each LDBMS are not under our control, and therefore their distribution and deployment alternatives are limited by the LDBMS vendor, rather than the architecture itself. For example, we cannot choose to relocate the subsystems implemented within a particular LDBMS (like the query optimization service), unless the vendor provides this ability. Similarly, if a particular LDBMS vendor does not support deployment on the UNIX operating system, then our DDBE cannot have an S-DBE using that LDBMS deployed on the UNIX operating system either. 12.1.3.2 The COS-COO Level The second level in the taxonomy is the COS-COO level. Again, since a nonfederated database is created from a set of S-DBES implemented on top of LDBMSs, the degree to which an S-DBE is closed or open (as discussed in Section 1.4.2 in 1) depends on the actual LDBMSs being used. As a result, this architecture is at least partially open. If the LDBMSs are open to us, then the S-DBEs and the DDBE itself are completely open. When we are only partially

Absolute sizes (xx-small, x-small, small, medium, large, x-large, or xx-large); relative sizes (larger or smaller), font size measurement (in pts, in., cm, px, or em), or percentage in relation to parent element. medium All elements MSIE 3.0/Win95: Yes MSIE 4.0/Win95: Yes MSIE 5.0/Win98: Yes NN 4.0/Win95: Yes NN 4.7/Win98: Yes MSIE 3.0/Mac OS: Yes MSIE 4.0/Mac OS: Yes NN 4.0/Mac OS: Yes

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networks Hence, the analysis of the BiCMOS ESD power clamp needs to be analyzed in conjunction with the circuit elements BiCMOS ESD power clamps must also establish adequate power supply margin at worst case differential voltages and worst case temperature conditions In small analog BiCMOS applications, low leakage power clamps are also of interest BiCMOS ESD power clamps in battery-powered or batterybackup systems, handheld applications, and wireless applications prefer low leakage ESD power clamps Another dif culty in supporting a wide range of applications is the variety power rail voltage conditions and architectures BiCMOS applications vary from power ampli ers (PA), variable controlled oscillators (VCO), mixers, hard disk drive circuits, and test equipment Negative power supply voltages are also present in many BiCMOS applications.

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As a result, an ESD power clamp strategy must be suitable for CMOS digital blocks, CMOS or BiCMOS analog blocks, and CMOS or BiCMOS RF circuits with a wide variety of voltage conditions as well as negative bias on the substrate To address this, a BiCMOS ESD design system has both SiGe bipolar-based ESD power clamps and CMOS-based ESD power clamps For the BiCMOS analog and RF functional blocks, automated hierarchical ESD power clamps are designed to allow for different voltage trigger conditions and the size of the power clamp The rst ESD power clamp circuit has a xed trigger voltage based on the BVCEO of the trigger transistor and the output device is a low fT device with a high BVCEO SiGe HBT npn device [9,17,19] This network is suitable for BiCMOS SiGe chips, bipolaronly implementations, and both zero potential and negative biased substrates.

n Pe(n) = P (g1 (Y1 ) = (W0 , W1 ) or g2 (Z n ) = (W0 , W2 )).

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In this implementation, high-, medium-, and low-voltage triggers can be utilized The circuit diagram of the BiCMOS SiGe ESD power clamp is shown in Figure 98 A hierarchical O[2] p-cell of the BiCMOS ESD power clamp circuit is generated allowing for different sizes In this hierarchical p-cell, the design consists of a resistor ballast, two transistors, and bias resistor primitive p-cells In one design method, the bipolar trigger transistor and the bias resistor are xed in physical size, whereas the output clamp transistor is a repetition group consisting of the ballast resistor and the output transistor stage The trigger network and the resistor element are not a repeated group reducing the total area of the network elements that are serving only the role of initiating the voltage condition, whereas the output clamp serves the role of providing the.

discounts are increased or decreased. Thus, the grid allows management to make sensible pricing decisions. For example, the grid shows that if the hotel discounts room rates by 15 percent and its current occupancy is 70 percent, the equivalent occupancy after discounting would have to be 84.7 percent. In our 110-room hotel, this means that, on average, an additional 16.2 rooms would have to be sold per night. If advertising is used to sell the extra 16.2 rooms, this cost must be considered, as would any additional revenue that the added guests might provide in the food and beverage departments. In other words, the grid should be used only as an aid in decision making and not be the only criterion.