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Zener-triggered ESD networks have a high trigger voltage. This is an advantage for high-voltage applications, but has limited value for an advanced CMOS technology, a BiCMOS technology or an advanced bipolar technology. Given the scaling of the bipolar output transistor, the triggering of the Zener diode must be below the avalanche breakdown of the output device when utilized as an ESD power clamp. Given the Zener trigger breakdown voltage is above the avalanche condition of the ESD output clamp device, the ESD power clamp will not scale with the output clamp total perimeter. As a result, this network has value in high-voltage applications, or ESD networks that have bipolar transistors with high avalanche conditions (e.g., BVCER or BVCEO exceeds the Zener trigger voltage). For a voltage-triggered bipolar ESD input device, where the voltage trigger is associated with a breakdown voltage of a Zener diode structure, the conditions for triggering the circuit are different from the grounded-base ESD input. In this implementation, in Figure 8.25, the current owing through the Zener diode structure must be taken into account in the voltage and current equations [7,8]. Expressing the current through the structure as the current through the Zener diode structure, it was shown by Joshi et al. [7,8] as I MIC ID The bipolar collector current can be represented by the product of the collector-to-emitter transport ef ciency and the emitter current, and the generation current. The total current through the structure can be represented as I M aIE Igen ID To evaluate the stability of the circuit, we can solve for the partial derivative of current with respect to voltage. This can be expressed as follows, qI qM q qID aIE Igen M aIE Igen qV qV qV qV

(10) x (m x 1), Y(x) (n x n) nonsingular, Z(x) (p x q) :

the van recorded 580 miles of use. The depreciation expense is calculated as follows: (Cost Residual) / Life in units Units used ($29,800 $1,800) / 140,000 $0.20 per mile 580 Depreciation expense per unit Depreciation expense $28,000 / 140,000 $116 Depreciation expense

The SCF provides additional information needed for effective cash management and budget planning. Working capital analysis is closely related to the SCF and provides another view of information in support of effective management of cash. Working capital is defined as the excess of current assets compared to current liabilities, and indicates the amount of excess current assets relative to current liabilities available to conduct revenue-generating operations. Total current asset minus total current liabilities is the value of working capital (CA CL). These terms are defined as follows:

A message to be transmitted arrives at station B during the last transmission period. After receiving the TR packet sent by station A, station B transmits an RTS, which arrives at its destination (station A) in seconds. After receiving the RTS, station A responds with a CTS, which arrives at station B seconds later. After receiving the CTS, station B is allocated a new transmission period, which is added to the end of the group transmission period.

where if cij = cjj there is cosite constraint cij = 0 there is no constraint in channel reuse cij = 1 there is cochannel constraint cij 2 there is adjacent channel constraint

. . . . . . . . . . .

(1) (2) (3) (1) (2) (3) (1) (2) (3) c = c0 c0 c0 , c1 c1 c1 , c2 c2 c2 , . . .

As you can see, these documents are pretty big for what they contain, and if you re unused to seeing XML, they do look quite confusing. No worries, Perl has many modules to take the pain out of using XML-RPC. This chapter uses the XMLRPC::Lite module, available from CPAN mirrors everywhere.

n k(j n )

(6.39)

for some choice of joint distribution p(q)p(x1 |q)p(x2 |q)p(y|x1 , x2 ). As in Section 15.3.3, the region is unchanged if we limit the cardinality of Q to 4. This completes the proof of the converse. Thus, the achievability of the region of Theorem 15.3.1 was proved in Section 15.3.1. In Section 15.3.3 we showed that every point in the region de ned by (15.96) was also achievable. In the converse, we showed that the region in (15.96) was the best we can do, establishing that this is indeed the capacity region of the channel. Thus, the region in (15.58)

signi cantly more strongly among subjects with asthma compared to those without However, participants with asthma had signi cantly more shortness of breath, minute ventilation, arousal, and depression during the medical photographs than during the mental arithmetic, as compared to participants without asthma These results are similar to those of Rietveld and colleagues, suggesting that stressful tasks (especially tasks during which only passive coping was likely) increased asthma and emotional symptoms among adults with asthma Although objective changes in pulmonary function (ie, respiratory resistance) were observed, these changes were not speci c to, nor more pronounced among, participants with asthma Finally, two additional studies were performed in the laboratory that used a personally relevant stressor paradigm to enhance ecological validity.