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A key discovery of Minear and Dodson is that when the collector is pulsed positively relative to the base, the HBM ESD results were comparable, even though the emitter was in a oating state Additionally, when HBM stressing with a positive polarity of the emitter referenced relative to the combination of the base and collector, the HBM ESD results were 7 higher and also when the HBM testing was completed from the emitter to only the collector (eg, base oating).

Cleckley s construct focuses on an internal affective deficit, but the feature that he and most other writers emphasize is the destructive quality of the psychopath s relationships. This is not readily accounted for by deficient emotional responsiveness and requires an explanation in terms of the interpersonal goals and functions of the psychopath s behavior. This is directly addressed by Millon s theory, and a similar conceptualization is found in the interpersonal theory originating with Leary (1957) and subsequently developed by others (e.g., Kiesler, 1996; Wiggins & Trapnell, 1996). The theory comprises an empirically established structural model of interpersonal behavior embedded in a rich theoretical network. The structural model portrays interpersonal variables as blends of two orthogonal dimensions of power or control (dominance versus submission) and affiliation ( hostility versus love or nurturance) forming the coordinates of a circular structure or circumplex known as the interpersonal circle. These dimensions represent the themes most commonly negotiated in social exchanges, and the circle provides a map from which the characteristics of dyadic interactions can be identified. Interpersonal style refers to regularities in the way in which a person manages interactions across many social encounters and relationships, different styles reflecting an

exceed 225 msec (ie, 15% of 150 msec) This leaves 105 msec as the maximum allowable delay (tight upper bound) in the transport or backbone network When advanced coding mechanisms (eg, G723, G729) are utilized, the delay incurred in the receiving or sending network could be as high as 30% of the 150 msec, and the delay budget for the transport network is reduced to as little as 60 msec These scenarios call for deployment of very-high-speed links in the transport network and operating them at very low short-term utilization rates Voice Envelop Delay Voice envelop delay is the ETE one-way voice transport delay.

The delay commonly known as M2E delay is measured from the moment a noticeable voice signal appears at the sending end (speaker s mouth) of a connection to the moment the same voice signal appears at the receiving end (listener s ear) over an established connection It includes the voice signal framing, packetization, and bu ering delays at the sending and receiving ends, as well as one-way network transport (signal propagation and transmission, packet switching, routing and queueing, etc) delay As shown in Figure 2-1, the one-way network transport delay consists of (a) switching, routing, and queueing delay at the ingress (access) and egress (delivery) networks and (b) transport network or transmission delay including signal propagation delay As mentioned in the previous section, the general rule is to keep the one-way transport (or backbone) network delay below 70% (for G.

711 coding) of the overall M2E delay (150 msec) recommended by the ITU-T s G114 speci cation [3] if one wishes to maintain the toll quality (MOS value of 40) of voice Usually, the ingress and egress network packet transfer delay values are signi cantly less than those in the transport network This is due to the fact that it is easy and relatively inexpensive to overengineer the ingress and egress networks in order to operate them in overprovisioned mode The transport network delay is predictable in switched networks like PSTN and ATM networks, but IP networks like the Internet are routed networks, and they support transmission of a variety of real-time and non-real-time tra c over the same network Consequently, packet queueing and routing delay contribute signi cantly to transport network delay even when higher-speed links are deployed, as discussed in 2.

Minear and Dodson concluded that although the ESD current path was intended to remain within the extrinsic part of the npn transistor through the base and collector regions, ESD current owed from the extrinsic collector contact, through the collector region, the intrinsic region of the npn, and then back to the extrinsic base contact; it was determined that even though the emitter oated, there was an alternative current path through the intrinsic section of the npn From the Gummel plots, after ESD stress, the base current versus the forward bias emitter base voltage increased with an enhanced slope at voltage below 07 V The primary reason why this occurred was associated with a base region voltage drop leading to the forward biasing of the emitter base junction Hence voltage drops internal to the structure associated with the ordering of the elements can in uence the ESD robustness.