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From the VBE Back to the Worksheet There are several ways to move from the VBE to the worksheet:

stray current nds its way back to ground by way of the through-hull seawater connection. If the through-hull were, instead, bonded to ground, the stray current would ow back to ground by way of the bonding and not result in corrosion.

DRRD Cams Symmetrical Rise Return Let us now plot some basic curves for a DRRD cam. In Fig. 2.16a, for comparison, we see the symmetrical parabolic, simple harmonic motion, cycloidal, and double harmonic curves. We know that the displacement and velocity curves of all are smooth and continuous between the dwell ends. However, the parabolic and simple harmonic acceleration curves exhibit the same dif culty as those in the dwell-rise-dwell application, that is, sudden change at the ends. This shortcoming is known to produce inferior performance at high speeds. The cycloidal curve, on the other hand, which is one of the best dwell-risedwell curves, has an abrupt change in acceleration at the maximum rise point. This is not desirable, because vibration and dif cult machining result. The magnitude of these factors, of course, depends on cam speed and exibility of the parts. However, we note that at the maximum rise point neither the parabolic nor the simple harmonic curve has any abrupt change. We also see that the best high-speed curve, from the standpoint of slow starting

For a single ampli er C/SOD 63 dB, 50 dB 63 dB 10 log n 10 log n 13 log n 1.3 n log 1 1.3 n 20 For a C/CTB and C/ XMOD of 50 dB, (C/CTB)n For (C/CTB)n

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