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FIGURE 6.10 Spring load-carrying ability versus amount of set removed. (Associated Spring, Barnes Group Inc.)

Each buffer is marked as in use when it s added to the queue, and this setting is cleared once the buffer has been played Once the.

0.2- F 400-V Mylar capacitor 470-pF 400-V Mylar capacitor 0.2- F 50-V disk capacitor 0.1- F 50-V disk capacitor 1- F 50-V electrolytic capacitor 30-pF 35-V disk capacitor 0.1- F 50-V disk capacitor 300-V metal oxide varistor 1N4004 silicon diode 1N4001 silicon diode LED LED 2N2222 npn transistor 3.579-MHz color burst crystal 5-V minirelay SPST Momentary pushbutton switch (normally open) Momentary pushbutton switch (normally open) Circuit board, power supply, wire, connectors, etc.

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ment, desired life, stress range, frequency of operation, speed of operation, and permissible levels of stress relaxation in order to make a cost-reliability decision. Fatigue life can be severely reduced by pits, seams, or tool marks on the wire surface where stress is at a maximum. Shot peening improves fatigue life, in part, by minimizing the harmful effects of surface defects. It does not remove them. Additionally, shot peening imparts favorable compression stresses to the surface of the spring wire. Maximum allowable stresses for fatigue applications should be calculated by using the K w1 stress correction factor. Table 6.7 shows the estimated fatigue life for common spring materials. Note the significant increase in fatigue strength from shot peening.

TABLE 6.7 Maximum Allowable Torsional Stress for Round-Wire Helical Compression Springs in Cyclic Applications

Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.

Dedendum angle of pinion (gear) P ( G) is the angle between elements of the root cone and pitch cone. Dedendum angles, sum of is the sum of the pinion and gear dedendum angles. Dedendum of pinion (gear) bp (bG) is the depth of the tooth space below the pitch cone. Depth, mean whole hm is the tooth depth at midface. Depth, mean working h is the depth of engagement of two gears at midface. Diametral pitch Pd is the number of gear teeth per unit of pitch diameter. Face angle of pinion (gear) blank o ( o) is the angle between an element of the face cone and its axis. Face apex beyond crossing point on the pinion (gear) Go (Zo) is the distance between the face apex and the crossing point on a bevel or hypoid set. Face width F is the length of the teeth measured along a pitch-cone element. Factor, mean addendum cl is the addendum modification factor. Front crown to crossing point on the pinion (gear) xi (Xi) is the distance in an axial section from the front crown to the crossing point, measured in the axial direction. Hypoid offset E is the distance between two parallel planes, one containing the gear axis and the other containing the pinion axis of a hypoid-gear set. Number of teeth in pinion (gear) n (N) is the number of teeth contained in the whole circumference of the pitch cone.

CONTENTS AT A GLANCE Two Projects Touch-Tone Generator Decoder Display Touch-Tone Generator/Dialer Parts List Touch-Tone Decoder/Display Parts List

current buffer index has been incremented, enqueueCurrentBuffer() checks to see whether the next buffer is still in use. If so, it means you need to wait until it has been played. This is handled with an NSCondition object, which is part of the PlayQueueData structure you ve been using. If you call wait on this object, execution will block until someone calls signal on the same object. That will happen later, in the post-play callback function. Since enqueueCurrentBuffer() is called from the audio data callback, this also means that no packets will be added to the buffer until the condition is signaled. If you worked your way back up the call stack, it turns out that this also means that AudioFileStreamParseBytes() won t return until the current buffer has been played. The entire chain of reading data and getting it played is put on hold until the current buffer has been played. The startQueue method serves to call AudioQueueStart if and only if the queue has not been started yet. It s called from enqueueCurrentBuffer() because you want to start the queue as soon as you ve added a buffer to the queue.

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