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Transistor Q1 drives the Holtek HT-648L decoder IC, on pin 14 A system status indicator LED is driven by transistor Q2 at pin 17 The decoder outputs on pins 10 through 13 are used to drive the four 5-V relays Each decoder output is driven by a 2N2222 transistor, which in turn activates a relay when the correct output is selected at the remote encoder IC Silicon diodes are used for protection at each of the relays to protect the transistors In operation, as noted, the HT-1648L decoder addresses must be programmed by jumpering the address pins to ground The address coding must be the same for the transmitter and corresponding decoder setup This address coding scheme (Listing 3-1) allows many different encoders and decoders to operate in the same space and not disturb or interfere with each other Complex system schemes can be developed with no interference between systems.

examples. The usual testing basis is bending fatigue, zero mean, constant amplitude. Figure 29.6 represents axial fatigue. The problem for the designer is how to adjust this information to account for all the discrepancies between the R. R. Moore specimen and the contemplated machine part. The Marin approach [29.6] is to introduce multiplicative modification factors to adjust the endurance limit, in the deterministic form Se = kakbkckdkeSe (29.6)

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.

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When the payload finally arrives in your application ready for use, it comes in the form of a dictionary. It s so easy! When either one of the following two methods gets called, you ve got a notification. Either the following gets called as a result of launching the app after a notification comes in, and then the launchOptions UIApplicationLaunchOptionsRemoteNotificationKey will have the notification value in the aps key:

FIGURE 29.5 Fatigue-strength diagram for alloy steel, Su = 125 to 180 kpsi, axial loading. Average of test data for polished specimens of AISI 4340 steel (also applicable to other alloy steels, such as AISI 2330, 4130, 8630). (Grumman Aerospace Corp.)

Also note that the Holtek encoder/decoder series works well with small RF transmitters and receivers for remote control applications The Holtek encoders/decoders make constructing remote control systems quite simple!.

FIGURE 29.6 Fatigue-strength diagram for 7075-T6 aluminum alloy, axial loading. Average of test data for polished specimens (unclad) from rolled and drawn sheet and bar. Static properties: Su = 82 kpsi, Sy = 75 kpsi. (Grumman Aerospace Corp.)

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.

- (BOOL)application:(UIApplication *)application didFinishLaunchingWithOptions:(NSDictionary *)launchOptions

surface condition modification factor size modification factor loading modification factor temperature modification factor miscellaneous-effects modification factor endurance limit of rotating-beam specimen endurance limit at critical location of part in the geometry and condition of use

(29.7)

National Control Devices has a number of very interesting specially programmed microprocessor chips for simple serial control applications. The first device in our discussion is the addressable serial-to-parallel converter. The NCD-101 makes for a powerful control circuit with many potential applications. The NCD-101, shown in Fig. 3-12, was designed to perform high-speed serial-to-parallel conversions. The NCD-101 can be commanded from any serial source either from a terminal program, from an RF system, from a STAMP 2, or from IR control. By simply sending three commands, you can readily control eight devices, and, by cascading seven of the NCD-101s, you can control up to 56 devices. The NCD-101 can be made to operate at three different baud rates, from 1200 to

TABLE 29.2 Parameters of Marin Surface Condition Factor a Surface finish Ground Machined, cold-rolled Hot-rolled As-forged kpsi 1.34 2.67 14.5 39.8 MPa 1.58 4.45 58.1 271 b 0.086 0.265 0.719 0.995

Source: Data from C. G. Noll and C. Lipson, Allowable Working Stresses, Society of Experimental Stress Analysis, vol. 3, no. 2, 1946, p. 49, reduced from their graphed data points.

or the following gets called as a result of a notification arriving while the app is running, in which case the userInfo NSDictionary object will have the notification value in the aps key:

Example 1. A steel has a mean ultimate tensile strength of 520 MPa and a machined surface. Estimate ka. Solution: From Table 29.2, ka = 4.45(520) 0.265 = 0.848 29.3.2 Marin Size Factor kb In bending and torsion, where a stress gradient exists, Kuguel observed that the volume of material stressed to 0.95 or more of the maximum stress controls the risk of encountering a crack nucleation, or growth of an existing flaw becoming critical. The equivalent diameter de of the R. R. Moore specimen with the same failure risk is de = A0.95 0.076 576 (29.8)

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