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Pin 22 drives the LCD display, while pin 23 controls the buzzer Pin 24 is used to light the status LED, and pin 25 is free for future use Pin 9 of U7 is used for serial communication output The 2-kbyte external memory chip at U6 is coupled to the microprocessor via pins 6 and 7 A 20-MHz reference crystal is connected across pins 27 and 28 of the processor Power for the processor is a regulated 5-V supply provided by U1 A 9- to 12-V wall wart power supply can be used to power the regulator input Five-volt power is supplied to pin 2 of U7, while ground is applied to pins 1 and 4 A microprocessor reset is furnished between pin 28 and ground The microprocessor communicates serially via U8, a MAX-232 chip The MAX-232 requires only four 1- F capacitors to operate.

As the assistant tells you, once in Keychain Access, select Keychain Access Certificate Assistant Request a Certificate from a Certificate Authority, as shown in Figure 10-6.

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The tempered hardness equation becomes RT = (RQ 5.3 10)0.34 + 10 + 11.91 = 0.34RQ + 16.71 The Jominy curve is predicted by noting that the Rockwell C-scale hardness at Jominy station 1 is (RQ)1 = 32 + 60(%C) = 32 + 60(0.40) = 56.0 and a table is prepared as depicted in Table 29.9 for 1000 F tempering temperature. The variation of surface strength with size of round is prepared using equivalent Jominy distances as depicted in Table 29.10. Table 29.11 shows an ultimate-strength traverse of a 11 8-in round. There is only a mild strength profile in the traverse. The significant strength for bending and torsion is at the surface. For the 11 8-in round, the surface ultimate strength is estimated by interpolation to be 164.3 kpsi. The R. R. Moore endurance limit at this location is estimated to be 164.3/2, or 82 kpsi. Steels in large sections or with less alloying ingredients (smaller ideal critical diameters) exhibit larger transverse strength changes. For sections in tension, significant strength is at the center. When testing, machined specimens from the center of a round say little about the strength at the surface. Heat treating a specimen proves little about strengths in the actual part. Some variations in strength attributed to size result from differences in cooling rates. When the number of cycles is less than 107, the endurance strength must be estimated. Reference [29.8] gives a useful curve fit for steels: Sf = Sum m exp (m) mNfcm exp ( f N fc) f Su f N c m f f N c > m f (29.24)

TABLE 29.9 Surface Ultimate Strength as a Function of Jominy Distance for 4140 Steel Oil Quenched (H = 0.35) and Tempered 2 Hours at 1000 F, Grain Size 71 2

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TABLE 29.10 Variation of Surface Strength with Diameter of 4140 Steel Round Quenched in Still Oil (H = 0.35) and Tempered for 2 Hours at 1000 F, Grain Size 71 2

The output of the MAX-232 requires a diode D5 and resistor R15 to interface to your personal computer in order to download the software..

Figure 10-6. Choosing the Request a Certificate from a Certificate Authority menu in Keychain Access

strain-strengthening exponent true strain at fracture an exponent commonly in the neighborhood of 1 2 the number of cycles to failure ultimate tensile strength

Example 3. Estimate the finite-life engineering fatigue strength of an annealed 4340 steel with the following properties: Su = 103 kpsi RA = 0.56 Solution. The endurance limit is estimated as Su/2 = 103/2 = 51.5 kpsi at 107 cycles. Because no strain-hardening information is supplied, it is necessary to estimate m from m Su = Sy (offset) exp 1 or 103 m 65.6 0.002(2.718)

from which m = 0.14. The true strain at fracture can be assessed from the reduction in area: f = ln 1 1 = ln = 0.821 1 RA 1 0.56

TABLE 29.11 Variation of Local Strength in a 1.125-in Round of 4140 Steel Quenched in Still Oil (H = 0.35) and Tempered for 2 Hours at 1000 F, Grain Size 71 2

XTAL Osc and clock divider Energy detect Mode control logic RX filter and equalizer VBIAS XMIT buffer and output buffer FSK demodulator RX/TX Data Re-timing

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