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The Weblink monitoring system is fabricated on a 3- by 5-in double-sided circuit board, which houses the STAMP 2 microprocessor, optional Weblink server, and the glue, or support, components. A 5-V regulator at U4 powers the STAMP 2, the mini web server, and associated support components. The 9-V zener is the reference source for the sensor comparator module, if one is utilized. Construction of the Weblink PC board is quite straightforward. First, install all the IC sockets. Next you can install the resistors; be sure to observe the color codes on the resistors in order to correctly identify and install them in their proper locations. Next install the capacitors; be sure to observe the polarity marking on the capacitors. Locate the diodes and the indicator LED. Be careful to identify the zener versus signal diodes and observe the correct polarity. Install the voltage regulator; once again be sure to observe the input versus output pins when installing this component on the board. Finally, install the header pins for the web-server module, the input pins, and power as well as programming connector J3 and server connection J4. Last, you will need to install the input programming jumpers JP1 and JP2, which tie the STAMP 2 input pins either high or low. The software provided (Listing 24-1) is configured for inputs to be tied low or to ground and go high upon activation.

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.

brpmax ( 2 1 + sin 1 cos 1 sin 2 cos 2) 2(sin )max b(0.125)p max 126 10 + sin 10 cos 10 sin 126 cos 126 2(1) 57.296

= 0.1671bpmax Py = = brp max (cos2 1 cos2 2) 2(sin )max b(0.125)p max (cos2 10 cos2 126 ) = 0.0390bpmax 2(1)

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Again, this is a very simple example, but the method can be applied to find much more complicated memory stomps. NOTE: The default behavior, if you put a watch on a pointer, is to just watch the value of the pointer. That means that the debugger will halt only if the address that the pointer is pointing to changes. This is often not what you want. You can instead tell the debugger to watch the entire contents of the object to which the pointer points. To do this, while debugging and at a breakpoint, find the memory address for the object you want to watch. Open the Expressions window, and use an expression in this format: *(<class_name>*)(<mem_address>). For example, enter *(TestCPPClass*)(0xb482ffb0). Then right-click the expression, and choose Watch Variable. Now when any member of the object changes, the program will halt. Be careful, though, because this can slow the debugger significantly!

4. The effective friction radius rf is, by Eq. (8.32), rf = T 0.024 57fbp max = = 0.1432 m = 143.2 mm f P f(0.1716bp max)

U1 C1, C2 S1 S2 STAMP 2 (original) 0.01- F 35-V capacitor Power switch, SPST toggle Normally open pushbutton switch

5. The moments about pivot point A are found by Eqs. (8.34) to (8.36): Ma = F = F(0.072 + 0.083) = 0.155F Mn = Pa sin p = 0.1716bpmax(0.0867)(sin 76.85 ) = 0.014 49bpmax Mf = fP(rf a cos p) = f(0.1716bpmax)(0.1432 0.0867 cos 76.85 ) = 0.021 19fbpmax 6. For the leading (self-energizing) shoe, the proper form of Eq. (8.37) is Ma Mn + Mf = 0 Therefore

The superscript l has been used to designate the leading shoe. 7. For the trailing shoe, Eq. (8.37) has the form Ma Mn Mf = 0 Thus

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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