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Here you ll make the utility for verifying file existence more useful by adding additional code to access files from the System.IO namespace. Start with the code you wrote in Part I (or use the answer to the Part I exercise located within the Download Files folder for this chapter). 1. First, you ll update the interface for this utility. While you re at it, you will also change some other form properties, such as creating an Accept button for the form. (The AcceptButton property is found in the Misc. section in the form s Property window. Note: An Accept button is the default button on the form, so when you press Enter, it will be the same as clicking this button). Add a label control and a button control to the form anywhere that you like. Set their properties, and the form s text and AcceptButton properties, according to Table 3-1.

Finally, DC-AC converters, or inverters, are used to convert a xed DC supply to a variable AC supply; they nd application in AC motor control The operation of these circuits is rather complex; it is illustrated conceptually in the wave-

Project Delivery Rate Project Work Effort Speed of Delivery (whole project) Speed of Delivery (per developer) PDRRE = 3897 Size 0566 TeamSize0951 PWERE = 3897 Size0434 TeamSize0951 SDRE = 044 Size0852 TeamSize 0228 SDRE = 044 Size0852 TeamSize 1228 = 3897 260 0566 40951 = 3897 2600434 40951 = 044 2600852 4 0228 = 044 2600852 4 1228 63 hours per function point 1,627 hours

forms of Figure 115, where it is shown that by appropriately switching two pairs of transistors it is possible to generate an alternating current waveform (square wave)

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VG1, VG2 1 + M1 VG1 VS DC supply Load 05 0 VG2 vo VS + 0 VS 0 T/2 05 T 1 t vZ V 0 iZ 1 RZ iZ T/2 T t M3 VG3 VG3, VG4 1 0 T/2 T t 05

You will recall the discussion of the Zener diode as a voltage regulator in 8, where we introduced a voltage regulator as a three-terminal device that acts nearly as an ideal battery Figure 116 depicts the appearance of a Zener diode i-v characteristic and shows a block diagram of a three-terminal regulator A simple Zener diode is often inadequate for practical voltage regulation In some cases, the Zener resistance alone might cause excessive power dissipation

* When you blank out the Label1 property, the control seems to disappear don t worry, it s still there!

11

in the Zener diode (especially when little current is required by the load) A more practical and often-used circuit is a regulator that includes a series pass transistor, shown in Figure 117 The operation of this voltage regulator is as follows If the unregulated supply voltage, vS , exceeds the Zener voltage, vZ , by an amount suf cient to maintain the BJT in the active region, then vBE V and vZ VZ , the Zener voltage Thus, the load voltage is equal to vL = VZ V = Constant (111) and is relatively independent of uctuations in the unregulated source voltage, or in the required load current The difference between the unregulated source voltage and the load voltage will appear across the CE junction Thus, the required power rating of the BJT may be determined by considering the largest unregulated voltage, VSmax : PBJT = (VSmax VL )iC (VSmax VL )iL (112)

The following is an example of how to perform these equations using an MS Excel formula: =(3897*(260^ 0566)*(4^0951)) (For ^ press shift-6) Duration cannot be estimated directly from size and team size (no useful equations can be presented in Table C-12) Using the third row of Table C-22 leads to an estimated duration of 53 months The general equation relating effort to duration (see item 2b after Table C-22) gives an estimate of 42 months Dividing 260 FP by 37 FP per month (from the table immediately preceding this text) gives an estimate of 71 months So the estimates for this project indicate that it will consume around 1,600 hours of effort and have an elapsed time of approximately 5 to 7 calendar months

Determine the maximum allowable load current and the required Zener diode rating for the Zener regulator of Figure 117

+ VZ _

Known Quantities: Transistor parameters; Zener voltage; unregulated source voltage; BJT base and load resistors Find: IL max and PZ

Both the Button2 and Label1 controls will be used to give us feedback. In the label control, we ll write code to display the results of the most recent test for a file s existence. The code in the new button will be used to retrieve our logged test results. 2. Return to the code window and locate the following line in the button1_Click function: VB .NET Dim Writer as StreamWriter C# StreamWriter Writer; Add the following code just below the declaration of the Writer variable:

Schematics, Diagrams, Circuits, and Given Data: VS = 20 V; VZ = 127 V;

Transistor data: TIP31 (see Table 112)

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