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Normalized work effort For projects covering less than a full software development life cycle, this value is an estimate of the full development life cycle effort For projects covering the full development life cycle, and projects where development life cycle coverage is not known, this value is the same as summary work effort Organization type A standard classification for the business within which the organization as a whole operates The organization is that for which the project has been developed Packaged software customization Where a decision is made to acquire an existing product to provide the major component of the required functionality Count only the functionality required by the client Primary programming language The primary language used for the software development: Java, C++, PL/1, Natural, COBOL, and so on Productivity The ratio of work product to work effort In ISBSG

9

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We know that the LED requires at least 15 mA to be on; let us suppose that 30 mA is a reasonable LED current to ensure good brightness, then the value of collector resistance that would complete our design is, approximately, RC = 113 With the above design, the BJT LED driver will clearly operate as intended to turn the LED on and off But how do we know that the BJT is in fact in the saturation region Recall that the major difference between operation in the active and saturation regions is that in the active region the transistor displays a nearly constant current gain, , while in the saturation region the current gain is much smaller Since we know that the nominal for the transistor is 95, we can calculate the base current using the equivalent base circuit of Figure 925(a) and determine the ratio of base to collector current: IB = VON V 43 = 43 mA = RB 1,000 Thus, it can

The actual large-signal current gain is therefore equal to 30/43 = 67 be reasonably assumed that the BJT is operating in saturation We nally compute the LED power dissipation: PLED = V LED IC = 14 03 = 42 mW < 100 mW

simply substitutes voltage sources in place of the BE and CE junctions To be sure that the correct model (eg, saturation versus active region) has been employed, it is necessary to verify either the current gain or the value of the CE junction voltage Current gains near the nominal indicate active region operation, while small CE junction voltages denote operation in saturation

circuit analyzed in this example is available in the CD-ROM that accompanies the book Try changing the value of the collector resistance and see the resulting changes in collector current and collector-emitter voltage For what approximate value of RC does the BJT go back into the active region

Figure 11-31. The Load Test Monitor displays, showing selected performance counters as your load test runs.

Problem:

documents and products this is given by project delivery rate (see entry in Metrics section)

In 8 we explored the use of a diode as the sensing element in an electronic thermometer (see Focus on Measurements: Diode Thermometer ) In the present example, we illustrate the design of a transistor ampli er for such a diode thermometer The circuit is shown in Figure 926

voltage versus temperature response Find Collector resistance and transistor output voltage versus temperature Schematics, Diagrams, Circuits, and Given Data VCC = 12 V; large signal = 1885; VBE = 075 V; RS = 500 ; RB = 10 k

Assumptions Use a 1N914 diode and a 2N3904 transistor Analysis With reference to the circuit of Figure 926 and to the diode

temperature response characteristic of Figure 927(a), we observe that the midrange diode thermometer output voltage is approximately 11 V Thus, we should design the transistor ampli er so that when vD = 11 V the transistor output is in the center of the collector characteristic for minimum distortion Since the collector supply is 12 V, we choose to have the Q point at VCEQ = 6 V

The Load Test Monitor s default configuration is displayed in Figure 11-31 as well. You can also select from a variety of graphs and tables that provide further detail about the settings you selected when setting up the test. To view load test results for completed test runs, you ll open the Load Test Analyzer. The Analyzer is basically the same window as the Load Test Monitor. It just has a different name depending on whether you re viewing it as you run your test or not. These results are easily copied into Microsoft Word or Excel documents to share with your test team. In the Enterprise editions, you can publish these results to a SQL Server database and create reports from them.

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