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Since distributed systems architecture, and testing these systems, is a large topic that would need an entire book in itself to discuss, we have presented some basics here and now refer you to other sources for further information..

Determining the Operating Point of a Diode 1 Reduce the circuit to a Th venin or Norton equivalent circuit with the e diode as the load 2 Write the load line equation (815) 3 Solve numerically two simultaneous equations in two unknowns (the load line equations and the diode equation) for the diode current and voltage Or 4 Solve graphically by nding the intersection of the diode curve (eg, from a data sheet) with the load line curve The intersection of the two curves is the diode operating point

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Using Device Data Sheets One of the most important design tools available to engineers is the device data sheet In this box we illustrate the use of a device data sheet for the 1N400X diode This is a general-purpose recti er diode, designed to conduct average currents in the 10-A range Excerpts from the data sheet are shown below, with some words of explanation The complete data sheets can be found in the accompanying CD-ROM

ABSOLUTE MAXIMUM RATINGS:

This table summarizes the limitations of the device For example, in the rst column one can nd the maximum allowable average current (1 A), and the maximum surge current, that is the maximum short-time burst current the diode can sustain without being destroyed Also mentioned are the power rating and operating temperatures Note that in the entry for the total device power dissipation, derating information is also given Derating implies that the device power dissipation will change as a function of temperature, in this case at the rate of 20 mW/ C For example, if we expect to operate the diode at a temperature of 100 C, we would calculate a derated power of: P = 25 W (75 C 002 mW/ C) = 10 W Thus, the diode operated at a higher temperature can dissipate only 1 W

(Continued)

For more information on these technologies, see these websites: COM technologies: http://www.microsoft.com/Com/default.mspx SOA technologies: http://msdn.microsoft.com/architecture/soa/ As we explained earlier in this chapter, architecture choice is a complex exercise. You will want to be as familiar as you can with the variety of technologies and architectures available.

Appendix C:

8

Average Recti ed Current 375 lead length @ TA = 75 C Peak Forward Surge Current 83 ms single half-sine-wave Superimposed on rated load (JEDEC method) Total Device Dissipation Derate above 25 C Thermal Resistance, Junction to Ambient Storage Temperature Range Operating Junction Temperature

These ratings are limiting values above which the serviceability of any semiconductor device may be impaired

ELECTRICAL CHARACTERISTICS:

The section on electrical characteristics summarizes some of the important voltage and current speci cations of the diode For example, the maximum DC reverse voltage is listed for each diode in the 1N400X family Similarly, you will nd information on the maximum forward voltage, reverse current, and typical junction capacitance

When testing Web services or COM components, Set a reference and attach to the component and test its capabilities separately from other components. Create a reusable test bed (or test bench) in .NET code in order to test this same component from buildto-build of your project. Use the Project Add References menu item to locate the Add References dialog box. Use this dialog box to reference COM libraries. Study further on Web Services and COM (see this chapter s Summary section and Appendix C).

Electrical Characteristics Parameter 4001 Peak Repetitive Reverse Voltage Maximum RMS Voltage DC Reverse Voltage (Rated VR ) 50 35 50 4002 100 70 100 4003 200 140 200

Dependent (Y) = PWE (Normalized Project Work Effort for development team, Hours) Independent (X1) = Size (Software Size in Function Points) Independent (X2) = MaxTeam (Maximum Team Size) Equation: PWE = C SizeE1 MaxTeamE2

Maximum Reverse Current @ rated VR TA = 25 TA = 100 Maximum Forward Voltage @ 10 A Maximum Full Load Reverse Current, Full Cycle TA = 75 Typical Junction Capacitance VR = 40 V, f = 10 MHz

50 500 11 30

TYPICAL CHARACTERISTIC CURVES:

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